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发表于 2012-11-12 08:53
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4.30.2 Toys other than magnetic/electrical experimental sets intended for children over 8 years
2 U6 t0 K. b5 \9 R+ w0 sa) Any loose as received magnet(s) and magnetic component(s) shall either have a magnetic flux index less' }( Y w( }* P5 C7 q) |
than 50 kG2mm2 (0,5 T2mm2) when tested in accordance with 5.32 (magnetic flux index), or shall not fit# ]( z9 N, }4 _% \! T- a. i# T0 t# X
entirely in the cylinder when tested in accordance with 5.2 (small parts test).
/ W2 q( a, o5 n5 ~2 `. r! L3 nb) Wooden toys, toys intended to be used in water and mouth pieces of mouth-actuated toys with magnets
6 [" P4 r9 R! j. W4 Wor magnetic components shall be tested in in accordance with 5.35 (soaking test for magnets) before
7 x2 z* ]; w. c6 ?, vbeing tested in accordance with 4.30.2 c) below.) J. x" h* L4 u" ~! L& }, c
c) The following tests shall be carried out in the prescribed order on all unique magnetic component(s). The; j3 @2 S$ j$ g* w0 K
components used for this testing shall not have been previously subjected to normal use and reasonably$ k! W* ] Y) x# u1 V
foreseeable abuse tests. Any magnet(s) and magnetic component(s) that become liberated from a toy, or8 _. l8 Q3 |" ~: Z6 D5 \* ?
from a loose as received magnetic component shall either – when tested according to the tests listed
: R& |( W2 S- }$ |, l+ y, Wbelow - have a magnetic flux index less than 50 kG2mm2 (0,5 T2mm2) when tested in accordance with
0 D$ q) t( J L6 ]0 V: [5 `8 z5.32 (magnetic flux index), or shall not fit entirely in the cylinder when tested according to 5.2 (small parts
( ^4 J! y. V/ P3 E0 Q5 E3 dtest).
! }4 u9 p# @. |9 M⎯ 5.33 (cycling)
% q7 M0 Q3 c% t" `⎯ 5.24.2 (drop test) or if applicable, 5.24.3 (tip over test for large and bulky toys)5 s. h: Y8 P/ {9 r
⎯ 5.24.5 (torque test)
% @) N1 d' }$ B- u2 b/ `% \⎯ 5.24.6.1 (tension test, general procedure)
/ H4 ~6 p: U3 ~* N. k⎯ 5.24.6.2 (tension test for seams in soft-filled (stuffed) toys and beanbag-type toys), if applicable. \' q3 h+ g( C
⎯ 5.34 (impact test for magnets)
+ P, r5 E1 V& P" r1 t⎯ 5.24.7 (compression test), for magnets that are accessible but cannot be grasped (as specified in+ ]! ?2 Z8 ?# M0 Y
5.24.6.1 (general procedure)
8 c6 t4 V# Y: h9 {3 [⎯ 5.31 (tension test for magnets))) S# u% Y; E8 C7 S2 P) P7 m7 `
NOTES
3 _ b, h6 n8 l' e! B9 G1 Examples of unique magnetic components are rods of different sizes or shapes containing magnets.
- j! T4 \" r. m0 u2 g2 E2 If the toy contains one magnet, the component holding the magnet is considered to be a unique component.
, y, `& f" X% \3 An example of a magnet that is accessible but cannot be grasped is a magnet that is recessed.( b% @! T+ H" S
These requirements do not apply to functional magnets in electrical or electronic components of toys
5 J# g: a. J+ J5 Test methods8 @$ t: _4 |4 z* _
Replace the second paragraph of clause 5.14 (impact test for toys that cover the face) with the following:
$ {: v# K7 _- }2 s: tDrop a steel ball of diameter (16 ± 0,15) mm and mass of (16,9 ± 0,7) g from a height of (130 ± 0,5) cm onto, q- P/ k+ k/ m- Z6 g, N C
the horizontal upper surface of the toy in the area that would cover the eyes in normal use.
. F0 B8 b2 U) g+ y3 j3 A: ~- x% c( ?Add the following new note to clause 5.24.1 (reasonably foreseeable abuse tests, general)& E, O1 U" r+ U7 G2 `6 D! \* N1 N
NOTE: The tests according to clause 4.30.2 are carried out in the order specified in the clause, on a toy or' T/ F1 C" a1 [2 d
part of a toy that has not been previously tested according to this clause.! G1 y' \8 m" a( |* k
Add the following test methods:$ I6 o0 x- E' I
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