example_id
stringlengths 36
204
| content
stringlengths 32
568
| metadata
stringlengths 29
67
| tagged_sentence
stringlengths 50
586
| relation_type
stringclasses 10
values |
|---|---|---|---|---|
5869233a-4fc0-48bf-9007-2b0c9a169fef | A building shall, if its size, number of storeys or an intended purpose of a premises within the building so requires, be divided into fire compartments in order to restrict the spread of fire and smoke, to provide safe evacuation and to facilitate rescue and extinguishing measures. | {'ID': '100_Finnish_FireSafety'} | A building shall, if its size, number of storeys or an intended purpose of a premises within the building so <e1>requires</e1>, be <e2>divided into fire compartments</e2> in order to restrict the spread of fire and smoke, to provide safe evacuation and to facilitate rescue and extinguishing measures. | none |
793cb939-b3d9-46eb-ae65-71a4d5c8031b | Where the parking is within the private curtilage of the dwelling (but not within a carport or garage) at least one space is a standard parking bay that can be widened to 3.3m. | {'ID': '43_UK_DocM_V1_AccessAndUseOfBuildings'} | Where the <e1>parking</e1> is within the private curtilage of the dwelling (but not within a carport or <e2>garage</e2>) at least one space is a standard parking bay that can be widened to 3.3m. | not-part-of |
f9f11981-2aad-4ef7-82fc-c89470ebe263 | A driveway must not intersect a walkway leading to a play area. | {'ID': '88_Finnish_SafetyOfUse'} | A <e1>driveway</e1> must <e2>not intersect a walkway leading to a play area</e2>. | necessity |
0a53e4af-84a7-46aa-b28a-cb1d873c8cae | The type and quality of public address, hearing enhancement and telephone systems should be chosen carefully to ensure intelligibility. | {'ID': '151_UK_DocM_V2_AccessAndUseOfBuildings'} | The <e1>type and quality</e1> of public address, <e2>hearing enhancement</e2> and telephone systems should be chosen carefully to ensure intelligibility. | selection |
99a53f17-48cb-4012-a47b-700761e0983b | Where a new building which is not a residential building or a mixed-use building has more than 10 parking spaces (a) one of those parking spaces must have access to one 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 remaining parking spaces. | {'ID': '61_UK_DocS_InfrastructureForChargingOfElectricalVehicles'} | Where a new <e1>building</e1> which is not a residential building or a mixed-use building has more than 10 parking spaces (a) one of those parking spaces must have access to one electric vehicle charge point; and (b) cable routes for electric vehicle charge points must be <e2>installed in a minimum of one fifth of the total number of remaining parking spaces</e2>. | none |
9415ae4b-7a74-4c70-a245-e4381c6d71bf | At gables and party walls, insulation should extend to the wall; if the space between the wall and joist is less than 100mm, perimeter insulation may be required. | {'ID': '170_UK_DocL_V1_ConsrvationOfFuelAndPower'} | At gables and party walls, insulation should <e1>extend to the wall</e1>; if the space between the wall and joist is less than 100mm, perimeter insulation may be <e2>required</e2>. | none |
536b172d-ccd1-479a-8136-6ee05db0f264 | Where pipework is above ground, the performance of the pipe insulation should be at least as high as the insulating performance of pipework in the buried part of the system. | {'ID': '205_UK_DocL_V1_ConsrvationOfFuelAndPower'} | Where pipework is above ground, the performance of the pipe insulation should be at least as high as the <e1>insulating performance</e1> of <e2>pipework</e2> in the buried part of the system. | part-of |
0a6d6be2-bb25-4a7d-ac98-33351e1a2bb7 | Wheelchair-accessible bedrooms should be sufficiently spacious to enable a wheelchair user to transfer to one side of a bed, with or without assistance. | {'ID': '144_UK_DocM_V2_AccessAndUseOfBuildings'} | Wheelchair-accessible <e1>bedrooms</e1> should be <e2>sufficiently spacious to enable a wheelchair user to transfer to one side of a bed, with or without assistance</e2>. | necessity |
82bb35f1-0a27-4c94-bad3-246e6cc4f02a | Wheelchair users should be able to manoeuvre around and use the facilities in the room, and operate switches and controls. | {'ID': '145_UK_DocM_V2_AccessAndUseOfBuildings'} | <e1>Wheelchair users</e1> should be able to manoeuvre around and use the facilities in the room, and <e2>operate switches and controls</e2>. | necessity |
34a524ec-6994-426f-86af-78788fd34a80 | Between the locking points for the mortice lock and surface-mounted rim lock, the distance should be 400-600mm. | {'ID': '36_UK_DocQ_Security_Dwellings'} | <e1>Between the locking points</e1> for the mortice lock and surface-mounted rim lock, the <e2>distance</e2> should be 400-600mm. | selection |
51517a5d-dd11-41b9-b44b-36d87b959127 | The presence of the door should be apparent not only when it is shut but also when it is open. | {'ID': '77_UK_DocM_V2_AccessAndUseOfBuildings'} | The presence of the door should be apparent not only when <e1>it</e1> is shut but also when <e2>it</e2> is open. | none |
60024014-cb6a-4a53-9b12-9497e0a1e5e8 | Extract air from toilets, washrooms and cleaning spaces may be conducted to vertical ducts for extract air categories 1 and 2 if the total extract air flow from these spaces does not exceed 10 of the total air flow in the vertical duct. | {'ID': '85_Finnish_Health-IndoorClimateAndVentilation'} | Extract air from toilets, washrooms and cleaning spaces may be conducted to vertical ducts for extract air categories 1 and 2 if the total extract air flow from these spaces does not exceed 10 of the <e1>total air flow</e1> in the vertical <e2>duct</e2>. | part-of |
bb3ac5b0-14d0-4d75-95d9-713adc6f2f58 | Any walls, doors and windows should be insulated and draught-proofed to at least the same extent as in the existing dwelling. | {'ID': '433_UK_DocL_V1_ConsrvationOfFuelAndPower'} | Any walls, doors and <e1>windows</e1> should be insulated and <e2>draught-proofed</e2> to at least the same extent as in the existing dwelling. | necessity |
ad30824c-74be-4f4f-916a-dfe1e0a89205 | It should be noted that double buggies are wider than wheelchairs and that, where relevant to the building type, this should be borne in mind when determining an appropriate effective clear width for an entrance door. | {'ID': '67_UK_DocM_V2_AccessAndUseOfBuildings'} | It should be noted that double buggies are wider than wheelchairs and that, where relevant to the <e1>building type</e1>, <e2>this</e2> should be borne in mind when determining an appropriate effective clear width for an entrance door. | necessity |
efd2d371-97de-4d5e-af06-e404ff71f316 | The impact of the ground and crawl space on heat loss shall be taken into account in heat loss calculations. | {'ID': '91_Finnish_EnergyEfficiency'} | The impact of the <e1>ground</e1> and crawl space on heat loss shall be <e2>taken into account in heat loss calculations</e2>. | none |
cc72106e-9e7f-47cf-8a95-0173a8305dad | In a new building, the crawl space height must be 0.8 metres on average at the minimum. | {'ID': '83_Finnish_Health-Humidity'} | In a <e1>new</e1> <e2>building</e2>, the crawl space height must be 0.8 metres on average at the minimum. | selection |
d796dece-45f6-4527-a151-c59b007e9028 | A safe and marked access route must be reserved for pedestrians in connection with vehicle traffic and goods transport routes, doors and gates in the yards of buildings other than single-family houses, if pedestrian traffic through them is necessary. | {'ID': '132_Finnish_SafetyOfUse'} | A safe and marked access route must be reserved for pedestrians in connection with vehicle traffic and goods transport routes, doors and gates in the yards of buildings other than single-family houses, if <e1>pedestrian traffic</e1> <e2>through them</e2> is necessary. | selection |
18797f16-0b56-41e9-a4e6-d4150db4165d | A new building must be built to a minimum standard of total energy performance. | {'ID': '47_UK_DocM_V2_AccessAndUseOfBuildings'} | A new <e1>building</e1> must be <e2>built to a minimum standard of total energy performance</e2>. | necessity |
a43037b0-8e35-45a2-9f23-c2d65f6c5a64 | Where access to the dwelling can be gained via an interconnecting doorset from the garage, then either the garage doorset (pedestrian and vehicular) or the interconnecting doorset should be a secure doorset. | {'ID': '8_UK_DocQ_Security_Dwellings'} | Where access to the dwelling can be gained via an interconnecting doorset from the garage, then either the garage doorset (<e1>pedestrian</e1> and vehicular) or the <e2>interconnecting doorset</e2> should be a secure doorset. | none |
d925c189-860a-4fcb-ae88-d1cf8cc14fb8 | The tread of steps in covered or heated outdoor staircases must be no less than 300 millimetres, and the riser may be no more than 160 millimetres. | {'ID': '28_Finnish_SafetyOfUse'} | The tread of steps in covered or heated outdoor staircases must be no less than <e1>300 millimetres</e1>, and the <e2>riser</e2> may be no more than 160 millimetres. | none |
7e34700e-92de-4b00-a820-f4085a2e186c | If the free gap between facing walls of adjacent glazed balconies or the distance of the wall to the window of an adjacent fire compartment is less than 2 metres, the wall in question must be class EI 15. | {'ID': '135_Finnish_FireSafety'} | If the free gap between facing walls of adjacent glazed balconies or the distance of the wall to the window of an adjacent fire compartment is less than 2 metres, the <e1>wall</e1> in question must be <e2>class</e2> EI 15. | part-of |
20518e80-6f7e-457f-8c5a-59fa4c0eb324 | When calculating the heat loss for a buildings design solution, the design value shall be used as the value of the air leakage rate figure for the building envelope. | {'ID': '137_Finnish_EnergyEfficiency'} | When calculating the heat loss for a <e1>buildings</e1> <e2>design solution</e2>, the design value shall be used as the value of the air leakage rate figure for the building envelope. | part-of |
2be01bf1-2cd9-4982-8778-ba0afe835580 | If fans and background ventilators are fitted in the same room, they should be at least 500mm apart. | {'ID': '88_UK_DocF_V1_Ventilation'} | If fans and <e1>background ventilators</e1> are fitted in the same <e2>room</e2>, they should be at least 500mm apart. | part-of |
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. | {'ID': '29_Finnish_SafetyOfUse'} | The <e1>tread</e1> of steps in uncovered or unheated <e2>outdoor</e2> staircases must be no less than 390 millimetres, and the riser may be no more than 130 millimetres. | none |
e1f1aeb9-7453-4b6b-b3f1-6049d711868a | The fire performance of the external wall structure of a building no more than 56 metres in height may also be demonstrated by a fullscale test. | {'ID': '156_Finnish_FireSafety'} | The <e1>fire performance</e1> of the <e2>external</e2> wall structure of a building no more than 56 metres in height may also be demonstrated by a fullscale test. | none |
745d890e-3b3c-4972-8b75-dfdfd81e764a | Handrails should be set at heights that are convenient for all users of the building and should extend safely beyond the top and bottom of a flight of steps, or a ramp, to give both stability and warning of the presence of a change in level. | {'ID': '58_UK_DocM_V2_AccessAndUseOfBuildings'} | <e1>Handrails</e1> should be set at heights that are convenient for all users of the building and should <e2>extend safely beyond the top and bottom of a flight of steps, or a ramp, to give both stability and warning of the presence of a change in level</e2>. | necessity |
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. | {'ID': '40_UK_DocM_V1_AccessAndUseOfBuildings'} | The <e1>approach route</e1> should be safe and convenient, adopt the shallowest gradient that can reasonably be achieved and be <e2>step-free</e2>, irrespective of the storey on which the dwelling is located. | necessity |
05864826-21ef-4ae7-9af8-2aaeffc7267a | Modular and portable buildings with a planned service life of more than two years but with an intended time of use in a single location of less than two years should be shown to comply with the energy efficiency requirements. | {'ID': '83_UK_DocM_V2_AccessAndUseOfBuildings'} | <e1>Modular</e1> and portable buildings with a planned service life of more than two years but with an intended time of use in a single location of less than <e2>two years</e2> should be shown to comply with the energy efficiency requirements. | none |
710ef992-e187-4b1a-894b-e0e222f54359 | NOTE: For grid-supplied electricity, a CO2 emission factor of 0.136kgCO2/kWh and primary energy factor of 1.501kWhPE/kWh should be used. | {'ID': '199_UK_DocM_V2_AccessAndUseOfBuildings'} | NOTE: For grid-supplied electricity, a <e1>CO2 emission factor</e1> of 0.136kgCO2/kWh and primary energy factor of <e2>1.501kWhPE/kWh</e2> should be used. | none |
38020928-c137-486e-88d7-c8feec038c99 | A building must be provided with a fire wall if it is situated adjacent to a neighbouring building or so close to a neighbouring building that the spread of fire is evident. | {'ID': '189_Finnish_FireSafety'} | A building must be provided with a fire wall if <e1>it</e1> is <e2>situated adjacent to a neighbouring building</e2> or so close to a neighbouring building that the spread of fire is evident. | selection |
b4582e8e-9bf5-4d2e-8eb3-975e45511aa2 | The building should be designed, within the overall constraints of space, so that the difference in level between the entrance storey and the site entry point is minimised. | {'ID': '37_UK_DocM_V2_AccessAndUseOfBuildings'} | The building should be <e1>designed, within the overall constraints of space</e1>, so that the <e2>difference in level between the entrance storey and the site entry point is minimised</e2>. | selection |
20518e80-6f7e-457f-8c5a-59fa4c0eb324 | When calculating the heat loss for a buildings design solution, the design value shall be used as the value of the air leakage rate figure for the building envelope. | {'ID': '137_Finnish_EnergyEfficiency'} | When calculating the heat loss for a <e1>buildings</e1> design solution, the <e2>design value</e2> shall be used as the value of the air leakage rate figure for the building envelope. | none |
4470dde4-6422-4c13-9781-de68c3e075dc | The outdoor air flow of a dwelling unit, however, shall be designed to be a minimum of 18 dm3/s. | {'ID': '54_Finnish_Health-IndoorClimateAndVentilation'} | The outdoor air flow of a <e1>dwelling unit</e1>, however, shall be designed to be a minimum of <e2>18 dm3/s</e2>. | none |
8479a43c-e64a-4180-af62-7f4124c460b8 | An entrance door should be included, which should be shut all the time. | {'ID': '56_UK_DocO_Overheating'} | An <e1>entrance door</e1> should be included, which should be <e2>shut all the time</e2>. | necessity |
29232335-402c-4ed9-af74-fd093ac22e28 | The natural or mechanical ventilation system of a building shall be strong and its air-tightness shall be at least class B. | {'ID': '95_Finnish_Health-IndoorClimateAndVentilation'} | The natural or mechanical <e1>ventilation system</e1> of a <e2>building</e2> shall be strong and its air-tightness shall be at least class B. | part-of |
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. | {'ID': '67_UK_DocM_V1_AccessAndUseOfBuildings'} | The dwelling is wheelchair adaptable such that <e1>key parts of the accommodation</e1>, including sanitary facilities and <e2>kitchens</e2>, 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. | selection |
33eb3a5a-584f-4d1e-84a0-35fe66954d80 | Consideration should be given to the power requirements of essential (e.g. life safety) systems. | {'ID': '323_UK_DocM_V2_AccessAndUseOfBuildings'} | Consideration should be given to the power requirements of <e1>essential</e1> (e.g. <e2>life safety</e2>) systems. | selection |
23db27ac-b594-4b26-883d-922d713d382a | When installing or renovating thermal elements, the element being installed should be draught-proofed and airleakage gaps should be filled. | {'ID': '161_UK_DocM_V2_AccessAndUseOfBuildings'} | When <e1>installing</e1> or renovating thermal elements, the element being installed should be draught-proofed and airleakage gaps should be <e2>filled</e2>. | none |
981a0996-c526-4ee7-b679-0f17bd5ecd29 | Where it is not feasible to install a space heating system that can operate at this temperature (e.g. where there is insufficient space for larger radiators, or the existing distribution system is provided with higher temperature heat from a low carbon district heat network), the space heating system should be designed to the lowest design temperature possible that will still meet the heating needs of the building. | {'ID': '209_UK_DocM_V2_AccessAndUseOfBuildings'} | Where it is not feasible to install a <e1>space heating system</e1> that <e2>can operate at this temperature</e2> (e.g. where there is insufficient space for larger radiators, or the existing distribution system is provided with higher temperature heat from a low carbon district heat network), the space heating system should be designed to the lowest design temperature possible that will still meet the heating needs of the building. | selection |
244aeb26-ba33-498c-8a28-989b5aa879a8 | The pumping station shall be water tight and resistant to earth pressure and it may not cause odour problem. | {'ID': '129_Finnish_Health-WaterAndSewerage'} | The <e1>pumping station</e1> shall be <e2>water tight</e2> and resistant to earth pressure and it may not cause odour problem. | necessity |
23db27ac-b594-4b26-883d-922d713d382a | When installing or renovating thermal elements, the element being installed should be draught-proofed and airleakage gaps should be filled. | {'ID': '161_UK_DocM_V2_AccessAndUseOfBuildings'} | When installing or renovating thermal elements, the element being installed should be draught-proofed and <e1>airleakage gaps</e1> should be <e2>filled</e2>. | necessity |
993e54cc-49c3-43cb-995e-1a951c93c775 | When a warning sign is not posted, the areas shall be designed to an axle load Qk and also to an axle group load equal to 190 kN. | {'ID': '25_Finnish_StabilityOfStructures'} | When a warning sign is not posted, the <e1>areas</e1> shall be designed to an axle load Qk and also to an <e2>axle group load</e2> equal to 190 kN. | part-of |
bfdf95da-d422-47cd-83d7-a30a4969f2e6 | If the internal ties must be centred on the supporting line, the minimum value of the tie force, 10 kN, will also be applied to internal ties. | {'ID': '180_Finnish_StabilityOfStructures'} | If the internal ties must be centred on the supporting line, the minimum value of the <e1>tie force</e1>, 10 kN, will also be applied to internal <e2>ties</e2>. | part-of |
371e1755-8bb5-456e-bf66-5a50f4c19d59 | Where there is full-height structural guarding, if you provide a second (lower) handrail, the vertical height from the pitch line of the steps (or the surface of the ramp) to the top of the second (lower) handrail should be 600mm. | {'ID': '50_UK_DocK_ProtectionFromFalling'} | Where there is full-height structural guarding, if you provide a <e1>second (lower)</e1> handrail, the vertical height <e2>from the pitch line of the steps (or the surface of the ramp) to the top of the second (lower) handrail</e2> should be 600mm. | none |
b4cef2a7-038c-4f72-8ea6-20e43d766165 | The building primary energy rate and building emission rate submission should be accompanied by a report, signed by a suitably qualified person, detailing how the CO2 emission factors and primary energy factors have been derived. | {'ID': '70_UK_DocM_V2_AccessAndUseOfBuildings'} | The building primary energy rate and building emission rate <e1>submission</e1> should be accompanied by a report, <e2>signed by a suitably qualified person</e2>, detailing how the CO2 emission factors and primary energy factors have been derived. | none |
beeec1b2-c382-40cc-aec2-6eda86f5782e | Each residential unit, shared communal room and common space should be categorised separately. | {'ID': '25_UK_DocO_Overheating'} | Each residential unit, shared <e1>communal room</e1> and common space should be <e2>categorised separately</e2>. | necessity |
079db365-cfed-474e-9329-25349ac0db4a | In connection with the door of an outside space of an individual dwelling the level difference outside the door may be more than 20 millimetres if the level difference can, with reasonable effort, be eliminated with equipment in the outdoor space. | {'ID': '21_Finnish_Accessibility'} | In connection with the door of an <e1>outside space</e1> of an individual <e2>dwelling</e2> the level difference outside the door may be more than 20 millimetres if the level difference can, with reasonable effort, be eliminated with equipment in the outdoor space. | part-of |
a1f91cfd-21f8-49a4-8468-746f49f4848e | For a building that contains more than one dwelling for example a block of flats or a terrace of houses an average target primary energy rate, target emission rate and target fabric energy efficiency rate may be calculated as an alternative to individual target rates for each dwelling. | {'ID': '50_UK_DocL_V1_ConsrvationOfFuelAndPower'} | For a <e1>building</e1> that contains more than one dwelling for example a <e2>block of flats</e2> or a terrace of houses an average target primary energy rate, target emission rate and target fabric energy efficiency rate may be calculated as an alternative to individual target rates for each dwelling. | selection |
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. | {'ID': '90_Finnish_Health-IndoorClimateAndVentilation'} | Any connection of <e1>two</e1> or more <e2>air handling units</e2> 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. | greater-equal |
d687ab7a-74e0-4d2e-8aad-27e009651634 | Joints between vertical and horizontal structures shall always be designed without a reduction factor. | {'ID': '13_Finnish_StabilityOfStructures'} | <e1>Joints</e1> between vertical and horizontal structures shall always be <e2>designed without a reduction factor</e2>. | necessity |
ee0c8c7c-c65e-4403-92e6-628fd680f3bf | Any panel within the doorset should be at least 15mm thick. | {'ID': '30_UK_DocQ_Security_Dwellings'} | Any panel within the <e1>doorset</e1> should be at least 15mm <e2>thick</e2>. | none |
c8a048c6-8e7e-4b5a-ada5-02990b983401 | A natural ventilation system, a mechanical extract ventilation system or a mechanical supply and extract ventilation system shall not be designed to be combined in such a way that the directions of air flow between the rooms and in the ductworks may change when the air flows are being controlled. | {'ID': '91_Finnish_Health-IndoorClimateAndVentilation'} | A natural ventilation system, a <e1>mechanical</e1> <e2>extract ventilation system</e2> or a mechanical supply and extract ventilation system shall not be designed to be combined in such a way that the directions of air flow between the rooms and in the ductworks may change when the air flows are being controlled. | selection |
5305da48-b810-4fd8-a0b3-7520f89ff401 | When installing or renovating thermal elements, the element being installed should be draught-proofed, and air-leakage gaps should be filled. | {'ID': '194_UK_DocL_V1_ConsrvationOfFuelAndPower'} | When <e1>installing</e1> or renovating <e2>thermal elements</e2>, the element being installed should be draught-proofed, and air-leakage gaps should be filled. | selection |
09b2a395-5293-4b7d-82d4-5312482d59e9 | Door entry controls, where provided, are mounted 900-1000mm above finished ground level, and at least 300mm away from any projecting corner. | {'ID': '46_UK_DocM_V1_AccessAndUseOfBuildings'} | Door entry controls, where provided, are mounted <e1>900-1000mm</e1> <e2>above</e2> finished ground level, and at least 300mm away from any projecting corner. | equal |
9eb5bf01-3810-44e3-802b-7c7eadad1831 | Mechanical ventilation systems, including both continuous and intermittent mechanical ventilation, should be designed and installed to minimise noise. | {'ID': '21_UK_DocF_V1_Ventilation'} | <e1>Mechanical</e1> <e2>ventilation systems</e2>, including both continuous and intermittent mechanical ventilation, should be designed and installed to minimise noise. | selection |
d0f0d416-a728-4d23-965e-10ff6559f2d8 | All users including wheelchair users should be able to reach and use the controls that summon and direct the lifting platform. | {'ID': '113_UK_DocM_V2_AccessAndUseOfBuildings'} | All <e1>users</e1> including <e2>wheelchair users</e2> should be able to reach and use the controls that summon and direct the lifting platform. | part-of |
5b4380ba-0066-4735-a362-316d4c8e70b2 | Where a building undergoing major renovation, which is not a residential building or a mixeduse building, will have more than 10 parking spaces after the major renovation is completed (a) one of those parking spaces must have access to one 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 remaining parking spaces. | {'ID': '73_UK_DocS_InfrastructureForChargingOfElectricalVehicles'} | Where a building <e1>undergoing major renovation</e1>, which is <e2>not a residential building or a mixeduse building</e2>, will have more than 10 parking spaces after the major renovation is completed (a) one of those parking spaces must have access to one 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 remaining parking spaces. | none |
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. | {'ID': '115_UK_DocF_V2_Ventilation'} | There should be no visible mould on the inner surfaces of external walls of a properly heated <e1>building</e1> <e2>with typical moisture generation</e2>. | selection |
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. | {'ID': '75_UK_DocS_InfrastructureForChargingOfElectricalVehicles'} | If the <e1>cost</e1> of installing the required electric vehicle charge point and cable routes for electric vehicle charge points exceeds <e2>7%</e2> 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. | greater |
eccd4f77-ef4a-41fd-a22a-620c84fdddd4 | There is a minimum of 400mm of worktop to at least one side of the oven and fridge or fridge freezer where this is taller than the worktop height (or to one side of a pair of tall appliances where they are located together at the end of a run). | {'ID': '98_UK_DocM_V1_AccessAndUseOfBuildings'} | There is a minimum of 400mm of worktop to at least one side of the oven and fridge or fridge freezer where this is taller than the worktop height (or to one side of a pair of <e1>tall</e1> <e2>appliances</e2> where they are located together at the end of a run). | selection |
1085a40e-a3d6-48e2-85ac-8247a26f04f2 | Mechanical ventilation systems must be commissioned in accordance with an approved procedure. | {'ID': '35_UK_DocF_V2_Ventilation'} | Mechanical <e1>ventilation systems</e1> must be <e2>commissioned in accordance with an approved procedure</e2>. | necessity |
11f2902d-29c2-474e-97d0-628a2a97a666 | Level differences of over 500 millimetres must be equipped with an appropriate safety barrier, railing or handrail. | {'ID': '109_Finnish_SafetyOfUse'} | <e1>Level differences</e1> of over 500 millimetres must be <e2>equipped with an appropriate safety barrier, railing or handrail</e2>. | necessity |
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. | {'ID': '126_Finnish_Health-WaterAndSewerage'} | 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 <e1>in connection with saunas</e1>; 2. <e2>laundry room</e2>; 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. | none |
77b0edab-012f-4047-a2db-fe6303993780 | Ventilation systems that, under normal operation, recirculate air between more than one space, room or zone should also be able to operate in a mode that reduces the risk of the transmission of airborne infection. | {'ID': '60_UK_DocF_V2_Ventilation'} | <e1>Ventilation systems</e1> that, under normal operation, recirculate air between more than one space, room or zone should also be <e2>able to operate in a mode that reduces the risk of the transmission of airborne infection</e2>. | necessity |
74002ed3-548e-4e2f-8835-be76e643c67d | NOTE 2: Double doors effectively provide nibs where each leaf is at least 300mm wide. | {'ID': '51_UK_DocM_V1_AccessAndUseOfBuildings'} | NOTE 2: Double doors effectively provide <e1>nibs</e1> where each <e2>leaf</e2> is at least 300mm wide. | part-of |
a5e9c36f-358f-4375-943c-6d5b89c82647 | Any abrupt level differences of over 0.7 metres and any precipices located in the vicinity of common play and recreation areas associated with buildings with more than two dwellings must be indicated by appropriate barriers or suitable planted areas, or outfitted with a base that cushions any fall. | {'ID': '92_Finnish_SafetyOfUse'} | Any abrupt level differences of over 0.7 metres and any precipices located in the <e1>vicinity</e1> of common play and recreation <e2>areas</e2> associated with buildings with more than two dwellings must be indicated by appropriate barriers or suitable planted areas, or outfitted with a base that cushions any fall. | part-of |
c236bc17-ef9a-4694-a34e-68a9f38ae405 | For a heat exchanger between a solar primary and secondary system, a minimum of 0.1m2 or equivalent of heat exchanger area should be provided for every 1m2 of the net absorber area of the solar collector. | {'ID': '323_UK_DocL_V1_ConsrvationOfFuelAndPower'} | For a heat exchanger between a solar primary and secondary system, a minimum of 0.1m2 or equivalent of heat exchanger area should be provided for every 1m2 of the <e1>net absorber area</e1> of the <e2>solar collector</e2>. | part-of |
72b3e031-a732-4749-af3e-ffd5c635e830 | Boards should be fitted to the structure to avoid any gaps between board edges and between the board facings. | {'ID': '145_UK_DocL_V1_ConsrvationOfFuelAndPower'} | Boards should be <e1>fitted to the structure</e1> to <e2>avoid any gaps between board edges and between the board facings</e2>. | selection |
c72a5952-2e0b-4d4a-9185-09e4149b6239 | The flooring functioning as waterproofing or waterproofing located underneath the flooring in wet rooms must have a watertight connection with the waterproofing of the wall. | {'ID': '114_Finnish_Health-Humidity'} | The flooring functioning as waterproofing or <e1>waterproofing</e1> <e2>located underneath the flooring in wet rooms</e2> must have a watertight connection with the waterproofing of the wall. | selection |
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. | {'ID': '18_UK_DocM_V1_AccessAndUseOfBuildings'} | Individual <e1>flights</e1> are: for gradients up to 1:15 not more than 10m long; for <e2>gradients</e2> up to 1:12 not more than 5m long. | selection |
cb2f2c09-8ae6-42a4-ac21-861c912c30f9 | In buildings more than 9 metres and at most 28 metres in height, the attic and roof must be accessible via the interior and exterior of the building; in buildings more than 28 metres in height, these must be accessible via the interior. | {'ID': '126_Finnish_SafetyOfUse'} | In buildings more than 9 metres and at most 28 metres in height, the attic and roof must be accessible via the interior and exterior of the building; in <e1>buildings</e1> more than <e2>28 metres</e2> in height, these must be accessible via the interior. | none |
b4582e8e-9bf5-4d2e-8eb3-975e45511aa2 | The building should be designed, within the overall constraints of space, so that the difference in level between the entrance storey and the site entry point is minimised. | {'ID': '37_UK_DocM_V2_AccessAndUseOfBuildings'} | The <e1>building</e1> should be <e2>designed, within the overall constraints of space</e2>, so that the difference in level between the entrance storey and the site entry point is minimised. | necessity |
98ef7ffc-fba9-439f-ab36-5fd6fd1d8e0f | Complex details should be avoided wherever possible. | {'ID': '154_UK_DocL_V1_ConsrvationOfFuelAndPower'} | Complex <e1>details</e1> should be <e2>avoided wherever possible</e2>. | necessity |
fa8a6d84-eb99-490e-8169-3c65353fb553 | For large roofs, where the smaller horizontal dimension of the roof is 50 m or more, and the topography is windswept, the value of the exposure coefficient shall be at least 1. | {'ID': '61_Finnish_StabilityOfStructures'} | For large roofs, where the <e1>smaller</e1> horizontal <e2>dimension</e2> of the roof is 50 m or more, and the topography is windswept, the value of the exposure coefficient shall be at least 1. | selection |
f2bf62e6-9577-48b5-b15d-9fe4904acf52 | Where controls are integrated in the heater, the system should be provided with a time switch/programmer and room temperature sensor linked to heater firing and fan speed control. | {'ID': '268_UK_DocL_V1_ConsrvationOfFuelAndPower'} | Where controls are integrated in the heater, the system should be provided with a <e1>time switch/programmer</e1> and <e2>room temperature sensor</e2> linked to heater firing and fan speed control. | none |
77be05f2-cd8c-4d35-85e4-6637b999d8e7 | The value of the consequential improvement works should not be less than 10 of the value of the principal works. | {'ID': '452_UK_DocM_V2_AccessAndUseOfBuildings'} | The <e1>value</e1> of the <e2>consequential</e2> improvement works should not be less than 10 of the value of the principal works. | none |
38cd3221-7fc9-4462-be20-78b16a4309d3 | The area of openings in the newly created dwelling should not be more than 25 of the total floor area. | {'ID': '490_UK_DocL_V1_ConsrvationOfFuelAndPower'} | The area of openings in the <e1>newly created</e1> <e2>dwelling</e2> should not be more than 25 of the total floor area. | selection |
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. | {'ID': '83_Finnish_SafetyOfUse'} | The <e1>free</e1> <e2>opening</e2> 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. | selection |
ddc0bba6-2df8-43e1-9398-37514366fb06 | For fixed terminals with automatic flow adjustment at the fan unit, the fan speed should be set to achieve the desired continuous flow rate. | {'ID': '208_UK_DocF_V1_Ventilation'} | For fixed <e1>terminals</e1> with automatic flow adjustment at the <e2>fan unit</e2>, the fan speed should be set to achieve the desired continuous flow rate. | part-of |
7d877df3-9aa7-4dff-a64d-5356a66c944d | In public outdoor and indoor spaces, and in business and service premises, a handrail must continue at least 300 millimetres past the start and end points of the structure, and in the case of stairs or ramps that have a width exceeding 2.4 metres and are located in assembly areas, it must also be placed so as to divide the passageway into parts no wider than the abovementioned width. | {'ID': '59_Finnish_SafetyOfUse'} | In public outdoor and indoor spaces, and in business and <e1>service</e1> <e2>premises</e2>, a handrail must continue at least 300 millimetres past the start and end points of the structure, and in the case of stairs or ramps that have a width exceeding 2.4 metres and are located in assembly areas, it must also be placed so as to divide the passageway into parts no wider than the abovementioned width. | selection |
f36650d9-cd31-4795-9728-7a4dcf3cadde | Dwellings, accommodation premises, institutions, day-care institutions, day-care centres and other early childhood education premises and schools must be provided with an appropriate system that gives a warning at an early stage of a beginning fire. | {'ID': '229_Finnish_FireSafety'} | Dwellings, accommodation premises, institutions, day-care institutions, day-care centres and other early childhood education premises and <e1>schools</e1> must be provided with an appropriate <e2>system that gives a warning at an early stage of a beginning fire</e2>. | necessity |
f9de28ac-45bb-4400-9d9f-8afee73bd2e3 | The number of appliances should not exceed one per 100m2 of dwelling floor area. | {'ID': '273_UK_DocL_V1_ConsrvationOfFuelAndPower'} | The <e1>number of appliances</e1> should not exceed one per 100m2 of <e2>dwelling</e2> floor area. | none |
53b7d989-c81f-4e01-a5ec-4b2cb30b4bfa | The size of a fire compartment must be limited so that a fire igniting in the compartment does not cause unreasonably vast damages (compartmentation by area). | {'ID': '104_Finnish_FireSafety'} | The size of a fire compartment must be limited so that a <e1>fire igniting</e1> in the <e2>compartment</e2> does not cause unreasonably vast damages (compartmentation by area). | part-of |
7c74b365-6fdd-494d-9675-3ae036c55348 | Ladders and other structural elements at emergency exits and service routes must be designed and constructed so that they can also be used in an emergency situation. | {'ID': '82_Finnish_SafetyOfUse'} | <e1>Ladders</e1> and other structural elements at <e2>emergency exits</e2> and service routes must be designed and constructed so that they can also be used in an emergency situation. | part-of |
46ee0eda-086a-40ab-8e8f-bfa4c85abd49 | If the indoor access route leading to an evacuation area in a non-residential building is via the indoor stairs in the area, these stairs must be wide enough that they can be used to transport an immobile individual on a stretcher. | {'ID': '16_Finnish_SafetyOfUse'} | If the indoor access route leading to an evacuation area in a non-residential building is via the indoor stairs in the area, these <e1>stairs</e1> must be <e2>wide enough that they can be used to transport an immobile individual on a stretcher</e2>. | necessity |
6c789809-b1b8-429a-8fe2-8ce16f8a4b54 | Air flows in the continuous working area of a parking garage for motor vehicles shall be designed so that the instantaneous carbon monoxide concentration does not exceed 7 mg/m3 (6 ppm). | {'ID': '62_Finnish_Health-IndoorClimateAndVentilation'} | Air flows in the continuous working area of a <e1>parking garage</e1> <e2>for motor vehicles</e2> shall be designed so that the instantaneous carbon monoxide concentration does not exceed 7 mg/m3 (6 ppm). | selection |
e9d02df9-2fcb-4acc-bd08-18a4348cd823 | If people need to obtain tickets for pay and display parking, the ticket dispensing machines should be located in a way that allows a person in a wheelchair, or a person of short stature, to gain access close to the machine and reach the payment and ticket dispensing functions. | {'ID': '46_UK_DocM_V2_AccessAndUseOfBuildings'} | If people need to <e1>obtain tickets for pay and display parking</e1>, the ticket dispensing machines should be located in a way that <e2>allows a person in a wheelchair, or a person of short stature, to gain access close to the machine and reach the payment and ticket dispensing functions</e2>. | none |
0aaf71f0-a482-4a72-a407-0d6db79c7f6f | In a building consisting primarily of one storey, no more than 200 m2 of fire-compartmented and no more than 50 m2 of non-fire-compartmented areas that essentially relate to the business of the building may be located on the level of second storey. | {'ID': '69_Finnish_FireSafety'} | In a <e1>building</e1> consisting primarily of one storey, no more than <e2>200 m2</e2> of fire-compartmented and no more than 50 m2 of non-fire-compartmented areas that essentially relate to the business of the building may be located on the level of second storey. | none |
a1f91cfd-21f8-49a4-8468-746f49f4848e | For a building that contains more than one dwelling for example a block of flats or a terrace of houses an average target primary energy rate, target emission rate and target fabric energy efficiency rate may be calculated as an alternative to individual target rates for each dwelling. | {'ID': '50_UK_DocL_V1_ConsrvationOfFuelAndPower'} | For a <e1>building</e1> that contains more than one dwelling for example a block of flats or a terrace of houses an average target primary energy rate, target emission rate and <e2>target fabric energy efficiency rate</e2> may be calculated as an alternative to individual target rates for each dwelling. | part-of |
4d54279f-8590-4a58-86d5-afb7f3069870 | The apartment-specific water meters shall be located in a place where they are easy to install, read and service. | {'ID': '75_Finnish_Health-WaterAndSewerage'} | The apartment-specific <e1>water meters</e1> shall be <e2>located in a place where they are easy to install, read and service</e2>. | necessity |
8edf6848-bdc2-4970-8328-5a24d69a2f0d | Unit length should be measured through midline of the worktop, not the front or rear edge. | {'ID': '94_UK_DocM_V1_AccessAndUseOfBuildings'} | <e1>Unit length</e1> should be <e2>measured through midline of the worktop, not the front or rear edge</e2>. | necessity |
e505b13c-7b62-4857-aa2d-544dc986e9c0 | For dwellings, for external tapered steps and stairs that are part of the building the going of each step should be a minimum of 280mm. | {'ID': '18_UK_DocK_ProtectionFromFalling'} | For <e1>dwellings</e1>, for external tapered <e2>steps</e2> and stairs that are part of the building the going of each step should be a minimum of 280mm. | part-of |
ddc0bba6-2df8-43e1-9398-37514366fb06 | For fixed terminals with automatic flow adjustment at the fan unit, the fan speed should be set to achieve the desired continuous flow rate. | {'ID': '208_UK_DocF_V1_Ventilation'} | For fixed <e1>terminals</e1> with automatic flow adjustment at the fan unit, the <e2>fan</e2> speed should be set to achieve the desired continuous flow rate. | none |
2c224c59-366d-447f-9ecc-87c119c2db07 | For new dwellings, the commissioning plan should be given to the building control body with the design stage dwelling primary energy rate, dwelling emission rate and dwelling fabric energy efficiency rate calculations. | {'ID': '374_UK_DocL_V1_ConsrvationOfFuelAndPower'} | For new <e1>dwellings</e1>, the <e2>commissioning plan</e2> should be given to the building control body with the design stage dwelling primary energy rate, dwelling emission rate and dwelling fabric energy efficiency rate calculations. | part-of |
563cd5fb-adc9-4bde-8b34-4accc93ac84b | Systems should not be significantly oversized in most circumstances, the cooling appliance should not be sized for more than 120 of the design cooling load. | {'ID': '331_UK_DocL_V1_ConsrvationOfFuelAndPower'} | <e1>Systems</e1> should not be significantly oversized in most circumstances, the <e2>cooling appliance</e2> should not be sized for more than 120 of the design cooling load. | part-of |
72e7ed0c-9e73-46b2-a919-20f3fea337fd | An area with a potentially flammable or explosive atmosphere must not be located in a building where there are dwellings, accommodation premises, institutions or assembly and business premises. | {'ID': '56_Finnish_FireSafety'} | An area with a potentially flammable or explosive atmosphere must not be located in a <e1>building</e1> where there are <e2>dwellings</e2>, accommodation premises, institutions or assembly and business premises. | part-of |
0da52584-1b37-48b5-840f-3795ae695275 | the minimum clear dimensions of the platform are: 1100mm wide and 1400mm deep where two doors are located at 90° relative to each other and where the lifting platform is enclosed or where provision is being made for an accompanied wheelchair user. | {'ID': '119_UK_DocM_V2_AccessAndUseOfBuildings'} | the minimum clear <e1>dimensions</e1> of the platform are: 1100mm wide and 1400mm <e2>deep</e2> where two doors are located at 90° relative to each other and where the lifting platform is enclosed or where provision is being made for an accompanied wheelchair user. | part-of |
8fec1c4a-527e-49b6-9267-89ff700a9291 | Where membranes are penetrated, careful detailing should be used to achieve a robust and durable seal at these penetrations. | {'ID': '182_UK_DocL_V1_ConsrvationOfFuelAndPower'} | Where membranes are penetrated, <e1>careful</e1> <e2>detailing</e2> should be used to achieve a robust and durable seal at these penetrations. | selection |
2f89cb06-3ee9-49b5-ac36-46f31ae3928f | Hot water pipework should be insulated in all areas inside and outside the building unless it can be demonstrated that the heat is always useful. | {'ID': '170_UK_DocM_V2_AccessAndUseOfBuildings'} | <e1>Hot water pipework</e1> should be insulated in all <e2>areas</e2> inside and outside the building unless it can be demonstrated that the heat is always useful. | part-of |
2f89cb06-3ee9-49b5-ac36-46f31ae3928f | Hot water pipework should be insulated in all areas inside and outside the building unless it can be demonstrated that the heat is always useful. | {'ID': '170_UK_DocM_V2_AccessAndUseOfBuildings'} | Hot water pipework should be insulated in all areas inside and outside the building unless it can be demonstrated that the <e1>heat</e1> is <e2>always useful</e2>. | selection |