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3 | co 2 ph co 2 n succinimidyl c ome 3 c oet 2 con och 3 ch 3 cho ch 2 oh or c ch 3 2 oh and r 4 is which comprises the step of microwave irradiating a mixture comprising a compound of the formula ii in further embodiment the invention is directed to a process for the preparation of a compound of the formula vi is an insoluble solid support selected from the group consisting of poly styrene divinylbenzene macroreticular poly styrene divinylbenzene polystyrene which is radiation grafted to polypropylene polystyrene which is radiation grafted to polyethylene polystyrene which is radiation grafted to poly tetrafluoroethylene and polystyrene which is radiation grafted to poly ethylene tetrafluoroethylene wherein the insoluble solid support is in a shape selected from a bead a tube a rod a ring a disk or a well l is u2014 ch 2 u2014 u2014 c ch 3 2 u2014 u2014 ch ch 3 u2014 u2014 ch 2 n ch cn u2014 u2014 ch 2 n ch c0 2 me u2014 ch 2 n ch ph u2014 ch 2 n c ch 3 ph u2014 ch ch 2 ch 2 ph or n is zero or an integer from 1 to 5 m is zero or an integer from 1 to 100 w is an integer from 1 to 10 p is zero or an integer from 1 to 10 b is mmol content of initiator or solid supported polymer per gram of insoluble solid support and is about 0 1 to about 5 0 mmol per gram r 1 is selected from x is h f ch 2. |
6 | vector is aligned with the blades under said optimum flow conditions fig5 shows a sectional view of the inlet guide vanes being fully inserted into the inlet flow as indicated by the broken line 5 5 shown on fig2 fig7 shows a typical vector diagram associated with flow conditions shown on fig5 where there was a substantial decrease in fluid flow rate as compared to the previously described optimum flow condition the axial inlet flow velocity being substantially lower than that at the optimum flow conditions is being represented by the vector v 39 while at the same time the blades rotational velocity as represented by the tangential velocity vector u has remained substantially constant as it will be described later such a low flow condition has called upon insertion of guide vanes 23 resulting in a change in the inlet flow direction from purely axial to a flow rotated to a angle a relative to the axis with the absolute inlet flow velocity represented bu the vector v to those skilled in the art it becomes obvious that such flow prerotation under certain low flow conditions and when the guide vanes inlet angles are designed properly will result in the angle b between the relative velocity vector w and the rotating axis direction shown on fig7 to coincide with the blades inlet angle b as shown on fig5 thus providing for a incidence angle free improved inlet flow conditions due to variation of the impeller blades tangential velocity along the impeller blades radius the guide vanes 23 as shown on fig1 and 11 may be configured to generally provide. |
6 | are freshly calculated for each segment the boundary between the two types of calculation is at a predetermined engine speed of 1900 rpm for instance the engine control 2 contains a plurality of performance graphs of which only four are shown in this case a first or basic ignition performance graph 10 stores the ignition angles as a function of the engine speed and the engine load or throttle valve position a second ignition performance graph 11 stores corresponding ignition times for a reduced engine torque the reduction in engine torque can be performed by switching over from the ignition performance graph 10 to the ignition performance graph 11 or by calculation of ignition angles that are shifted toward 34 late 34 first and second further performance graphs 12 and 13 contain threshold values to be explained below for activating an anti bucking function or in other words for tripping the reduction in torque in fig2 the engine speed n upon vehicle acceleration and the segment time gradient tn grd derived from it as well as a lower threshold value su and an upper threshold value so are plotted over time t in order to activate the anti bucking function the following conditions must be met the coolant temperature must be above a predetermined value for instance above 300 u00b0 c the engine speed must be in a predetermined range for instance between 1000 and 3500 rpm the vehicle speed must be within a predetermined range for instance below 50 km h no diagnostic errors must have been detected for the crankshaft camshaft ignition and injection the anti bucking function is activated through a performance graph switchover. |
2 | sliding guide bore 13 of the mounting 9 the magnet body can be embodied as separate part from a ferromagnetic material or consist of the blow nozzle consisting at least in sections of a ferromagnetic material or designed as permanent magnet in the represented embodiment two magnet coils 11 a 11 b superimposed in the direction h are provided the magnet coil 11 a being used for lifting and the magnet coil 11 b located thereunder being used for lowering the blow nozzle 2 in a movement over a single stroke h 1 further magnet coils can be provided to realize deviating lengths of stroke for example a third magnet coil can be provided above the first magnet coil 11 a which realizes a second longer stroke h 2 the lower magnet coil 11 b causing the return into the lowered position drawn in fig1 for both strokes all magnet coils 11 are supplied via a power source 14 and provided with a non depicted control means which controls the stroke and the application of the magnet coil required in each case furthermore the force of pressure between the two openings 5 6 can also be caused electromagnetically which can be realized for example by an additional coil in the region of the openings 5 6 or by the lower coil 11 b furthermore a non depicted spring can be provided which acts. |
2 | the casting 358 the end cap 322 widens along its upper surface to provide an airfoil surface which curves in an arcuate manner as it traverses from front to rear the arcuate matches the curvature of the underside of the blade 312 a pair of apertures 360 in the end cap 322 align with a pair of apertures in the blade 312 to receive a pair of fasteners such as rivets or the like to secure the blade 312 to the pivoted end cap 322 the blade 312 projects transversely beyond the end cap 322 providing a wider surface to deflect air downward across the rear light of the automobile the end cap 322 can also be affixed to the blade 312 by adhesive bonding or the like fig1 illustrates an additional embodiment of the present invention wherein the blade is hinged from the cross strap of a luggage bracket a lower edge of the blade 412 rests upon a projection 418 of the support 414 when the vehicle is at rest or there is insufficient velocity of the vehicle to raise the blade 412 from its at rest position referring now to fig1 wherein there is illustrated an embodiment of the present invention with the pivoting blade assembly mounted to the frame of the rear light or alternatively mounted to the vehicle body adjacent the rear light a pair of castings 558 are fastened to the vehicle frame or the frame of the rear light a pair of end caps are hingedly attached to the castings 558 and support therebetween a. |
7 | axial pin 5b also the guide slot at one circumferential location is composed of two shorter guide slots 2 39 and 2 34 arranged in a direction of the optical axis two slots are not always necessary to be in one row in the form of an arrangement wherein a partition p for reinforcement is disposed between the the guide slots 2 39 and 2 34 as shown in fig4 the aforementioned two sliding pins 5 are distanced in a direction of the optical axis and are respectively in engagement with the guide slots 2 39 and 2 34 one of said sliding pin bodies 5 engaging also with the driving member 7 to serve as the driven pin 6 shown in fig1 to 3 also in this embodiment the operation and effect similar to those in fig1 to 3 may be obtained either or both of the sliding pin body 5 and the guide slot 2 may be formed of a resin material as in the cases of fig1 to 3 in the embodiments shown in fig7 to 9 four guide slots 2 spaced apart at an angle of 90 u00b0 are provided in the guide frame 1 engaged with one of two guide slots 2 spaced apart at an angle of 180 u00b0 is a sliding member 4 39 in the form of a strip or band formed of a resin material mounted on the moving frame 3 by means of two set screws and engaged with the other is a sliding pin body 5 engaged with one of another two guide slots 2 spaced apart at an angle of 180 u00b0 are two sliding pin bodies 5 mounted on. |
7 | the flip flop 6 in the main board 1 is set and the outputs q and q become high and low respectively therefore the output of the nand gate 7 becomes low and the halt request signal hreq a is input to the flip flop 16 in the cpu board 2 thereby the outputs q and q of the flip flop 16 become low and high respectively and the processor 15 halts by itself when the processor 15 halts i e enters into a stop condition the status signal thereof becomes high and the output of the nand gate 17 becomes low so that the halt acknowledge signal hack a is sent back to the main board 1 as a result the output of the and gate 9 becomes high and the halt request signal hreq b applied to the cpu board 3 also becomes high so that the output of the flip flop 19 becomes high and the halt condition of the processor 18 is released thereby the processor 18 enters into the operating condition and the address signal the data signal and the above mentioned control signals eb qb rwb and so on are transmitted from the processor 19 to the main board 1 internal clock signals cka and ckb applied to the flip flops 16 and 19 of the cpu boards 2 and 3 respectively are used for setting or resetting the flip flops 16 and 19 respectively in accordance with the internal timings in the corresponding cpu boards thus for example when a halt request signal is. |
6 | ppm to diesel engine oil setting the arithmetic mean roughness of the sliding member to 2 10 nm and upon converting the sommerfeld number viscosity to pa u00b7 s the speed to s u2212 1 and the load to mean hertzian stress then the lubrication conditions for use are within the range of 2 12365 u00d7 10 u2212 19 to 5 94509 u00d7 10 u2212 19 application_number US 201113993136 A description in the following the embodiments of the present invention are explained by referring to the attached drawings as the embodiments of the present invention in a bearing structure for example one of the sliding members is a shaft and the peripheral surface the sliding surface of said shaft was coated by titanium carbon nitride tialn which is a titanium nitride based material according to the physical vapor deposition pvd technique the arithmetic mean roughness of the shaft surface was made 5 0 nm on the other hand as the other sliding member a bearing at least inner race was made from high carbon chromium bearing steel suj2 as a lubricant diesel engine oil of japanese automotive standards organization u201c dh 2 u201d to which molybdenum dithiocarbamate modtc with molybdenum in the amount of 700 ppm had been added was used such bearing was used under the sliding conditions mixed lubricating region of the sommerfeld number of 2 12365 u00d7 10 u2212 19 here the sommerfeld number. |
3 | is at least 4 provided that the compound is other than one where only r 22 31 or r 20 21 are d the abundance can also be a at least 6 b at least 14 c at least 19 d at least 26 e at least 32 f at least 39 g at least 45 h at least 52 i at least 58 j at least 65 k at least 71 l at least 77 m at least 84 n at least 90 o at least 97 and p 100 in another embodiment the present invention provides a novel mixture of deuterium enriched compound of formula i or a pharmaceutically acceptable salt thereof wherein the abundance of deuterium in r 1 r 7 is at least 100 in another embodiment the present invention provides a novel mixture of deuterium enriched compound of formula i or a pharmaceutically acceptable salt thereof wherein the abundance of deuterium in r 8 r 12 is at least 8 provided that the compound is other than one where only r 22 31 or r 20 21 are d the abundance can also be a at least 15 b at least 24 c at least 31 d at least 38 e at least 46 f at least 54 g at least 62 h at least 69 i at least 77 j at least 85 k at least 92 and l 100 in another embodiment the present invention provides a novel mixture of deuterium enriched compound of formula i or a pharmaceutically acceptable salt thereof wherein the abundance of deuterium in r 13 r 18 is at. |
2 | elements 1 1 a at the end of the transport path formed by the first transporting element 1 the container 2 can be removed again radially or substantially radially from the container gripper 4 at a further handover region in either case the act of pushing in and removing the container 2 takes place against the resilient clamping force that clamps the containers 2 at their container region 2 1 the container gripper 4 is furthermore designed such that once a container 2 has been pushed in it is locked rigidly or with a form fit to prevent opening as a result containers 2 of considerable weight are securely held at the respective transport position 3 even in the case of a rapidly rotating first transporting element 1 the container gripper 4 is produced in one piece with two elongate or lever like first and second segments 6 7 and with one clip like spring portion 8 that forms a locking tab 9 at one end a central plane me is oriented to be perpendicular to the surface sides of the flat first and second segments 6 7 in the illustrated embodiment the container gripper 4 is mirror symmetrical about the central plane me when the container gripper 4 is in a mounted state the central plane me is also oriented radially with respect to the machine axis ma of the first transporting element 1 and includes the machine axis ma the two segments 6 7 are flat and are arranged with their surface sides in a plane that is perpendicular to the central plane me with the container gripper 4 mounted on the first transporting element 1 the segments 6 7 are perpendicular to the machine axis. |
2 | 2 b of the case main body 2 is disposed to a back surface side of the thermal head 6 thus a space in the back surface side of the thermal head 6 can be made smaller and a width dimension thereof can be reduced which are advantageous further by fixing the thermal head 6 to the side wall 2 b of the case main body 2 due to the side wall 2 b of the case main body 2 rigidity of the thermal head 6 can be reinforced as a result the rigidity of the thermal head 6 itself is not necessarily large and the thermal head 6 can be made thinner further the thermal head 6 is stiffly supported from its back surface by the side wall 2 b of the case main body 2 so the biasing force f due to the coil springs 9 can be directly used without being released as the pressurizing force of the thermal head 6 with respect to the heat sensitive paper 15 which is advantageous further in the embodiment the storing portion 2 c for storing the roll shaped heat sensitive paper 15 is provided to the inside of the substantially rectangular parallelepiped box shaped case 4 including the case main body 2 and the cover member 3 that close the case 4 so dead spaces s are defined in four corners thereof in the outward direction of a radius direction of the. |
5 | the base section 21 and is provided upright to form an opening passageway that is generally in the shape of the letter u201c u u201d the support vertical frame 22 is provided with an auxiliary frame 22 a and fixtures 61 are respectively screwed into the upper part and the lower part of the auxiliary frame 22 a the support vertical frame 22 is secured on the wall by adjusting the number of turns to press the fixture 61 against the wall an adjuster 62 that has an internal thread section into which an external thread section 61 a of the fixture 61 is screwed is provided to adjust the thrust amount of the fixture 61 the vertical frame 23 is similarly provided with a fixture 61 and an adjuster 62 via an auxiliary frame 23 a the support vertical frame 22 and the vertical frame 23 can be secured on the walls on either side of the passageway by turning the upper and lower adjusters 62 to adjust the thrust amount of the fixtures 61 note that the frame 20 may be secured and installed by an arbitrary method as long as the frame 20 can be disposed approximately in the shape of the letter u201c u u201d the gate 10 has a configuration in which the ends of an upper crosspiece 11 and a lower crosspiece 12 are connected via a right vertical crosspiece 13 and a left vertical crosspiece in the shape of a frame and a lattice is formed inside the frame using a wire rod note that the gate 10 may have a panel instead of a lattice the end of the upper crosspiece 11 and the end of the lower crosspiece 12 positioned on one side of. |
9 | data is stored in the wastebasket for a pre defined period see step 2070 below step 510 input basic information related to each authority through lro 39 s basic information on authority window fig1 the user can edit the citation to the authority highlighted in the authorities window the user can also view add and edit relevant non analytical information regarding the authority including the date of the authority the jurisdiction s and choice s of law to which the authority pertains and the type of authority in legal research authority types may include cases statutes regulations and other references a citations to authorities typically must conform to abbreviation requirements in lro the user can automatically convert a word in a citation to the correct abbreviation by highlighting the word and pressing the citation abbreviation replace button in the basic information on authority window the user can also select and automatically insert a correct abbreviation into a citation through lro 39 s view select citation abbreviations window b through lro 39 s paste view authority text window the user can paste the text of an authority downloaded from a web site cd rom or on line database the user can then copy and paste relevant authority text for purposes of the authority analysis windows described below step 520 input. |
5 | to end manner the embodiment of the drilling station shown in fig1 b comprises crew quarters and an operations office a drilling rig a void space designed for housing and deploying various buoyancy devices a helipad a moon pool a plurality of anchor lines used to anchor the system to an associated seabed and mooring lines configured to moor said drilling station and said docking station together the example embodiment of the docking station further comprises modular production testing and injection facilities a plurality of anchor lines and mooring lines configured to mate with the mooring assembly of the drilling station a self standing riser disposed in mechanical communication with one or more buoyancy devices is also provided in the embodiment depicted in fig1 a the docking station 6 and drilling station 8 are moored together using mooring lines in such a manner that both portions of the combined vessel are able to properly perform offshore drilling operations in alternative embodiments various other devices can be used to secure the mooring system for example clamps rods latches locks and other mechanical devices strong magnets and electrical control systems vacuum systems etc although not illustrated in fig1 typical embodiments of the docking and drilling stations further comprise a plurality of oil and gas related drilling production and exploration equipment. |
3 | providing the anti foaming agent the catalytic effect can be extended to much larger vessels despite the presence of anti foaming agent and despite the scale up effects referenced above we added 100 500 ppm doses of commercially available anti foaming agent for example dow corning antifoam 1920 we found that it acted as neither an inhibitor nor a co catalyst it reduced the impact of foam formation during formation and dissociation of the hydrate the short lived foam produced during formation has been eliminated in our experiments and the long lived fine foam produced during dissociation breaks rapidly this allows for the high rate of reaction made available by the catalysts to be applied to a complete industrial process we also measured the effect of subcooling a measure of the driving force of crystallization on reaction rate of hydrocarbons from a mixed gas phase being consumed into gas hydrate fig4 we found that by driving the temperatures lower than the stability temperature at a given pressure and gas composition some driving force acceleration of the hydrate forming reaction could be gained we found that with increasing subcooling the rate of reaction increases but that the degree of gas separation decreases as the less preferred formers 39 rates increase faster than the more preferred formers 39 rates we believe that this relationship has not been recorded in the literature or presented publically prior to this disclosure therefore we conclude that for optimal gas separation based on degree of hydrate forming preference of each gas in this invention conditions in the hydrate. |
6 | the heat exchanger 170 from the fins 126 this configuration therefore assists in the collection of grease particles in addition the airflow path creates turbulence that increases exposure time of the air with the heat exchanger 170 accordingly one embodiment of the present invention allows no direct airflow path through the filter assembly 110 or a majority of the airflow therethrough is not direct indeed as shown in fig3 the fins and baffles reverse airflow to a path oriented about 45 180 u00b0 from the direction of flow at the upstream side of the filter unit one or more tortuous airflow paths 150 are created thereby creating turbulent flow that exposes the heat exchanger 170 to heated air for a sufficient amount of time to allow for adequate heat exchange to a fluid flowing through the heat exchanger 170 one or more retainer tabs 128 are formed on at least one of the lateral side members 120 of the base 112 the retainer tabs 128 may be on two opposing lateral side members 120 a retainer tab 128 is extruded from the lateral side number 120 so as to provide a resiliently deflectable retaining member also provided on the base 112 is at least one handle 130 which may be formed in a variety of ways the handles 130 are provided in opposing positions on the filter unit 100 to allow for balanced insertion and removal of the filter unit 100 from an exhaust system the handles 130 are full or partially wire loop handles that are suspended. |
1 | can either be thermally hardenable plastic material a self hardening plastic material or for example a dental or tooth cement as well it is to be understood that the plastic material 32 can as required be configured in the same manner that is for example such material can also be a thermally hardenable plastic material whose top surface is relatively wear resistant fig6 shows a representative dental restoration of the present invention in cross section the reference numerals in fig6 indicate identical elements as are described with respect to like numbered elements shown in the other figures of the drawings it is schematically indicated that a further interconnecting material 36 is provided between the tooth stump 12 and the base structure 16 the over structure 24 in the illustrated embodiment takes the form of the upper region formed by the bite element 38 as well as a covering element 40 which in the manner of an apron extends downwardly preferably this extension of the over structure extends into mesial and distal regions of the tooth whereat access thereto is significantly limited in accordance with the present invention it is preferable that the dental restoration is after its finishing that is after obtaining a perfect or exact orientation between the base structure 16 and the over structure 24 u2014 accommodated to the teeth structure and in this connection that the second interconnecting material 36 is deployed in a conventional manner in a modification of the dental restoration of the present invention it is provided in lieu of the base structure to deploy a special securement material which forms the base. |
9 | and bottom surfaces 334 336 the specimens 312 are comprised of rock or stone material from larger rock specimens of the type found in egs reservoirs oil or gas wells they are machined or core drilled to shape and sized to fit within the test chamber 308 in the example of fig1 a blind hole 340 mimics a stimulation well during testing the hole 340 is filled with working fluid f and is subject to cavitation by controlling the opening frequency and duration of the control valve s in the example of fig1 a series of artificial flaws 342 are included in the side surface 338 here artificial flaws 342 such as cracks or fissures are introduced into the side surface 342 with a band saw a water jet or other cutting device to simulate an existing crack structure and or to assist the initiation of crack stimulation in the examples of fig1 15 a shell body 344 is defined by a generally circular top surface 334 a circular bottom surface 336 and a convex side surface 338 joining the top and bottom surfaces 334 336 an aperture 346 having an interior surface 348 is disposed through the shell body 344 and is defined by a circular opening in the top and bottom surfaces 334 336 a separate core body 350 is defined by a. |
6 | discharge line 24 otherwise the shut off valve 24 would normally be open an expansion device 42 is positioned downstream of condenser 40 the refrigerant in the condensers 40 and 26 would be at a distinct temperature and pressure the two condensers can be utilized to provide more effective control over the overall operation of the refrigerant cycle as mentioned above there would be reasons why a worker of ordinary skill in the art would want to have greater control over the heat rejection characteristics of the refrigerant cycle 20 this two condenser system provides greater system control and flexibility as well as covers an extended range of various applications it should also be obvious to a worker of ordinary skill in the art to extend this arrangement to a compressor that will have several staged intermediate ports as described in u s pat no 6 694 750 in this case each of those intermediate ports can be connected to a separate condenser a control 37 controls the various devices and components in the refrigerant cycle 30 to achieve the desired characteristics fig2 shows a more complicated refrigerant cycle 50 as shown a discharge manifold 52 is positioned to be downstream of a first compressor bank 54 and a second compressor bank 56 as should be understood the compressor banks 54 and 56 are each tandem compressors that receive refrigerant from a common evaporator 32 and deliver the refrigerant to a common condenser 26 the. |
2 | the thermoplastic resin 3 is heated to be melted when the work is made in a state where the ends 11 and 12 of the rubbery core inserted braid 1 are pinched with the pinching tool 4 or between the opening and closing pieces 41 and 41 excellent workability is exhibited and safety is kept when the mold 2 is closed the fluffs of the covering braid moiety of the rubbery core inserted braid 1 should not be sandwiched between the partitioning faces of the mold 2 if the fluffs of the covering braid 80 are sandwiched in a large amount between the portioning faces of the mold 2 the mold 2 is not completely closed so that the melted resin remains as a burr or flash this invalidates the commercial value of the product thus the fluffs of the covering braid 80 should not be sandwiched in a state where the ends 11 and 12 of the rubbery core inserted braid 1 are pushed against each other to approach each other the thermoplastic resin 3 is melted therefore the melted resin is certainly filled into the gap between the ends 11 and 12 to penetrate into the ends 11 and 12 of the rubbery core inserted braid 1 in this way the penetration of the melted resin into the ends 11 and 12 is forcibly conducted so that the strength of the end jointed region can be made high the gap between the ends 11 and 12 of the rubbery core inserted braid 1 is surrounded by a circumferential wall 25 a of the through hole 25 in the mold 2 thus the melted resin is. |
2 | wound a storage surface for yarn storage a threading device with a compressed air feeder system and a device for activating direction jet nozzles at least one direction jet nozzle is located between the point of entry of the yarn into the storage and feed device and the feed out point from the yarn winding element this nozzle can be activated independently of the nozzles fitted downstream of the feed out point so that in the event of a partial failure where stored yarn remains on the storage surface the yarn end can be blown below the feed out point application_number US 16793794 A description a yarn storage and feed device 1 as shown in fig1 which serves e g to supply a weft yarn to a gripper or projectile weaving machine not shown and includes a main body 4 which supports a drive motor for a hollow shaft 6 a cover 7 is fixed at the feed end feed in point or inlet z of the main body 4 a concentric ring 10 is arranged on the hollow shaft 6 a channel shaped take up element or winding element 9 leads from the interior of the hollow shaft 6 to a feed out point or outlet. |
6 | 2 cm 2 or less fig1 a to 13 f show an embodiment of an air humidifier with a water reservoir region thereby fig1 a shows a view from above fig1 b a perspective view of a lower region of the humidifier fig1 c and 13 d the respective regions of the humidifier sectioned along the planes c c and d d respectively in fig1 a fig1 e a view of the lower region of from above and fig1 f this region sectioned along the line f f in fig1 e in fig1 b one can see that the water reservoir region 71 is designed surrounding the water receiving region the passage 72 is formed by a small opening in the side wall 51 of the water receiving region only a single uv led light source 41 is necessary in the represented embodiment due to the limited size of the beaker like volume forming the water receiving region 5 this is arranged below the water level such that it is couples uvc light into the water reservoir region through a window 45 u2014 for example of quartz glass in fig1 c one can also see a circuit board 91 on which the uv led chip 41 is assembled and contacted as well as a cooling body 92 for cooling this chip 41 the housing of the humidifier is shaped such that the light source and the contactings etc of this are arranged on the side that is away from the water i e is the water free region is led laterally to the water receiving region at the location of the light source as one can see for example in fig1 an arrangement of the at least one light source on the lower side of the water. |
4 | for changing the cross sectional passage area of the conveyor duct 6 for this purpose the latter may have for example a plurality of wall elements 17a 17b and 17c which may be shifted towards or away from the opppositely located wall portions so that the cross section of the conveyor duct 6 may be reduced or enlarged the wall elements 17a 17c may be made of an elastic material for example rubber or the like to thus ensure an advantageous seal according to the embodiment illustrated in fig3 the cross sectional area of the conveyor duct 6 is changed in such a manner as a function of the air quantities that the value of the desired flow speed is maintained turning now to fig4 the control apparatus 9 as opposed to the showing in fig3 is connected with the shutoff gates 11a 11c at the head of the reserve chutes 7 39 in this manner the cross sectional area of the conveyor duct 6 is preselected as a function of the position of the shutoff gates according to fig5 a lateral wall of the reserve chute 7 39 is provided with air outlet openings 7a which may be closed by a gate 20 rotatably supported at one end at the chute wall the position of the gate 20 may be varied by a power cylinder 21 which is connected with the control apparatus 9 not shown in fig5 turning now to fig6 to the conveyor duct 6 there are connected a pressure measuring device 18 and a flow rate measuring device 14 the. |
1 | permits the caregiver to inspect and treat the wound without having to disrupt the analgesia provided by the patch the wound or the incision may be cleaned sutures removed and or antiseptics and dressing applied these procedures can be done without interfering with the delivery of the analgesia provided by this invention this invention is particularly useful for postoperative wound care in children the patch reduces the amount of systemic painkillers such as morphine demerol aspirin or tylenol which a patient might need reduction in pain and a reduction in systemic pain medication permit the patient to be out of bed sooner the present invention may also be used to control pain originating from skin and or mucus membrane due to a variety of causes this includes traumatic injuries abrasions lacerations punctures burns and infections this invention permits observation and treatment of the painful lesion through the removable transparent membrane without interfering with the delivery of the analgesia applicants also believe that electrical potential applied to the skin surrounding an incision or wound may per se hasten wound healing and alleviate pain this effect may be unrelated to medications contained in the patch unlike some prior art devices where opposite electrodes are placed on either sides of a wound. |
7 | document request from a user in an embodiment the interface 106 is displayed within a browser 104 the browser 104 corresponds to a client side application executing on the client machine 102 such as personal computers pcs mobile phones personal digital assistants pdas and or other digital computing devices of the users or a client side application executed remotely in conjunction with the client machine 102 the browser 104 may be a web browser application or an application for locally browsing the client machine 102 and or local network the browser 104 may be used for requesting and receiving a document 112 from the web server 110 that was requested by a user or includes data requested by a user for example based on a selection of a link from a user the browser 104 may generate an http request for a web page corresponding to the link and provide the http request to the web server 110 in an embodiment the browser 104 or a component within the browser such as a toolbar may include functionality to identify entities 116 within a document 112 received from the web server 110 for example the browser 104 may include functionality to scan the document for text images symbols or other objects within the document 112 and determine if the objects match a predetermined entity 116 stored in the data repository 114 the browser 104 may also include functionality to query the data repository 114 using an entire document 112 to determine if any text image graphic symbol etc within the document 112 match an entity 116 associated with entity information 118 within the database in an embodiment the browser 104 at the client side may include functionality to. |
5 | 70 the sacrificial impingement straps 71 keep the steam from directly impinging on the slotted liner 67 and thus prevent the possible erosion of the liner 67 based on experiment and experience it is known that about a rate of 5 barrels of steam per day per foot of horizontal section is desirable also about 500 barrels of steam per acre foot is desirable with these as goals and knowing the tubing diameter and steam delivery pressure calculations allow the spacing and size of drilled holes 70 to be made for a particular well the drilled holes 70 and sacrificial impingement straps 71 are usually symmetrically arranged along the tubing 65 and about its circumference in practice a typical field procedure to run steam to a well using this 34 steam stinger 34 as described would be as follows 2 run in on a tubing string the steam stinger designed for this well 3 deliver the steam from the generator to the steam stinger via the tubing string 4 inject steam until the desired volume of steam is injected via the stinger 6 reinstall the artificial lift equipment into the well and place the well back onto production this technique can be cyclically repeated when the produced volume of hydrocarbon fluid falls below an acceptable volume in the. |
5 | sun when in closed condition there are two inclined fixed casings whose planes cross each other along a straight line which serves as pivoting axis for a window frame in the closed state of the frame in the first casing the frame is parallel to the rays of the sun on fht day of the summer solstice and in the second casing it is perpendicular to the rays on the day of the winter solstice application_number US 19335480 A description in this case the window according to the invention indicated in its entirety by numeral 1 is incorporated in an outer wall 2 of a building which need not be described the actual window 1 is associated with a lower solar collector 3 and an upper solar collector 4 this however is not imperative the window according to the invention can be placed directly and exactly into an opening provided in the wall 2 the window 1 comprises two casings 5a 5b each of which is fixed in a given position the casing 5a is inclined in such a way that it is in a plane which is perpendicular or at least substantially perpendicular to the direction indicated by the arrow sh of the sun rays from the zenith on the day of the winter solstice the casing 5b is inclined in such a way that it is in a plane which is parallel or at least substantially parallel to the direction indicated by the arrow se of the sun rays from the zenith on the day of the summer solstice for fitting the windows into the walls the two casings 5a 5b are at their outer perimeter united by the closing parts which are the upper part 6 the lower part 7 and the. |
9 | doped regions 28s and 28d forming source and drain regions doping of semiconductor substrate 20 is preferably accomplished by ion implantation if semiconductor body 20 is doped with p type dopants then regions 28s and 28d are preferably doped with n type dopants dopant concentration and ion implant energy levels are chosen to provide a relatively heavy say n doping for the source and drain rgions subsequent doping operations may also optionally be carried out to produce lightly doped source and drain region extensions these are discussed below next second ion implantation mask layer 26a is deposited and planarized as shown in fig4 layer 26a preferably comprises a material other than silicon nitride and certainly a material different than that used in first ion implantation mask layer 24 in particular this material may comprise polycrystalline silicon metal or silicon oxide preferable metals include molybdenum and tungsten or silicides such as tungsten silicide molybdenum silicide or titanium silicide in particular if layer 26a comprises metal or metal silicide then this material may be patterned as illustrated in fig5 to form metal electrode contacts 26 for the source and drain regions next as illustrated in fig6 the rest of first ion implantation mask layer 24 is removed further as shown in fig7 oxide spacer material is deposited on the sidewalls of layer 26 this deposition is accomplished by low pressure chemical vapor deposition using silane and nitrous oxide it is noted that formation of oxide spacer material 32 is shown only as being present in the channel region of the fet device being formed one mechanism for accomplishing this object is delaying the patterning of layer 26a shown in fig4 in such a sequence spacer oxide material 32 is deposited only in the active area. |
5 | to an opposite support a tensioning means is associated with the border second end for pulling the border in tension between the supports the second end of the web is connectable to the tensioning means for tensioning the mesh panel material application_number US 24525899 A description referring now to fig1 therein shown is a system 2 for mounting a mesh 1 onto a scaffolding system 7 which is erected around a structure 3 or to other structures such as concrete columns in a construction project as seen in fig2 the mesh 1 is adapted to be secured between two upstanding support members 5 5 of the scaffolding system each mesh panel 1 connects to the upstanding support members 5 5 and four given points a b c d which gives the panels a highly stable and flat face appearance effect the system illustrated generally as 2 is disclosed for use in a new and unobvious application for a decorative pr debris barrier material on a scaffolding system each mesh panel is highly simplified having the mesh material 1 1 at least two ratchets 36 or 60 and a border 20 20 39 which is connected to the mesh panel in a manner as will be discussed herein referring now to fig3 and 4 and to the methods by which the webbing is attached to the panel it should be seen that in fig3 the mesh panel 1 is connected to the border through a flat. |
8 | between the broadwall to the nearest channel 30 and is also equal to the spacing between the periphery of the face 28 and the outer channel each of these spacings being equal to one quarter wavelength of the midband radiation the depth of each channel 30 is also equal to one quarter wavelengths at the midband radiation the width of a channel 30 is less than approximately one tenth of the midband wavelength the spacing between the two flange assemblies 24 and 26 at their closest point of approach is 0 01 inches in the preferred embodiment of the invention this being less than the aforementioned one twentieth of the midband wavelength this spacing is maintained by a gimbal mounting 36 which will now be described with reference to fig3 5 as shown in fig3 5 the gimbal mounting 36 extends radially outward in a central transverse plane of the joint 16 and encircles each of the flange assemblies 24 and 26 the mounting 36 permits pivoting in two orthogonal planes corresponding to first and second pivot axes of pivots 38 and 40 the mounting 36 comprises a circular ring 42 which supports the pivots 38 and 40 a pair of struts 44 extend radially outward from the flange assembly 26 and then curve towards the central transverse plane of the joint 16 to engage with the pivots 38 all of the. |
6 | inner rings 12 of conical roller bearings 10 are provided with a radially outwardly directed edge 13 against which the end wall of conical rollers 14 run through the pretensioned conical roller bearings 10 sliding friction develops between the end walls of conical rollers 14 and the inner surface of edge 13 which leads to wear through removal of material and has a negative effect on the final drive i e such support of the bevel pinion shaft 5 according to the state of the art involves a high frictional moment high bearing and oil temperatures as well as poor efficiency in addition the loss in pretensioning developing as a result of the wear of the conical rollers and edge surfaces leads to an increase in tooth play between bevel pinion 4 and ring gear 6 the bevel pinion shaft 5 of a differential shown in fig2 includes a stepped shank 15 on whose right side end lies bevel pinion 4 in housing 1 the bevel pinion shaft 5 is held by two spaced apart tandem angular contact ball bearings 16 and 17 which each include a one piece bearing inner ring 18 and a one piece bearing outer ring 19 with each ring having two shoulders 20 and 21 the bearing balls 22 and 23 are of the same size within bearings 16 and 17 and are guided in each case in bearing cages 24 one can further see from the figure that within a given bearing 16 and 17 the not more closely designated races of bearing balls 22 and 23 possess a different diameter since the greatest radial and axial stressing of bevel pinion shaft 5 occurs in the area of bevel pinion 4 tandem angular contact ball bearing. |
8 | the solder bumps are formed to the package board alternatively when the redistribution board 4 is mounted by the au u2014 sn bonding au stud bumps are formed to the electrode pads of the package board 2 and tin plating process is performed to the electrode pads of the redistribution board 4 next in step s 29 as shown in fig6 a the redistribution board 4 is mounted on the package board 2 in step s 30 the under fill material 46 is injected between the redistribution board 4 and the package board 2 thereafter in step s 31 as shown in fig6 b the base board 20 is removed the base board 20 is removed by the same method as the above described first embodiment as described above in this embodiment the redistribution board 4 is mounted on the package board 2 before the base board 20 is removed from the redistribution board 4 thus the redistribution board 4 is always reinforced by the base board 20 or the package board 2 therefore the deformation of or the damage to the redistribution board 4 due to the redistribution board 4 being by itself without any reinforcement can be prevented when the base board 20 is removed in step s 31 the first electric conductive layer 22 is exposed from a surface of the redistribution board 4 then in step s 32 the semiconductor elements 6 and 8 are mounted on the redistribution board 4 by flip chip. |
6 | 2 by way of the actuating element 4 when the electromagnet 11 is excited the tilting armature 14 is tilted up onto the electromagnet 11 against the force of the spring element 16 so that the actuating element 4 pivots by means of a further spring element 17 into the second setting position in which the second closure member 6 comes into contact with the second valve seat 3 the pivoting operation is explained again in greater detail below with reference to fig2 to 4 the normal or inactive position of the actuating element 4 corresponds to the position according to fig1 in which the electromagnet 11 is currentless fig3 shows an intermediate position in which the tilting armature is already partially tilted up in this intermediate position the actuating element 4 is supported by both projections 4a 4b and both closure members 5 6 are lifted off from their valve seats 2 3 finally in fig4 the second setting position is shown in which the tilting armature is tilted up onto the electromagnet 11 accordingly in order to proceed from the first setting position according to fig2 to the second setting position according to fig4 the electromagnet must merely tilt the tilting armature 14 counterclockwise in this case the power of the electromagnet must be chosen to be of such a magnitude that the force component of the spring element 16 which counteracts this movement is overcome however the actual pivoting work is essentially provided by the further spring element 17 therefore means for generating a force component. |
3 | produce a desired amount of reformate at the reformer 16 the controller 30 may control for example the flow control valve 14 and or components of the additive supply device 18 to yield the desired amount of reformate the desired amount of reformate may correspond to a substantially stoichiometric amount of hydrogen required to react with the high nox exhaust at the ammonia producing catalyst 22 it is understood however that the components of the ammonia production system 10 may be controlled to maximize the ammonia formed by the ammonia producing catalyst 22 and that in order to maximize the production of ammonia more than a stoichiometric amount of reformate may be produced by the reformer 16 the flow control valve 14 may direct the slip stream 36 to the reformer 16 and an exhaust flow 38 containing a relatively higher concentration of hydrogen hydrocarbons and carbon monoxide and a relatively lower concentration of water and oxygen may pass from the reformer 16 to the high nox exhaust line 12 the exhaust flow 38 may combine with the exhaust flow 32 from the lean cylinder 8 upstream of the ammonia producing catalyst 22 to form a mixed flow 39 to optimize ammonia production in an exemplary embodiment the mixed flow 39 may have an overall composition such that its measured lambda is less than 1 in such an exemplary embodiment the amount of reductants from flow 38 plus flow 32 is greater than the amount of oxidants from flow 38 plus flow 32 the mixed flow 39 may then pass to the ammonia producing catalyst 22 where its components may react with the catalyst materials therein to form ammonia an exhaust flow 40 may then pass from the ammonia producing catalyst 22 to. |
1 | in which the meters are delivered is provided with a calibration device perforations on the side of the box 38 define a tab 39 whose removal reveals an opening 40 in which a slide 42 is slidably mounted by any appropriate means such as track defining internal rails 44 and 46 secured by spacers 48 and 50 to one wall 52 of the box 38 complementary edges 54 and 56 on the wall and the slide define the opening 40 so the size of the opening 40 varies with the position of the slide 42 length indicia 54 are printed on the box wall 52 adjacent the slide 42 and a pointing indicium 57 is printed on the slide 42 to point to them the size indicia in the illustrated embodiment are different colors say red blue green and yellow before a doctor uses a meter for the first time he fits the rings 20 and 22 on the bases of his fingers and places his fingers in the opening 40 with the slide 42 disposed in a position somewhat to the left in fig3 he opens his fingers until the meter reaches a predetermined reading sliding the slide to the right as he does so he then observes the size indicium 54 to which the pointing indicium 56 points when the meter reaches the predetermined reading and this is an indication of the relative size of his fingers best calibration is obtained when the doctor 39 s fingers are crooked in the manner in which they are crooked when he takes a dilation measurement when the doctor then uses the meter 10 to take an actual dilation measurement he notes the angle indicium. |
6 | channel inlet and outlet instead of terminating at an edge of a plate 10 pass through each plate 10 the insulating channels can also be positioned to provide thermal separation of neighboring sections of any channels to limit thermal communication the insulating channels can improve the effectiveness of the heat exchange zone between two neighboring channels by thermally isolating sections that fold in a sinuous pattern an example of the further use of insulating channels is shown in fig4 the heat exchanger comprises at least one plate 10 having a first channel 12 defined therein and having an inlet 14 and an outlet 16 the plate 10 can be divided into two sections a heat exchange section 40 and an expansion section 48 where the expansion section 48 is partially thermally insulated from the heat exchange section 40 by an insulating channel or by an insulating region such as a hole 60 through the plate 10 the hole 60 can be filled with a low conductivity gas or an insulating material the first channel 12 follows a sinuous path where there is a first section for carrying a coolant the first channel 12 then passes through a second section that is disposed within the expansion section 48 of the plate 10 the first channel 12 continues back to the heat exchange section 40 where the first channel 12 follows a sinuous path to provide a longer heat exchange path for the coolant the sinuous path of the first channel 12 folds back on itself and is separated by a insulating channel 62 to limit the heat flow between neighboring sections of the first channel 12 the first channel 12 can include an insulating channel 24. |
7 | shown against the bonding glue to both surfaces of the rig film is prepared the insertion loss of the rig film 1 with respect to the light of 1064 nm was 0 6 db a c surface sapphire substrate 2 of 11 mm u00d7 11 mm and 0 5 mm in thickness identical with the dimensions of the rig film was used as a radiation substrate an anti reflection coating with respect to 1064 nm light was applied to the sapphire substrate as well an anti reflection coating for glue not shown was provided on the rig film bonding surface of the radiation substrate and an anti reflection coating for air not shown on the other surface the rig film 1 and two sapphire substrates 2 bonded with an optical epoxy glue so that the sapphire substrate a rig film and a sapphire substrate are laminated in the mentioned order the absorption coefficient of the used bonding glue with respect to the 1064 nm light was about 0 08 cm u2212 1 and the thickness of the bonding glue layer 5 u03bcm the faraday rotator thus obtained was cut with a dicing saw into nine faraday rotator chips of 3 mm in square the manufacturing and evaluation of optical isolator the assembling of the optical isolator will now be described by using the example drawing in fig2 a and 2b. |
6 | not already been removed the user removes the protective strips from above the mild adhesive 14 then the user presses the sheets 12 13 together at the mild adhesive 14 to hold the container end 18 closed the container 10 is placed in a tire and the tire is installed on the wheel the light adhesive 14 is sufficiently strong enough to hold the container 10 closed during installation but weak enough to allow the container 10 to open upon application of an impact to the tire the container 10 is opened by simply bouncing the tire on the ground or by installing the tire on a vehicle and allowing impact forces that are generated during driving to open the container those skilled in the art understand that other clip structures may be used to hold the bags firmly closed until ready for use the bags could even be sealed at both ends and the user could cut open the bag at the end with the mild adhesive strip ceramic beads such as zirconium silica beads of between about 0 6 to 2 0 mm in diameter are inserted into a vehicle car or truck tire primarily through the self opening container 10 described above or the via the. |
6 | outwardly steadily decreases and the toe end 47 of each pawl 48 begins to pivot radially inwardly toward the ratchet member 46 under the bias force applied by the springs 54 on the heel 49 of the pawls 48 until the toe ends 47 of the pawls 48 re engage with the teeth 45 of the ratchet member 46 a spring clamp 75 is attached by bolts 80 to the axial flange portion 72 of the clutch carrier 70 to hold the spring 54 existing ratchet and pawl clutch designs experience spring failures and pawl heel wear a spring fracture and pawl heel wear may alter the performance of the unit in a negative manner a source of spring fractures and pawl heel wear may include contact forces experienced at the spring tip 85 and pawl heel 49 during over running conditions during over running conditions centrifugal force rotates the pawl 48 radially outward which increases spring deflection the force resulting from the deflected spring is non linear and subsequently a greater deflection results in a significantly greater force the greater force accelerates wear between the pawl heel 49 and the spring tip 85 referring now to fig2 5 a pawl stop member 90 a d may be included in the ratchet and pawl clutch assembly and can. |
9 | shown in fig2 since the stator wheel remains stationary the signal is returned from the digit wheel slip ring segment 16 to the stator wheel slip ring segment 18 by capacitive coupling to transfer the signal data to line 23 to the motherboard as explained below with reference to fig2 a and 2b there is schematically illustrated a circuit layout for the micro controller 26 and the connection of a plurality of conductive areas 20 and 22 when a meter reading is required the micro controller 26 directs the application of the 455 khz alternating current signal sequentially to each of the stator board conductive areas 20 starting with the zero unit area and ending with the 9 area the transmitted signal will couple to a conductive area 22 on the digit wheel that is at that moment aligned with the particular conductive area 20 being driven this signal will return to the micro controller board 26 through the slip ring capacitor 16 18 and the line 23 associated with the particular stator wheel 10 the received signal will be amplified by amplifier 30 and the signal then passed through a band pass filter 41 to be further amplified by amplifiers 32 and 34 the analog signal may then be converted to a digital signal at comparator 36 before being passed to a multiplexor unit as described below micro controller 26 is powered to maintain an. |
4 | by solid lines in fig2 whereby the expansion bar 6 is disposed at a position indicated by solid lines in fig1 parenthetically it should be mentioned that temple means not shown for preventing shrinkage crepe of the woven fabric w in the direction widthwise thereof as well as a fell plate not shown either for preventing lowering of the fabric in the vicinity of the cloth fell w1 are so arranged as to follow the displacement of the expansion bar 6 further the reciprocative displacement of the driven nut members 20a and 20b is transmitted to the tension roller 12 via the trifurcated intermediate lever 13 and the rod 15 at this juncture it should also be noted that the sliding load such as observed in a worm mechanism is absent between the ball screw 18a and the driven nut members 20a and 20b and they are only subjected to a rolling load which is remarkably smaller than the sliding load thus the efficiency of driving power transmission from the ball screw 18a to the driven nut members 20a and 20b is significantly enhanced when compared with that of the worm mechanism for this reason an inexpensive electric motor of small capacity can be employed as the servo motor 18 which thus provides an advantage in respect to the cost over the prior art machine in which the worm mechanism is employed besides. |
1 | 32 are pressed and the drawer moved forwardly to allow access to the syringe which is removed referring to fig9 and 10 the traditional method of administering a subcutaneous injection with a syringe without an auto injector is to pinch the flesh skin at the injection site and to insert the needle at the centre of the pinched fold of skin this creates depth in the subcutaneous layer ensuring the needle does not enter the muscle layer below it also relieves pressure under the skin thereby making it easier to inject the drug with some known types of auto injector the surface area of the device contacting the skin is typically relatively small and immediately adjacent the injection axis such devices can therefore have the effect of actually thinning the subcutaneous layer due to the pressure and increasing pressure under the skin especially if the footprint is small however in the present embodiments it will be noted that the nose 20 has a rounded u2018 w u2019 profile where it contacts the injection site defining two lobes 72 to either side of the injection axis applying pressure to two spaced locations to either side of the injection axis provides an effect similar to the pinching action commonly used when injecting into the subcutaneous layer it will be appreciated that this contact surface may be used on a wide variety of different devices beyond the embodiments described herein fig1 a and b describe a variation of this technique where the lobes of the injection contact surface instead of being static are defined on the ends of flexible arms which are configured such that as pressure is applied to the arms the contact. |
5 | by flat or curved surfaces where straight lines can be drawn from one parallel face to the other fig6 shows an enlarged view 605 of two of the vertical members 520 from the grid 600 where the members are in the shape of solids whose bases are parallel polygons having curved surfaces joining the two polygon bases for the vertical member a rectangular base connects with two similarly oriented curved sides at an angle less than 90 degrees the sides connect with a second rectangular base opposing the first rectangular base where the width of the first rectangular base is greater than the width of the second rectangular base the sides and bases connect with respective curved sides in other embodiments the bases may connect with non curved or straight sides such solids have been observed to provide exceptional structural integrity other forms of the horizontal and vertical members could be useful and selected depending on the parameters of performance that are to be provided by the total structure in one embodiment the safety surfacing tile 100 is made of solid resilient rubber including the horizontal and vertical members 510 520 as explained above the individual vertical members 520 have a solid shape where a narrow base of the vertical member. |
3 | ethylenedichloride or carbon tetrachloride or aromatic hydrocarbon solvents selected from toluene benzene xylenes etc with or without acid catalysts selected from triflic acid m chlorobenzoic acid peracetic acid trifluoroperacetic acid preferably triflic acid thereafter the deprotection of protected finasteride of formula vi is carried out using acidic or basic conditions preferably carried out under basic conditions using hydrazines alkyl amines selected from methyl amine ethylamine di isopropyl amine the major advantages realized in the present invention includes the protected finasteride of formula vi is obtained in a highly pure form which on further deprotection results in pure finasteride in high yield and low cost with the process of the present invention dihydrofinasteride of formula iv which is an impurity in the finasteride can be removed to less than 0 1 whereas when the finasteride is prepared with the prior art processes this impurity cannot be removed when present in higher quantities the present invention also relates to novel compounds of formula v and formula vi which are used in the preparation of finasteride the details of the process of the invention are provided in the examples given below which are provided by way of illustration only and therefore should not be construed to limit the scope of the invention 4 dimethylamino pyridine 21 3 g 0 17 mol was added to a suspension of dihydrofinasteride 50 g 0 23 mol in toluene 500 ml to this reaction mass benzoyl chloride 24 5. |
3 | dmf dimethyl formamide dmso dimethylsulfoxide edta ethylene diamine tetraacetic acid peg polyethylene glycol ted buffer tris edta dtt thf tetrahydrofuran tris hcl tris hydroxymethyl aminomethyl hydrochloride the term u201c subject u201d as used herein refers to an animal preferably a mammal most preferably a human who has been the object of treatment observation or experiment the term u201c therapeutically effective amount u201d as used herein means that amount of active compound or pharmaceutical agent that elicits the biological or medicinal response in a tissue system animal or human that is being sought by a researcher veterinarian medical doctor or other clinician which includes alleviation of the symptoms of the disease or disorder being treated as used herein the term u201c composition u201d is intended to encompass a product comprising the specified ingredients in the specified amounts as well as any product which results directly or indirectly from combinations of the specified ingredients in the specified amounts the compounds of the present invention may be prepared from known compounds or compounds prepared by known methods for example the compounds of formula i of the present invention wherein two adjacent r groups i e r 4 and r 5 r 6 and r 7 or r 7 and r 1 are taken together to form a six membered heterocyclyl ring may be prepared from the starting materials labeled s1 through s9 compounds of formula s4 s5 and s6 may be prepared from known compounds by known methods for example compounds s4 and s6 may be prepared by known methods from 7 amino 4h benzo 1 4 oxazine 3 one and 6 amino 4h benzo 1 4 thiazin 3 one respectively the compound of formula s5 may. |
1 | are shown as u201c u201d signs and the detectors are shown at boxes in the embodiment shown the array of light sources is provided adjacent one side of the flow stream 50 and the array of light detectors is provided adjacent the opposite side of the flow stream each of the light detectors is preferably aligned with a corresponding one of the light sources the array of light sources and the array of light detectors are shown arranged along a light source axis 200 that is slightly rotated relative to the axis 202 of the flow stream 50 the array of light sources is preferably an array of lasers such as vertical cavity surface emitting lasers vcsel fabricated on a common substrate because of their vertical emission vcsels are ideally suited for packaging in compact instruments such as a portable cytometer preferably the vcsels are u201c red u201d vcsels that operate at wavelengths that are less than the conventional 850 nm and more preferably in the 670 nm to 780 nm range red vcsels may have a wavelength power and polarization characteristic that is ideally suited for scatter measurements some prior art cytometer bench models use a single 9 mw edge emitting laser with a wavelength of 650 nm the beam is focussed to a 10 u00d7 100 micron elongated shape to cover the uncertainty in particle position due to misalignment and width of the core stream in contrast the output power of the red vcsels of the present invention operating at 670 nm is typically around 1 mw for a 10 u00d7 10 micron emitter and 100 micron spacing thus the total intensity of the light from a linear. |
2 | correctly function the electromechanical transducer element 26 may require a different stress strain relationship from that imparted to the inner liner 34 during operation of tire 14 the desired stress strain relationship for transducer element 26 can be created through placement of transducer element 26 onto bridge patch 12 more specifically bridge patch 12 and pads 16 and 18 can be configured to convert the stress strain relationship imparted by deformation of the inner liner 34 into the desired stress strain relationship for the electromechanical transducer element 26 for example as shown in the exemplary embodiment of fig1 bridge member 22 is configured into an arch shape between pads 16 and 18 this configuration can be used to reduce the magnitude of the stress strain relationship the electromechanical transducer element 26 would otherwise experience if it were attached directly to inner liner 34 additionally the materials used in the construction of pads 16 and 18 can also allow for a reduction in the stress strain experienced by transducer element 26 by operating to absorb or deflect part of the stress strain that occurs during deformation of inner liner 34 fig1 and 2 are provided by way of example of the present invention as will be discussed bridge patch 12 may also be used to redirect the stress strain relationship in order to accommodate a desired orientation of the stress strain relationship on the electromechanical transducer element 26 further the bridge patch 12 may be configured so that the magnitude and orientation of the stress strain relationship is uniform across the entire bridge member 22 alternatively the bridge patch 12 may be configured so that the magnitude and orientation of the stress strain relationship is different at various locations. |
4 | the legs of the triangle formed between the grooved roller 14 and the collector c 1 is largely reduced minimizing the detrimental influence of tension of the legs on the quality of the carding sliver as shown in fig3 the drafting system d is shown to be a 3 over 4 roller drafting system wherein the second drafting zone is pre set at a constant draft the draft ratio of the first zone is determined by control signals input to a controller 16 the controller 16 includes the motor and gear system not shown where the rotating speed needed for each roller 18 19 20 and 21 is controlled by a respective output thereof sensors 15 and 17 are each installed in grooved rollers respectively located at the input and the output of the drafting system for measuring the linear density of the input and output carded slivers the controller 16 uses the input linear density g 1 and the output linear density g 0 in comparison with the ideal linear density g to provide adjustment for correction of long term unevenness and prevention of fly away fiber conditions during the drafting process moreover the output speeds v 1 and v 2 of the. |
3 | residual product 0 06 g used directly in the next stage n m r cdcl 3 u03b4 2 55 2 82 bm 6h 2 94 3 24 bm 6h 3 63 bs 4h 6 40 7 06 complex 7h ppm 1 3 fluoro 4 aminophenyl 4 4 aminophenethyl piperazine 0 06 g was dissolved in pyridine 4 5 ml and methanesulphonyl chloride 0 13 g was added the mixture was stirred at room temperature overnight the pyridine removed by evaporation and the residue chromatographed over silica developing and eluting with 10 methanol in dichloromethane the fractions containing the product were evaporated to give a residue 0 30 g which was crystallized from methanol yielding the pure title compound 0 016 g m p 232 u00b0 4 u00b0 n m r cdcl 3 u03b4 2 54 m 6h 2 72 m 2h 2 89 s 3h 2 94 s 3h 3 14 m 4h 6 70 6 85 m 2h 7 08 7 12 3h 7 18 7 22 2h 9 35 vbs 2h ppm analysis found c 51 1 h 5 9 n 11 9 calculated for c 20 h 27 fn 4 o 4 s 2 c 51 0 h 5 8 n 11 9 1 acetylpiperazine 6 23 g 5 fluoro 2 nitrotoluene 7 51 g and sodium carbonate 5 12 g in dimethylformamide 40 ml were stirred at 100 u00b0 overnight evaporated and the residue partitioned between ethyl acetate and water the. |
8 | running of rock transaction it thus isolates the rock program from the operating system and runs it as a device program from the card 3 html compliant engine 26 displays the input and output data allows access only to the rock defined remote servers with hidden url addresses no trace of the url address of server pages delivered to the rock client left in the client machine 4 dynamic pin encryptor 28 generates a dynamic 12 digit pin the 4 digit pin is converted into a 12 digit dynamic pin by the pin encryption algorithm run from the client card the dynamic pin so generated is based on the current standard server time the ip of the client machine the card serial number its exe creation date and the user area code the pin decryptor 40 is located at the server and uses a similar algorithm to decrypt the 12 digit pin and authenticate the user 5 biometric amp personal information bank 30 u2014 biometrics such as photograph signature finger print bank names amp account nos etc may be stored on the card the details of such card holder is indexed in databases located at one or more remote servers 6 rock replication lock 32 u2014 although odd controller prevents the user from viewing copying or editing the. |
8 | the second thread 42 is a u215c u2033 16 thread the width and thickness of the flat base 44 are u00be u2033 and u215b u2033 respectively in operation the internally threaded fastener 11 which is a machine rut or a wing nut is screwed onto the second thread 42 of the mounting bracket 10 fig9 a fig9 b fig9 c and fig9 d illustrate a top view a bottom view a side view and cross sectional view of the fastener 11 respectively the flat base 44 is inserted into the accessory adapter shoe on the top of the camera by screwing down the fastener 11 the mounting bracket 10 is secured to the camera by sliding the mounting bracket 10 along the slot 14 on the adjustment bracket 09 the camera 39 s lens is horizontally adjusted for a most appropriate position after the lens 39 horizontal position is determined the mounting bracket 10 can be secured to the adjustment bracket 09 by screwing down the internally threaded fastener 13 which can be a machine nut or a wing nut fig8 a fig8 b fig8 c and fig8 d illustrate respectively a top view a bottom view a side view and cross sectional view of a machine nut 13 used as a fastener referring to fig1 fig4 fig5 and. |
5 | turns the liquid turbine blades and thus the air turbine blades via the axle air is drawn from the air input port and forced through the air output port the pump assembly may be connected to or integrated with an inflatable device to simultaneously fill a liquid container and a separate air bladder of the inflatable device application_number US 84594901 A description the inflatable device 10 with liquid powered air pump 12 of the present invention may be configured in many different ways a first embodiment of the invention is shown in fig1 4 while a second embodiment is shown in fig5 these embodiments are two examples of an application of the present invention the preferred embodiment as shown in fig1 4 is in the configuration of an inflatable swimming pool 14 that is to be inflated with air to form the device and also filled with water to serve as a pool 14 an alternative embodiment as shown in fig5 7 is in the configuration of an inflatable toy 100 that is inflated with air and includes a base 102 that is filled with water the foregoing embodiments are just two examples of how the apparatus of the present invention can be configured for actual use other variations employing the present invention are intended to be within the scope of the present invention for ease of illustration and description of the present invention the foregoing preferred embodiment of fig1 4 and alternative embodiment of fig5 7 will be discussed in detail herein referring first to fig1 4 the device 10 of the preferred embodiment of the present invention is shown to include a child 39 s inflatable swimming pool 14 with an integrated liquid powered air pump 12 the preferred liquid is water in fig1 and 2. |
8 | xiii teen movies shrek atlantis the lost empire after school scenarios the family has left for work or school a parent and or child are at home and the parent looks to the service for self help and growth the parent makes decisions based on content that interests them and they will not have an opportunity to watch when the rest of the family is at home in this scenario there is more time to browse and search for the type of content that will be fulfilling to that individual later in the afternoon the kids start to return from school these kids may be alone or with parents they are looking for entertainment that is focused on them and their parents have allowed them to view with parental controls each role is described in more detail below a mother assumed to be stay at home parent u2014 wants to improve golf swing and learn how to make rack of lamb she is also looking for the best way to refurbish the old table they bought at the flea market this last weekend b father talks about the big ppv fight with his coworkers and decides to see if he can watch it tonight when he gets home c teenager wants to see her favorite music videos and watch a movie before the parents come home from work d toddler wants to watch oswald or sesame street a time of day 5 00 pm to 12 00 am b users 5 00 pm. |
7 | the client device 120 operates a browser program 123 for accessing and interacting with other systems for a pc this program is a web browser such as microsoft internet explorer or netscape navigator and may generate a browser display 121 on the client device 120 the program used by the client device 120 for accessing and interacting with other systems to obtain digital content from the other systems will be generally referred to herein as the u201c browser u201d 123 the remote server 140 comprises a server or collection of servers which provide online functionality such as an online retail shopping web site an identifier is associated with the remote server 140 to allow the remote server 140 and digital content on the remote server 140 to be identified from the data network 160 for tcp ip networks the identifier may be a hostname which is unique within the network in some cases the hostname is the same as the domain name the remote server 140 may be accessed and utilized for example by the browser 123 units of digital content e g web pages served by the remote server 140 will be referred to herein as u201c remote pages u201d an identifier may be associated with each remote page to allow the remote pages to be identified from the data network 160 other identifiers may be associated with other objects on the remote server such as graphic files to allow these other objects to be identified from the data network 160 when used these identifiers may be considered u201c references u201d to the respective host i e remote server web page or other object for tcp ip networks an identifier or reference may be a uniform resource locator url and in some circumstances a. |
8 | request protocol determining at a particular time the measure of quality of the communications channel comparing the determined measure of quality with a predetermined channel quality threshold and selectively disabling the harq protocol based upon a first comparison result while continuing the sf between the bs and ms in other aspects after selectively disabling the harq protocol the method further includes determining that the time varying measure of quality of the communications channel has deteriorated below the predetermined channel quality threshold and selectively re enabling the harq protocol in the established sf application_number US 43406309 A description in the discussion of various embodiments and aspects of the system and method of this disclosure examples of ms ss 130 may include any one or more of for instance a personal computer portable computer personal digital assistant pda workstation web enabled mobile phone wap device web to voice device or other device those with skill in the art will appreciate that the inventive concept described herein may work with various system configurations in addition various embodiments of this disclosure may be made in hardware firmware software or any suitable combination thereof aspects of this disclosure may also be implemented as instructions stored on a machine readable medium which may be read and executed by one or more processors a machine readable medium may include any mechanism for storing or transmitting information in a form readable by a machine e g a computing device for example a machine readable storage medium may include read only memory random access memory magnetic disk storage media optical storage media flash memory devices and others further firmware software routines or instructions may be described herein in terms of specific exemplary embodiments that may perform certain actions however it will be apparent that such descriptions are merely. |
5 | shown in phantom configurations ring portion 51 having top surface 52 and bottom surface 53 and arced ring walls 54 is fixedly attached to strainer portion 11 strainer portion 11 is removably received within drain opening 31 which has an adjacent drain rim substrate 32 continuing with fig3 a 3 b and 3 c the disposable drain strainer 100 105 120 ring portion 51 and arced ring walls 54 further comprise a sealing rim 55 that engages with and forms a seal with adjacent drain rim area 32 of drain opening 31 this seal between sealing rim 55 of ring portion 51 and adjacent drain rim area 32 prevents the seepage and passage of wayward debris from bypassing strainer portion 11 and undesirably entering drain opening 31 and potentially clogging the drain piping optionally ring portion 51 further comprises a plurality of elongated channels see fig4 a and 4 b convex configuration 101 is engaged when ring portion 51 forms the seal with adjacent drain rim area 32 concave configuration 102 is engaged when top portion 52 of ring portion 51 is pressed for example by thumb or finger 103 as force is applied to top portion 52 by thumb 103 and. |
6 | to the engine ice the air deflecting blades 26 avoid a build up of heat between the rear side of the tan and the front side of the engine ice by deflecting air radially in the direction of the axis of rotation a a thus heat dissipation is ensured from the radially inner region behind the fan 1 including the rear side the fluid friction coupling 2 and the engine ice fig7 illustrates a few characteristic dimensions such as diameters and angles with respect to the air moving system according to the present invention the parting line 18 does not run exactly parallel to the axis of rotation a a but at an angle u03b4 of approximately 3 4 u00b0 the so called draw the angles u03b1 u03b2 and u03c4 designate the conicity with respect to the axis of rotation a a of the imaginary conical surface defined by the leading edges 11 the extension ring 15 and the conical annulus 8 respectively according to the invention u03b2 gt u03c4 d a is the maximum diameter of the axial blades 7 d ne is the minimum diameter of the axial blades 7 d na is the minimum diameter at the trailing edge of the axial blades 7 d re is the diameter at the leading edge of the nozzle ring 13 and d l is the maximum diameter of the air guiding ring. |
5 | 4 and the rear side walls of the tanks 20 21 the fluid tanks 20 21 filled with fluid i e in the present case fuel or hydraulic oil possess a highly noise dampening effect in particular when they are made from plastic and are filled with fluid for the further noise insulation of the operator 39 s cabin the console rear panel 16 is covered with insulation material thanks to the disposition of the fluid tanks 20 21 to absorb engine noise any noise development in the valve box 11 can also be effectively dampened or insulated in this way it is possible to insulate a floor plate 18 of the operator 39 s cabin 4 required for servicing and assembly towards the cabin with relatively little insulation material the floor plate 18 can thus be formed essentially thinner whereby the room available in the operator 39 s compartment 14 is larger in the longitudinal direction of the mini excavator the extension of the fluid tanks 20 21 towards the front is limited by the dimensions of a tilt cylinder 19 and control apparatuses 12 in particular valves disposed next to and above same and towards the rear by the dimensions of the engine 8 disposed in the engine compartment 10 the tilt cylinder 19 which effects a limited swivel of a shovel jib 3 through a tilt axis. |
8 | the rising of the b light output and accordingly selects u201c 1 u201d on the other hand in other cases a result obtained by the division unit 63 dividing an output from the slowest signal selection unit 60 by c is outputted specifically in the case of fig4 since b is smallest an output from the switching unit 66 is b c furthermore an start up signal which is turned on only during a fixed period of time from start up is inputted to the switching unit 67 68 and 69 using a display start up signal as a trigger d the switching unit 67 selects an output from the switching unit 64 during the start up signal being on and otherwise selects u201c 1 u201d to stop adjustment specifically in the case of fig4 b a is outputted during a period during which the start up signal is on and u201c 1 u201d is outputted during other periods this serves as a light output adjustment value x e likewise the switching unit 68 selects an output from the switching unit 65 during the start up signal being on and otherwise selects u201c 1 u201d to stop adjustment specifically in the case of fig4 u201c 1 u201d is. |
3 | theory based on propionitrile see also j am chem soc 74 5524 1952 further the yields of rdx obtained by nitrolysis of 1 3 5 tripropionylhexahydro s triazine with concentrated nitric acid as reported in u s pat no 3 178 430 range from about 20 to about 75 of theory it is evident from the foregoing that the present invention by effecting the nitrolysis of the triazine intermediate without isolation and purificaton thereof from the reaction mixture in which it is formed provides a simpler process which can produce rdx in high purity and without loss of rdx yield from the initial nitrile further in the present process by eliminating the use of added solvents in the reaction of the nitrile and formaldehyde to form the triazine intermediate the by product contaminants are the respective carboxylic acid of the nitrile and or derivatives of the nitrile and formaldehyde these by product contaminants are water soluble whereas the rdx is water soluble so that the rdx can be isolated in high purity by diluting the nitration mixture with water and separating the rdx from the aqueous mixture containing the dissolved impurities e g by filtration in similar manner nitriles of the foregoing general formula. |
7 | 90 as detected by conductor or probe 92 a signal source 94 provides the selected signal pulses to probe 92 and the return signal is received and interpreted by measuring device 96 the output of which is then sent to computer 98 the chosen applied magnetic field direction can be fixed or variable the intensity and the gradient of the applied magnetic field can also be fixed or variable depending on the particular application of the invention in this manner the inventive method and apparatus can be used to monitor the progress of a chemical reaction or physical change in the process as an example without limitation the invention can be used to monitor the physical changes that occur in the hardening of a resin containing a substance such as a paramagnetic material the polarization response of which to an applied magnetic field changes as the resin changes from a liquid state to a solid state similarly the invention can be used to monitor the progress of a chemical reaction if the reaction either produces or consumes a substance measurably responsive to the applied magnetic field as an example if a chemical reaction either produces or consumes a paramagnetic ion then the change in the concentration of that paramagnetic ion as the reaction proceeds will cause a change in the total magnetic susceptibility of the sample and thereby cause a change in the performance characteristic of the probe as measured by the measuring device even if the reaction under direct study does not produce or consume a paramagnetic ion the sample can be u201c spiked u201d either with a paramagnetic ion that is consumed by one of the reaction products or with a. |
5 | with incompatible salinity is absorbed as the water fills the spaces between the stacked silicate layers another important factor in saline water injection and 4 are rarely found separately and usually are mixed not only with other clays but also with sub microns particles of quartz feldspars and carbonates due to dissociation of their hydroxyl groups finely dispersed clay 39 s particles e g 0 01 to 0 1 u03bcm are very critical since the attractive forces between them are considerably less than the repelling forces of their electric charges thus they are nearly immune to any traditional water treatment steps such as coagulation flocculation and filtration if such dispersed clay 39 s particles are kept in the aquifers water without removal or further dispersion or sufficient stabilization before injection they are destined to cause blockages or plugging at the pore throats of the oil reservoir the resultant decline in permeability can severely impair the productivity of oil wells the typical acid treatment in sandstone oil reservoirs for example is very complex to reverse clays plugging and the global success rate of such a treatment is very discouraging lt 30 oil content and tss are critical in oil fields produced water since 1 dispersed and dissolved oil residues remain in produced water 2 produced water. |
8 | t 3 the comparator 428 enables the valley signal s 7 thereby triggering the valley signal valley by the or gate 418 and assuming that the blanking signal blank is high at this time the flip flop 422 is triggered to enable the driving signal driver to turn on the power switch sw alternatively if the blanking signal blank is low when the valley signal s 7 from the timer 414 is active for example at time t 4 shown in fig8 the valley signal s 7 will be blanked and so cannot trigger the flip flop 422 so that the sinusoidal waveform of the voltage across the power switch sw will remain when the detection voltage zcd rises up from the valley point to zero point at time t 5 the comparison signal s 2 changes from low to high thereby triggering the flip flop 444 to enable the current source 430 in the second timer 416 starting to charge the capacitor c 6 when the detection voltage zcd becomes lower than zero again at time t 6 the comparison signal s 2 changes to low thereby resetting the flip flop 444 so as to stop the current source 430 to provide the charging current i 3. |
1 | pathways as noted above some identified systems of the prior art suffer from the limitation that the existing multi lumen catheter designs do not describe pumping means and flow designs and flow controls for coordinately controlling emitting flow and recapture flow of agents such as would enabling recirculative flow between the outside of an outermost lumen and the inside of an interior or innermost lumen by providing independent pressure controlling systems pumps meters barriers and the like in each lumen or portal there is provided greater systemic control and relative control of flow capture reintroduction and emission of materials these controls may be directed manually or automatically using sensors to provide data upon which the automated systems can base changes in rates for example if the capture flow pressure is stronger than the emission flow pressure the dwell time of deliver agent will tend to be shorter and the concentration of actives in the captured liquid will tend to be higher interactive controls that sense the flow rates in the at least two lumens access lookup tables in processors and adjust the respective or relative flow rates and possibly original concentrations in the higher concentration agent supply lumen to assure compliance with intended diagnostic or treatment parameters it is to be noted that for convenience the catheters and lumens and flows have been shown in linear format it is understood in the practice of the present technology that the liquid environment e g blood vessel is not always reachable by a straight line path but is more likely to encounter curves in its passage and that the final targeted area where the catheter resides may require or desirably include that the catheter not be rigid and remain in a. |
9 | adjusted to accommodate more or less photovoltaic modules 102 depending on the application requirements the photovoltaic modules 102 are maintained within unitary frame 110 by a plurality of retaining brackets 140 a b at the ends of each row in addition to spacers 160 between adjacent photovoltaic modules 102 the unitized photovoltaic assembly 100 is secured to a surface 150 with repositionable mounting brackets 152 more specifically mounting brackets 152 are attached to the unitary frame 110 and bolted to mounting devices 156 the mounting devices 156 are pre installed to the surface 150 in accordance with local building codes in the present embodiment mounting devices 156 are bolted to rafters 154 various types of mounting devices 156 common within the industry may be utilized in some instances mounting devices 156 may not be necessary in which case mounting brackets 152 can be secured directly to the surface 150 also shown in fig1 are mounting interlocks 170 a b mounting interlocks 170 a b are secured to the unitary frame 110 and are used to mechanically interconnect adjacent unitized photovoltaic assemblies 100 to form a complete system because of mounting interlocks 170 a b various arrangements of unitized photovoltaic assemblies 100 can be created which have the added benefit of increased load sharing across the completed system fig2 shows unitary frame 110 in further detail without photovoltaic modules 102 the unitary frame 110 is comprised of a plurality of rails 104 mounted above and welded to a plurality of struts 106 at cross points 108 brackets or fasteners could also be used in place of welding to mount rails 104 to struts 106 fabrication in this manner creates a unified framework central to the. |
5 | lock washer 49 is used above nut 40 cooperating cylindrical cam elements 52 and 54 are fitted within the bore 56 of an enlarged portion 57 of strap 16 around pin 34 the outer cam element 52 is a hollow cylindrical sleeve which carries cam surface 58 the inner cam element 54 has a matching cam surface 60 on its upper edge and has a hexagonal recess 62 in its lower portion to receive the hexagonal portion 36 of pin 34 which passes through a central bore 64 in inner cam element 54 hexagonal recess 62 and hexagonal portion 36 of pin 34 keep inner cam element 54 from rotating when strap portion 16 is pivoted about pin 34 to open the door outer cam element 52 pivots with strap portion 16 and causes cam surface 58 to rotate over cam surface 60 cam surfaces 58 and 60 are shaped to cause outer cam element 52 to rise as strap portion 16 is swung toward its open position i e toward the open position of door 18 and to cause outer cam element 52 to move downwardly as strap portion 16 is swung toward its closed position inwardly projecting internal shoulders 66 above the top of outer cam element 52 and shoulder 67 transfer this lifting effect to strap portion 16 which thereby rises. |
2 | leg 24 but multi piece legs can be used in accordance with the present invention so long as the proximate portion 50 and the distal portion 52 are fixed relative to one another also preferably the leg 24 is made of aluminum and is anodized as stated the leg 24 includes a slot 56 that allows the leg 24 to be rotated and moved radially toward and away from the mount 22 the leg 24 can move nearly 360 u00b0 but due to its shape will engage the hand vacuum pump 38 other leg shapes and lengths within the scope of this invention will rotate 360 u00b0 relative to the mount 22 the combination of rotational and radial movement permits a glass repair technician to secure the mount 22 to the glass 32 at a location in the general vicinity of the damage then rotate and axially adjust the leg 24 to be positioned over the damage and then tighten the leg knob 26 to secure the leg 24 in place at the distal portion 52 of the leg 24 there is a drilled and tapped hole 70 for receiving the chamber positioning screw 28 the threaded engagement of the two permits fine adjustment of the chamber 30 relative to the glass 32 the chamber positioning screw 28 is preferably finely threaded at twenty threads per inch to enable slight but critical adjustment of the chamber 30 and also ensure fluid tight contact between the chamber 30 and the glass 32 the chamber positioning screw 28 includes at one end a knurled knob 72 that permits hand tightening and adjustment at the opposite end the chamber positioning screw 28 includes an unthreaded and relatively smooth post 74 that corresponds to a mating. |
8 | the area of their respective longitudinal edges 38 40 in this way it is insured that on application of the device 2 to the cable 32 the material of the sealing lips 18 20 is compressed uniformly between the carrier element 6 and the outer surface 30 of the cable 32 and not respectively pushed outwards in the axial direction due to the aforementioned material characteristics of the elastic material the device 2 according to the invention is robust long lived and resistant to aging as well as mechanically strong in addition it can be used over a wide range of temperatures the device 2 represented in fig1 and 2 can also be used as a device for sealing for example of an electrically conducting contact or the like on an outer surface of a in particular cylindrical body against penetration of humidity or dust in the area of contact in this case the contact means in particular the contact element 36 and in given cases also the carrier element 6 of metal are not required fig3 shows the device 2 according to fig1 and fig2 in the mounted position it can be seen that the body 4 in this mounted position abuts the cable 32 and engages around it in the form of a sleeve fig4 shows a second exemplary embodiment of a device according to the invention for electrically conducting contacting which is distinguished from the exemplary embodiment according to fig1 by the fact that instead of the contact element 36 contact projections are provided of which only one contact projection provided with the reference number 39 can be seen in fig4 the contact projection 39 is formed by a profiling in the form of an arch which is convex in cross. |
9 | static mixing chamber 310 so that last concentrate solution 115 h can be sufficiently mixed in turbulent diluent stream as discussed above the output of static mixing chamber 310 is medium product 135 as shown in fig3 static mixing chamber 310 includes a series of injection ports 315 shown as injection ports 315 a 315 h injection ports 315 introduce concentrate solutions 115 into static mixing chamber 310 in particular injection ports 315 introduce concentrate solutions 115 into turbulent diluent stream 125 fig6 shows a mechanical drawing of static mixing chamber 310 in further detail fig6 a fig6 b and fig7 illustrate static mixing chamber 310 in greater detail in particular fig6 a and 6b are mechanical drawings showing a front view and a right side view respectively of static mixing chamber 310 fig7 is an isometric drawing of static mixing chamber 310 as shown in fig6 a 6 b and 7 static mixing chamber 310 includes a series of injection ports 315 in particular static mixing chamber 310 includes two groupings of radially disposed injection ports shown as injection ports 315 c 315 d and 315 e and injection ports 315 f 315 g and 315 h in addition as shown in fig6 a and 6b static mixing chamber 310 also includes two additional injection ports 315 a and 315 b injection ports 315 c 315 d and 315 e are described as being radially disposed around static mixing chamber 310 by u201c radially disposed u201d it is meant that injection ports 315 c 315 d and 315 e are located on a common circumference around static mixing chamber 310 that is injection ports 315 c 315 d and 315 e are. |
1 | 5 is provided in a portion of a hollow core 6 39 of sonotrode 8 which is illustrated as a pipe rinsing agent supply line 5 is guided through connector 25 to a discharge region 10 thereof and then through suction line 6 rinsing agent supply line 5 exits suction line 6 through a branch part 12 and ends at a connecting port 16 connecting port 16 may be connected to a conventional rinsing agent supply not shown the rinsing agent supply line 5 discharge terminates interior to the tip 7 of sonotrode 8 to provide an unobstructed passage for gas flow at an exit opening 115 liquids and tissue residue can be suctioned away from the operating site via suction line means including suction line 6 specifically hollow core 6 39 of sonotrode 8 and suction line 6 are arranged in fluid communication through discharge region 10 of connector 25 suction line 6 terminates at connection 17 to allow connection to a conventional external suction line not shown the surgeon can turn the rinsing or suction devices on or off by means of a conventional switch not shown which is preferably operated with the foot a gas supply line 19 may be secured to an adapter 24 of hand held instrument 1 to provide a supply. |
2 | during normal operation the paper shredder plate will cut off the power supply if there are any non expected items fed in or that accidentally fall into the opening as they will cause a noticeable force that enables the safe power supply switch 12 to cut off power supply u2014 this is the second level protection the touch structure and the safe power supply switch 12 are integrated into one circuit disconnection device that serves as a protection system which actively cuts off the power supply whenever a non expected item is fed in and which functions reversely as a passive conducting device while feeding paper through the paper feed opening the safe power supply switch 12 is a preferential disconnection device different from a safe switch or a paper full switch whose function is realized by adopting a flip flop in a circuit of a paper shredder the safe power supply switch 12 has first level priority to protect a user the paper shredder upper cover 1 and the paper shredder plate 2 refer to any separate or integrated structures able to seal the paper feed opening the paper shredder plate 2 and the paper shredder upper cover 1 are connected such that the former can move separately relative to the latter the touch structure is a cam 21 disposed on the paper shredder plate 2 corresponding to the cam 21 the safe power supply switch 12 is disposed on a corresponding position of the paper shredder upper cover 1 the cam 21 and the safe power supply switch 12 are configured to interact with each other that is when the paper shredder plate 2 is opened the cam 21. |
5 | other anchoring object and serves to keep the extendable window 14 expanded to its full extent the extendable window 14 has a hinge portion 59 in a manner of speaking at its lower attachment seam 58 as the fabric to which the sleeve 42 ends are fastened allow the frame 36 to pivot forward when the extendable window 14 is extended as when tensioned by the guy wire 54 the extendable window 14 is however retractable to some extent as for instance when the camp site space is limited and the extendable windows 14 would otherwise project into bushes or tree branches in these cases the frames 36 may be pivoted back towards the side walls 20 and perhaps fastened in place by velcro u00ae loops etc the side walls 20 shown in the figures slope inward in a conventional manner so that the floor area 22 is larger than the ceiling area 24 thus a window which is co planar with the walls 20 which are generally at some positive angle u03b1 60 with respect to a vertical line would be expected to receive some run off during rain storms or some amount of the rain falling vertically in that area however the tent with extendable windows. |
3 | the floc containing nocardia bacteria that tends to stabilize foams the term hydrophilic used to describe nocardia is misleading because its the air entrapment that forces nocardia to float in the case of the nocardia bacteria get trapped because of the submerged aeration basins outlets in the hydrophilic nature of cationic polymer polymers are used extensively in water and wastewater treatment to enhance the overall coagulation process the mechanism that is used is the ability of the long chained charged polymers to destabilize colloids by forming a bridge between one colloid and another in their interaction with nocardia floc however it however its their ability to lower the surface tension developed between nocardia and air bubbles that plays the main role in the controlling foaming generally defoaming materials can be effective if they lower the surface tension more than the nocardia floc it will then displace the floc and cause the foam to collapse once this happens nocardia loses its buoyancy allowing it to pass through the aeration basins it is therefore hypothesized that polymer has that effect according to the present invention the cationic polymer dose of 0 5 ppm is the most effective nocardia foaming control agent the polymer should be injected at the mixed liquor channel though it is most likely that it is the polymer recycled through retention activation sludge ras that controls nocardia foaming 34 the polymer 39 s effectiveness is most likely due to its interaction with nocardia floc and its hydrophilic nature a way of exploring the effectiveness of polymer as a nocardia foaming control agent made to the industry is described in the following with reference to fig4 1 polymer addition should be considered as a foaming control option 2 before the installation of any. |
2 | the boundary of the supply conduit 20 is 100 u03bcm however this distance is not critical the removal of matter and smoothing of the edge of the segment may be accomplished by sawing the segment and using chemical mechanical polishing cmp as known in the ic manufacturing art however any method known in the ic manufacturing art that will produce a smooth edge 24 at a controlled distance from the undercut 22 may be employed the smooth edge 24 is masked at step 42 with a patterned photoresist to expose at least a portion of the length of the intermediate layer 12 in the present embodiment the length of the exposed intermediate layer 12 is on the order of 100 u03bcm however this dimension is not critical a slot 26 in the intermediate layer 12 at the smooth edge 24 is created using conventional photolithography combined with selective etching techniques the slot has a width dimension e g w 100 u03bcm perpendicular to the thicknesses of the three layers 10 12 and 14 where w is precisely controlled to the resolution of the selected photolithography techniques 100 nm to 1 u03bcm the slot has a depth or thickness dimension d measured in the direction parallel to the thicknesses of the three layers where d is precisely controlled by the selected techniques for forming the intermediate layer 1 nm to 10 nm with reference to fig3 and 4 after the slot is completed a second. |
7 | color and illumination scheme alternatively different colors for the inner and outer portions 18 16 of the pointer assembly 14 can be provided with coatings of different colors further a worker with the benefit of this disclosure would understand how to sequentially or preferentially illuminate specific portions of the pointer assembly to provide the desired aesthetic appearance referring to fig3 an exploded view of the dial gauge assembly 10 is illustrated the exploded view shows the cap 42 that is placed over the auxiliary circuit board 26 the auxiliary circuit board 26 in turn provides a mounting location for the led 40 the led 40 is disposed along the central axis 20 the auxiliary circuit board 26 includes connector pins 30 that extend through the light support 36 and engage connectors 28 on the main circuit board 24 the main circuit board 24 provides a mounting location for the first led 38 in this example three leds 38 are illustrated however any number of leds as are required to provide the desired uniform illumination and brightness of the outer pointer portion 16 may be utilized the dial face 12 is mounted within a housing 32 that is also mounted adjacent the main circuit board 24 the pointer assembly 14 is mounted on the pointer mount 15 which is in turn mounted to the shaft 25 of the motor 22 rotation of the shaft 25 rotates the pointer assembly 14 about the axis 20 to indicate a desired perimeter on the dial face 12 referring to fig4 an instrument cluster assembly 50 includes several gauge assemblies including the dial face 12 the outer. |
7 | charged with respect to filaments 24 although not shown input output i o pins are connected to the grid conductors for providing a voltage potential to helical coil grid anode 28 the input output pins are shown in cross section in fig4 a and 4b designated as 40 a and 40 b it will be understood that fig1 shows one example of an ionization gauge there are many other types of ionization gauges in which the anode cathode and ion collector have configurations different than the configuration shown in fig1 for example an ultrahigh vacuum uhv nude bayard alpert gauge may be used to measure pressure below 2 u00d7 10 u2212 11 torr this lower limit is achieved by modifying two elements of a standard bayard alpert gauge first the diameter of the collector is reduced the smaller cross sectional area reduces the probability that x rays created at the grid will strike the collector second the helical grid structure is replaced with a fine wire mesh grid structure and there is also a fine wire structure across both ends of the grid the fine grid wires provide a more transparent grid for longer electron path lengths and the grid ends confine the positive ions for better ion collection together these two modifications cause a higher gauge sensitivity returning to fig1 at an end distal from grid insulator posts 12 a 12 b tubular housing 18 includes a right angle bend that continues the tubular section of housing 18 and. |
7 | 3 991 617 one such mechanism is depicted in fig8 and 9 which show a push button mechanism mounted in a meter of the type shown in fig3 the elements of the mechanism include shaft 44 which joins ejector 46 and push button 48 push button 48 works through shaft 44 to cause ejector 46 to disengage disposable 10 from the distal section 32 of meter 30 spring 50 works to return the ejector 46 and push button 48 to their retracted position push button ejection by permitting the disposable to be removed without direct contact helps to avoid contamination disposables to be used with push button ejection mechanisms of the type shown in fig8 and 9 preferably have a flange 19 fig1 depicts an embodiment of a meter of this invention which includes a display 50 for depicting the analyte concentration measured by the meter the display can be a light emitting diode led display a liquid crystal display lcd or similar display well known in the art although the above description and figs contemplate a disposable having a circular cross section and meter having a distal section having a mating cross section that geometry is not essential and in fact may not even be preferred a primary consideration in selecting the geometry in a photometric system is the optical design generally reflectometry dictates at least a minimum angular separation typically 45 u00b0 between a. |
7 | step s 302 if the os 1 has not been removed then the method proceeds to step s 303 in step s 303 the processor 15 determines through the content of the boot loader 13 or the result of the user operating the device peripheral interface 11 whether to load the os 1 or not if the os 1 of the processor 15 determines to load the os 1 then the method proceeds to step s 304 otherwise the processor 15 performs the boot loader 13 to load the os 2 step s 302 in step s 304 the processor 15 checks whether the authorization of the os 1 is overdue or not if the authorization of the os 1 is overdue then the method proceeds to step s 306 otherwise the processor 15 performs the boot loader 13 to load the os 1 step s 305 in step s 306 the processor 15 removes the os 1 and restarts the electronic device 10 then the processor 15 determines whether to release the system resource i e usage space of the os 1 or not if the processor 15 determines to release the system resource of the os 1 then the method proceeds to step s 307 otherwise the method proceeds to step s 308 in step s 307 the processor 15 burns a merge instruction into the eeprom 12 such that the processor 15 will release the system resource of the os 1 i e the first usage space for the os 2 at the next startup then the processor 15 restarts the electronic device 10 and the method proceeds to step s 302 in step s 308 the processor 15 restarts the electronic. |
1 | scent indicia 9 name indicia 13 and coloring indicia 15 various illustrative embodiments are described below the embodiment of character 1 having golden brown coloring indicia includes the three correlated name scent and coloring indicias an embodiment of a different color or color pattern would have only the two correlated indicia the embodiment of character 2 having red and white coloring indicia includes the three correlated name scent and coloring indicias while an embodiment of a different color or color pattern would have only the two correlated indicia the embodiment of character 3 having red coloring indicia includes the three correlated name scent and coloring indicias while an embodiment of a different color or color pattern would have only the two correlated indicia the embodiment of character 4 having brown coloring indicia includes the three correlated name scent and coloring indicias while an embodiment of a different color would have only the two correlated indicia this embodiment of character 5 includes the correlated scent indicia and name indicia in an embodiment of character 5 having orange coloring the color indicia would be correlated the embodiment of character 6 having yellow coloring indicia includes the three correlated name scent and coloring indicias while an embodiment of a different color or color pattern would have only the two correlated indicia the present invention accordingly provides the stuffed soft body scent emitting toy having correlated scent name. |
9 | and in particular the lines 4 on the lower face of the central sealing body 36 b are prevented from falling out during the process of assembling the cable bushing 2 the two outer sealing bodies 36 a 36 c comprise in one region a narrowed portion 40 of the channels 38 by means of which the electrical lines 4 are axially fixed in the assembled state as the two outer sealing bodies 36 a 36 c are placed on the central sealing body 36 b the sealing material encloses the lines 4 individually in the receiving devices 20 that are embodied by means of the channels 38 on the central sealing body 36 b and by means of the corresponding channels 38 on the outer sealing bodies 36 a 36 c inside the sealing element 16 as the sealing body 16 comprises two part planes the lines 4 of the cable harness 5 are divided into two planes that extend in parallel with respect to each other in the case of a sealing element 16 that is assembled from more than three sealing bodies 36 a 36 b 36 c the number of planes of lines 4 is correspondingly greater in the second exemplary embodiment pins 42 that protrude inwards from the clamps 34 and extend in a perpendicular manner with respect to the axial direction a are used to expand the sealing material of the sealing element 16 holes 44 for the pins 42 are provided in the sealing bodies 36 a 36 b 36 c wherein the pins 42 are oversized with respect to the holes 44 so that the pins 42 exert a compressive force on the sealing element 16 if said pins are inserted into the. |
7 | the proof mass 50 is subjected to forces not uniformly distributed because the weights at the two ends of the axis 51 are unequal as a result the proof mass 50 rotates about the axis 51 and drives the mobile single unit 62 on the second comb structure 40 to rotate and in consequence the capacitance of the first upper capacitor first lower capacitor second upper capacitor and second lower capacitor between the mobile single unit 62 and the first fixed single unit 61 or the second fixed single unit 63 varies when coupled given the variations in capacitance the magnitude of sensed forces applied along z axis can be calculated with the calculated magnitude of the forces applied along z axis it is feasible to estimate or calculate the acceleration along z axis so as for the accelerometer to function well referring to fig7 there is shown a schematic view of the operation of the monolithic z axis torsional cmos mems accelerometer 100 according to the embodiment of the present invention as shown in fig7 the proof mass 50 rotates about the axis 51 because the monolithic z axis torsional cmos mems accelerometer 100 moves in z axis direction referring to fig7 both the proof mass 50 and the second comb structure. |
7 | the generation of all subsequent alternate routes between that same route origin and route destination with a cost inflation factor of 20 applied to the selected edges a new least cost route is generated if that new route virtually duplicates the original route it will do this when all alternative routes are much more costly the cost inflation factor is doubled if the new route partially duplicates the previous route the cost inflation factor is still increased but by a proportionately smaller amount the particular means used to estimate the amount of duplication described in detail in fig1 is to compare the actual cost penalty incurred by the alternate route to an estimate of the cost penalty it would have incurred had it followed a previous route that ratio is then applied directly to the cost inflation factor if the new route duplicates less than 70 of the original route the new route becomes the first alternate route if duplication exceeds 70 however the new route is regenerated once using the increased cost inflation factor and the regenerated route becomes the first alternative route instead to the extent that the regenerated route re uses edges from the earlier two routes the cost inflation factor is again increased each time another alternative route is desired the current value of the cost inflation factor is first applied to any edge utilized by the middle 90 of the original route or utilized by the middle 90 of any previous alternative route and then a new route is generated each time a new route is generated the cost inflation factor is increased further with the magnitude of the increase reflecting the extent to which the new route re uses edges employed by earlier routes as with the first alternate route 70 duplication of previous. |
3 | was dried mgso 4 filtered and concentrated to give 18 5 g of crude methyl 1 ethyl 1 3 4 9 tetrahydro 8 2 2 2 trifluoroethoxy pyrano 3 4 b indole 1 acetate as an oil this oil was dissolved in methanol 300 ml containing koh 11 g and water 10 ml and refluxed for 3 hours the solution was concentrated water added and washed twice with ether the aqueous solution was acidified with 6n hcl and extracted thrice with chloroform the combined chloroform extracts were washed with water dried mgso 4 filtered and concentrated to give 7 75 g of solid recrystallization from benzene petroleum ether afforded 5 5 g 57 of pure 1 ethyl 1 3 4 9 tetrahydro 8 2 2 2 trifluoroethoxy pyrano 3 4 b indole 1 acetic acid m p 126 u00b0 129 u00b0 c a mixture of 3 methyl 2 nitrophenol 50 g 0 326 mol k 2 co 3 45 g 0 326 mol and benzylbromide 61 4 g 42 6 ml 0 359 mol in dry dmf 200 ml was stirred at 90 u00b0 c for 3 hours under nitrogen most of the dmf was removed at reduced pressure and the residue was. |
9 | fig1 and a relative energy deposition plot for this scaled up cell are shown in fig1 and 17 respectively referring to fig1 a field plot is shown for a cell such as is shown in fig7 having an insulator length l i of 14 8 millimeters an inner diameter i d at the electrodes of 9 5 millimeters and an inner diameter i d i at the insulator pinch of 5 millimeters field strength at the wall of the cell is shown as is field strength along the centerline of the cell referring next to fig1 relative energy deposition is shown for a treatment cell having the dimensions specified above in reference to fig1 energy deposition at the inner surface of the cell is shown as is energy deposition along the centerline of the cell as can be seen energy deposition along the centerline at the longitudinal center of the cell is about 88 of that measured at the inner surface at the longitudinal center of the cell thus the energy deposition in the cell described above in reference to fig1 is more uniform than for the cell of fig2 either in the form shown in fig2 in the form described in. |
7 | always temporarily reversed until a high speed in the other direction can be built up at low speeds however the occurring pulse distortions are smaller so that the sign can be evaluated correctly again when passing through low speeds it can therefore be assumed that memory 7 always contains the correct sign examination of the pulse combination a 39 b 39 shows that while it contains only two of the four possible combinations information regarding the missing signal combinations is available because a 1 state must be located between the numbers 0 and 2 and a 3 state between 2 and 0 as will be described this is evaluated in the evaluation circuit for reconstructing the correct pulse train it is first assumed that the number a 34 b 34 as well as the number c d are both zero so that comparator circuit 6b has a logical 34 1 34 state present which blocks clock pulses via and gate 4 if now the number a 34 b 34 jumps to 2 the deviation from the number c d is 2 and the logical 34 1 34 signal at output terminal 6d disappears so that the clock pulses are passed again counter 5 now also reaches the number 2 after two clock pulses so that comparator output terminal 6b again goes to logic state 34 1 34 and blocks the clock pulses if the number a 34 b 34 jumps to zero again two clock pulses are released which bring the counter 5 likewise to the count 0 the count of counter 5 thus follows with a certain amount of delay the. |
9 | to the sloping rises 22 of the inner cam 21 of the dual cam 20 determines whether the inner and outer lobes 101 102 of the follower shaft 103 rotate continuously in one direction or rotate back and forth in each successive pitching motion the inner cam 21 is typically out of phase with respect to the outer cam 23 by 90 degrees the sloping rises 22 of the inner cam 21 typically also coincide with the opposite sloping rises 24 of the outer cam 23 and vice versa which allows the inner and outer lobes 101 102 to rotating roll without interference the dual cam 20 design allows for the inner and outer lobes 101 102 of a follower shaft 103 to rotate twice in the same direction whenever the lobes move over one of the sloping rises 22 24 of one of the inner or outer lobes 101 102 which coincides the sloping rises 22 24 of the opposing toner or outer cam 21 23 the sloping rises 22 24 are positioned such that they are typically 180 degrees apart but can be as little as 60 degrees apart a turbine blade 10 connected to a follower shaft 103 rotates when the inner or outer lobe 101 102 interacts with the sloping rise 22 24 of the inner or outer cam 21 23. |
8 | and the orientation of the grooves 148 are configured such that cooling gas flows 126 d travel through each groove 148 to the region 46 aft of the electrode 122 the grooves 148 are dimensioned to produce a substantial pressure drop in the gas flow passing through the groove passages the velocity of the cooling gas flows 126 d decreases as the gas flows into grooves 148 past the ribs 122 c toward the second end of the electrode 122 e the plurality of ribs 122 c act as heat transfer surfaces for cooling the electrode 122 as such an increased the surface area of the electrode is exposed to the cooling gas flows 126 d resulting in more effective cooling of the electrode 122 the plurality of grooves 148 allow multiple cooling gas flows 126 d to flow through the shoulder 122 b of the electrode 122 because there is a substantial pressure drop through the grooves 148 and because of the large surface area of the imperforate face 122 f the gas flow 26 c pressurizes the chamber 36 rapidly with only a small pressure acting on the opposite surfaces of the electrode in the region above the electrode 46 this pressurization u201c blows back u201d the electrode against the force of the spring 16 allowing the flow 26 c in the plasma chamber to assume an unrestricted swirling pattern which is conducive to the formation of a stable plasma arc the electrode. |
1 | location in the body associated with a bony dissection where introduction of bmp into the dissection is indicated the seal 20 of the present invention is contemplated to be commercially available in a number of different sizes shapes and include various attachment means the seals preferably are packaged in separate sterile packaging and can be arranged on a tray that includes single and multiple protector devices in different sizes and embodiments the seal 20 may be constructed to be substantially pliable to allow for precise contouring of a seal that is selected from a limited selection of sizes the presence of a radiopaque material in the seal 20 permits visualization of the seal 20 by x ray radiation or the like in situations where the patient 39 s back pain persists or where subsequent surgery is contemplated the surgeon is able to determine the position of the seal device of this invention prior to or during a subsequent surgery the radiopaque substance also allows the surgeon to verify the location where the bmp was introduced as determined from the position of the seal it is contemplated that in another preferred embodiment of this invention the seal 20 is colored it is contemplated that the selected dye will contrast. |
5 | no permanent connections with the work station said work facilities are readily interchangeable in a work station having two work facilities as illustrated in fig1 and 2 the cabinet may include two swivel taps 19 mounted on or adjacent the mid width regions of the flange 12d whereupon the sink 15 may be charged with water in both its possible work locations in another embodiment one or both taps 19 may be replaced by a flexible hose of a length to allow water to be supplied to any location on the upper surface of the cabinet 11 in another embodiment in accordance with the invention the cabinet may support three or more work facilities and by way of example the cabinet 11 may support two flat work facilities similar to work facility 14 and said work facilities 14 may be arranged with the sink 15 between them or with the two flat work facilities 14 in side by side relationship with the sink 15 at one end or the other end thereof with such an arrangement three swivel taps 19 may be provided one for each work facility or a flexible extension pipe may be connected to or may replace one or more taps 19 to allow the sink 15 to be filled in any of its three locations for some such embodiments the flexible pipe may discharge through a spray device further whilst the block 16 has. |
5 | have an external groove 44 in which sits an o ring or clamp snap ring or other fastener 46 that abuts the outer wall 48 of inlet segment 12 this is best seen in fig3 and 7 slant cut 50 is on the transition portion and it is put there to allow the transition portion 14 to fit up to the inside surface of the cover sleeve 42 as compensation for the slant mounting of the insert with respect to the axis of the housing 32 the transition portion 14 is further defined by a 360 degree structure along a plane defined by the outlet surface 52 the top 54 of surface 52 is preferably located axially even with or below the lower end of sleeve 42 but not further out radially than sleeve 42 so that the exiting slurry flow will not directly impact the sleeve 42 even if there are small eddy streams as the main body of the flow continues toward the outlet portion 16 referring to fig4 it is noted that that lowermost outer location 51 of the transition portion 14 extends radially further from the axis 55 of the assembly than the lower end 53 of the insert 10 outlet 16 with this configuration the flowing slurry stream has the ability to fan outwardly after passing location 51 so as to lessen the impact on the surrounding tubular or casing while still affording protection to the housing exterior at 70 which is disposed parallel or near parallel to the contact surface 72 on the outlet portion 16 better seen in fig2 the transition. |
2 | an arm 10 fitted to a powered vertical shaft 11 to rotate about a fixed axis 12 coaxial with shaft 11 and close to the intersection of axes x and y and a further arm 13 hinged at one end to a free end of arm 10 and rotated with respect to arm 10 and by a known transmission not shown about an axis 14 parallel to axis 12 arm 13 is he same length as arm 10 and is fitted on the free end with a powered swivel shaft 15 having an axis 16 parallel to axis 12 and to which is suspended a pickup head 17 of this only portion is shown for the sake of simplicity defined by a detecting device 18 comprising an optical sensor 19 e g a laser sensor for emitting a beam 20 which on encountering a point on a surface is reflected back to cause sensor 19 to emit a signal of an intensity proportional to the distance between the point and sensor 19 pickup head 17 of known type may be fitted to articulated arm 9 at any point within loading region z and can be oriented by shaft 15 to selectively grip stacks 2 in top layer 5 and feed stacks 2 successively to the input not shown of a packing unit not shown of packing machine a as shown in fig2 each blank 3 is positioned on. |
4 | guide application_number US 52048105 A description fig1 shows by way of example a part of a drafting arrangement with two clearer rollers 1 inserted between two upper roller carrier and weighting arms 2 3 and resting on two upper rollers of the front drafting roller pairs as well as shows two other clearer rollers 4 5 resting laterally to outer upper roller carrier and weighting arms 2 on the upper rollers of the outer front drafting roller pairs clearer rollers 1 cooperate with the upper rollers of two tracks whereas clearer rollers 4 5 cooperate only with the upper rollers of one track during the spinning operation all drafting roller pairs and their bearings are not shown for reasons of simplification upper roller carrier and weighting arms 2 3 comprise bearing elements 6 in which clearer rollers 1 4 5 are laterally mounted the bearing elements for other clearer rollers as well as the clearer rollers cooperating with the rear upper rollers are not shown for the sake of better clarity upper roller carrier and weighting arms 2 can be pivoted in a customary manner out of the lowered position the operating position shown into an upper final position details of the bearing of clearer rollers 1 5 can be gathered from fig2 upper roller carrier and weighting arm 2 and the fastening elements with which bearing element 6 is fastened to upper roller carrier and weighting arm 2 are not shown in order to be. |
1 | still be liquid when the pellets 132 reach the end of the trough 125 the conveyor belt 135 is located below the trough 125 to collect the at least partially frozen pellets 132 the conveyor belt 135 is adapted to collect the pellets 132 on the conveyor belt 135 but allow the cooling medium 117 to pass through an exemplary material for the conveyor belt 135 is a metal screen the cooling medium 117 is collected by a fluid collection apparatus 119 and returned to the storage tank 110 in another embodiment the length of the trough 125 may be selected to ensure that the pellets 132 are completely frozen by the time the pellets 132 reach the end of the trough 125 in another embodiment the cooling medium may be any suitable cryogenic fluid known to a person of ordinary skill in the art the pellet freezing process in the trough 125 vaporizes some of the cooling medium 117 to produce a vaporized cooling medium 118 the trough 125 and the conveyor belt 135 may be encased by a heat insulating casing 140 in such a way that the vaporized cooling medium 118 are drawn off above the conveyor belt 135 in parallel flow with the transport direction of the pellets 132 in one embodiment the vaporized cooling medium 118 is drawn off by an exhaust gas fan 145 installed above the end of the conveyor belt 135 in this respect the direction of flow of the gaseous cooling medium 118 corresponds to the transport direction of the pellets 132 on the conveyor belt 135 thus the flow of gaseous cooling medium 118 may continue to remove energy from the pellets 132 during transport. |
2 | behind the position corresponding to fig1 is not illustrated it corresponds apart from the 180 u00b0 turned round position of the two upper blocks in all the details to fig1 also this block is thus guided against the front support device 28 but on account of the lack of ferromagnetic portions it is not held there so that on the rearward movement of the carrier 21 the block is also moved backwards therewith until it abuts with its rearwardly lying binding 14 the stop 37 of the support device 29 which has been guided upwards again in the meantime the force pulling back the block 13 is accordingly the frictional force of the block on the carriers 21 this position is shown in fig4 the carrier is now moved out further from under the block and in similar fashion as illustrated in fig3 the block is freed from the carriers 21 and the holding device 38 so that it falls in the pile shaft 26 on to the pile 47 however in this case the binding 14 is held against the support device 29 and drops guided by this downwards thereafter the already described cycle repeats itself for changing the pile i e the removal of a finished form pile by means of the action device 31 and parallelogram linkage 30 the front support device 28 is swung out and the pile moved out by a horizontal movement of the support device 29 or by means of special pushers not illustrated from the pile table in the transport direction in the case of the use of bindings without ferromagnetic parts for example of plastics spirals or plastics comb bindings the front support. |
9 | be etched the unshielded portions of the copper surface are etched by being sprayed with etchant which may be passed in a continuous spray through nozzles in the etchant supply line the above etching apparatus has not been illustrated other than by general designation of a schematic system block 10 since the instant invention is not dependent on the equipment configuration for that component rather the instant invention is directed to the nature of the fluid utilized in the etching apparatus and to the manner in which the fluid is supplied thereto the etchant utilized in this system may be a solution of ferric chloride in water when the ferric chloride solution is sprayed onto the copper surface the ferric fe ions react with the copper and are reduced to form ferrous fe ions and cuprous cu ions according to the equation fe cu u00b0 fe cu as a cuprous ion dissolves into solution it immediately reacts with another ferric ion as shown by the following equation as the reaction continues the concentration of the ferrous ions increases at the expense of the ferric ions the effect of this reaction is to decrease the oxidation potential of the etching solution where the prior art has tried to solve the problem by the recycling or regeneration of the etchant the system embodying the instant invention rejuvenates the solution by the selective dumping of the spent. |
8 | results above show that there having center and edge gas feeds provide additional process knobs to use for selecting a most suitable bevel edge etching processes in addition adding a tuning gas such as n 2 ar or he or a mixture of multiple tuning gases can change the etching profile at the bevel edge of substrate further total gas flow and gap distance between the gas delivery plate and substrate surface can also affects etching profiles in addition as shown in the results and description above process gas type can have an impact on the etching profiles and interacts with the tuning gas the various factors mentioned above either change the plasma composition or changes characteristics at the bevel edge the changes affect the bevel edge etching profiles fig4 shows an exemplary process flow 400 of generating a bevel edge etching plasma by feeding process gas from edge gas feed s and feeding a tuning gas from center gas feed s to a process chamber at step 401 a substrate is place on a substrate support in a bevel edge etch plasma chamber at step 402 process gas es is fed to either an edge gas feed s or a center gas feed s in the processing chamber at an optional process step 403 a tuning gas es is fed to either an edge gas feed s or a center gas feed s in the processing chamber at step 404 an etching plasma is generated near the bevel edge of the substrate by powering either a top edge electrode or a bottom edge electrode if the top edge electrode is powered the bottom edge electrode is grounded if the bottom edge electrode is powered the top edge electrode is grounded at step 405 the thin film at the bevel. |
5 | angle the deflector portion 38 upwardly with respect to surface 52 in use the vehicle 12 moves forwardly in the direction of arrow 34 a 34 fig1 with the blade 14 oriented conventionally at a non perpendicular angle with respect to the direction of forward movement as snow is scraped by scraper plate 32 it moves upwardly along the forward plowing surface 52 in the direction of arrow 34 c 34 from the lower edge 26 to the upper edge 24 and laterally from the inlet end 34 to the discharge end 36 due to the funnel shape of the blade 14 the deflector 30 continues the curvature of the moldboard 22 augmenting the rolling or funneling action imparted to the snow fig1 5 thus the snow is given a momentum in the direction of vehicle movement as it exits from the deflector 30 preferably including a downward component due to the curvature of the deflector 30 fig2 causing the snow to exit generally in the direction indicated by arrow 34 d 34 since the deflector 30 extends well over the surface being plowed the snow does not tend to billow or blow rearwardly obscuring the driver 39 s vision in addition the increased length of the plow 39 s effective working surface augments the funneling effect imparted to the snow causing it to move efficiently from the inlet end 34 to the discharge end 36 when snow begins to build up on the plowing surface 52 of moldboard 22 due to a. |
2 | enhances the release properties although the insulating paste the polyester resin for example does not attack the graining paper at all the film formed by that resin when cured cannot be used in a second repair procedure because the grain embossed into the insulating film while curing may not match the grain about a damage in a second material to be repaired the insulating film has to be formed in situ the formation of an insulating film in situ from a paste is considered an important feature of the procedure of this invention the use of an insulating film forming paste to eliminate the critical timing problem in the heating step of plastic repair procedures in accordance with this invention allows the repair procedure to be applied to what are called 34 expandable 34 or 34 soft 34 vinyls which are in widespread use in industry today these vinyls are called expanded because they are formed during the manufacturing process and have tiny air pockets in them as a result this type of vinyl is particularly sensitive to heat and thus burning or discoloration of the area around a patch is common moreover these vinyls are typically thicker than conventional vinyls consequently a relatively large amount of patching compound must be used and an equally greater amount of heat is necessary to cure the patch only with extreme care and a special heating tool have completely successful patches been made in expanded vinyls with prior art procedures with film forming insulating paste as described herein expanded vinyls are easily repaired the use of a film forming insulating paste is particularly advantageous. |
7 | that may guarantee reduced makespan and preemptions with respect to an available fleet of mfds or electronic devices the exemplary embodiments further propose a method for computing the usable size of available excess capacity with respect to a burstiness and time of day aware scheduler the exemplary embodiments also propose profiling based on burstiness and time of day dependent availability so as to decide if a fleet of mfds or electronic devices needs to be provisioned with additional computing capacity the exemplary embodiments of the present disclosure further propose the development of a burstiness metric with respect to a plurality of mfds or electronic devices and server workload a method is presented for calculating the burstiness metric without requiring too much computational overhead additionally the exemplary embodiments demonstrate with real workload that a specified quantum of additional workload may be scheduled subject to a quantifiable impact e g enabling the specification of service level agreements a simulation based tool to judge the impact on a service level agreement sla given current capacity and workload is also provided the simulation tool may capture a parameterizable partial availability state that models states less intensive than printing including riping but significantly more intensive than the idle state the. |
9 | substrate the palladium is impregnated onto the upstream support portion of the support medium using an acidic aqueous solution of palladium chloride 4 vol in concentrated hno 3 this solution is dried on the substrate at 130 u00b0 c and then calcined at 500 u00b0 c for a time period of 3 to 4 hours this results in approximately 0 18 by weight of the substrate of palladium being applied to the substrate over its upstream support portion although this preferred embodiment was prepared as outlined above there are a number of ways that a skilled artisan can vary the preparation for example instead of impregnating tungsten and gamma alumina in two consecutive steps on the downstream support portion of the support medium this process can be combined into one step also the gamma alumina need not be coated on a honeycomb but may be coated onto different support configurations such as a metallic substrate as required for different applications pelleted or extruded alumina can be used as a support medium in place of a monolithic support in this case one does not need a high surface area alumina washcoating step reference is now made to fig1 3 and 4 so that the benefits of the use of the catalyst system of this invention may be better understood in fig1 there is shown the effect. |
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