A hospital bed or hospital cot is a bed specially designed for hospitalized patients or others in need of some form of health care. These beds have special features both for the comfort and well-being of the patient and for the convenience of health care workers. Common features include adjustable height for the entire bed, the head, and the feet, adjustable side rails, and electronic buttons to operate both the bed and other nearby electronic devices.
- Side rails
- Bed exit alarm
- CPR function
- Specialist beds
- Effect on health of patients
Hospital beds and other similar types of beds are used not only in hospitals, but in other health care facilities and settings, such as nursing homes, assisted living facilities, outpatient clinics, and in home health care.
While the term "hospital bed" can refer to the actual bed, the term "bed" is also used to describe the amount of space in a health care facility, as the capacity for the number of patients at the facility is measured in available "beds."
Beds with adjustable side rails first appeared in England some time between 1815 and 1825.
In 1874 the mattress company Andrew Wuest and Son, Cincinnati, Ohio, registered a patent for a type of mattress frame with a hinged head that could be elevated, a predecessor of the modern day hospital bed.
The modern 3-segment adjustable hospital bed was invented by Willis Dew Gatch, chair of the Department of Surgery at the Indiana University School of Medicine, in the early 20th century. This type of bed is sometimes referred to as the Gatch Bed.
The modern push-button hospital bed was invented in 1945, and it originally included a built-in toilet in hopes of eliminating the bedpan.
Wheels enable easy movement of the bed, either within parts of the facility in which they are located, or within the room. Sometimes movement of the bed a few inches to a few feet may be necessary in patient care.
Wheels are lockable. For safety, wheels can be locked when transferring the patient in or out of the bed.
Beds can be raised and lowered at the head, feet, and their entire height. While on older beds this is done with cranks usually found at the foot of the bed, on modern beds this feature is electronic.
Today, while a fully electric bed has many features that are electronic, a semi-electric bed has two motors, one to raise the head, and the other to raise the foot.
Raising the head (known as a Fowler's position) can provide some benefits to the patient, the staff, or both. The Fowler's position is used for sitting the patient upright for feeding or certain other activities, or in some patients, can ease breathing, or may be beneficial to the patient for other reasons.
Raising the feet can help ease movement of the patient toward the headboard and may also be necessary for certain conditions.
Raising and lowering the height of the bed can help bring the bed to a comfortable level for the patient to get in and out of bed, or for caregivers to work with the patient.
Beds have side rails that can be raised or lowered. These rails, which serve as protection for the patient and sometimes can make the patient feel more secure, can also include the buttons used for their operation by staff and patients to move the bed, call the nurse, or even control the television.
There are a variety of different types of side rails to serve different purposes. While some are simply to prevent patient falls, others have equipment that can aid the patient themself without physically confining the patient to bed.
Side rails, if not built properly, can be of risk for patient entrapment. In the United States, more than 300 deaths were reported as a result of this between 1985 and 2004. As a result, the Food and Drug Administration has set guidelines regarding the safety of side rails.
In some cases, use of the rails may require a physician's order (depending on local laws and the policies of the facility where they are used) as rails may be considered a form of medical restraint.
Bed exit alarm
Many modern hospital beds are able to feature a bed exit alarm whereby a pressure pad on or in the mattress arms an audible alert when a weight such as a patient is placed on it, and activating the full alarm once this weight is removed. This is helpful to hospital staff or caregivers monitoring any number of patients from a distance (such as a nurse's station) as the alarm will trigger in the event of a patient (especially the elderly or memory impaired) falling out of the bed or wandering off unsupervised. This alarm can be emitted solely from the bed itself or connected to the nurse call bell/light or hospital phone/paging system.
In the event of the bed occupant suddenly requiring cardiopulmonary resuscitation, some hospital beds offer a CPR function in the form of a button or lever which when activated deflates and flattens the bed's air mattress creating a flat hard surface necessary for effective CPR administration.
Many specialist hospital beds are also produced in order to effectively treat different injuries. These include standing beds, turning beds and legacy beds. These are usually used to treat back and spinal injuries as well as severe trauma.
A hospital bed can average cost over $1000.00 USD; with different costs associated with completely manual functions, 2-motor functions and fully electric 3-motor functions (whole bed going up and down). Other costs are associated with bariatric heavy duty models that also offer extra width.
Effect on health of patients
Hospital beds can make a patient's spine more rounded because a patient who sits up a lot, such as when watching television, tends to slip down.
Patient safety has been a concern with hospital beds.
In 1982, a 3-year-old Milwaukee girl hospitalized for pneumonia was killed when crushed by a mechanical hospital bed.
In 1983, an 11-year-old Illinois boy was strangled to death by a hospital bed.