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A child safety seat (infant safety seat, child restraint system, child seat, baby seat, restraining car seat, car seat, etc.) is a seat designed specifically to protect children from injury or death during vehicle collisions. Most commonly these seats are purchased and installed by consumers, but car manufacturers may integrate them directly into their vehicle's design and generally are required to provide anchors and to ensure seat belt compatibility. Many jurisdictions require children defined by age, weight, and/or height to use a government-approved child safety seat when riding in a vehicle. Child safety seats provide passive restraints and must be properly used to be effective. However, research indicates many child safety restraints are often not used properly. To tackle this negative trend, health officials and child safety experts produce child safety videos to teach proper car seat installation to parents and caregivers.
Other car seats, also known as "booster seats," are required until the child is large enough to use an adult seat belt. This is usually, but not always, when the child is 1.49 (4ft 9in) tall. The child needs to meet five criteria before moving out of the booster seat, including the child's seating position, shoulder belt position, lap belt position, knee position, and ability to sit properly for the length of the trip.
Generally, countries that regulate passenger safety have child safety laws that require a child to be restrained appropriately depending on their age and weight. These regulations and standards are often minimums, and with each graduation to the next kind of safety seat, there is a step down in the amount of protection a child has in a collision. Some countries, such as Australia and the United States, forbid rear-facing child seats in a front seat that has an airbag. A rear-facing infant restraint put in the front seat of a vehicle places an infant's head close to the airbag, which can cause severe head injuries or death if the airbag deploys. Some modern cars include a switch to disable the front passenger airbag for child-supporting seat use.
In 2003, the American Academy of Pediatrics (AAP) suggested that infants “should spend minimal time in car seats (when not a passenger in a vehicle) or other seating that maintains supine positioning” to avoid developing positional plagiocephaly ("flat head syndrome").
In 1990, the ISO standard ISOFIX was launched in an attempt to provide a standard for fixing car seats into different makes of car. The standard now includes a top tether; the U.S. version of this system is called LATCH. Generally, the ISOFIX system can be used with Groups 0, 0+ and 1.
In 2013, a new car seat regulation was introduced: “i-Size” is the name of a new European safety regulation that affects car seats for children under 15 months of age. It came into effect in July 2013 and provides extra protection in several ways, most notably by providing rearward facing travel for children up to 15 months instead of 9 to 12 months, which the previous EU regulation advised.
Since the first car was manufactured and put on the market in the early 1900s, many modifications and adjustments have been implemented to protect those that drive and ride in motorized vehicles. Most restraints were put into place to protect adults without regard for young children. Though child seats were beginning to be manufactured in the early 1930s, their purpose was not the safety of children. The purpose was to act as booster seats to bring the child to a height easier for the driving parent to see them. It was not until 1962 that two designs with the purpose of protecting a child were developed independently. British inventor Jean Ames created a rear-facing child seat with a Y-shaped strap similar to today's models. American Leonard Rivkin, of Denver Colorado, designed a forward-facing seat with a metal frame to protect the child. It is noted that seat belts for adults were not standard equipment in automobiles until the 1960s.
There are several types of car seats, which vary in the position of the child and size of the seat. The United Nations European Regional standard ECE R44/04 categorizes these into 4 groups: 0-3. Many car seats combine the larger groups 1, 2 and 3. Some new car models includes stock restraint seats by default.
Group 0 baby seats, or infant carriers, keep the baby locked up in a rear-facing position and are secured in place by a standard adult seat belt and/or an ISOFIX fitting.
Group 0 carrycots hold the baby lying on its back.
Carrycots are secured by both seat belts in the rear seat of the car. Both types have handles to allow them to be easily moved into and out of the car.
Carrycots or infant car beds are used for children that cannot sit in a regular baby seat, such as premature infants or infants that suffer from apnea. A carrycot is a restraint system intended to accommodate and restrain the child in a supine or prone position with the child's spine perpendicular to the median longitudinal plane of the vehicle. Carrycots are designed to distribute the restraining forces over the child's head and body, excluding its limbs, in the event of a big crash. It must be put on the rear seat of the car. Some models can be changed to face forward after the baby has reached the weight limit which is normally about 15-20 kilograms.
Carrycots generally include a stomach belt and a connection to the (three points) safety belt.
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'Infant carrier' means a restraint system intended to accommodate the child in a rearward-facing semi-recumbent position. This design distributes the restraining forces over the child's head and body, excluding its limbs, in the event of the frontal collision.
For young infants, the seat used is an infant carrier with typical weight recommendations of 5-20 lb. Most infant seats made in the US can now be used up to at least 22 pounds (10.0 kg) and 29 inches (74 cm), with some going up to 35 pounds (16 kg). In the past, most infant seats in the US went to 20 pounds (9.1 kg) and 26 inches (66 cm). Infant carriers are often also called "Bucket Seats" as they resemble a bucket with a handle. Some (but not all) seats can be used with the base secured, or with the carrier strapped in alone. Some seats do not have bases. Infant carriers are mounted rear-facing and are designed to "cocoon" against the back of the vehicle seat in the event of a collision, with the impact being absorbed in the outer shell of the restraint. Rear-facing seats are deemed the safest, and in the US children must remain in this position until they are at least 1 year of age and at least 20 pounds (9.1 kg). although it is recommended to keep them rear-facing until at least 2 years old or until they outgrow the rear-facing car seat height and weight, whichever is longer.
Group 0+ car seats commonly have a chassis permanently fixed into the car by an adult seat belt and can be placed into some form of baby transport using the integral handle if it is the specific model. Rear-facing child seats are inherently safer than forward-facing child seats because they provide more support for the child's head in the event of a sudden deceleration. Although some parents are eager to switch to a forward-facing child seat because it seems more "grown up," various countries and car seat manufacturers recommend that children continue to use a rear-facing child seat for as long as physically possible
Convertible seats can be used throughout many stages. Many convertible seats will transition from a rear-facing seat, to a forward-facing seat, and some then can be used as a booster seat. Many convertible seats allow for 2.3–18 kg (5-40 lb.) rear-facing, allowing children to be in the safer rear-facing position up to a weight of 18 kg (40 lbs).
Convertible safety seats can be installed as either rear-facing or forward-facing. There is a large selection available to choose from and weight limits, height limits, and extra features vary from seat to seat and by manufacturer. Seats with a 5-point harness are considered safer than those with an overhead shield
Convertibles aren't considered the best choice for a newborn because the bottom harness slots are often above the shoulders of most newborns. A seat with low bottom harness slots can be used if it is desired to use a convertible from birth.
Rear-facing weight limits range from 20 to 50 lb (9.1 to 22.7 kg) depending on the manufacturer and country of origin. Forward-facing limits range from 20 to 90 lb (9.1 to 40.8 kg) depending on the seat model and the manufacturer and country of origin.
Most convertible seats in the U.S. have at least a 35 pounds (16 kg) rear-facing weight limit, most now to go to 40 pounds (18 kg), some 45 pounds (20 kg) and a few 50 pounds (23 kg). The American Academy of Pediatrics (AAP) recommends that children remain rear-facing until they outgrow their convertible seat, regardless of how old they are. Children can remain in a rear-facing seat until they have either outgrown the weight limit for their seat, or the top of their head is within 1 inch (25 mm) of the top of the shell of the car seat.
A permanent fixture in the car using an adult seat belt to hold it in place and a five-point baby harness to hold the infant.
It is recommended that children sit rear-facing for as long as possible. In Scandinavian countries, for example, children sit rear-facing until around 4 years old. Rear-facing car seats are significantly safer in frontal collisions, which are the most likely to cause severe injury and death. Rear-facing group 1 car seats are becoming more widespread but are still difficult to source in many countries.
A larger seat than the Group 1 design. These seats use an adult seat belt to hold the child in place.
Also known as booster seats, these position the child so that the adult seat belt is held in the correct position for safety and comfort.
Booster seats are recommended for children until they are big enough to properly use a seat belt. Seat belts are engineered for adults, and are thus too big for small children. In the United States, for children under the age of 4 and/or under 40 pounds (18 kg), a seat with a 5-point harness is suggested instead of a booster seat.
Booster seats lift the child and allow the seat belt to sit firmly across the collar bone and chest, with the lap portion fitted to the hips. If the seat belt is not across the collar bone and the hips, it will ride across the neck and the stomach and cause internal injuries in the event of a collision.
There are two main types of boosters: high back (some of which have energy absorbing foam) and no back. A new generation of booster seats comes with rigid Isofix (Latch) connectors that secure to the vehicle's anchors, improving the seat's stability in the event of a collision.
The consumer group[which?] is calling on manufacturers and retailers to phase out backless boosters, as it says they don't provide enough protection in side-impact crashes and could put children at risk. So while backless booster cushions are better than using no child seat at all, they do not provide adequate protection in all circumstances.
Used for Groups I, II and III.
After reaching one year of age and 20 pounds (9.1 kg), children may travel in forward-facing seats. Most Scandinavian countries require children to sit rear-facing until at least the age of 4 years. This has contributed to Sweden having the lowest rate of children killed in traffic in international comparisons.
By law (in Canada and some US states), children need to be restrained until they are 4-years old and 40 pounds (18 kg). After the requirement is met, they can move into a booster seat.
All child restraints have an expiration date. Seats can expire 6 years from the date of manufacture, although this can vary by manufacturer. Expiration dates are highly debated, with proponents and manufacturers claiming that older car seats can degrade over time to be less effective and that changing laws and regulations necessitate an expiration date. Opponents argue that it is simply for their legal protection and to sell more car seats, and point out that manufacturers have noted that the plastics in most car seats long outlast the expiration date. As ageing is due to temperature swings and UV-light, a seat ages faster in a car than in a cool, dark cellar.
Like motorcycle and race car helmets, child restraints are tested for use in just one crash event. This means that if the restraint is compromised in any way (with or without the child in it), owners are strongly suggested to replace it. This is due to the uncertainty with how a compromised child restraint will perform in subsequent crashes.
The National Highway Traffic Safety Administration (NHTSA) provides guidance on the reuse of child restraint systems after a crash. Replacement of child restraints is recommended following a moderate or severe crash in order to ensure a continued high level of protection for child passengers. However, recent studies demonstrate that child restraints can withstand minor crash impacts without any documented degradation in subsequent performance.
A minor crash is defined by the NHTSA as one in which all of the following apply:
Crashes that meet all of these criteria are much less severe than the dynamic testing requirement for compliance with Federal Motor Vehicle Safety Standard (FMVSS) 213 and are highly unlikely to affect future child safety seat performance.
Child restraints are sometimes the subject of manufacturing recalls. Recalls vary in severity; sometimes the manufacturer will send an additional part for the seat, other times they will provide an entirely new seat.
The purchase of a used seat is not recommended. Due to the aforementioned concerns regarding expiry dates, crash testing, and recalls, it is often impossible to determine the history of the child restraint when it is purchased second-hand.
Children traveling by plane are safer in a child safety seat than in a parent's arms. The FAA and the AAP recommend that all children under 40 lb use a child safety seat on a plane. Booster seats cannot be used on airplanes because they don't have shoulder belts.
Parents should not put children into safety seats with thick winter coats on. The coat will flatten in an accident and the straps will not be snug enough to keep the child safe. An alternative would be placing a coat on the child backwards after buckling the child in.
Straps on the harness should be snug on the child, parents should not be able to pinch the straps away from the shoulders of the child. The straps also need to be placed at the proper height for the child.
A study of car crash data from 16 U.S. states found that children under the age of 3 were 43% less likely to be injured in a car crash if their car seat was fastened in the center of the back seat rather than on one side. Results were based on data from 4,790 car crashes involving children aged 3 and younger between 1998 and 2006. According to data, the center position was the safest but least used position. However, economist Steven Levitt (see below) has demonstrated that car seats do not reduce fatalities when compared to regular seat belts.
The move from having car seats in the front passenger seat to having them in the back seat, facing backwards, may make it easier for a busy, distracted parent to leave an infant in the car. Each year, between 30 and 50 infants die of heat illness and hypothermia in the United States after being left in a car.
Directive 2003/20/EC of the European Parliament and the Council has mandated the use of child-restraint systems in vehicles effective May 5, 2006. Children less than 135 centimetres (53 in) tall in vehicles must be restrained by an approved child restraint system suitable for the child's size. In practice, child restraint systems must be able to be fitted to the front, or other rows of seats. Children may not be transported using a rearward-facing child restraint system in a passenger seat protected by a front air bag, unless the air bag has been deactivated.
For a child restraint to be sold or used within any of the 56 UNECE member states it must be approved by the standards of UNECE Regulation 44/04, Directive 77/541/EEC or any other subsequent adaptation thereto. In order to be granted ECE R44 approval the child restraint must comply with several design, construction and production conformity standards. If approval is granted the seat can display an orange label with the unique approval license number, the type of approval, the mass group approved for and the details of the manufacturer.
However, until May 9, 2008 member states may have permitted the use of child restraint systems approved in accordance with their national standards. EuroNCAP has developed a child-safety-protection rating to encourage improved designs. Points are awarded for universal child-restraint anchorages ISOFIX, the quality of warning labels and deactivation systems for front-passenger airbags.
2013: New EU I-Size regulation is introduced: “i-Size” is the name of a new European safety regulation, UNECE Regulation 129 that affects car seats for children under 15 months of age. It came into effect in July 2013 and provides extra protection in several ways, most notably by providing rearward facing travel for children up to 15 months instead of 9 to 12 months, which the previous EU regulation advised. Read more about I-Size. This new regulation is to be phased in between 2013 and 2018 and will be run in parallel to UNECE R44/04 until 2018 when it completely supersedes it.
Australian laws regarding infants in motor vehicles were revised on November 9, 2009.
By law every child restraint sold in Australia must carry the Australian Standard AS/NZ1754 sticker (pictured right). Most overseas child restraints, including restraints from Europe and the USA, do not comply with these Standards and cannot legally be used in Australia. This also applies for ISOFIX child restraints imported from Europe or the USA.
In Australia there are six different types (Type A to Type F) of child restraints under the mandatory standard. Note: these restraints are NOT based on weight but on HEIGHT. All car seats with the AS/NZ1754 sticker will have height markers. These markers show clearly for what height the seat is appropriate.
The six types are:
Combination Type A/B: Child restraints can also be a combination of the above types. For example, a Type A/B converter seat.
The responsibility for children under the age of 16 using restraints or safety belts correctly rests with the driver. In Queensland, penalties for drivers not ensuring that passengers under the age of 16 are properly restrained involve a fine of A$300 and three demerit points. In Victoria the penalty is a fine of A$234 and three demerit points. Possible suspension or cancellation of license may also apply.
The Israeli regulation states that a Sal Kal (he:סל קל lit. easy basket) is equal to European group 0 and group 0+ regulations
NZ Transport Agency governs the rules and sets standards for the health and safety aspects with respect to child restraints in New Zealand. Their guidelines dictate the minimum legal requirements for a New Zealand vehicle from the safety perspective. The correct fitting of a car seat can protect individuals and can be a lifesaver. This page provides details on qualified seat installation processes and approved standardized marks to look out for in child restraints. The Agency trains and certifies NZTA certified child restraint technicians who are authorized to install child safety seats.
Special rules apply to children travelling in vehicles first registered (in New Zealand or elsewhere) before 1 November 1979 since these vehicles are not required to be fitted with seat belts on all seats.
All child restraints must meet the standards set by the NZ Transport Agency. There are different marks to indicate this approval from the safety perspective. Approved marks/symbols are shown in the table below:
|Symbol Description||Standard followed|
|Tick Mark||Australia and New Zealand standard - AS/NZ 1754|
|'E' mark and a number||European Standard - ECE 44|
|'S' mark||United States Standard - FMVSS 213|
The number after 'E' in the ECE 44 standard indicates as to which country certifies the child restraint. Hence the number differs between countries. The EU (European Union) also has similar symbols to indicate safety standards for children travelling in a vehicle.
From September 18, 2006, All children under the age of 12 have to use some form of child car seat, unless they are taller than 135 cm (4 ft 5in).
Though there are hundreds of variations of makes and models in the world of child safety seats, the materials used in the manufacturing process are basically the same. Factories in which the seats are put together receive loads of polypropylene pellets. Foam makes up the padding of the individual seats, while vinyl and fabrics are used to make up the covers for the seats as well as the harnesses.
A safety seat increases the safety of a properly restrained child in the case of a motor vehicle accident. The safety seat includes foam padding, fabric covers, a harness, and buckles or attaching mechanisms. Labels and instructions are also attached. Every child safety seat will have an expiration date on it. The Safe Kids USA organization does not recommend using a child safety seat that is more than 6 years old. Periodically, child safety seats are recalled by manufacturers for safety reasons. The National Highway Traffic Safety Administration posts a link to recent recall information at nhtsa.gov.
There are different types of child safety seats for children of different sizes and ages.
Manufacturers have quality controls to ensure seats are properly put together and packaged. However, it is not guaranteed that the included instructions are always adhered to and correctly followed. Up to 95% of the safety seats that are installed may not be the right seat for the child, may be hooked into the vehicle loosely, may be hooked with an incompatible belt in the vehicle, may have harnesses incorrectly fastened in some way, or may be incorrectly placed in front of air bags. In 1997, six out of ten children who were killed in vehicle crashes were not correctly restrained.
Along with the problem of instructions not being followed properly, there are other hazards that can affect children involving these safety seats. A recent study[clarification needed] attributed many cases of sudden infant death syndrome (SIDS) to the prolonged sitting or lying position these infants are in when putting the safety seats to use. When researchers reviewed more than 500 infant deaths, it was found that 17 of these deaths occurred while the infant was in a device such as a child safety seat. The age of the most occurring rates of death by SIDS in a child safety device was found to be under one month, having six of the 17 deaths happen in this age group. Although SIDS has been found to be a high risk regarding child safety seats, a coroner in Quebec also stated that “putting infants in car seats…causes breathing problems and should be discouraged." His warning came after the death of a two-month-old boy who was left to nap in a child safety seat positioned inside his crib rather than the crib itself. The death was linked to positional asphyxiation. This means that the child was in a position causing him to slowly lose his supply of oxygen. Coroner Jacques Robinson said it's common for a baby's head to slump forward while in a car seat that is not properly installed in a car and that can diminish a baby's ability to take in oxygen. "The car seat is for the car," he said. "It's not for a bed or sleeping." Robinson added, however, he has nothing against car seats when they are properly used. The coroner said that it is common for a baby’s head to “slump forward while in a car seat and that it diminishes oxygen”.
The American Academy of Pediatrics says to “make sure the seat is at the correct angle so your infant’s head does not flop forward. Many seats have angle indicators or adjusters that can help prevent this. If your seat does not have an angle adjuster, tilt the car safety seat back by putting a rolled towel or other firm padding (such as a pool noodle) under the base near the point where the back and bottom of the vehicle seat meet.” Safety seats come with an instruction booklet with additional information on the appropriate angle for the seat.
There has been some criticism of forward-facing child safety seats, in particular by the economist Steven D. Levitt, author of the popular book Freakonomics. In a 2005 article in The New York Times, Levitt suggests that the available data does not support the necessity of forward-facing child safety seats for children over two years old, arguing that the cheaper and simpler alternative of seat belts offers similar protection as forward-facing seats. Levitt was a guest at the TED conference in the same year, and gave a lecture making the same case. Levitt's study and findings have been criticized and refuted by subsequent peer reviewed studies, which found child safety seats offer a considerable safety advantage over seat belts alone.
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