ELECTRICALLY ACTUATED WHEELED STRETCHER SYSTEM
An electrically actuated wheeled stretcher system which is adapted to provide electrically actuated raising or lowering of a stretcher mounted on a gurney. The system is primarily composed of a stretcher and a gurney, and may be used to transport patients and load and unload the patients by automated transfer of the stretcher from the gurney to other medical equipment, for example, a hyperbaric chamber, and automated transfer from the other medical equipment back on to the gurney. The system further includes an additional electrically actuated fifth wheel configured to provide smoother turning and rotation in place of the system. The system further includes continuous treatment items, such as intravenous fluid and medical gasses to travel with the system.
1 . An electrically actuated wheeled stretcher system, comprising:
a gurney chassis;
an electric elevation system mounted on the gurney chassis and the stretcher support frame, including:
at least one electrically actuated telescoping column extending between the gurney chassis and the stretcher support frame;
a handset mounted on the stretcher system and connected to the at least one electrically actuated column; and
at least one foot switch mounted on the gurney chassis and connected to the at least one electrically actuated telescoping column;
a stretcher support frame with a stretcher removably attached to the stretcher support frame, and the stretcher support frame mounted to the electric elevation system; and
a battery connected to the electric elevation system;
wherein the electric elevation system moves the electrically actuated wheeled stretcher system between a raised and lowered position, and to any position in between, based on a user's operation of the handset or the at least one foot switch.
2 . The electrically actuated wheeled stretcher system of claim 1 , further comprising at least two push handles.
3 . The electrically actuated wheeled stretcher system of claim 2 , wherein the at least two push handles move from an operative to a stored position.
4 . The electrically actuated wheeled stretcher system of claim 1 , wherein the handset further includes a button for a memory feature.
5 . The electrically actuated wheeled stretcher system of claim 5 , wherein the memory feature returns the electrically actuated wheeled stretcher system to a height stored in a memory of the electrically actuated wheeled stretcher system.
6 . The electrically actuated wheeled stretcher system of claim 5 , wherein the height is stored in a memory by pressing the button for a predetermined period of time.
7 . The electrically actuated wheeled stretcher system of claim 1 , further comprising electrically actuated brakes which prevent movement of a plurality of casters mounted on the gurney chassis.
8 . The electrically actuated wheeled stretcher system of claim 7 , wherein the electrically actuated brakes may be operated by a button on a handset in electrical communication with the electrically actuated brakes.
9 . The electrically actuated wheeled stretcher system of claim 7 , wherein the electrically actuated brakes may be operated by applying pressure to a plate on one of the plurality of casters.
10 . The electrically actuated wheeled stretcher system of claim 1 , further comprising casters on the gurney, the casters each including a brake.
11 . The electrically actuated wheeled stretcher system of claim 10 , wherein each of the brakes may be operated manually.
12 . The electrically actuated wheeled stretcher system of claim 1 , further comprising an electrically actuated fifth wheel.
13 . The electrically actuated wheeled stretcher system of claim 12 , wherein the electrically actuated firth wheel may be raised or lowered using the handset.
14 . The electrically actuated wheeled stretcher system of claim 1 , further comprising a battery monitor.
15 . The electrically actuated wheeled stretcher system of claim 14 , wherein the battery monitor includes a plurality of LED lights.
16 . The electrically actuated wheeled stretcher system of claim 1 , wherein the stretcher includes a plurality of wheels which ride along a pair of corresponding tubular bars attached to the stretcher support frame.
17 . The electrically actuated wheeled stretcher system of claim 1 , further comprising a stretcher release latch which, when in an engaged position, locks the stretcher to the stretcher support frame.
18 . The electrically actuated wheeled stretcher system of claim 18 , further comprising a pin which further locks a tongue of the stretcher to at least one flange attached to the gurney.
19 . The electrically actuated wheeled stretcher system of claim 1 , further comprising a drive system which mounts or offloads the stretcher from the stretcher support frame.
20 . A method for manufacturing an electrically actuated gurney system, comprising:
providing a gurney chassis;
attaching at least one electrically actuated column to the gurney chassis;
mounting a stretcher support frame to the at least one electrically actuated column;
removably attaching a stretcher to the stretcher support frame; and
providing a battery in electrical communication with the at least one electrically actuated column;
wherein the at least one electrically actuated column is raised or lowered by a user by operating a control on the gurney system.