An illustrated view of an exemplary motorized bath seat apparatus for assisting bathers getting in and out of a bathtub is presented. The motorized bath seat apparatus is useful for assisting an individual into safely and conveniently lower the individual or bather into the bathtub without human assistance. The motorized bath seat apparatus further allows a disabled, post-surgical patient, elderly, etc. more easily bathe without assistance of a caregiver therefore giving the bather privacy and self-value. The apparatus has two rails coupled to motor. The motor powers a bracket that is coupled to the rail and is hingedly attached such that the seat can be moved to allow a person to move a seat apparatus over the bath tube then utilize an actuator to lower and raise the seat assembly. The seat assembly is coupled to a bracket. The seat assembly has a seat coupled to a bottom of a first right arm rest and to a bottom of a second arm rest. The bracket is coupled to a seat back that is coupled to the right arm rest and coupled to the left arm rest.

The present invention relates to a motorized patient transfer device used for transferring bedridden patients. The device is primarily comprised of a base with at least one wheel, at least one tower, at least one tower covering, at least one support arm, at least one seat, at least one footrest, and at least one motor. The support arm, footrest, and seat can be positioned over or near a hospital bed such that a bedridden patient can then be transferred to the seat in a seated position. Then, the device can be rotated from over and/or away from the bed to easily transfer the patient to a chair or other location.

A transfer board comprises an elongate main body portion; and an enlarged end portion at each end of the main body portion, which end portion extends laterally at each side of the main body portion beyond the width of the main body portion. A seat is mounted on the main body portion for sliding movement along the main body portion: wherein the seat has side portions that engage respective side portions of the main body portion to retain the seat on the main body portion whilst affording said sliding movement along the main body portion.

A system for moving a patient is presented. The system is useful for providing transfer of a user from one location to another location. Also, the system is useful for lifting a user and moving the user to a side or from side to side to allow the changing of sheets or other bedding material or for performing normal tasks to encourage a patient for their recovery. The system may be used to lift and move a patient to the toilet, into/out of a bed, into or out of a vehicle, a wheelchair, etc. The system is adjustable in length, width, and height and stackable. The system may be coupled to another of the system for providing transport of more than one person simultaneously. Further, the system is motorized to move the system in a forward/backward direction and can monitor the patient or provide the patient easy access to control the device. The control is either hardwired and/or wireless connectivity to an app on a computing device.

A seat for a stair lift includes a horizontal seat, a vertical back rest, and two arm rests. Each arm rest is connected to the seat by a support bracket, and each arm rest is pivotable between folded-down and a folded-up positions. The arm rest is pivotably connected about a pivot axis to the support bracket and to a carrying beam having upper and lower sides. The upper side supports an arm of the sitting person. The arm rest is designed such that lower and upper tangents of the carrying beam extend at the same side of the pivot axis. The lower tangent is at a radial distance from the pivot axis, such that in the folded-up position the carrying beam extends from the vertical plane through the pivot axis in the vertical space behind the vertical plane towards and beyond the back side edge of the seat part.

Disclosed is a patient transfer system for transferring a user between a bed and a purposefully designed mobile sitting device that is aligned and berthed alongside the bed, wherein, the bed is adaptable to a seated arrangement and includes an interleaf structure of cushions and platforms, the platform including: a padding, a rail, restricted path, or track, and means for transferring the padding in a direction parallel to the ground away or towards the bed; the bed further includes means to raise or lower the top of the cushions or the padding; and the mobile sitting device includes a receiving rail, restricted path or track to receive the padding.

A passenger transfer system in accordance with present embodiments includes a mobile chair having a base portion with a plurality of wheels and a chair portion configured to support a passenger. The passenger transfer system further includes an elevation adjustment system and a transfer device. The elevation adjustment system is configured to adjust a height of the chair portion relative to the base portion. The transfer device is configured to extend laterally from an edge of the chair portion. The transfer device is further configured to support the passenger as the passenger transfers from the chair portion to a ride seat of a ride vehicle of an attraction of an amusement park.

The track-guided mobility seat is a mobility assistance device. The track-guided mobility seat is configured for use with a patient. The track-guided mobility seat comprises a seat, a guide system, and a rail. The guide system attaches the seat to the rail. The rail forms a track that controls the motion of the seat along the rail. The guide system moves the seat along the rail. The seat further comprises a reach extender that allows a patient to grasp an object that would otherwise be out of reach of the patient.

A person relocation device includes sheet which defines a person space for a person. The sheet includes a left lateral strap, a right lateral strap, a head end strap and a foot end strap. Each strap is attached to the sheet only at a perimeter thereof and does not extend into the person space. The straps are adapted to be connected to a hoist so that when all of the straps are so connected and tensioned by the weight of the person the sheet suspends the person in a seated posture.

A bathtub lift (1) includes a floor plate (2), a seat plate (3) adjustable to vary the distance between the seat plate (3) and the floor plate (2), and a back plate (4) detachably arranged on the seat plate (3). The back plate (4) supports an adjustment device (5) driven by a drive (6) for adjusting the distance between the floor plate and the seat plate. A locking device (7) is configured to release the back plate (4). The back plate (4) is not arranged on the surface (8) of the seat plate (3) facing away from the floor plate (2), and a detaching of the floor plate (4) is only made possible in a floor-plate-side end position of the seat plate (3).