Who ensures the Safety of Toys produced in the EU and elsewhere - PowerPoint PPT Presentation

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Who ensures the Safety of Toys produced in the EU and elsewhere

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500.000 different toy articles are shown in the Nuremberg toy fair. ... before Christmas by less responsible vendors who 'disappear' after Christmas ... – PowerPoint PPT presentation

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Title: Who ensures the Safety of Toys produced in the EU and elsewhere


1
Who ensures the Safety of Toys produced in the EU
and elsewhere?
  • Wanda Geisendorf
  • Swedish Consumer Agency

2
Many consumers believe
  • ..that toys and childrens products are
    mandatory tested by a laboratory, and made safe
    before being put on the shelves. This is not
    always the case and not not asked for by
    exisiting legislation.

3
Who ensures the safety of toys produced in the EU
and elsewhere?
  • Is it SANTA CLAUS? The Media? Or the legislation?
  • What has improved in the last 25 years?
  • The EU Directive for the Safety of Toys, the
    essential safety requirements, CEN standards,
    self-certification and the CE mark do they
    work?

4
This is a very common hard and heavy garden
swing that can injure children badly if they are
hit in the head by it.
  • Requirements that aim to protect children against
    such injuries from moving swings have recently
    been deleted from the CEN toy standard for
    swings for domestic use. Manufacturers claim
    that there is no accident data to support the
    requirements.
  • Many injuries are in fact recorded but the data
    is not detailed enough to determine if the swings
    involved were garden swings (which are classified
    as toys), or the very same kind of swings used in
    collective playgrounds (which fall under the
    General Product Safety Directive.)
  • Toy manufacturers claim that no technical
    requirements are needed in the toy standard.
    Parents should supervise their children - for the
    same kind of swings used in collective
    playgrounds- for which standards exist under the
    GPSD - the requirements have not been deleted.

5
Why are so many CE marked toys still unsafe?
  • Not enough market inspections and
    self-certification is abused
  • The EU/CEN Standards do not cover all risks
    presented by toys

6
1. Not enough market inspections and
self-certification is abused
  • 500.000 different toy articles are shown in the
    Nuremberg toy fair. It is hard to effectively
    control such a large assortment.
  • The chance to get caught when cheating with the
    CE mark is very small. Market inspections are not
    sufficient in all EU countries and inspections
    differ between the MS.
  • Responsible companies like IKEA have strict
    internal control of product lines. Others just
    order without checking what they receive. They
    order CE marked, or just ask for one prototype
    to be tested.
  • Illegal stocks of cheap discarded CE marked
    toys that no longer fulfil the safety
    requirements are dumped in cellar shops and at
    amusement fairs. Many dangerous cheap junk toys
    are sold before Christmas by less responsible
    vendors who disappear after Christmas
  •  
  •  

7
2. The EU/CEN standards do not cover all the
risks presented by toys
  • New risks are not covered
  • Commercial interests are in the majority in
    standardisation Anybody who can pay the
     entrance fee  is invited to take part in CEN.
     No pay no play  is the rule. Standardisation
    is not a  democratic  process there is no
    parliamentary influence although reference is
    given to standards in the legislation.

8
2. The EU/CEN standards do not cover all risks
presented by toys
  • Accident data is misused. The precautionary
    principle is not used.
  • Manufacturers are reluctant to change their
    production in order to prevent future injuries.
    They ask for accident histories of fatalities or
    serious accidents before being prepared to draw
    up new standards even when it is obvious that
    injuries will occur in the future because toys
    present potential hazards that need to be
    addressed.

9
Strong magnets that can be swallowed by children
can cause..
  • One fatality caused
  • In thirty other cases, the magnets had to be
    removed by surgery
  • Many of the vitims were over three years of age.
  • One boy in Denmark who swallowed a toy component
    with magnets and another metal object had an
    operation but still carries a stoma.

10
Suprise chocolate eggs
  • Have been banned in US since 1936 because of the
    choking hazard.
  • The photo show an EU suprise chocolate egg with a
    toy inside (choking hazard) and no visible age
    warning.

11
Darts with suction caps that come loose
  • Have caused choking fatalities among children
    over three years.
  • Although children over three are stronger,
    standards requirements are less stringent for
    them than for children under three

12
What needs to be done?
  • The legislation must give better protection for
    children the chemical requirements of the
    present TSD and the proposal for a revised TSD
    are not sufficient.
  • The essential safety requirements should be
    detailed and precise in order to give clear
    guidance both for standardisation and for the
    laboratories that perform EC-type certification.
    Threshold limits should be given in the directive
    or in mandates to the CEN.

13
What needs to be done?
  • Put an end to the commercial dominance in
    standardisation
  • When standards fail to give good results there
    should be alternative ways of making technical
    requirements than standardisation. If
    standardisation is used the test methods might be
    elaborated by the CEN but the legislator should
    set the safety- requirements. Balance between
    consumers and commercial interests should be
    established by law.

14
What needs to be done?
  • Insert the precautionary principle
  • Improve the requirements for the presentation of
    warnings. Today warnings are often used instead
    of changing the design of the toy. But the
    warnings are often very small and difficult to
    read.
  • Consider alternatives to self-certification for
    certain sensitive groups of toys. (For example
    toys intended for very young children- the most
    vulnerable age group- could be tested mandatory
    tested by a third party before being placed on
    the market.)

15
What needs to be done?
  • Influence governments to prioritize market-
    control. Not much money is allocated to the
    market control of toys and childrens articles-
    is it because it is only the question of
    children?
  • Toys in food need to be better regulated- if not
    banned.

16
A dangerous container
  • The protective container to a toy embedded I
    food. The container has a dangerous shape.
    Spherical shapes f ex in small toy balls have
    caused fatalities and are therefore not allowed
    for in toys for children under three years.
    Embedded as containers to toys in sweets they are
    not encompassed by the EU- legislation

17
Some examples of shortcomings in the Toy Safety
Standards
  • Chemical hazard
  • Strangulation hazard
  • Impaction hazard
  • Risk of burns

18
Chemical hazard
  • The standard EN 71-9 Organical Chemical
    Compounds presupposes that a child less than
    three years cannot lift an object that weighs
    more than 150 grams to its mouth. Therefore the
    surface of toys that weigh more than 150 gram
    intended for children less than three years are
    allowed to contain harmful chemicals which might
    be released when children suck or lick the toy
  • As a comparison the picture shows (non toy)
    feeding baby- bottles. They are intended to be
    lifted by the baby itself. The bottle to the
    right is intended for a child 12 months and over
    and holds 250 grams of liquid. The bottle to the
    left is intended for a child 6 months and over
    and can hold 150 gram of liquid.
  • (EN 71-9 has yet not been referenced by the
    EU-Commission.)

19
Strangulation hazard
  • Cords on toys intended for children under three
    years are not allowed to be more than 220mm long
    after two (non fatal but serious) strangulation
    incidents in Sweden. The cord involved was 260 mm
    long. According to anthropometrical child data
    the neck circumference of a child 36-48 months is
    241 mm (mean). The standards requirement applies
    if there are attachments in the ends that could
    tangle to loops or nooses.

20
Strangulation hazard
  • An USA manufacturer has asked for all
    electronically cords to be exempted. The reason
    is that the electronically cord used for his
    particular brand of drawing board is not recorded
    in the accident data. Furthermore manufacturers
    claim that the max. 220mm should be changed to
    max. 300mm.The incidents in Sweden and the
    antropomethrical child data are disregarded. They
    refer to that there is no accident data in the
    USA involving cords to toys less than 300 mm. 

21
Impaction hazard
  • Electrical Ride on toys for children under three
    years are according to EN 71-1 allowed to have a
    maximum design speed of 8km/hour. The normal
    walking speed of an adult is 6 km/ hour. The
    running speed of an adult is 8 km/hour. It is not
    possible to effectively supervise a child that
    uses a battery-powered toy at the speed of 8/km
    hour- in particular if the carer is also
    supervising siblings or other children.

22
Impaction hazard
  • Reputable child psychologists and paediatricians
    hold the view that children under three years
    should not use electrically powered ride on toys
    that can be propelled faster than the normal
    walking speed of the child itself. Children of
    that young age are not able to negotiate knobs
    and levers and do not understand the behaviour of
    machines. Violence directed at children heads by
    collisions must be kept as low as possible. There
    are non-traffic fatalities reported in connection
    to young childrens use of electrically powered
    ride on toys. Some of the fatalities occurred
    inside the home. But as the accident data is not
    detailed enough to report about the speed of the
    toys the manufacturers claim that there is no
    evidence that 8/km hour is more dangerous than
    lower speeds.

23
Risk of burns
  • The flammability standard EN 71-2 requires that
    toy disguise costumes shall not have a flame
    spread of more than 30/mm per second. This
    hula-hula skirt is exempted from the requirements
    and allowed to burn. Because of the material with
    stripes it is impossible to fit the skirt in the
    U-frame that is used for testing the flammability
    of toy disguise costumes. Manufacturers claim
    that there is no accident data for hula-hula
    skirts - therefore requirements are not needed.
  •  

24
Risk of burns
  • Toy facemasks that cover the head are required to
    be flameproof.
  • They should either not ignite or -if they ignite
    - must self extinguish. The Spider man mask and
    other fabric masks are exempted from these
    requirements. They are allowed to burn 10mm/sec.
    The reason is that a manufacturer had problems
    that his Spiderman mask, which was already on the
    shelves, would not fulfil the future requirements
    in order to be flameproof.
  • Burn injuries to the face might lead to
    disfigurement a serious handicap for the child,
    which might sometimes result in suicide.
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