73 results about "Patient Lifting" patented technology

In a lift and transfer device and method, a patient support assembly supported on a lift on a wheeled platform includes a main support arm pivoted to the lift. First and second transversely extending support arms respectively carrying a back support section and a leg support are cantilevered from the main support arm. The main support arm is positioned for lifting the patient from a bed. The main support arm is rotated from a first to a second angular position for lowering a patient to a wheelchair. First and second pivot arms each have an upper end pivotally supported to the back support section and a lower end having a torso grip pad positioned adjacent one side of the patient. Horizontal force applied by each torso grip pad and friction provide patient support. Further device forms are provided for bariatric patients and for use with other types of lifts.

The patient lifting device includes a transverse beam that supports a movable lift assembly to move a patient relative to at least one of a bed or chair. The transverse beam spans between a pair of support structures and allows the lift assembly to move horizontally along the transverse beam to move the patient horizontally relative to the bed or chair. At one of the transverse beam ends, the lift assembly contacts a charging station. The charging station charges a battery, that is carried by the lift assembly, to power the lift assembly. The lift assembly is powered to move a patient vertically upward and downward. A power source is electrically coupled to the charging station to provide electrical power to charge the battery of the lift assembly through the charging station.

An arrangement for a patient lifting system, wherein the patient lifting system comprises a lifting device and a sling adapted to be coupled to the lifting device. The lifting device is during use of the lifting system adapted to lift the patient from a lowered to a raised position and said sling is adapted to be at least partly wrapped around the patient to be lifted. The arrangement of the present invention comprises at least one RFID-chip (1) provided in the sling, at least one RFID-reader (2) adapted to communicate with the RFID-chip and at least one sensing means (3) provided in the sling and adapted to communicate with the RFID-chip. The RFID-chip is adapted to contain, to store and to continuously be updated with new or updated information that is relevant to the use of said sling in the patient lifting system and further adapted to provide said information to said RFID-reader. In a preferred embodiment the sling is provided with thermal sensing means adapted to communicate with the RFID-chip and further adapted to sense when the slings is being washed.

A support member for use in a patient lifting device is described. The support member includes an improved lift strap having an inner core and an outer plastic layer that can be easily and effectively cleaned with standard disinfectant. The lift strap is secured to a patient lifting device with a spool assembly that guides the lift strap and a belt clamp assembly that compresses the lift strap and holds it into place. In the preferred embodiment, the support member is used in an electric ceiling- or floor-mounted patient lifting device. The preferred lifting device is composed of a track component attached to a winch assembly. The winch assembly has an electric motor that raises and lowers the lift strap by means of a spool assembly and belt clamp assembly. The belt clamp assembly attaches to a sling that supports the patient while he or she is displaced.

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.

A computerized controller that limits the movement of a patient lifting device, wherein the controller is operated in a normal mode to sense the lateral rotation of a lifting arm that lifts patients and the linear displacement of extendable support legs for said lifting device and the angular diversion of said support legs. The controller inhibits movement of said lateral rotation of a lifting arm in response to the linear displacement and the angular diversion of the support legs to prevent tipping the lifting device. The same controller may be operated in a bypass mode to override the normal mode wherein the patient lifting device may be operated during a setup and breakdown operation to permit construction and disassembly of the patient lifting device.

A computerized controller that limits the movement of a patient lifting device, wherein the controller is operated in a normal mode to sense the lateral rotation of a lifting arm that lifts patients and the linear displacement of extendable support legs for said lifting device and the angular diversion of said support legs. The controller inhibits movement of said lateral rotation of a lifting arm in response to the linear displacement and the angular diversion of the support legs to prevent tipping the lifting device. The same controller may be operated in a bypass mode to override the normal mode wherein the patient lifting device may be operated during a setup and breakdown operation to permit construction and disassembly of the patient lifting device.

A patient lifting system is provided having a vest component adjustably proportioned to fit upon the torso of a patient, and a leg belt component adapted to embrace the patient's legs just below the knees. A caregiver utilizes the lifting system by standing in front of the patient while pulling upon the vest and applying pushing force with his knee upon the leg belt. Such action causes the leg belt to act as a fulcrum which redirects the pulling force upwardly to lift the patient.

Obesity has grown into one of the world's most significant health problems. The field of bariatrics and the quantity of bariatric surgical procedures is projected to continue to increase rapidly each year. This trend presents a challenge to healthcare providers and facilities striving to provide dignified care that is effective and safe both for the patient and the provider. There is a great demand for new approaches to bariatric patient care. The present invention is a robotic patient lifting system, targeted for, but not limited to, bariatric patient care. Without the need for difficult, time consuming slings and hoists associated with currently available systems, the invented lifting and transferring system utilizes rapidly deployable, articulated robotic arms with gentle conveyor belts. A unique linkage system allows powerful, safe, and flexible lifting and positioning of the patient with a minimal number of actuators. The lifting mechanism is mounted on a low profile, stable and flexible footprint, omnidirectional robotic mobile base. A simple, intuitive user interface allows control by a single caregiver with minimal training

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.

A patient lift device comprises a mobile frame and a pliable sheet or support for supporting or manipulating a patient. A pair of spaced apart elongated rollers is operatively connected to opposite sides of the sheet. By rotating the rollers, the sheet with the patient lying thereon can be raised or lowered, or by selectively rotating one or both rollers, the patient can be turned or manipulated.

A patient lift and transfer device includes a base with casters for moving on a ground surface, a mast extending upwardly from the base, a carriage guided to slide along the mast by a mechanical linear drive assembly and having a forwardly extending beam, and a resting module for a patient to sit or lie thereon. The resting module is detachably connected to the beam to be suspended from the ground surface, and is raised or lowered with the carriage so as to lift and transfer the patient in a safe and comfortable manner.

The invention relates to an automatic patient lifting and transferring car. Both ends of a cross beam connected by an upright post are respectively connected with a longitudinal beam (10); a pair of vertical beams (8) are connected in the longitudinal beam (10); a motor (8a) and worms (8c) connected with the motor are arranged in the vertical beam and connected with a worm wheel (8b) in a matched mode; the worm wheel is coaxially connected with gears (8d) and matched with a sector gear (17) for transmission so as to drive a connection tubular axle (21) to rotate; and a main reverse turning bed (18) is fixed and connected with the tubular axle (21). Via the vertical movement of the upright post and the movement of the reverse turning bed, a downward bottom shoveling and collecting movement is produced, so that the patient is transferred to a pair of reverse turning beds, and then the upright post rises, and the patient is transferred. Each motor can be accurately controlled via a microcomputer or PLC and automatically and efficiently complete different kinds of movements. The transferring car is suitable for all sick beds and for transferring patients among the large scale equipment with same width such as a CT machine and an operating table, and has the advantages of high degree of automation, high security, high transfer efficiency, convenient use and the like.

A patient lifting apparatus that includes a front and rear independently controlled cable lowering means so that a patient sitting in a sling suspended from the cables can be assisted out of the sling, or into the sling depending on the situation. This provides great, and safer, control of patient movement that otherwise provided.

A patient lifting device is provided. The patient lifting device includes two side limbs connected to a suspension mounting for suspending the device from a hoist. Each side limb includes a support bar including patient support elements. The patient support elements include a pair of side pads for engaging beneath the armpits of a patient and against sides of the patient's ribcage, and a patient upper leg or posterior support means. The two support bars connect together with an assembly from which the patient upper leg or posterior support means depends. Each support bar is pivotally mounted about a pivotal axis defining a balance axis about which the moments imparted by the weight of the patient's upper body through the side pads and by the weight of the patient's lower body through the upper leg or posterior support means can react against one another in an equal and opposite fashion.

A patient lifting and transfer device is shown which includes a pair of vertical columns having a horizontal bar connected between the two columns. There is provided a mobile support that is rotatively mounted to the lower portion of each vertical column. Each mobile support is elongated and rotatable from a first position where the elongated mobile support extends generally perpendicular to the horizontal bar to a second position where the mobile supports extend generally parallel to the horizontal bar. In the second position, the patient lifting and transport device is relatively narrow and can be moved through close quarters and also stored in relatively small areas.

A patient lifting device is provided. The patient lifting device includes two side limbs connected to a suspension mounting for suspending the device from a hoist. Each side limb includes a support bar including patient support elements. The patient support elements include a pair of side pads for engaging beneath the armpits of a patient and against sides of the patient's ribcage, and a patient upper leg or posterior support means. The two support bars connect together with an assembly from which the patient upper leg or posterior support means depends. Each support bar is pivotally mounted about a pivotal axis defining a balance axis about which the moments imparted by the weight of the patient's upper body through the side pads and by the weight of the patient's lower body through the upper leg or posterior support means can react against one another in an equal and opposite fashion.

An inclined lift for patient transfer is designed to allow a patient to be pulled on an inclined ramp which is subsequently movable to a raised generally horizontal position. IN the raised generally horizontal position a patient may be transferred to a chair or to a further horizontal structure such as a bed. In a preferred embodiment the inclined lift includes a patient slide mat that is movable onto the ramp by a retraction mechanism. The patient sits or lies on the mat and a winch type mechanism pulls the mat onto the inclined ramp. There is no requirement for a patient harness to directly pull the patient onto the inclined ramp.

An inclined lift for patient transfer is designed to allow a patient to be pulled on an inclined ramp which is subsequently movable to a raised generally horizontal position. IN the raised generally horizontal position a patient may be transferred to a chair or to a further horizontal structure such as a bed. In a preferred embodiment the inclined lift includes a patient slide mat that is movable onto the ramp by a retraction mechanism. The patient sits or lies on the mat and a winch type mechanism pulls the mat onto the inclined ramp. There is no requirement for a patient harness to directly pull the patient onto the inclined ramp.

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.

A one-piece vest garment having a fashionable appearance wearable in public settings, with an adjustable tapered / secure fit providing efficient manual transfer / lift assistance to caregivers with mobility challenged patients at risk for falling and in need of assistance during standing, walking, sitting, or repositioning activities. It provides secure, steady, and controlled patient lifting while promoting good body mechanics for reduced risk of caregiver shoulder, hand, wrist, and back injury. Since the vest more evenly distributes pressure around a patient's body, in lift maneuvers patient skin tears, bruising, and joint dislocations are reduced. It preferably has four fit-adjusting contour straps and double locking D-ring assemblies, including inner front chest strap, inner front waist strap, exterior back shoulder strap, and exterior lower back strap; a double zippered front closure; and eleven hand grip components, four front, five back, and two side, each fixed with circular stitching for sturdiness and durability during transfer / lift maneuvers.

An inflatable lifting device is disclosed for lifting the rectal area of a patient laying on a mattress. The inflatable lifting device is an inflatable U-shaped bladder with an air port to supply air into the bladder and a tether to maintain the U-shape of the bladder. The inflated bladder creates a cavity sized for the easy insertion and removal of a bedpan under the patient. The inflatable lifting device may be positioned on top of an upper surface of the mattress or within the mattress just below the upper surface.

A patient lift device comprising: a patient carrier for carrying to a patient to be lifted; a support element sized, shaped and positioned to couple the patient lift device to an upper support; an unmotorized lifting mechanism, operatively connected to the patient carrier and support element so as to raise or lower the patient carrier when the unmotorized lifting mechanism is actuated; and a power tool coupling, operatively connected to the unmotorized lifting mechanism such that when a power tool is coupled to the power tool coupling and actuated, the unmotorized lifting mechanism is actuated, the power tool coupling being configured to detachably mate with a driven power tool head.

A patient lift and transfer device includes a base with casters for moving on a ground surface, a mast extending upwardly from the base, a carriage guided to slide along the mast by a mechanical linear drive assembly and having a forwardly extending beam, and a resting module for a patient to sit or lie thereon. The resting module is detachably connected to the beam to be suspended from the ground surface, and is raised or lowered with the carriage so as to lift and transfer the patient in a safe and comfortable manner.