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Abstract
An adjustable bed comprises a stationary bed frame and a movable bed frame. A portion of the stationary bed frame is coupled to a portion of a plurality of actuator devices and a portion of the movable bed frame is coupled to a portion of the actuator devices. A power supply coupled to the actuator devices activates the actuator devices. At least one of the actuator devices comprises a safety switch to prevent unauthorized use of the actuator devices, and a toggle switch to elevate and lower at least one actuator of the actuator devices. A caregiver unlocks the safety switch, activates the actuator devices and guides a person transversely from one side of a mattress located on the movable bed frame to a second side of the mattress thereby permitting access to a portion of the person that was previously inaccessible.
Abstract
An adjustable bed including a stationary frame is supported above a floor. An articulated deck comprising head, seat, leg and foot deck boards hingedly joined together is spaced above the frame with connectors. The connectors include generally inverted U-shaped tubes pivotally secured to the frame and secured to the deck boards. A gas spring is operatively coupled to the head deck board and pivotally secured to the frame. Activation of the gas spring in cooperation with the operator moves the deck boards.
Abstract
An improved raisable and adjustable bed, designed for facilitating a patient to access the bed and move away therefrom, is characterized in that said bed comprises a bottom framework, a top framework, and a supporting framework, for supporting a bed base or net including mutually hinged separated portions, actuator means, adapted to be operated by the bed user, for arranging said separated portions at different positions to allow the user to autonomously raise, in a gradual manner, and to assume different slanted positions. |
