GreatNorthCollective/greatnorth-canada-federal-laws-text huggingface dataset:
Cribs, Cradles and Bassinets Regulations — 3
3 The following method is to be used for testing the structural integrity of a crib under vertical force conditions: (a) assemble the crib according to the manufacturer’s instructions, omitting any attachments that could interfere with the conduct of the test; (b) secure the crib to a horizontal surface in a manner that will not interfere with the conduct of the test and place the mattress support in its lowest position and; (c) place the movable part of any access sides of the crib in the adjustment position that is designed to provide accommodation for an unattended child; (d) apply a vertical force of 120 N to the midpoint of the upper edge of one of the sides, in an up-and-down motion at a frequency of 150 cycles per minute for a total of 9,000 cycles; (e) record any damage to the crib, any disengagement or permanent deformation of its latching or locking mechanisms and any loosening of its fasteners; and (f) repeat the steps set out in paragraphs (c) to (e) for all the other sides of the crib.
Cribs, Cradles and Bassinets Regulations — 4
4 The following method is to be used for testing the structural integrity of a cradle under dynamic conditions: (a) assemble the cradle according to the manufacturer’s instructions, omitting any attachments that could interfere with the conduct of the test; (b) if a mattress is supplied with the cradle, remove it; (c) secure the cradle to a horizontal surface in a manner that will not interfere with the conduct of the test and place the mattress support in its lowest position; (d) place on the mattress support a test mattress that (i) is made of polyurethane foam that is 76 mm thick and that has a density of 30 kg/m 3 ± 6 kg/m 3 and a 25% indentation force deflection (IFD) of 144 N ± 30 N, (ii) has dimensions that are no more than 25 mm narrower than the interior dimensions of the cradle, and (iii) is covered with a tight-fitting 8- to 12-gauge vinyl material; (e) using a load of 13.7 kg that has a square base that measures 305 mm × 305 mm, cause the load to fall freely onto the geometric centre of the surface of the test mattress from a height of 150 mm above its upper surface, measured at the outset of the test; (f) remove the load after two seconds; (g) repeat the steps set out in paragraphs (e) and (f) 499 times at the rate of one impact every four seconds for a total of 500 impacts; and (h) record any damage to the cradle, any disengagement or permanent deformation of its latching or locking mechanisms and any loosening of its fasteners.
Cribs, Cradles and Bassinets Regulations — 5
5 The following method is to be used for testing the structural integrity of a bassinet under static conditions: (a) assemble the bassinet according to the manufacturer’s instructions, omitting any attachments that could interfere with the conduct of the test; (b) if a removable mattress is supplied with the bassinet, remove it; (c) set up the bassinet in one of the following ways: (i) if the bassinet is elevated by an integral supporting structure, place it on a horizontal surface, (ii) if the bassinet is designed or advertised to be used with a stand, put the bassinet on the stand according to the stand manufacturer’s instructions and place the stand on a horizontal surface, (iii) if the bassinet has one or more handles, hang the bassinet from its handles above a horizontal surface, and (iv) if the bassinet has no handles, no integral supporting structure and no stand, elevate the bassinet above a horizontal surface in a way that the blocking or other support used to hold it in the elevated position does not act directly on the bassinet’s mattress support; (d) identify the areas on the mattress support that are most likely to be damaged by the application of the load and mark them; (e) apply a load of 24 kg that has a square base that measures 152 mm × 152 mm to one of the marked areas and maintain the load for 60 seconds; (f) repeat the step set out in paragraph (e) for all other marked areas; (g) record any damage to the bassinet, including to its handles; and (h) if the bassinet can be set up in more than one way set out in paragraph (c), repeat the steps set out in paragraphs (d) to (g) for each possible way.
Cribs, Cradles and Bassinets Regulations — 1
1 The following method is to be used for testing the mattress support of a crib: (a) assemble the crib according to the manufacturer’s instructions, omitting any attachments that could interfere with the conduct of the test; (b) secure the crib to a horizontal surface in a manner that will not interfere with the conduct of the test and place the mattress support in its lowest position; (c) apply an upward push force of 250 N to the lower surface of the mattress support, as close as possible to and within a radius of 150 mm from one of the mattress support mechanisms, and maintain the force for 60 seconds; (d) record any dislodging of the mattress support, any disengagement or permanent deformation of the mechanisms and any loosening of its fasteners; (e) readjust the mattress support to its original position, if necessary; (f) repeat the steps set out in paragraphs (c) to (e) for all the other mattress support mechanisms; (g) repeat the step set out in paragraph (c) for all of the mattress support mechanisms simultaneously; (h) record any dislodging of the mattress support, any disengagement or permanent deformation of the mechanisms and any loosening of its fasteners; (i) readjust the mattress support to its original position, if necessary; (j) apply a force of 200 N in any direction to one of the mattress support mechanisms in a manner that could cause disengagement or permanent deformation of the mechanism or loosening of the mattress support fasteners; (k) record any dislodging of the mattress support, any disengagement or permanent deformation of the mechanisms and any loosening of its fasteners; (l) readjust the mattress support to its original position, if necessary; and (m) repeat the steps set out in paragraphs (j) to (l) for all the other mattress support mechanisms.
Cribs, Cradles and Bassinets Regulations — 2
2 The following method is to be used for testing the mattress support of a cradle: (a) assemble the cradle according to the manufacturer’s instructions, omitting any attachments that could interfere with the conduct of the test; (b) secure the cradle to a horizontal surface in a manner that will not interfere with the conduct of the test and place the mattress support in its lowest position; (c) apply an upward push force of 250 N to the lower surface of the mattress support, as close as possible to and within a radius of 150 mm from one of the mattress support mechanisms, and maintain the force for 60 seconds; (d) record any dislodging of the mattress support, any disengagement or permanent deformation of the mechanisms and any loosening of its fasteners; (e) readjust the mattress support to its original position, if necessary; (f) repeat the steps set out in paragraphs (c) to (e) for all the other mattress support mechanisms; (g) repeat the step set out in paragraph (c) for all of the mattress support mechanisms simultaneously; and (h) record any dislodging of the mattress support, any disengagement or permanent deformation of the mechanisms and any loosening of its fasteners.
Cribs, Cradles and Bassinets Regulations — 1
1 The following method is to be used for testing the strength of crib slats under a static load: (a) select and mark for testing slats that make up 25% of the slats of the crib, rounded up to the nearest whole number of slats, and that (i) based on their geometry, offer the least resistance to deflection, (ii) are not adjacent to another slat being tested, and (iii) are not vertical rails that are joined to both the top and bottom horizontal rails of a side; (b) select a marked slat and place the side of the crib to which the slat belongs in such a way that the side is rigidly supported at a point located within 76 mm of each end of its top and bottom horizontal rails in a manner that does not interfere with any deflection of the slats under applied force; (c) over a period of at least two seconds but not more than five seconds, using a force-measuring device that has a contact area with a width of 25.4 mm ± 1.6 mm and a length at least equal to the width of the slat being tested, gradually apply a force of 356 N perpendicular to the horizontal rails, at the midpoint of the slat, and maintain the force for 10 seconds; (d) record whether the slat breaks or separates from the horizontal rails under a force of 267 N or less; (e) repeat the steps set out in paragraphs (b) to (d) for all the other slats marked for testing; (f) record whether more than one slat breaks or separates from the horizontal rails under a force of more than 267 N but less than 356 N; (g) if only a single slat breaks or separates from the horizontal rails under a force of more than 267 N but less than 356 N, select a further 25% of the slats of the crib for testing that meet the criteria set out in subparagraphs (a)(i) to (iii) and repeat the steps set out in paragraphs (b) to (e); and (h) record whether any single slat of the additional 25% of slats selected under paragraph (g) breaks or separates from the horizontal rails under a force of 356 N or less.
Cribs, Cradles and Bassinets Regulations — 1
1 The following method is to be used for testing the stability of a cradle or bassinet or of a stand when it is used with such a product: (a) assemble the product according to the manufacturer’s instructions, omitting any attachments that could interfere with the conduct of the test; (b) set up a horizontal test surface with an aluminum angle stop that is, subject to paragraph (c), 25 mm high and 25 mm wide and that is at least 150 mm longer than the product that is being tested; (c) if the cradle or bassinet has a rocking base, the angle stop must be of a height that, when the product is tilted, no part of its rounded base moves on top of the angle stop; (d) position the product in one of the manufacturer’s recommended use positions and place it against the angle stop; (e) place a CAMI Newborn Dummy with its arms and legs straightened and face up on the geometric centre of the appropriate mattress or, in the case of a product that is designed to be used without a mattress, on the geometric centre of the surface that supports the weight of the child; (f) gradually apply a 10-kg static vertical load over a period of five seconds to the location along the upper horizontal rail on the side that is closest to the angle stop and that is most likely to tip the product over; (g) while maintaining the vertical load, gradually apply a horizontal force of 22 N in the direction of the angle stop, over a period of five seconds, to the same location where the vertical load is applied; (h) maintain both the vertical load and the horizontal force for a further 10 seconds; (i) rotate the product 90° and repeat the steps set out in paragraphs (d) to (h); (j) repeat the step set out in paragraph (i) twice more; (k) repeat the steps set out in paragraphs (d) to (j) for all the other manufacturer’s recommended use positions; and (l) if the cradle or bassinet is designed or advertised to be used with a stand, put the product on the stand according to the stand manufacturer’s instructions and repeat the steps set out in paragraphs (b) to (k).
Cribs, Cradles and Bassinets Regulations — 1
1 The following method is to be used for testing openings that are created when an accessory is placed on or fixed to a crib: (a) assemble the crib and the accessory or accessories, according to the manufacturer’s instructions, omitting any attachments that could interfere with the conduct of the test; (b) fix the accessory or combination of accessories to the crib — or place it or them on the crib — in one of the manufacturer’s recommended use positions and identify any openings that are created and that are likely to permit the passage of the small head probe illustrated in the figure to Schedule 7 but not the large head probe illustrated in the figure to this section; (c) rotate the small head probe to the orientation that is most likely to permit its passage through one of the identified openings and, from inside the occupant retention area of the crib, gradually apply an upward or outward force of 111 N to the probe over a period of five seconds, then maintain the force for 10 seconds; (d) if the small head probe can pass entirely through the opening, repeat the steps set out in paragraph (c) using the large head probe and attempt to pass it, without forcing it, through the opening in any orientation; (e) repeat the steps set out in paragraphs (c) and (d) for all the other identified openings; and (f) repeat the steps set out in paragraphs (b) to (e) for all the other manufacturer’s recommended use positions. Figure — Large Head Probe The large head probe is meant to simulate the head of a 97th percentile three-year-old child. The large head probe is shaped like a cylinder that narrows slightly and that has a flattened end that is opposite from the bottom of the probe. The height of the probe is 101.6 mm. The diameter of the probe is constant at 228.6 mm for the first 25.4 mm of height, measured from the bottom of the probe, and is then reduced to 203.2 mm over the next 76.2 mm of height. A handle protrudes from the centre of the probe.
Cribs, Cradles and Bassinets Regulations — 2
2 The following method is to be used for testing openings that are created by the detachment or displacement of an accessory from a crib: (a) assemble the crib and the accessory or accessories, according to the manufacturer’s instructions, omitting any attachments that could interfere with the conduct of the test; (b) fix the accessory or combination of accessories to the crib — or place it or them on the crib — in one of the manufacturer’s recommended use positions, and identify the parts of the accessory that are most likely to detach or become displaced and so create an opening; (c) using a pad that has a tip with a diameter of 50 mm gradually apply, from within the occupant retention area of the crib, an upward or outward force of 111 N over a period of five seconds to one of the identified locations; (d) if an opening is created, attempt to pass the small head probe illustrated in the figure to Schedule 7, without forcing it, through the opening in any orientation; (e) repeat the steps set out in paragraphs (c) and (d) by applying the force to all the other identified parts of the accessory; and (f) repeat the steps set out in paragraphs (b) to (e) for all the other manufacturer’s recommended use positions.
Expiry of Sections 10 to 12 and 13 to 15 of the Softwood Lumber Products Export Charge Act, 2006 Regulations — Expiry of Sections 10 to 12 and 13 to 15 of the Softwood Lumber Products Export Charge Act, 2006 Regulations
His Excellency the Governor General in Council, on the recommendation of the Minister of National Revenue, pursuant to paragraph 101(a) and section 102 of the Softwood Lumber Products Export Charge Act, 2006 a , makes the annexed Expiry of Sections 10 to 12 and 13 to 15 of the Softwood Lumber Products Export Charge Act, 2006 Regulations .
Expiry of Sections 10 to 12 and 13 to 15 of the Softwood Lumber Products Export Charge Act, 2006 Regulations — 1
Ceasing to be in Force 1 Sections 10 to 12 and 13 to 15 of the Softwood Lumber Products Export Charge Act, 2006 cease to be in force on October 12, 2015.
Expiry of Sections 10 to 12 and 13 to 15 of the Softwood Lumber Products Export Charge Act, 2006 Regulations — 2
Coming into force 2 These Regulations are deemed to have come into force on October 13, 2015.
Candles Regulations — a
His Excellency the Governor General in Council, on the recommendation of the Minister of Health, pursuant to section 37 of the Canada Consumer Product Safety Act a , makes the annexed Candles Regulations . a S.C. 2010, c. 21
Candles Regulations — 1
Spontaneous reignition 1 A candle must not reignite spontaneously after it is extinguished.
Candles Regulations — 3
Registration 3 These Regulations come into force on the day on which they are registered.
Carbonated Beverage Glass Containers Regulations — a
His Excellency the Governor General in Council, on the recommendation of the Minister of Health, pursuant to section 37 of the Canada Consumer Product Safety Act a , makes the annexed Carbonated Beverage Glass Containers Regulations . a S.C. 2010, c. 21
Carbonated Beverage Glass Containers Regulations — 1
Definition of carbonated beverage glass container 1 In these Regulations, a carbonated beverage glass container means a glass container of a capacity of 1.5 L or more containing a non-alcoholic carbonated beverage.
Carbonated Beverage Glass Containers Regulations — 2
Perforation 2 A carbonated beverage glass container must not, when tested in accordance with Schedule 1, shatter in such a way as to cause any piece or part of the container to perforate the plastic sheets described in that Schedule.
Carbonated Beverage Glass Containers Regulations — 3
Distance of projection 3 When a carbonated beverage glass container is tested in accordance with Schedule 2, at least 95% of the dry weight of the container must remain inside the cylinder.
Carbonated Beverage Glass Containers Regulations — 4
Warning 4 A carbonated beverage glass container must have printed on it, or affixed to it, in such a manner that the text is clearly legible, the following warning prominently displayed in boldface letters that are at least 3 mm in height: CONTENTS UNDER PRESSURE. HANDLE WITH CARE. CONTENU SOUS PRESSION. MANIPULER AVEC SOIN.
Carbonated Beverage Glass Containers Regulations — Carbonated Beverage Glass Containers Regulations
CONTENTS UNDER PRESSURE. HANDLE WITH CARE.
Carbonated Beverage Glass Containers Regulations — Carbonated Beverage Glass Containers Regulations
CONTENU SOUS PRESSION. MANIPULER AVEC SOIN.
Carbonated Beverage Glass Containers Regulations — 5
Code — date of manufacture 5 A carbonated beverage glass container must be coded in such a manner that its date of manufacture is identifiable.
Carbonated Beverage Glass Containers Regulations — 6
System of control and documents 6 (1) Every person who manufactures or imports a carbonated beverage glass container must (a) establish and maintain a system of control and inspection to ensure that the carbonated beverage glass container meets the requirements set out in sections 2 and 3 ; and (b) prepare and maintain documents describing tests carried out on the carbonated beverage glass container and the results of such tests. Retention period and examination by inspector (2) The manufacturer or importer must keep the documents for a period of two years, and have the documents available during that period for examination by an inspector at all reasonable times.
Carbonated Beverage Glass Containers Regulations — 8
Registration 8 These Regulations come into force on the day on which they are registered.
Carbonated Beverage Glass Containers Regulations — 1
1 The following method is to be used to test whether a carbonated beverage glass container shatters in such a way as to cause perforation: (a) as illustrated in the figure of the test apparatus, provide (i) a flat and horizontal support surface that is 10 cm in diameter, (ii) on a supporting structure of four corner posts 16 mm in diameter, four straight rods 16 mm in diameter, forming a square frame with outside dimensions of 80 cm for each side centred on the vertical centreline through the support surface and parallel to, and with the upper edges of the rods 80 cm above, the support surface, (iii) a drill probe of adjustable height, with a horizontal axial centreline in a vertical plane that passes equidistant between two opposite sides of the square frame, (iv) a sharp “MM Glazemaster Glass Drill, 4.5 mm, Type A”, affixed to and axially centred on the drill probe, (v) a drill probe drive mechanism capable of rotating the probe 0.2 revolutions per second while advancing the drill 0.254 mm per second towards the vertical centreline through the support surface, and (vi) two support points for the container of adjustable height, located and oriented as shown in the figure; (b) cover the top and the four vertical sides of the supporting structure using clear polyethylene plastic sheets of a thickness of 0.035 ± 0.005 mm, and using supplementary means of attachment as required, so that (i) a single sheet of plastic, 80 cm wide, is suspended across the side facing the drill probe, (ii) two sheets of plastic, each 33 cm wide, are suspended on the side where the drill probe is located with a gap of 14 cm between the two sheets, symmetrical with the drill probe centreline, (iii) a single sheet of plastic, 80 cm wide, is suspended across the top and the other two sides, (iv) the lower edges of the plastic sheets extend below the plane of the support surface, and (v) the lower edges of the plastic sheets are subjected to a uniformly distributed downward force of 39 N/m of width by the use of weight rods; (c) remove from the container any packaging and label that does not remain on it after its sale and during its use; (d) ensure that the unopened container is equilibrated to a test temperature by storing it in a water bath at 22°C for four hours and is equilibrated as to pressure at that temperature by ultrasonic agitation immediately before the test; (e) ensure that the plastic sheets are free of any perforation; (f) adjust the drill probe and the support points to the mid-height of the container; (g) place the container upright and unopened on the support surface and against the support points; (h) adjust the probe drive mechanism to a linear velocity of 0.254 mm per second and a rotational velocity of 0.2 revolutions per second, and advance the drill probe until it pierces the container; and (i) if the container shatters, note whether any piece or part of the container has perforated the plastic sheets above the horizontal plane of the support surface.