BS EN 71-1:2001:2005 Edition
$215.11
Safety of toys – Mechanical and physical properties
Published By | Publication Date | Number of Pages |
BSI | 2005 | 80 |
PDF Catalog
PDF Pages | PDF Title |
---|---|
1 | BRITISH STANDARD |
2 | National foreword |
4 | Foreword Foreword to amendment A1 |
5 | Foreword to amendment A2 Foreword to amendment A4 Foreword to amendment A5 Foreword to amendment A6 |
6 | Foreword to amendment A7 Foreword to amendment A8 Foreword to amendment A9 |
7 | Foreword to amendment A10 Foreword to amendment A11 Contents |
9 | Introduction 1 Scope |
10 | 2 Normative references |
11 | 3 Definitions 3.1 accessible 3.2 aquatic toy 3.3 backing 3.4 burr 3.5 close to the ear toy 3.6 collapse 3.7 cord 3.8 crack |
12 | 3.9 crushing 3.10 driving mechanism 3.11 edge 3.12 expanding material 3.13 fastening 3.14 filling 3.15 free-wheeling toy bicycle 3.16 functional edge or point 3.17 functional toy 3.18 fuzz 3.19 hand-held toy 3.20 hinge line |
13 | Figure 1 – Definition of hinge line 3.21 large and bulky toy 3.22 maximum saddle height 3.23 overlap joint 3.24 packaging 3.25 paper 3.26 particle 3.27 plastic sheeting 3.28 projectile 3.29 projectile toy with stored energy |
14 | 3.30 projectile toy without stored energy 3.31 rattle 3.32 removable component 3.33 soft filled toy 3.34 splinter 3.35 spring Figure 2 – helical spring Figure 3 – spiral spring 3.36 squeeze toy |
15 | 3.37 table-top and floor toy 3.38 teether 3.39 tool 3.40 toy scooter 3.41 ball 3.42 suction cup 4 General requirements 4.1 Material 4.2 Assembly |
16 | 4.3 Flexible plastic sheeting 4.4 Toy bags 4.5 Glass 4.6 Expanding materials 4.7 Edges |
17 | 4.8 Points and wires 4.9 Protruding parts 4.10 Parts moving against each other |
18 | Figure 4 – Toy pushchair or perambulator covered by itemļæ½a) Figure 5 – Toy pushchairs covered by item b) |
19 | 4.11 Mouth-actuated toys |
20 | 4.12 Balloons 4.13 Cords of toy kites and other flying toys 4.14 Enclosures |
21 | Figure 6 – Example of an equivalent single ventilation area 4.15 Toys intended to bear the mass of a child |
23 | Figure 7 – Propelling chains and chain shield |
24 | Figure 8 – Hand brake lever dimensions Figure 9 – Maximum openings in chains for swings |
26 | 4.16 Heavy immobile toys 4.17 Projectiles Figure X – Measurement of length of projectiles with suction cup |
27 | 4.18 Aquatic toys 4.19 Percussion caps specifically designed for use in toys |
28 | 4.20 Acoustics 4.21 Toys containing a heat source |
29 | 4.22 Small balls 5 Toys intended for children under 36ļæ½months 5.1 General requirements |
30 | 5.2 Filling materials 5.3 Adhesion of plastic sheeting 5.4 Cords on toys Figure 10 – Example of a joint on cords Figure 11 – Fixing points of cords |
31 | 5.5 Liquid filled toys 5.6 Swings 5.7 Speed limitation of electrically driven toys 5.8 Glass and porcelain 5.9 Shape and size of certain toys 5.10 Toys comprising monofilament fibres |
32 | 5.11 Small balls 5.12 Play figures Figure X – Examples of play figures 5.13 Hemispheric shaped toys |
33 | Figure 5.13 – Examples of hemispheric shaped toys |
34 | 5.14 Suction cups 6 Packaging |
35 | 7 Warnings and instructions for use 7.1 General 7.2 Toys not intended for children underļæ½36ļæ½months 7.3 Latex balloons 7.4 Toys intended to bear the mass of a child |
36 | 7.5 Aquatic toys 7.6 Functional toys 7.7 Functional sharp edges and points 7.8 Projectiles 7.9 Imitation protective masks and helmets 7.10 Toy kites 7.11 Roller skates and toy skateboards 7.12 Toys intended to be strung across a cradle, cot, or perambulator |
37 | 7.13 Liquid filled teethers 7.14 Percussion caps specifically designed for use in toys 7.15 Acoustics 7.16 Toy bicycles 7.17 Toys intended to bear the mass of a child 7.18 Toys comprising monofilament fibres 7.19 Small balls 7.20 Toy scooters |
38 | 8 Test methods 8.1 General requirements for testing 8.2 Small parts cylinder Figure 12 – Small parts cylinder |
39 | 8.3 Torque test 8.4 Tension test Figure 13 – Feeler gauge |
40 | 8.5 Drop test 8.6 Tip over test |
41 | 8.7 Impact test 8.8 Compression test 8.9 Soaking test 8.10 Accessibility of a part or component Table 1 – Dimensions of accessibility probes |
42 | Figure 14 – Accessibility probe |
43 | 8.11 Sharpness of edges Figure 15 – Edge test apparatus |
44 | 8.12 Sharpness of points Figure 16 – Point tester |
45 | 8.13 Flexibility of wires 8.14 Expanding materials |
46 | 8.15 Leakage of liquid filled toys 8.16 Geometric form of certain toys Figure 17 – Test template A |
47 | Figure 18 – Test template B 8.17 Durability of mouthļæ½actuated toys 8.18 Folding or sliding mechanisms |
48 | 8.19 Electric resistivity of cords 8.20 Cord thickness 8.21 Static strength |
49 | Figure 8.21 – Static strength test for toy scooters Figure 19 – Load for determination of strength and stability |
50 | 8.22 Dynamic strength |
51 | Figure 8.22 – Example of loads for determination of dynamic strength |
52 | 8.23 Stability |
53 | 8.24 Strength of swings and similar toys 8.25 Determination of kinetic energy 8.26 Plastic sheeting |
54 | 8.27 Borosilicate glass 8.28 Openings in climbing frames and similar toys Figure 20 – Probe C |
55 | Figure 21 – Probe D 8.29 Diameter of ropes and chains for swings 8.30 Brake performance |
56 | Figure 8.30.3.2 – Brake performance for toy scooters with foot brake 8.31 Determination of emission sound pressure level |
59 | Figure 22 – Microphone positions for the measurement of the emission sound pressure levels of handļæ½held and c… Figure 23 – Microphone positions for handļæ½held toys other than cap firing toys |
60 | Figure 24 – Microphone positions for the measurement of stationary and selfļæ½propelled tableļæ½top and floor toys Figure 25 – Microphone positions for the measurements of pull and push toys and for handļæ½actuated spring prop… |
61 | 8.32 Determination of speed of electrically driven rideļæ½on toys 8.33 Measurement of temperature rises 8.34 Durability test for vertically opening hinged lids on toy chests |
62 | 8.35 Small balls and suction cups test Figure Y – Template E 8.36 Test for play figures |
63 | 8.37 Strength of toy scooter steer tubes Figure 8.37.3 – Test of steer tubes |
64 | Annex A (normative) Percussion caps specifically designed for use in toysļæ½ā Requirements A.1 Percussion caps A.2 Packaging of percussion caps Annex B (informative) Requirements guide by toy categories |
65 | Table B.1 – Requirements by toy categories |
66 | Annex C (informative) Background and rationale for this standard C.1 Scope C.2 Material C.3 Assembly |
67 | C.4 Flexible plastic sheeting C.5 Glass C.6 Expanding materials C.7 Edges C.8 Points and wires |
68 | C.9 Protruding parts C.10 Folding and sliding mechanisms C.11 Driving mechanisms |
69 | C.12 Hinges C.13 Springs C.14 Mouthļæ½actuated toys C.15 Balloons C.16 Cords of kites C.17 Toys which a child can enter |
70 | C.18 Masks and helmets C.19 Toys intended to bear the mass of a child |
71 | C.20 Swings C.21 Rocking horses and similar toys C.22 Toys not propelled by a child C.23 Projectiles |
72 | C.24 Aquatic toys C.25 Percussion caps specifically designed for use in toys C.26 Acousticsļæ½ C.27 General requirements for toys intended for children underļæ½36ļæ½months |
73 | C.28 Filling materials C.29 Adhesion of plastic sheeting C.30 Cords on toys C.31 Liquid filled toys C.32 Shape and size of certain toys C.33 Toys comprising monofilament fibres |
74 | C.34 Warnings and instructions for use C.35 Warning for toys not intended for children underļæ½36ļæ½months C.36 Warnings in connection with functional toys C.37 Small parts cylinder C.38 Tension test C.39 Impact test C.40 Compression test C.41 Sharpness of points C.42 Flexibility of wires |
75 | C.43 Leakage of liquid filled teethers C.44 Geometric form of certain toys C.45 Durability of mouthļæ½actuated toys C.46 Folding or sliding mechanisms C.47 Static strength C.48 Kinetic energy of projectiles, bows and arrows C.49 Small balls C.50 Toy scooters |
76 | C.51 Hemispheric shaped toys Table C.1 – Dimensions |
77 | Annex D (informative) Bibliography |
78 | Annex ZA (informative) Clauses of this European Standard addressing essential requirements or other provis… Table ZA.1 – Correspondence between this European Standard and EU Directives |