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Door safety relates to prevention of door-related accidents. Such accidents take place in various forms, and in a number of locations; ranging from car doors to garage doors.

Contrast door safety with door security.

Severity and Frequency of Accidents

Accidents vary in severity and frequency. According to the National Safety Council in the US, 300,000 injuries are caused by doors every year.

The types of accidents vary from relatively minor cases where doors cause damage to other objects, such as walls, to serious cases resulting in human injury, particularly to fingers. A closing door can exert up to 40 tons per square inch of pressure between the hinges. Because of the number of accidents taking place, there has been a surge in the number of law suits. Thus organisations may be at risk when car doors or doors within buildings are unprotected.

According to the US General Services Administration:

"...It is essential that children's fingers be protected from being crushed or otherwise injured in the hinge space of a swinging door or gate. There are simple devices available to attach to the hinge side, ensuring that this type of injury does not occur. As the door closes, the hand is pushed out of the opening, away from harm. In addition, young children are vulnerable to injury when they fall against the other (hinged) side of doors and gates, striking projected hinges. Piano hinges are not recommended to alleviate this problem as they tend to sag over time with heavy use. Instead, an inexpensive device fitting over hinges is available on the market and should be used to ensure safety..."

Accident Types and Prevention

Opening

Whenever a door is opened outwards there is a risk that it could strike another person. In many cases this can be avoided by architectural design which favors doors which open inwards into rooms (from the perspective of a common area such as a corridor, the door opens outwards). In cases where this is infeasible it may be possible to avoid an accident by placing windows in the door.

Doorstops

Doorstops are simple devices used to prevent a door from coming into contact with another object (typically a wall). Without the door stop damage might be done to the wall. They may either absorb the force of a moving door, or hold the door in place to prevent unintended motion.

Door guards

The purpose of door guards (also known as hinge guards, anti-finger trapping devices and / or finger guards) is to reduce the number of finger trapping accidents in doors, as doors pose a risk to children especially when closing.

Door guards protect fingers in door hinges by covering the gap that is created by opening doors by covering the hinges of doors with a piece of rubber or plastic that wraps from the door frame to the door.

There are various levels of door protection. Front door protection a front anti-finger trapping device but leaves the rear hinge pin side of the door unprotected. Full door protection uses front and rear anti-finger trapping devices and ensures the hinge side of a door is fully protected. Which level of protection is appropriate should be determined by a risk assessment of the door.

There is also handle-side door protection, which prevents the door from slamming shut on the frame, which can cause injury to fingers/hands.

Glass doors

Glass doors pose the risk of unintentional collision if a person believes the door to be open when it is closed, or is unaware there is a door there at all. This risk may be particularly pronounced with sliding glass doors because they often have large single panes which are hard to see. To prevent injury from glass doors, stickers or other types of warnings are sometimes placed on the glass surface to make it more visible. For instance, in the UK, Regulation 14 of the Workplace (Health and Safety Regulations) 1992 requires the marking of windows and glass doors to make them conspicuous.

Fire

Main article: fire doors

Special purpose fire doors are often employed in buildings to reduce the overall risk of fire, particularly by preventing the spread of fire and smoke. In cases where they are improperly installed, employed, or tampered with, the risk of fire can be increased. Door closers are sometimes used to ensure fire doors remain closed.

An additional risk in a fire is that doors may prevent access to emergency services personnel in order to fight the fire, rescue occupants, etc. Door breaching techniques may be required in these situations to gain access.

Panic bars are often used in buildings so that a door locked from the exterior can quickly and easily be opened from the inside in the event of a fire or other emergency.

Automobile doors

There may be an increased risk of trapping hands or fingers in car doors compared to other types of doors.

In some car accidents, injury to occupants from the movement of car doors may occur.

Bicyclists often fear collision with an opening car door in case the car's occupant does not look carefully to check that it is safe to open the door. Because cyclists often ride near parked cars along the side of the road (see door zone) they are particularly vulnerable to this.

Aircraft doors

Doors which lead from interior, pressurized, sections of an aircraft to exterior or unpressurised areas can pose extreme risk if they are inadvertently opened during flight. A number of accidents have occurred where aircraft doors were opened in flight:

• American Airlines Flight 96 (also see the article on Dan Applegate for some background and details)
• Pan Am Flight 125
• United Airlines Flight 811
• Turkish Airlines Flight 981

See also

• Safety
• Risk management
• Intercom

References

1. USA General Services Administration Child Care Center Design Guide, June 1998

External links

• US General Services Administration
• National Safety Council
• DTI S.M.A.R.T Award
• Fingershield Safety UK
• Fingershield Safety (USA) Inc
• Garage Door Child Safety (USA)

• Articles lacking sources from November 2007
• Articles with limited geographic scope from November 2007
• Accidents
• Child safety
• Doors
• Occupational safety and health
• Risk analysis
• Product safety
• Safety engineering