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802f724b-cd37-4e78-9cbc-42ccec62237f | System controls should be wired so that when there is no demand for space heating or hot water, the heating appliance, if appropriate, and pump are switched off. | System controls should be wired so that when there is no demand for space heating or hot water , the heating appliance , if appropriate , and pump are switched off . | B-object I-object O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '306_UK_DocM_V2_AccessAndUseOfBuildings'} |
082a011b-2d6a-4569-b58d-f8cab00f5d81 | The quality of the installation of the ventilator product should be checked to ensure it is correctly mounted within the wall or window aperture. | The quality of the installation of the ventilator product should be checked to ensure it is correctly mounted within the wall or window aperture . | O B-property I-property I-property I-property O O B-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '191_UK_DocF_V1_Ventilation'} |
8e8f4fb5-00b5-404f-89df-a07287984748 | In buildings with a total useful floor area greater than 1000m2, automatic meter reading and data collection facilities should be installed. | In buildings with a total useful floor area greater than 1000m2 , automatic meter reading and data collection facilities should be installed . | O B-object O O B-property I-property I-property I-property O O B-value O B-object I-object I-object O B-object I-object I-object O O O O | {'ID': '229_UK_DocM_V2_AccessAndUseOfBuildings'} |
319372c4-2f9b-4594-8150-b9fd2c7670c4 | A stack vent located in cold premises shall be thermally insulated. | A stack vent located in cold premises shall be thermally insulated . | O B-object I-object O O B-object I-object O O B-quality I-quality O | {'ID': '136_Finnish_Health-WaterAndSewerage'} |
009e12eb-db83-485c-9ffc-e1f462251109 | Each air terminal should have a free area of at least 90 of the free area of its associated duct. | Each air terminal should have a free area of at least 90 of the free area of its associated duct . | O B-object I-object O O O B-object I-object O O O B-value O O B-object I-object O O B-quality B-object O | {'ID': '115_UK_DocF_V1_Ventilation'} |
7f72632a-dc0a-4318-afd7-7090b42350fc | Mechanical supply terminals should be located and directed to avoid draughts. | Mechanical supply terminals should be located and directed to avoid draughts . | B-quality B-object I-object O O B-quality O B-quality O B-quality I-quality O | {'ID': '106_UK_DocF_V1_Ventilation'} |
3724fd47-22f7-432c-81a2-1abcb95c7df2 | The total number of ventilators installed in a dwellings habitable rooms and kitchens should be no fewer than five, except in one bedroom properties, where there should be no fewer than four. | The total number of ventilators installed in a dwellings habitable rooms and kitchens should be no fewer than five , except in one bedroom properties , where there should be no fewer than four . | O B-property I-property I-property I-property O O O B-object B-object I-object O B-object O O O O O B-value O O O B-value B-object B-object O O O O O O O O B-value O | {'ID': '96_UK_DocF_V1_Ventilation'} |
500fc416-e652-4a2c-8dd3-8d9754ea1829 | There should be no visible mould on the inner surfaces of external walls of a properly heated building with typical moisture generation. | There should be no visible mould on the inner surfaces of external walls of a properly heated building with typical moisture generation . | O O O B-quality I-quality B-object O O B-property I-property O B-quality B-object O O B-quality I-quality B-object B-quality I-quality I-quality I-quality O | {'ID': '115_UK_DocF_V2_Ventilation'} |
385a4365-40c0-4c07-8854-b07bde292fd2 | The electrical energy consumption of a mechanical ventilation system shall be calculated on the basis of air flows, specific fan powers and operating times for all air handling units and powered roof ventilators in the building. | The electrical energy consumption of a mechanical ventilation system shall be calculated on the basis of air flows , specific fan powers and operating times for all air handling units and powered roof ventilators in the building . | O B-quality B-property I-property O O B-quality B-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '109_Finnish_EnergyEfficiency'} |
0df5892a-e396-424e-90f1-74f6ccfb9e1a | A certain proportion of the changing rooms, washing facilities, saunas and swimming pools in a non-residential building shall be suitable for a person with mobility and functional impairment. | A certain proportion of the changing rooms , washing facilities , saunas and swimming pools in a non-residential building shall be suitable for a person with mobility and functional impairment . | O B-value I-value O O B-object I-object O B-object I-object O B-object O B-object I-object O O B-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '61_Finnish_Accessibility'} |
8c7cf3d7-3ab9-4cb4-99bf-016cbbd4914d | Mechanical ventilation systems must be commissioned to provide adequate ventilation. | Mechanical ventilation systems must be commissioned to provide adequate ventilation . | B-quality B-object I-object O O B-quality I-quality I-quality I-quality I-quality O | {'ID': '180_UK_DocF_V1_Ventilation'} |
3322ab9c-4c2b-49af-9bf5-74e0efec08d1 | The water system shall withstand internal excess pressure of at least 1 000 kilopascals. | The water system shall withstand internal excess pressure of at least 1 000 kilopascals . | O B-object I-object O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '65_Finnish_Health-WaterAndSewerage'} |
9ff8b8fd-5361-4c3d-9a7e-7459276c8df7 | The dwelling fabric energy efficiency rate must not exceed the individual dwellings target fabric energy efficiency rate. | The dwelling fabric energy efficiency rate must not exceed the individual dwellings target fabric energy efficiency rate . | O B-property I-property I-property I-property I-property O O O O B-quality B-object B-property I-property I-property I-property I-property O | {'ID': '66_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
e20c760b-a97f-4309-b96a-bcec7cc52b39 | Water must be able to drain off the roof without causing damage to the building. | Water must be able to drain off the roof without causing damage to the building . | B-object O O O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '102_Finnish_Health-Humidity'} |
7a6635fc-c464-4d61-8ef1-2fdbf13bb9e7 | U-values for rooflights or rooflight-and-kerb assemblies should be based on the developed surface area of the rooflight (U_d values), which is often greater than the area of the roof opening. | U-values for rooflights or rooflight-and-kerb assemblies should be based on the developed surface area of the rooflight ( U_d values ) , which is often greater than the area of the roof opening . | B-property O B-object O B-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '140_UK_DocM_V2_AccessAndUseOfBuildings'} |
e43c1e88-be80-42d9-944e-1bf0f0f82479 | Individual flights are: for gradients up to 1:15 not more than 10m long; for gradients up to 1:12 not more than 5m long. | Individual flights are : for gradients up to 1:15 not more than 10m long ; for gradients up to 1:12 not more than 5m long . | B-quality B-object O O O B-property O O B-value O O O B-value B-property O O B-property O O B-value O O O B-value B-property O | {'ID': '18_UK_DocM_V1_AccessAndUseOfBuildings'} |
7a1bc727-1daa-4668-83f6-b44327b96898 | In glazed balconies, the spread of fire from one balcony to another and to an adjacent fire compartment must be restricted. | In glazed balconies , the spread of fire from one balcony to another and to an adjacent fire compartment must be restricted . | O B-quality B-object O O B-property I-property I-property B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O B-quality O | {'ID': '133_Finnish_FireSafety'} |
d504fd87-d13d-4936-9d7a-71d17954760d | The riser of the steps in an exit may be no more than 180 millimetres. | The riser of the steps in an exit may be no more than 180 millimetres . | O B-property O O B-object O O B-object O O O O O B-value I-value O | {'ID': '25_Finnish_SafetyOfUse'} |
53bb982d-5260-4a69-a6dd-71e4f074e676 | The depth of standing rows must be at least half a metre. | The depth of standing rows must be at least half a metre . | O B-property O B-object I-object O O O O B-value I-value I-value O | {'ID': '111_Finnish_SafetyOfUse'} |
f398541a-81df-4380-a408-d7b1beaa7c92 | People should be able to see other people approaching from the opposite direction, thereby allowing sufficient reaction time for both parties to avoid a collision. | People should be able to see other people approaching from the opposite direction , thereby allowing sufficient reaction time for both parties to avoid a collision . | B-object O O O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '68_UK_DocM_V2_AccessAndUseOfBuildings'} |
72d93d34-a477-4505-9754-e7ca2c59b6ec | The building should be constructed to meet requirement O1 using passive means as far as reasonably practicable. | The building should be constructed to meet requirement O1 using passive means as far as reasonably practicable . | O B-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '63_UK_DocO_Overheating'} |
3f31e50a-cdcc-412c-a363-2bfdfb507770 | For an electrically operated appliance, an integral remote or thermostatic control should be provided. | For an electrically operated appliance , an integral remote or thermostatic control should be provided . | O O B-object I-object I-object O O B-object I-object O B-object I-object O O O O | {'ID': '277_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
a7e4ad57-ea09-4d8e-8b3a-4d33447237ab | The free opening of the vertical hatch or window of an emergency exit must be at least 600 millimetres in height and 500 millimetres in width; however, the sum of these must be at least 1,500 millimetres. | The free opening of the vertical hatch or window of an emergency exit must be at least 600 millimetres in height and 500 millimetres in width ; however , the sum of these must be at least 1,500 millimetres . | O B-quality B-property O O B-quality B-object O B-object O O B-object I-object O O O O B-value I-value O B-property O B-value I-value O B-property O O O O B-property O O O O O O B-value I-value O | {'ID': '83_Finnish_SafetyOfUse'} |
f7f1a609-ae35-4544-9b38-e471d7a00666 | In order to enhance the efficiency of firefighting and rescue operations, means of smoke extraction shall be designed and constructed in the building so that smoke can be extracted from the different premises in the building. | In order to enhance the efficiency of firefighting and rescue operations , means of smoke extraction shall be designed and constructed in the building so that smoke can be extracted from the different premises in the building . | O O B-quality I-quality O B-property O B-object I-object I-object I-object O B-object O B-quality I-quality O O B-quality I-quality I-quality O O B-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '249_Finnish_FireSafety'} |
2b60007d-59a3-4a18-a184-89e76ee17454 | Masonry construction: external or cavity wall insulation should extend below the damp-proof course (where applicable) and be at least the equivalent of one full block height (215mm) below the underside of the floor structure/slab and beyond the depth of the floor insulation. | Masonry construction : external or cavity wall insulation should extend below the damp-proof course ( where applicable ) and be at least the equivalent of one full block height ( 215mm ) below the underside of the floor structure/slab and beyond the depth of the floor insulation . | B-quality B-object O B-quality O B-quality B-object B-object O B-quality I-quality I-quality I-quality I-quality O O O O O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '161_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
f4b90866-b477-4fe0-a96f-3d6e0d1bd2f6 | The annual percentage of heat supplied from each heat source should be the same for each newly connected dwelling. | The annual percentage of heat supplied from each heat source should be the same for each newly connected dwelling . | O B-property I-property I-property I-property B-quality I-quality I-quality I-quality I-quality O O O B-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '79_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
34a524ec-6994-426f-86af-78788fd34a80 | Between the locking points for the mortice lock and surface-mounted rim lock, the distance should be 400-600mm. | Between the locking points for the mortice lock and surface-mounted rim lock , the distance should be 400-600mm . | B-quality I-quality I-quality I-quality O O B-object I-object O B-quality B-object I-object O O B-property O O B-value O | {'ID': '36_UK_DocQ_Security_Dwellings'} |
b02f9b87-d934-4c2f-8a59-b3b8c0a7be17 | Instantaneous or snapshot CO2 readings can be misleading, so several measurements should be taken throughout the day. | Instantaneous or snapshot CO2 readings can be misleading , so several measurements should be taken throughout the day . | B-quality O B-quality B-object I-object O O B-quality O O B-quality B-object O O B-quality I-quality I-quality I-quality O | {'ID': '124_UK_DocF_V2_Ventilation'} |
9d522aad-d404-4a57-83f9-474c95932b9e | Handrails should be spaced away from the wall and rigidly supported in a way that avoids impeding finger grip. | Handrails should be spaced away from the wall and rigidly supported in a way that avoids impeding finger grip . | B-object O O B-quality I-quality I-quality I-quality I-quality O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '57_UK_DocM_V2_AccessAndUseOfBuildings'} |
61630012-3ff7-44cb-af91-7845be0b6f79 | How the measurements can help you take action CO2 measurements should be used as a broad guide to ventilation within a space, rather than treated as safe thresholds. | How the measurements can help you take action CO2 measurements should be used as a broad guide to ventilation within a space , rather than treated as safe thresholds . | O O O O O O O O B-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '126_UK_DocF_V2_Ventilation'} |
ba93ede4-473f-4c07-b439-3699580cbcbe | No individual flight has a rise of more than 1800mm between landings. | No individual flight has a rise of more than 1800mm between landings . | O B-quality B-object O O B-property O O O B-value B-quality I-quality O | {'ID': '21_UK_DocM_V1_AccessAndUseOfBuildings'} |
d5e2fb3e-df0c-48bd-8a09-734822ff086d | For emergency repairs, if it is not possible to notify the building control body in advance, the building control body should be notified as soon as possible. | For emergency repairs , if it is not possible to notify the building control body in advance , the building control body should be notified as soon as possible . | O B-object I-object O O O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O B-object I-object I-object O O B-quality I-quality I-quality I-quality I-quality O | {'ID': '4_UK_DocF_V1_Ventilation'} |
61016afd-5449-4b1a-8fe5-86705f07d817 | Products to be used in the water system shall be suitable for conveying household water. | Products to be used in the water system shall be suitable for conveying household water . | B-object O O O O O B-object I-object O O B-quality I-quality I-quality I-quality I-quality O | {'ID': '55_Finnish_Health-WaterAndSewerage'} |
3d436e01-915c-403d-8e80-5b5fbfaa9b0d | Cooling pipework should be insulated along its whole length. | Cooling pipework should be insulated along its whole length . | B-object I-object O O B-quality I-quality I-quality I-quality I-quality O | {'ID': '176_UK_DocM_V2_AccessAndUseOfBuildings'} |
b6a045c9-d3a7-4144-a390-8dd21252078d | Drawings should be provided for junctions. | Drawings should be provided for junctions . | B-object O O B-quality I-quality I-quality O | {'ID': '153_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
a2f3a871-91d5-4777-95c9-4744792b3a69 | in an existing building, for the principal or main staff entrance or entrances to be accessible, an alternative accessible entrance should be provided. | in an existing building , for the principal or main staff entrance or entrances to be accessible , an alternative accessible entrance should be provided . | O O B-quality B-object O O O B-quality O B-quality I-quality B-object O B-object O O B-quality O O B-quality B-quality B-object O O O O | {'ID': '61_UK_DocM_V2_AccessAndUseOfBuildings'} |
d43e4877-601c-43eb-9d33-96945754374b | Good acoustic design should be employed to achieve an acoustic environment that is neither too reverberant nor too absorbent so that announcements and conversations can be heard clearly. | Good acoustic design should be employed to achieve an acoustic environment that is neither too reverberant nor too absorbent so that announcements and conversations can be heard clearly . | B-quality B-object I-object O O B-quality I-quality I-quality O B-object I-object B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '99_UK_DocM_V2_AccessAndUseOfBuildings'} |
e4fb8d18-8dbc-4351-a2df-d87f880f476a | The fire resistance time requirement for balconies is half that of the load-bearing structures of the storey. | The fire resistance time requirement for balconies is half that of the load-bearing structures of the storey . | O B-property I-property I-property I-property O B-object O B-value O O O B-object I-object O O B-object O | {'ID': '90_Finnish_FireSafety'} |
ef9dc94d-b79c-4fba-897a-eed2b90084b2 | Thermal bridging, including at the party wall, should be reasonably limited. | Thermal bridging , including at the party wall , should be reasonably limited . | B-object I-object O B-quality I-quality I-quality I-quality I-quality O O O B-quality I-quality O | {'ID': '150_UK_DocM_V2_AccessAndUseOfBuildings'} |
7323113d-fcd0-4e19-a24a-c6171ec8c2b7 | District heat networks and community heating systems should be designed to accommodate heat meter(s) for each dwelling. | District heat networks and community heating systems should be designed to accommodate heat meter ( s ) for each dwelling . | B-object I-object I-object O B-object I-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '295_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
12907c6f-e734-436d-a7de-c8a1626fbe92 | Both:the area of rooflights exceeds 20 of the area of the roof, and the design solar load exceeds 25W/m2. | Both : the area of rooflights exceeds 20 of the area of the roof , and the design solar load exceeds 25W/m2 . | O O O B-property O B-object O B-value O O B-property O O B-object O O O B-property I-property I-property O B-value O | {'ID': '496_UK_DocM_V2_AccessAndUseOfBuildings'} |
082c7ed9-3579-48c2-a0d2-076f1edd647c | Each of the two sections of the centrally hinged window should be assessed as a single side, bottom or top hung window. | Each of the two sections of the centrally hinged window should be assessed as a single side , bottom or top hung window . | O O O B-value B-property O O B-quality I-quality B-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '112_UK_DocO_Overheating'} |
746c2a1e-aa29-4913-b431-c415290a9f4b | controls should be inspected to ensure that the following have been achieved. | controls should be inspected to ensure that the following have been achieved . | B-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '220_UK_DocF_V1_Ventilation'} |
8cef7dc5-2d76-4dd8-80c5-6861b11a8f6f | Where the work concerns a building containing more than one dwelling, the work must be carried out so as to ensure that the building is equipped in addition with a common access point for gigabit-capable public electronic communications networks. | Where the work concerns a building containing more than one dwelling , the work must be carried out so as to ensure that the building is equipped in addition with a common access point for gigabit-capable public electronic communications networks . | O O B-object O O B-object O O O B-value B-object O O B-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '3_UK_DocR_V1_InfrastructureForElectircalCommunications'} |
8805ec9f-3f5f-44fc-9078-3ae62439c973 | NOTE: When a single U-value is calculated for a product range of doors, the configuration of the door chosen for the calculation should be the worst performing in the product range. | NOTE : When a single U-value is calculated for a product range of doors , the configuration of the door chosen for the calculation should be the worst performing in the product range . | O O O O B-quality B-property O B-quality I-quality I-quality I-quality I-quality I-quality I-quality O O B-property O O B-object B-quality I-quality I-quality I-quality O O O B-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '108_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
aac9b625-4f6b-42e6-b657-2accd6054607 | Heating systems for screed floors that are greater than 65mm thick should automatically reduce the room temperature at night or when the room is unoccupied. | Heating systems for screed floors that are greater than 65mm thick should automatically reduce the room temperature at night or when the room is unoccupied . | B-object I-object O B-object I-object O O O O B-value B-property O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '299_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
26980508-105c-49db-8595-bf001a48d757 | In rooms with no fixed seats or furnishings, the number of persons shall be calculated to be two persons per square metre. | In rooms with no fixed seats or furnishings , the number of persons shall be calculated to be two persons per square metre . | O B-object O O B-quality B-object O B-object O O B-property I-property I-property O O O O O B-value I-value I-value I-value I-value O | {'ID': '103_Finnish_SafetyOfUse'} |
8edf6848-bdc2-4970-8328-5a24d69a2f0d | Unit length should be measured through midline of the worktop, not the front or rear edge. | Unit length should be measured through midline of the worktop , not the front or rear edge . | B-property I-property O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '94_UK_DocM_V1_AccessAndUseOfBuildings'} |
01008f69-874b-443e-bcb2-2f5630280049 | If stairs are used only as an emergency exit and if they lead to spaces in a dwelling or accommodation facility other than those that are necessary for living, the riser may be no more than 220 millimetres and the tread must be no less than 220 millimetres. | If stairs are used only as an emergency exit and if they lead to spaces in a dwelling or accommodation facility other than those that are necessary for living , the riser may be no more than 220 millimetres and the tread must be no less than 220 millimetres . | O B-object O B-quality I-quality I-quality I-quality I-quality I-quality O O B-object B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O B-property O O O O O B-value I-value O O B-property O O O O O B-value I-value O | {'ID': '24_Finnish_SafetyOfUse'} |
ad792658-a7d2-4d6e-9a21-c531bb02b521 | To reduce the risks to the health of persons in buildings formaldehyde fumes given off by urea formaldehyde foams should not penetrate to the occupied parts of buildings to an extent which would give rise to an irritant concentration. | To reduce the risks to the health of persons in buildings formaldehyde fumes given off by urea formaldehyde foams should not penetrate to the occupied parts of buildings to an extent which would give rise to an irritant concentration . | B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality B-object I-object B-quality I-quality I-quality I-quality I-quality I-quality O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '12_UK_DocD_ToxicSubstances'} |
b0e99ac5-9cbc-4beb-b8ff-85383ae70ea8 | The approach route should be safe and convenient, adopt the shallowest gradient that can reasonably be achieved and be step-free, irrespective of the storey on which the dwelling is located. | The approach route should be safe and convenient , adopt the shallowest gradient that can reasonably be achieved and be step-free , irrespective of the storey on which the dwelling is located . | O B-object I-object O O B-quality O B-quality O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O B-quality O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '40_UK_DocM_V1_AccessAndUseOfBuildings'} |
1913381b-a2cc-496e-9168-82ccf2a01d50 | In connection with repair and alteration work, the heat emitters connected to the domestic hot water ring duct may be replaced so that the heat emission capacity of the heat emitters to be installed does not exceed 200 Watts per room. | In connection with repair and alteration work , the heat emitters connected to the domestic hot water ring duct may be replaced so that the heat emission capacity of the heat emitters to be installed does not exceed 200 Watts per room . | B-quality I-quality I-quality I-quality I-quality I-quality I-quality O O B-object I-object O O O B-quality B-object I-object I-object I-object O O B-quality O O O B-property I-property I-property O O B-object I-object B-quality I-quality I-quality O O O B-value I-value I-value I-value O | {'ID': '67_Finnish_Health-WaterAndSewerage'} |
76bf63bd-30f4-440d-81a0-61ca16170f70 | Control should be maximised and heat gain to uninsulated pipes should only be permitted where the proportion of the cooling load relating to distribution pipework is less than 1 of the total load. | Control should be maximised and heat gain to uninsulated pipes should only be permitted where the proportion of the cooling load relating to distribution pipework is less than 1 of the total load . | B-property O O B-quality O B-property I-property O B-quality B-object O O O B-quality O O B-property I-property I-property I-property I-property I-property I-property I-property I-property O O O B-value O O B-property I-property O | {'ID': '177_UK_DocM_V2_AccessAndUseOfBuildings'} |
d5b6ff18-626d-4e6f-b788-0c67f7a4ebab | If the cost of installing the required electric vehicle charge point and cable routes for electric vehicle charge points exceeds 7% of the total cost of the major renovation (a) such a building is exempt from the requirement to install the electric vehicle charge point; and (b) cable routes for electric vehicle charge points must be installed in a minimum of one fifth of the total number of parking spaces, except where the cost of that installation exceeds 7% of the total cost of the major renovation. | If the cost of installing the required electric vehicle charge point and cable routes for electric vehicle charge points exceeds 7 % of the total cost of the major renovation ( a ) such a building is exempt from the requirement to install the electric vehicle charge point ; and ( b ) cable routes for electric vehicle charge points must be installed in a minimum of one fifth of the total number of parking spaces , except where the cost of that installation exceeds 7 % of the total cost of the major renovation . | O O B-property O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O B-value I-value O O B-property I-property O O B-quality B-object O O O O O B-object O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O O O O B-object I-object O B-object I-object I-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O O O B-property O O B-object O B-value I-value O O B-property I-property O O B-quality B-object O | {'ID': '75_UK_DocS_InfrastructureForChargingOfElectricalVehicles'} |
fc8ee55c-408d-48a9-ae4c-a6961b5745ce | Biomass heating supplemented by an alternative appliance (e.g. gas) - the CO2 emission factor and primary energy factor should be based on a weighted average for the two fuels. | Biomass heating supplemented by an alternative appliance ( e.g . gas ) - the CO2 emission factor and primary energy factor should be based on a weighted average for the two fuels . | B-object I-object B-quality I-quality I-quality I-quality I-quality O O O O O O O B-property I-property I-property O B-property I-property I-property O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '59_UK_DocM_V2_AccessAndUseOfBuildings'} |
e8340500-38b6-461b-b00d-d3aa44ac1f0b | The temperature of the water available from the hot water system may not exceed 65 degrees Celsius. | The temperature of the water available from the hot water system may not exceed 65 degrees Celsius . | O B-property O O B-object O O O B-object I-object I-object O O O B-value I-value I-value O | {'ID': '62_Finnish_Health-WaterAndSewerage'} |
b5d2186d-338d-40b6-b3b4-7fadf3cfd4e0 | For district cooling schemes, the CO2 and primary energy content of the cooling energy supplied should be calculated. | For district cooling schemes , the CO2 and primary energy content of the cooling energy supplied should be calculated . | O B-object I-object I-object O O B-property O B-property I-property I-property O O B-object I-object B-quality O O B-quality O | {'ID': '286_UK_DocM_V2_AccessAndUseOfBuildings'} |
a48aade7-5532-4424-a39e-5b1638516702 | The effective g-value should be no worse than 0.3. | The effective g-value should be no worse than 0.3 . | O B-quality B-object O O B-quality I-quality I-quality I-quality O | {'ID': '350_UK_DocM_V2_AccessAndUseOfBuildings'} |
eeb4239f-3819-475c-ad20-756bed80c4ff | In reference heat loss calculations, the value used as the annual efficiency of heat recovery from ventilation extract air of the buildings ventilation system shall be 55. | In reference heat loss calculations , the value used as the annual efficiency of heat recovery from ventilation extract air of the buildings ventilation system shall be 55 . | O O O O O O O O O O O B-property I-property I-property I-property I-property I-property I-property I-property I-property O O B-object B-object I-object O O B-value O | {'ID': '151_Finnish_EnergyEfficiency'} |
fb5d3054-4911-4049-ba09-1c3e80f9c07c | The tread of steps in uncovered or unheated outdoor staircases must be no less than 390 millimetres, and the riser may be no more than 130 millimetres. | The tread of steps in uncovered or unheated outdoor staircases must be no less than 390 millimetres , and the riser may be no more than 130 millimetres . | O B-property O B-object O B-quality O B-quality B-quality B-object O O O O O B-value I-value O O O B-property O O O O O B-value I-value O | {'ID': '29_Finnish_SafetyOfUse'} |
b6b19c38-b160-475d-b01d-e3880ca00ab2 | Where necessary, flexible ducts may be used for final connections, but their lengths should be kept to a minimum. | Where necessary , flexible ducts may be used for final connections , but their lengths should be kept to a minimum . | O O O B-object I-object O O O O B-quality B-object O O B-object B-property O O B-quality I-quality I-quality I-quality O | {'ID': '31_UK_DocF_V2_Ventilation'} |
0f32fab3-c03b-400c-949a-cc95828a89d3 | The specification of comfort cooling systems should be based on a heat gain calculation for the dwelling. | The specification of comfort cooling systems should be based on a heat gain calculation for the dwelling . | O B-property O B-object I-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '330_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
8f2f0722-46e5-4c3a-937d-51edde58141a | Routes intended for vehicle traffic must be located in a way that does not restrict pedestrian routes or the space required for opening doors and gates. | Routes intended for vehicle traffic must be located in a way that does not restrict pedestrian routes or the space required for opening doors and gates . | B-object B-quality I-quality I-quality I-quality O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '90_Finnish_SafetyOfUse'} |
5b1fe636-d2aa-4382-885e-a4f8a2cae4d4 | Generally, a thermal element once upgraded should not have a U-value greater than 0.7W/(m2K). | Generally , a thermal element once upgraded should not have a U-value greater than 0.7W/ ( m2K ) . | O O O B-object I-object O B-quality O O O O B-property O O B-value I-value I-value I-value O | {'ID': '125_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
8b1482fe-5e9d-4b44-9157-a8de35c65ba9 | If an exposed facade is close to an area of sustained and loud noise (e.g. a main road), then a noise-attenuating background ventilator should be fitted. | If an exposed facade is close to an area of sustained and loud noise ( e.g . a main road ) , then a noise-attenuating background ventilator should be fitted . | O O B-quality B-object O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O O O O O O O O O B-object I-object I-object O O O O | {'ID': '86_UK_DocF_V1_Ventilation'} |
9c2051ae-9878-4772-9471-bc5b8a28c3ae | For mechanical ventilation systems, fan units should be appropriately sized so that fans operating in normal background ventilation mode are not overly noisy, taking into consideration the use and likely background level of noise from other sources. | For mechanical ventilation systems , fan units should be appropriately sized so that fans operating in normal background ventilation mode are not overly noisy , taking into consideration the use and likely background level of noise from other sources . | O B-quality B-object I-object O B-object I-object O O B-quality I-quality O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '23_UK_DocF_V2_Ventilation'} |
fac44f87-4eb9-4f56-998c-74efa9512309 | If air barriers or vapour barriers have been used in the structure, the seams, edges and penetrations must be tight. | If air barriers or vapour barriers have been used in the structure , the seams , edges and penetrations must be tight . | O B-object I-object O B-object I-object O O O O O B-object O O B-object O B-property O B-object O O B-quality O | {'ID': '106_Finnish_Health-Humidity'} |
44b436fd-26ab-4b00-82e9-9565e73bb87e | NOTE: Any method to reduce overheating risk in residential buildings must comply with all other parts of the Building Regulations. | NOTE : Any method to reduce overheating risk in residential buildings must comply with all other parts of the Building Regulations . | O O O B-object B-quality I-quality I-quality I-quality I-quality I-quality I-quality O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '65_UK_DocO_Overheating'} |
64f259ba-5280-4bf5-bea2-e18cb837a940 | A water point shall incorporate a drainage point that is connected to the sewer via a drainage fixture. | A water point shall incorporate a drainage point that is connected to the sewer via a drainage fixture . | O B-object I-object O O O B-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '124_Finnish_Health-WaterAndSewerage'} |
3bd9e48b-ede5-465e-8fe4-7181a32dd1ec | Water must not freeze in the systems pipes, channels or devices. | Water must not freeze in the systems pipes , channels or devices . | B-object O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '50_Finnish_Health-Humidity'} |
244aeb26-ba33-498c-8a28-989b5aa879a8 | The pumping station shall be water tight and resistant to earth pressure and it may not cause odour problem. | The pumping station shall be water tight and resistant to earth pressure and it may not cause odour problem . | O B-object I-object O O B-quality I-quality O B-quality I-quality I-quality I-quality O B-object O B-quality I-quality I-quality I-quality O | {'ID': '129_Finnish_Health-WaterAndSewerage'} |
89811586-c819-4eb5-99f5-c4fcefdb9520 | Fixed or linked seats must be arranged as rows of seating with an access route on the side of the rows. | Fixed or linked seats must be arranged as rows of seating with an access route on the side of the rows . | B-quality O B-quality B-object O O B-quality I-quality I-quality I-quality I-quality O O B-object I-object B-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '107_Finnish_SafetyOfUse'} |
4b510cad-fefb-44be-a9cb-a26e0c42994c | If the building is connected to a heating system where heat is conveyed via heat pipes external to the building from a shared heat exchanger or heat generation unit to several buildings, the heat loss from those pipes shall be divided between the buildings in proportion to their areas. | If the building is connected to a heating system where heat is conveyed via heat pipes external to the building from a shared heat exchanger or heat generation unit to several buildings , the heat loss from those pipes shall be divided between the buildings in proportion to their areas . | O O B-object O O O O B-object I-object O B-property O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O B-property I-property O O B-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '101_Finnish_EnergyEfficiency'} |
00cded8a-5208-4c1b-bda4-9677d45b9375 | The layers of attic floor structures and the ventilation must prevent the accumulation of damaging moisture into the roof structure resulting from water vapour diffusion or airflow. | The layers of attic floor structures and the ventilation must prevent the accumulation of damaging moisture into the roof structure resulting from water vapour diffusion or airflow . | O B-object O B-object B-object I-object O O B-object O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '105_Finnish_Health-Humidity'} |
54907849-c48f-4267-b5f0-fc7e9279da7c | For existing dwellings, when carrying out work on an existing system, such as installing or replacing components (e.g. replacing a boiler but retaining the pipework and heat emitters), the energy performance of the new components should be assessed. | For existing dwellings , when carrying out work on an existing system , such as installing or replacing components ( e.g . replacing a boiler but retaining the pipework and heat emitters ) , the energy performance of the new components should be assessed . | O B-quality B-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O O O O O O O O O O O O O O O B-property I-property O O B-quality B-object O O B-quality O | {'ID': '409_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
21bf2954-bfa8-44ef-bb2e-4e34367965ba | If a load-bearing element is required to have a longer fire resistance time with respect to integrity E and insulation I than with respect to load-bearing capacity R, the longer fire resistance time shall also be applied to the load-bearing capacity. | If a load-bearing element is required to have a longer fire resistance time with respect to integrity E and insulation I than with respect to load-bearing capacity R , the longer fire resistance time shall also be applied to the load-bearing capacity . | O O B-object I-object O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O B-quality B-property I-property I-property O O O B-quality I-quality I-quality I-quality I-quality O | {'ID': '88_Finnish_FireSafety'} |
df6eb340-6ff0-4811-bcaf-48a6cc6dc455 | An ambulant disabled person should be able to move within, and between, storeys. | An ambulant disabled person should be able to move within , and between , storeys . | O B-quality B-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '90_UK_DocM_V1_AccessAndUseOfBuildings'} |
193be0e3-dfbb-4e04-ba58-1ae1ed44729b | Consideration should be given to providing an area next to certain seats for an assistance dog to rest. | Consideration should be given to providing an area next to certain seats for an assistance dog to rest . | B-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '131_UK_DocM_V2_AccessAndUseOfBuildings'} |
f1898d1c-5d14-4f9b-8c31-e0ac7623a61c | The building control body should be provided with a report that demonstrates that the residential building passes CIBSEs TM59 assessment of overheating. | The building control body should be provided with a report that demonstrates that the residential building passes CIBSEs TM59 assessment of overheating . | O B-object I-object I-object O O O O O B-object O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '47_UK_DocO_Overheating'} |
d0ef750b-078c-4e63-a57f-298674c06a5e | Moisture-resistant insulation should be fitted below damp-proof course level and extend to the foundation block/structure. | Moisture-resistant insulation should be fitted below damp-proof course level and extend to the foundation block/structure . | B-quality B-object O O B-quality I-quality I-quality I-quality I-quality O B-quality I-quality I-quality I-quality I-quality O | {'ID': '136_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
74b9ee2c-0192-442d-b5a1-a2974d456429 | The dwelling is wheelchair adaptable such that key parts of the accommodation, including sanitary facilities and kitchens, could be easily altered to meet the needs of a wheelchair user or, where required by a local planning authority, the dwelling is wheelchair accessible. | The dwelling is wheelchair adaptable such that key parts of the accommodation , including sanitary facilities and kitchens , could be easily altered to meet the needs of a wheelchair user or , where required by a local planning authority , the dwelling is wheelchair accessible . | O B-object O B-quality I-quality O O B-object I-object I-object I-object I-object O O B-object I-object O B-object O O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality O O B-quality I-quality I-quality I-quality O | {'ID': '67_UK_DocM_V1_AccessAndUseOfBuildings'} |
868ad193-b0d2-47b9-9fe0-ded5b761d3b0 | The integrity of the water system shall be ensured with pressure testing using water. | The integrity of the water system shall be ensured with pressure testing using water . | O B-property O O B-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '106_Finnish_Health-WaterAndSewerage'} |
891e9eee-4a4b-4d7c-8051-3aee8302cd6b | Walls: insulation should be fitted without any air gaps and tight to the structure, cavity closers, lintels and cavity trays. | Walls : insulation should be fitted without any air gaps and tight to the structure , cavity closers , lintels and cavity trays . | B-object O B-object O O B-quality I-quality I-quality I-quality I-quality O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '141_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
a9c88566-e4e5-4cba-8165-9916820d9cc5 | Doors, gates and boom barriers must operate safely and in such a way that they do not cause a danger of an accident. | Doors , gates and boom barriers must operate safely and in such a way that they do not cause a danger of an accident . | B-object O B-object O B-object I-object O B-quality I-quality O O O O O O O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '75_Finnish_SafetyOfUse'} |
d8066a73-49c2-4e99-825a-b49b9b2ba67d | A landing measuring at least 800 millimetres in length must be reserved in front of and behind a door located in an exit route. | A landing measuring at least 800 millimetres in length must be reserved in front of and behind a door located in an exit route . | O B-object O O O B-value I-value O B-property O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '34_Finnish_SafetyOfUse'} |
b8365796-12c1-47c1-9682-ff6131a75f21 | The various enduse categories, such as heating, lighting and cooling, should be submetered in such a way that at least 90 of the annual energy consumption of each fuel can be assigned to an enduse. | The various enduse categories , such as heating , lighting and cooling , should be submetered in such a way that at least 90 of the annual energy consumption of each fuel can be assigned to an enduse . | O O B-object I-object O O O B-object O B-object O B-object O O O B-quality O O O O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '227_UK_DocM_V2_AccessAndUseOfBuildings'} |
05fdde92-d8af-42ad-963b-9019c69a8ab3 | For a timber frame where the intermediate floor structure breaches the external wall insulation, further insulation of the same thickness as the insulation used in the external wall should be included within the depth of the intermediate floor structure. | For a timber frame where the intermediate floor structure breaches the external wall insulation , further insulation of the same thickness as the insulation used in the external wall should be included within the depth of the intermediate floor structure . | O O B-object I-object B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O B-object O O O B-property O O B-object B-quality I-quality I-quality I-quality I-quality O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '163_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
b47066e6-d145-4427-91c0-8763c5ea92c5 | Remedial work should be carried out to achieve satisfactory performance in retests. | Remedial work should be carried out to achieve satisfactory performance in retests . | B-object I-object O O B-quality I-quality O B-quality I-quality I-quality I-quality I-quality O | {'ID': '387_UK_DocM_V2_AccessAndUseOfBuildings'} |
a235c68f-ae44-4770-b005-4e9d7b659eb7 | All cavity walls should have leaves at least 90mm thick and cavities at least 50mm wide. | All cavity walls should have leaves at least 90mm thick and cavities at least 50mm wide . | O B-object I-object O O B-object O O B-value B-property O B-object O O B-value B-property O | {'ID': '35_UK_DocA_Structure'} |
af92ecf9-432a-4557-9992-060bb6e3e867 | Air permeability should be in m3/(hm2) at 50Pa. | Air permeability should be in m3/ ( hm2 ) at 50Pa . | B-property I-property O O O B-value I-value I-value I-value I-value I-value O | {'ID': '352_UK_DocM_V2_AccessAndUseOfBuildings'} |
4c83069b-8c22-43ad-92a0-354ecd0e40a1 | Sufficient information should be provided to ensure that people can operate, maintain or alter an electrical installation with reasonable safety. | Sufficient information should be provided to ensure that people can operate , maintain or alter an electrical installation with reasonable safety . | B-quality B-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '7_UK_DocP_ElectricalSafety'} |
726e23c9-02a3-4c56-98d0-8981b7ce877b | In the construction of a new building as well as in repair and alteration work corresponding to the construction of a new building, the premises to be fitted with a floor drain shall be: 1. showers and bathrooms as well as wash rooms in connection with saunas; 2. laundry room; 3. heat distribution room; 4. ventilation unit room; 5. toilet facility intended for public use; 6. technical utility room with a possibility to water damage; 7. car wash facility; 8. special facilities cleansed by water rinsing. | In the construction of a new building as well as in repair and alteration work corresponding to the construction of a new building , the premises to be fitted with a floor drain shall be : 1 . showers and bathrooms as well as wash rooms in connection with saunas ; 2 . laundry room ; 3 . heat distribution room ; 4 . ventilation unit room ; 5 . toilet facility intended for public use ; 6 . technical utility room with a possibility to water damage ; 7 . car wash facility ; 8 . special facilities cleansed by water rinsing . | O O B-property O O B-quality B-object O O O O B-quality I-quality I-quality O O O O B-property O O B-quality B-object O O B-object O O B-quality I-quality I-quality I-quality I-quality O O O O O B-object O B-object O O O B-object I-object B-quality I-quality I-quality I-quality O O O B-object I-object O O O B-object I-object I-object O O O B-object I-object I-object O O O B-object I-object B-quality I-quality I-quality I-quality O O O B-object I-object I-object B-quality I-quality I-quality I-quality I-quality I-quality O O O B-object I-object I-object O O O B-object I-object B-quality I-quality I-quality I-quality O | {'ID': '126_Finnish_Health-WaterAndSewerage'} |
d2b6e6e7-1545-4d84-ae81-e136edd3be74 | A handrail must be designed and shaped so that it allows a firm grip. | A handrail must be designed and shaped so that it allows a firm grip . | O B-object O O B-quality I-quality I-quality O O O B-quality I-quality I-quality I-quality O | {'ID': '56_Finnish_SafetyOfUse'} |
fb1da22f-8ddb-4399-b441-64dca68da9af | If a lift or other device for moving between levels is installed in the exit of an existing building, the dwellings exit may be no less than 850 millimetres wide. | If a lift or other device for moving between levels is installed in the exit of an existing building , the dwellings exit may be no less than 850 millimetres wide . | O O B-object O O B-object O B-quality I-quality I-quality O O O O B-object O O B-quality B-object O O B-object B-object O O O O O B-value I-value B-property O | {'ID': '218_Finnish_FireSafety'} |
66b3628a-f0ee-4bc7-93c8-2ae0145a2e78 | In a room with no openable window, an intermittent extract fan should be provided with controls which continue to operate the fan for at least 15 minutes after the room is vacated. | In a room with no openable window , an intermittent extract fan should be provided with controls which continue to operate the fan for at least 15 minutes after the room is vacated . | O O B-object O O B-quality B-object O O B-object I-object I-object O O O O B-object O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '83_UK_DocF_V1_Ventilation'} |
dd056285-1aa4-4c6d-94ac-b911458cb7ea | Where any of the parking spaces for new buildings other than residential or mixed-use buildings are in a covered car park, the requirement to install an electric vehicle charge point should be met by installing a charge point in a parking space that is not within a covered car park. | Where any of the parking spaces for new buildings other than residential or mixed-use buildings are in a covered car park , the requirement to install an electric vehicle charge point should be met by installing a charge point in a parking space that is not within a covered car park . | O O O O B-object I-object O B-quality B-object B-quality I-quality I-quality I-quality I-quality I-quality O O O B-quality B-object I-object O O B-object B-quality I-quality I-quality I-quality I-quality I-quality I-quality O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '70_UK_DocS_InfrastructureForChargingOfElectricalVehicles'} |
8cfa23d5-d9d3-4d72-a761-6595f876d577 | NOTE: Ventilation through infiltration should be considered to be part of the ventilation provision of a building. | NOTE : Ventilation through infiltration should be considered to be part of the ventilation provision of a building . | O O B-object B-quality I-quality O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '79_UK_DocF_V2_Ventilation'} |
90b450dc-e913-48b3-bd17-dbac5b6fb057 | The separator devices shall be located so that they can be serviced and emptied easily and without causing problems. | The separator devices shall be located so that they can be serviced and emptied easily and without causing problems . | O B-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '153_Finnish_Health-WaterAndSewerage'} |
73de2b17-802a-4cce-910b-049a35561a0c | Purge ventilation may be provided by natural means (e.g. an openable window) ormechanical means (e.g. a fan). | Purge ventilation may be provided by natural means ( e.g . an openable window ) ormechanical means ( e.g . a fan ) . | B-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '108_UK_DocF_V2_Ventilation'} |
bde1697a-20c9-4f15-a63c-5be323a058c1 | Any connection of two or more air handling units to the same duct or chamber shall be designed so that the pressures of the rooms or the directions of air flow between the rooms and in the ductworks do not change when the air flows of the units are being controlled. | Any connection of two or more air handling units to the same duct or chamber shall be designed so that the pressures of the rooms or the directions of air flow between the rooms and in the ductworks do not change when the air flows of the units are being controlled . | O B-object O B-value O O B-object I-object I-object O O O B-object O B-object O O B-quality O O O B-property O O B-object O O B-property O B-object I-object B-quality I-quality I-quality I-quality I-quality I-quality I-quality O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '90_Finnish_Health-IndoorClimateAndVentilation'} |