Abstract: A piece of resting furniture such as a bed or chair comprising a least one actuator (4,5) and a control unit (11) and at least one control panel (9,10) to bring about an adjustment of the piece of furniture, and further comprising at least one strain gauge (18,19) connected to an alarm to detect whether a person is occupying the piece of furniture or not wherein the strain gauge (18,19) is located in connection with the actuator (4,5). The function is based on relative changes in the load on the strain gauge (18, 19) from a preset reference thereby allowing use of sensors with low resolution, which thereby are comparatively cheap. Moreover, when placing the strain gauge (18,19) in connection with the actuator (4,5) this simplifies the incorporation thereof in the piece of furniture. Not least the construction also renders it possible in an easy manner to upgrade existing hospital and care beds with an egress function.

Abstract: The portable hoist system for handicapped people includes a mobile carriage base; a fixed base; an elongated detachable mast extending vertically from and rotatably mounted to either of the bases; a lift arm pivotally mounted to a mast post; and a yoke operatively connected to the distal end of the lift arm. The mast includes a protruding socket adapted to be insertably mounted to a mast post mount on either of the bases, each mast post mount having a different configuration to accommodate the socket.

Abstract: A device and associated method transfer a person having a handicap from one location to another, such as into or out of a wheelchair, bed, or bathtub. A wheeled base provides mobility to the device. A post and lifter arm support the patient during the transfer. The post is connected to a stabilization arm, which temporarily connects using a stabilization interface to a stabilization bracket. The stabilization bracket is typically attached rather permanently to a wall, ceiling, or other structural feature that provides substantial stability to the system. In various embodiments, the lifter arm may be actuated by hydraulics, the stabilization arm may be extendable, and a pair of extra wheels on the mobility base are adjustable horizontally (e.g., along one hedge of the base frame) or vertically (down to decrease the load on the casters, or up to allow the lifter to be “crabbed” sideways in confined spaces).

Abstract: A patient lift and extraction apparatus includes adjustable, generally parallel legs connected by a cross member having a support member with a projecting boom. The support member may be adjustably located between the legs. A patient lift strap in the boom supports a patient in combination with a patient sling.

Abstract: A stretcher supporter, and a method of balancing a stretcher supporter for a patient lifting device, are disclosed. The stretcher supporter includes an open frame, wherein said open frame provides for secure attachment of a stretcher to said open frame and an adjustable lifting point connected to said open frame, wherein said adjustable lifting point suspends said open frame and rotatably shifts to substantially balance said stretcher respective to said open frame. The method of balancing a stretcher supporter for a patient lifting device, includes the steps of securely attaching a stretcher to an open frame of said stretcher supporter and adjusting a lifting point connected to said open frame, wherein said adjusting a lifting point suspends said open frame and linearly and rotatably shifts to substantially balance said stretcher respective to said open frame.

Abstract: A storable dual action hydraulic device has a base unit from which floor supports extend, and a series of arms that articulate relative to the base unit to lift and re-orient a lifting device. The base unit houses an on-board power supply and control systems for hydraulic cylinders. A first arm and associated hydraulic cylinder extend from the base, and a second arm and associated hydraulic cylinder extend from the extreme end of the first arm opposite the base unit. At the extreme end of the second arm opposite the first arm, a mechanism is disposed for connecting to a lifting device capable of lifting subjects such as immobile persons. The device is equipped with weight measuring equipment, a retractable handle for maneuvering the device, a hinge member from which the lifting device motorized control for the lifting device and a controller for articulating the arms of the device.

Abstract: An apparatus is provided for lifting and transporting patients. The apparatus may include a base frame, a central frame, a knee pad, and a boom configured to pivot relative to the central frame. The knee pad may have a guide and a rail configured to travel within the guide to allow positioning and adjustment of the knee pad relative to the central frame. The guide may be configured to selectively secure the rail at any location within an adjustment range of the knee pad. The boom may have at least one hook portion for attachment of a device for holding the patient during lifting. The hook portion may include a hook formed from a curved portion of a central member and a clip attached to the curved portion and movable between a closed position and an open position.

Abstract: A patient transport apparatus includes a sling for movement of a person from or into a vehicle seat supported by a dual legged horizontal frame mounted on rollers or wheels with a generally vertical, telescoping post having a cantilever arm extending therefrom. A cable or strap supported by the cantilever arm is attached to the adjustable body sling which designed to securely hold a patient during transport.

Abstract: The invention is directed to a patient transfer system with associated patient support frames, lift carts, lifts, carts, and other accessories for use therewith. The support frames of the present invention as depicted in the exemplary embodiments are designed to: (a) provide rigidity (exoskeleton) to the human body for positioning to provide stability for purposes of transferring, lifting and/or transporting the subject via a mobile device, such as a powered lift device; (b) a male/female coupling for coupling to a tine or other carriage mechanism of a lifting device thereto for the purpose of moving or lifting the subject; and/or (c) be used as a support or frame that will interact with the body as an exoskeleton to aid with the activities of daily living.

Abstract: A hoisting system (1) with a hoisting apparatus (2) for hoisting persons (4), e.g., physically handicapped persons, where the hoist system (1) includes at least one trolley (11) and at least one hoisting apparatus (2), which are integrated and provided assembled in a rail (9) arranged therefor, where the system is driven by at least one motor (14). By building the trolley (11) together with the hoisting apparatus (2), there is achieved the great advantage that the hoisting apparatus (2) is hidden inside the rail (9). Thus, a much more discreet and smart system is achieved where, otherwise, a large and unsightly hoisting apparatus would hang under the rail (9). Furthermore, an increased clearance between the hoist system (1) and the floor is attained.

Abstract: A storable dual action hydraulic device has a base unit from which floor supports extend, and a series of arms that articulate relative to the base unit to lift and re-orient a lifting device. The base unit houses an on-board power supply and control systems for hydraulic cylinders. A first arm and associated hydraulic cylinder extend from the base, and a second arm and associated hydraulic cylinder extend from the extreme end of the first arm opposite the base unit. At the extreme end of the second arm opposite the first arm, a mechanism is disposed for connecting to a lifting device capable of lifting subjects such as immobile persons. The device is equipped with weight measuring equipment, a retractable handle for maneuvering the device, a hinge member from which the lifting device motorized control for the lifting device and a controller for articulating the arms of the device.

Abstract: A patient lift has a base, a mast assembly mounted on the base at the lower end, a boom pivotally mounted at one end on the mast assembly. An actuator is mounted on the boom and configured to move between a retracted position and an extended position to pivot the boom relative to the mast assembly between a lowered position and a raised position. A support member includes a sling attachment pivotally mounted on the outer end of the boom. A locking mechanism is configured to fix the support member relative to the boom when the locking mechanism is engaged and further configured to allow pivotal movement of the support member relative to the boom when the locking mechanism is released.

Abstract: A preferred embodiment of the present invention comprises a mobile cantilever transfer device for transferring mobility-impaired patients. In one embodiment, the mobile cantilever transfer device includes a support surface that is cantilevered from a lift cart so that the support surface may be positioned over the origination or destination location for a transfer, such as a patient's bed. In yet another embodiment, the cantilevered support surface may be laterally extended from the lift cart in order to allow the support surface to be positioned at different points over a transfer location without moving the lift cart. In yet another embodiment, multiple sides of the support surface may be connected to the lift cart so that a transfer can be accomplished from multiple directions, such as on either side of a patient's bed.

Abstract: The invention disclosed herein is a novel Home Lift Position and Rehabilitation (HLPR) apparatus designed to provide stable movement along several critical axes of motion including lift capability. The HLPR apparatus is capable of moving along a desired floor path (“x-axis”), moving on a vertical axis to lift a patient (“z-axis”), rotating the HLPR apparatus itself (along an “outer rotational axis”), and rotating a patient within the HLPR apparatus while the HLPR apparatus itself remains stationary (along an “inner rotational axis”). The telescoping, double-nested C-frame structure of the HLPR apparatus and pivot assembly allow any patient support structure known in the art to be suspended securely and to move in a stable, torque-resistant manner to assist patients in rehabilitation and in independently performing activities of daily living.

Abstract: Apparatus for transportation of a disabled person in standing position by which apparatus the person is able by his own strength to rise himself from a sitting position to a standing position, including a wheeled base (1) in the form of an U-shaped frame provided with a footrest (3) and a post (2), which supports at least one support frame (5). The support frame (5) comprises two legs (6a, 6b), which each at its end support through locking means (7a, 7b) an arm (8a, 8b), which is fixed in the longitudinal direction but pivotally arranged in the locking means, and that each arm (8a, 8b) has a supporting means (9) arranged in such a way that, when a person is standing, it can be pivoted behind the person, so that the person will be enclosed by the post (2), the support frame (5), the legs (8a, 8b), and the supporting means (9).

Abstract: A load sensing safety device comprises a pulley shaft carrying a pulley. The pulley, in turn, carries a belt that effectuates movement of the patient lift boom. A biasing element applies a spring force against the pulley shaft to move the pulley shaft in a first direction. A switch that opens and closes responsive to movement of the pulley shaft, whereby the switch opens where the pulley shaft is moved to a first position by movement of the spring in the first direction.

Abstract: The invention relates to a winch (6) for raising and lowering persons, of the type that comprises a housing with an attachment member (16), an electric motor (39) driving a reel (27), a lifting strap (7) connected to the reel for winding and unwinding the lifting strap whereby the lifting strap is guided through one of two openings (17,19) formed in the housing.

Abstract: A device for lifting a person, comprising a pair of cups (1, 2) for gripping a person by applying pressure force on opposite sides of the person's thorax (12) and moving means for moving the cups towards each other. The cups (1, 2) are tiltably mounted on the device, each cup (1, 2) having a tilt axis (A, B) which in use extends in a substantially horizontal direction along one of the opposite sides of the person's thorax (12). Each cup (1, 2) has a contact surface for contacting one of the opposite sides of the person's thorax (12), at least a part of which is located behind the tilt axis (A,B) with respect to the person's thorax.

Abstract: A patient positioning apparatus including a base, a support column, at least one positioning arm on the support column capable of being positioned over a bed and having a buckle and strap capable of securing to a patient support connected to bed linens or other flexible member so that a patient can be partially or totally suspended when an adjustable bed is lowered or when the patient support is raised. The apparatus may further include a telescoping support column and horizontal support for supporting positioning arms. Patient repositioning may be effectuated by positioning the arms over a patient, extending straps with buckle inserts into receiving buckles on a patient support or support bar secured to bed linens. A patient positioning apparatus may be free-standing or may be mounted to a ceiling or a wall or may include a swiveling support column. A fabric gripper with a support bar and an insert bar may be used to connect the bed linens or other flexible member to the apparatus.

Abstract: A portable lifting apparatus for lifting and transferring of heavy objects. The lifting apparatus having a load-supporting platform which can be moved both vertically and rotated about the vertical axis of an upwardly extending lifting column. The lifting apparatus further includes an outrigger linkage coupled to the lifting column and is provided with a load support coupled to a retractable pulley. The lifting column is attached to a base and is normally prevented from rotating relative thereto.

Abstract: A rolling chassis supports dual lifting beams pivotably mounted on adjustable supporting pins. The beams are pivoted by rollers raised by dual driving piers. Each beam carried a pair of blocks for a rope running from a locking system on the chassis to one side of an upper harness, and another pair of blocks for a rope running from a locking system on the chassis to one side of a lower harness. A retractable knee pad assists lifting a patient from sitting to standing position as the beams pivot and retract the cables.

Abstract: An invalid hoist comprises a support 10, an arm 12 pivotally connected to the support 10, drive means for driving the arm 12 for pivotal movement relative to the support 10, and brake means 18 independent of the drive means to apply a braking force to the arm 12 in the event that movement thereof occurs at a speed grater than a predetermined speed.

Abstract: A hoist pivotally connecting mast 1 to lifting arm 2, by a mechanism comprising a link 5 pivoting about a fixed pivot 8 on the mast 1 and a moving pivot 6 on the lifting arm 2. A restraining link 9 between a pivot 10 on the mast 1 and actuator attachment point 11 on the lifting arm 2 restricts the movement of link 5. The second link 9 acts as a stabilizer allowing the pivot 11 on the lifting arm 2 to move only through a set arc, determined by the length of the link 9 and the position of the pivot 10 on the mast 1. With the moving pivot according to the invention, the spreader bar attachment point 7 has a greater traveling distance than if it were simply pivoted about pivot 8 as with conventional hoists.

Abstract: A patient movement system comprises a rotatable section coupled to a frame that moves in a horizontal plane. A hoist assembly is coupled to the rotatable section and spins relative to the rotatable section. The hoist assembly may be positioned by the rotatable section. The hoist assembly includes a first motor coupled to a first linearly moving pulley by a first linkage. The first linkage includes horizontal and vertical sections of travel, whereby the vertical sections of travel decrease when the horizontal sections of travel increase. The hoist assembly includes a second motor coupled to a second linearly moving pulley by a second linkage. The second linkage includes horizontal and vertical sections of travel, whereby the vertical sections of travel are decrease when the horizontal sections of travel increase. The hoist assembly may include additional pulleys to guides the first and second linkages.

Abstract: A lift device capable of performing an activating motion having a part suspension device for training an upper limb capable of easily and surely performing an upper limb activating motion and easy to handle and use such that it is free to pass over a sill height difference, comprising leg parts (3a, 3b) with a caster (2) having a sliding run-over plate (1), an equipment storage part (4), wheels (5), a lifting guide (6) installed erectedly on the equipment storage part by fixing one end thereof to the storage part, a lifting part (7) provided inside the lifting guide, a lifting drive part (9) drivingly lifting the lifting part, a lifting drive control part (10) controlling the lifting drive part, an operation towing arm (8) installed on the lifting part, part suspension device mounting devices (11) and (12) for training an upper limb, installed on the equipment storage part, a mounting hole (13) for the pan suspension device for training an upper limb provided in the lifting guide, and a part suspension device

Abstract: A patient lifting apparatus is provided that attaches to a bed frame having a plurality of legs and a headboard. The apparatus includes an upright member, a boom mechanically associated with the upright member, an upper support bar that extends across the bed frame and secures the upright member to each side of the headboard, and a lower support bar that extends across the bed frame and secures the upright member to the legs. The upright member is supported for rotation about a vertical axis by upper and lower bearings on the upper and lower support bars, respectively. A telescoping foot member extends from the lower support bar and is movable between a stored position and an extended position for stabilizing the lifting apparatus. A support arm extends from a lower end of the upright member and rotates along with the upright member to transfer vertical forces into the floor.

Abstract: The invention provides a lifting apparatus with variable and independently selectable height and reach which comprises a base supporting a lifting structure. The lifting structure comprising two upwardly extending variably extendible support structures, an arm having a proximal end portion and an intermediate portion, which are pivotally connected to an upper end portion of respective ones of said variably extendible support structures; and a load support structure depending from a distal end portion of the arm.

Abstract: A winch assembly for the displacement of a person between a first vertical position and a second vertical position comprising: a winch for displacing a person in a harness between said first and second vertical positions; a first winch attachment means for realizably engaging said harness, said first winch attachment means being attached to said winch for the displacement of a person between said first and second vertical positions; and a second winch attachment means for realizably attaching the winch to an overhead support, the improvement wherein said first attachment means comprises two opposed support arms and displacement means associated with each said support arms whereby at least part of each arms is displaceable between a working extended position for engaging said harness and a non-working retracted position. The winch has a reduced or more compact aspect during non-working periods as well as in the case of a moving of the winch assembly during non-working periods.

Abstract: An invalid positioning device comprising a support structure, a lifting element which is angularly displaceable about a main horizontal axis relative to the support structure, and a power operated mechanism for pivoting the lifting element about the the main horizontal axis. The power operated mechanism is arranged such that the torque applied by the power operated mechanism decreases as the lifting element moves away from one extreme position and increases again as the lifting element approaches its other extreme position and such that the angular speed of the lifting element increases as it moves away from one extreme position and decreases as it approaches its other extreme position.

Abstract: Aid apparatus for raising a disable person from a sitting position to a standing position including a wheeled base (1) in the form of a U-shaped frame with a post (3), which supports a lifting arm arrangement (5, 7), to which can be attached a lifting sling (9), which surrounds at least partly the body of the person. The object is now to avoid that the person will be lifted in his armpits and also to make the lifting motion stable. The lifting arm arrangement (5, 7) therefore includes two arms (7), the free ends of which have a hook (8), in which a belt (9) having four bands (10, 11, 16, 17) can be hooked on in such a way that the belt surrounds the person overlapped just under breast-high.

Abstract: An invalid hoist comprises a lifting arm, a sling hanger support angularly displaceable relative to the lifting arm about a vertical or substantially vertical axis and a sling hanger which is of unitary construction pivotable about a horizontal axis relative to the sling hanger support and which presents two spaced sling attachment points on one side of the horizontal axis and at least one sling attachment point on the other side of the horizontal axis. A rotary drive mechanism is provided for pivoting the sling hanger about said horizontal axis relative to the sling hanger support and switch means are provided for selectively rotating the rotary drive means in one or other of two opposite directions. The sling hanger support is of generally inverted U-shape configuration having a cross member and two parallel or substantially parallel limbs depending from the cross member.

Abstract: Assembly of a bed or similar support and an apparatus for movement support for a person moving into or out of the bed/support. The apparatus has a base part and at least one swivelling arm that is pivotable relative to the base pad about an axis of rotation between at least two positions. The swivelling arm is driven by a motor. Positioning apparatus are provided for disposing the apparatus adjacent the bed/support so that—during use—at least a first pad of the swivelling arm can extend in a first position above a person located on the bed/support and in a second position the first part of the swivelling arm can extend along a person located beside the bed/support. Throughout the path between the first and the second position and vice versa, the swivelling arm can transmit a pulling force to the person in a direction towards the second or first position, as desired, to support his or her movements.

Abstract: A multipurpose body-turn-over apparatus mainly including an elevator, a driving mechanism, ropes, a net, suspension fittings, a vibrator, and a controller. The controller sets operating time and speed, and time pause at reverse of the apparatus, and the elevator is adjustable in height. The driving mechanism drives a displacement shaft of the driven assembly to move or rotate, so that ropes hanging from two ends of the driven assembly to connect the net are alternately pulled up and lowered, helping a patient lying on the net to regularly turn over or lie on side to avoid bedsore, or do rehabilitation exercises. The vibrator may alternately pull and lower ropes connected to two sides of the net at high frequency. The apparatus may be designed into heavy-duty or light models to meet different requirements and can be freely moved for use with different sickbeds.

Abstract: An assembly for lifting, supporting and transporting a person which includes a base, a frame extending upwardly from the base, a lifting arm pivotally coupled to an upper end of the frame, an actuator coupled to the lifting arm for moving the lifting arm between the lowered position and a raised position, and an attachment bar coupled to the lifting arm. A person to be lifted is secured in a sling assembly which includes attachment loops that can be coupled to the attachment bar. The apparatus can also include a scale that can be used to weigh a person being lifted.

Abstract: A traveling lift comprises a substantially T-shaped leg unit 4 provided with freely rollable casters 11, 21, 31, a tubular support post 5 set up on the leg unit 4, and an inner post 6 inserted in the support post 5 and provided with a suspension arm 7 at a front portion thereof. The suspension arm 7 is positioned above the front leg 3 so as to extend substantially in parallel therewith. The inner post 6 is formed movably in the vertical direction in the support post 5 by a driving means. This enables a physically handicapped person to be lifted and lowered easily even by a small force, the lift as a whole to be folded to small dimensions lightly and simply, and the folded lift to be transported by car with ease.

Abstract: A multi-motion lifting and transferring apparatus for assisting persons when entering and exiting a vehicle is disclosed. In a preferred embodiment, an apparatus in accordance with the present invention is realized as having an electrically actuated rotator for rotating a support member about a substantially vertical axis, an electrically actuated extension arm for moving the electrically actuated rotator and the support member along a plane having a vertical component, and an electrically actuated slide tray for moving the electrically actuated extension arm, the electrically actuated rotator, and the support member along a substantially horizontal plane.

Abstract: The present invention is a connector assembly for use in coupling a wheelchair to a wheelchair lift. The assembly includes a lift connector which has a lower arm and an upper arm, with each arm having first and second ends. An end link joins the first ends of the lower and upper arms, and the second end of each arm is free. A chair mount is removably connectable to the second free end of the lower arm of the lift connector, and is secured to a wheelchair. A lift mount is selectively positionable along the upper arm of the lift connector and is adapted to be coupled to a wheelchair lift.

Abstract: An apparatus for assisting a person in achieving a standing position. The apparatus include a base, a frame extending upward from the base, a lifting arm pivotally coupled to the frame, a platform upon which a person can stand, and an actuator which is controlled to raise and lower the lifting arm. The apparatus also includes a sling assembly which is removably attachable to the lifting arm. The sling assembly includes matched sets of attachment loops for attaching the sling assembly to the lifting arm. The sling assembly also includes at least one caregiver handle on an outer back portion thereof.