Easy Lift Care Products, Inc.

Other

Easy Lift Products, Inc.

James R Crawford

Michael K Crawford

Joseph M Crawford

A step ladder device for balancing and stabilizing a ladder upon most any surface. The step ladder device includes a ladder having pairs of side rails and rung members being attached to the pairs of side rails; and also includes a ladder support assembly having leg assemblies including leg support members being attached to bottom ends of the side rails, and also including leg members being adjustably attached to the leg support members, and further including feet members being pivotally attached to the leg members.

Step ladder device

A portable bath tub (20, 20A, 20C) and a supporting frame (46, 17A, 200) for the bath tub (20, 20A, 20C) are positioned alongside a bed (10, 10A, 10C). The bath tub (20, 20A, 20C) has a front side (76) which overlaps a mattress (12, 12A, 12C) on the bed (10, 10A, 10C) and is supported thereby. The tub (20, 20A, 20C) bridges the bed (10, 10A, 10C) and the supporting frame. The bed (10B) has a bed frame (14B) which is movable vertically for raising and lowering the bath tub (20) which is partially supported on the mattress (12B).

Bath tub assembly

Bathing apparatus

A convertible gurney (10) has an outer fixed support frame (12) which includes a pair of side frames (16) connected by lower horizontal cross frame members (30). An inner frame (14) includes a base (84) and hinged segments (42, 46 and 48) which define rear, seat and leg segments. Inner frame (14) is positioned between the side frames (16) and removably connected thereto by four fasteners (90). A detachable manual operator (170) is mounted on a selected side frame (16) opposite a bed (36) for a patient and effects movement of the segments (42, 46, 48) between gurney and chair positions by operation of a hand crank (184). Each side frame (16) has a foldable side panel (190) which may be utilized in transfer of a patient between a bed (36) and the convertible gurney (10). A patient is first positioned on a hard transfer board (36) as shown in FIGS. 9 and 10 and moved with the transfer board (36) across the side panel (190) forming a bridge between the bed (36) and the convertible gurney (10). An embodiment shown in FIGS. 11-13 provides a pair of separate leg frames (51A, 53A) to permit individual movement of a selected leg frame (51A, 53A).

Convertible gurney

A method is disclosed for transferring a patient in a prostrate position sidewise between a bath tub (20, 20A, 20C) and bed (10, 10A, 10C) without lifting of patient (P). The method includes the steps of sliding a patient P over a front side (76) into the bottom (70) of the tub for bathing the patient, and returning the patient after bathing over the front side to the bed (20). The front side (76) of the tub (20, 20A, 20C) overlaps the mattress (12, 12A, 12C) and is supported thereon. The bed frame (14, 14B) and mattress (12, 12B) are movable vertically for raising and lowering the tub (20, 20A, 20C). The patient is moved into and out of the tub (20, 20A, 20C) when the tub (20, 20A, 20C) is in a lowered position, and is bathed with the tub in the raised position.

Method for transferring a patient between a bed and a bath tub

A combined mobile chair and gurney (10) having an outer base support frame (12) and an inner movable frame (14). Outer support frame (12) has a pair of opposed vertical side frames (16) and a plurality of lower cross members (30) extending between the lower ends of the side frames (16). Inner movable frame (12) has a lower base (84) supported on cross members (30) of the outer frame (12), and a pair of linkages (72, 74) supported on the base (84) connected to three hinged segments (48, 52, 54) which define a rear back support segment (48), an intermediate seat support segment (52), and a front leg support segment (54). The linkages (72, 74) are operatively connected to drive nuts (106, 126) which are mounted on an externally threaded power screw (108) for movement. A patient is supported in a supine position at the uppermost position of the hinged segments (48, 52, 54) shown in FIG. 2 and is supported in a seated position at a lower position of the hinged segments (48, 52, 54) as shown in FIGS. 4 and 5. A modification is shown in FIGS. 10-13 in which manual actuation of the chair and gurney (10A) by a handle (152A) may be provided from either side of the chair and gurney (10A) as may be predetermined.

Growing community of inventors

Houston, TX, United States of America

James R Crawford