A lift and position device and methods of use therewith designed to aid attendants in moving and propping the various selected body parts of a patient from atop a support surface, for example, a mattress. The device utilizes a base for stability, a separately powered screw jack, radial adjustment head, a cushion cradle and a single or plurality of fitted cushion(s) configured to optimally raise and lower a particular body part of a patient such as his or her arms, torso, legs, back and the like. All elements of the device are ultralight and ultra-strong, some or all of the components of the device being composed of Carbon Fiber, Aluminum, injection molded plastic, and Titanium. The device utilizes advantageous mechanics of jack technology modified to suit the specific needs of an attendant wishing to the lift, position or prop and secure a particular body part of a patient, for example, an immobile, obese or otherwise incapacitated patient. In addition, the device will aid in daily turning of patients, pulmonary relief via leg elevation and enhanced healing by securely holding appendages still and securely at various angles and heights for an unlimited amount of time.

The present disclosure relates to an operating table, the operating table comprising a table top, a table top support and a column with a column head, wherein the sealing device is bellows assembled below the column head, or an adhesive in a hole and/or window on the holder of the cable, or a sealing gasket between the receiver and the column head, or a shield sealingly attached to the column head below the gear. The present disclosure further relates to control equipment, a lifting device, an intelligent charger, a column guide system for an operating table, as well as an operating table including the same.

A lateral rotation apparatus may include a person support surface having a head segment and a torso segment. An adjustable leg may have a head support positioned below the head segment. The adjustable leg may have a torso support positioned below the torso segment. The head support may be adjustable to rotate the head segment. The torso support may be adjustable to rotate the torso segment. A linkage assembly may be coupled to the head support and the torso support. The linkage assembly may have a sliding link that is movable between an open position and a closed position. The sliding link may also be rotatable between a first rotational position and a second rotational position. An actuator is operable to move the sliding link.

An adjustable bed frame includes a frame, a front support unit connected to the front end of the frame, and a rear support unit connected to the rear end of the frame. The front support unit includes a first top connected to the front end of the frame, and a first bottom contacting a first plane. The rear support unit includes a second top connected to the rear end of the frame, and a second bottom contacting a second plane. An activation device is connected between the rear support unit and the frame. The activation device drives the rear support unit or the second bottom to move or rotate relative to the frame to change the shortest distance between the second bottom and the frame, and to change the distance between the frame and the second plane. The inclination between the frame and the first and second planes is adjusted.

The present disclosure relates to an operating table, the operating table comprising a table top, a table top support and a column with a column head, wherein the sealing device is bellows assembled below the column head, or an adhesive in a hole and/or window on the holder of the cable, or a sealing gasket between the receiver and the column head, or a shield sealingly attached to the column head below the gear. The present disclosure further relates to control equipment, a lifting device, an intelligent charger, a column guide system for an operating table, as well as an operating table including the same.

A disclosed tilt bed includes a tilt base engineered to adjust around widthwise demarcations defining a plurality of tilt sections having a height dimension, the tilt base comprising lateral extension receiving hardware. At least one lateral extension is engineered to extend a width or a length of the tilt base and to adjust around interconnecting hinges and demarcate interconnected extension panels having a height equal to the height of the tilt sections. Extensible attachments are engineered on each extension panel to secure each extension panel to a respective bed tilt section via the extensible attachments received into the extension receiving hardware. A method includes securing the lateral extensions a distance from the tilt sections to expand the tilt base into a larger bed size including single, twin, full, queen and king and variations for length and width included. The tiltable base and the attached tiltable extensions are adjusted together.

A linear actuator for a furniture system comprises at least one axial flux motor (5) having a rotor (9), and at least one motion mechanism (6) attached to the rotor (9). The motion mechanism (6) is adapted to cause a linear movement of the linear actuator.

An electrically adjustable furniture system comprises at least one such linear actuator. A furniture system arrangement comprises at least one first and at least one second such electrically adjustable furniture system. A method of installing a linear actuator in a furniture system comprises the steps mounting at least one axial flux motor (5), mounting at least one motion mechanism (6), and connecting the at least one motion mechanism (6) to a rotor (9) of the at least one axial flux motor (5).

An electromotive furniture drive includes a drive motor including an output shaft, a lift spindle arranged in a common plane with the output shaft, and a gear assembly configured to couple the output shaft of the drive motor to the lift spindle. The gear assembly includes an intermediate shaft which intersects the common plane between the lift spindle and the output shaft.

A disclosed tilt bed includes a tilt base engineered to adjust around widthwise demarcations defining a plurality of tilt sections having a height dimension, the tilt base comprising lateral extension receiving hardware. At least one lateral extension is engineered to extend a width or a length of the tilt base and to adjust around interconnecting hinges and demarcate interconnected extension panels having a height equal to the height of the tilt sections. Extensible attachments are engineered on each extension panel to secure each extension panel to a respective bed tilt section via the extensible attachments received into the extension receiving hardware. A method includes securing the lateral extensions a distance from the tilt sections to expand the tilt base into a larger bed size including single, twin, full, queen and king and variations for length and width included. The tiltable base and the attached tiltable extensions are adjusted together.

A linear actuator is configured to provide the moving force for adjustable furniture, such as beds, chairs, or tables. The linear actuator includes a drive assembly, rigid arm, and linkage assembly. The rigid arm includes a pusher block with one or more attachment projections where the linkage assembly is attached.