A seat for a mobility device accommodating flexibility, personalized comfort, and transportability. The seat can include a button push means to enable movement of a height-adjustable armrest. The seat back can fold upon the seat for transportability. The seat cushion and armrest cushion can be removably mounted and separately replaceable. The seat can be mounted upon various types of devices, including, but not limited to, wheelchairs.

A standing chair comprises a main frame support assembly with a first frame support and a second frame support, at least two collapsible support arms with a first end and a second end, at least one bracket, at least one seat assembled to the collapsible support arms, a drive member positioned between right frame support and one collapsible support arm, another drive member positioned between left frame support and other collapsible support arm and a foot rest assembly with a pair of leg support bars. Right and left frame supports are parallelly connected and locked via a connecting means. The first ends of collapsible arms are moveably affixed to both right and left frame supports, whereas second ends are pivotally connected to a backrest support via fasteners. The two collapsible support arms are configured to automatically collapse and retract in accordance to sitting or standing mode of the standing chair.

A seat for a mobility device accommodating flexibility, personalized comfort, and transportability. The seat can include a button push means to enable movement of a height-adjustable armrest. The seat back can fold upon the seat for transportability. The seat cushion and armrest cushion can be removably mounted and separately replaceable. The seat can be mounted upon various types of devices, including, but not limited to, wheelchairs.

The invention relates to a seating assembly (100) comprising a basic frame (101), a seat unit (102), and a back-support unit (103) wherein the seat unit and the back-support unit have a common pivoting axis (P) with respect to the frame at the level of the hip joint. Hence, based on human body like biomechanics and physiognomy, the seating assembly, particularly for ergonomic chairs or wheelchairs, provides a highly improved seating comfort, even with therapeutic effect.

A mobile patient support chair to assist in bathing of a patient by a carer with little or no upper body strength comprises a chair pivotally mounted in a support frame comprised of four legs each ending in a wheel. The chair frame comprises groups of support panels which can be locked in support positions and rotated through 90 degrees to provide access to the patient's legs, buttocks and back. Additionally the chair is balanced to allow easy rotation into a fully backwards lying position, and a fully forward lying position. In the fully forward lying position flexible retaining strips are placed across the patient to retain them in place. Additionally the wheels may be step-climbing wheels to assist in climbing small steps found in bathroom entrances and shower cubicles.

A mobility chair has a base frame with a seat bottom, a seatback, motorized drive wheels, and safety wheels, an actuated hoist with a mast, boom, winch, and sling that has a stowed configuration and an operative configuration, and outriggers that have a retracted configuration proximate to the base frame and an extended configuration ahead of the mobility chair. The boom is raised and its forward portion is rotated ahead of the frontmost section of the seat while its rear portion remains behind the boom. The seatback can be raised from the base frame and can also be hingedly connected to the seat bottom which rotates relative to the base frame through a bracket in the front section so that as the seatback is raised, the seat bottom rotates with the seatback into an upright standing configuration with the seat bottom aligned with the seatback in the vertical orientation.

A mobile object according to the invention includes: a moving base including a front base and a rear base; a seat including a seating part and a leg part configured so as to support the seating part; and a frame disposed on the rear base, in which the leg part includes: the seating part attaching region to be attached to the seating part, the base attaching region to be attached to the front base so as to be pivotable, and a frame attaching region to be attached to the frame so as to be pivotable, the front and rear bases are movable relative to each other such that the moving base can change between the expanded state and the contracted state of the wheelbase, the pivotal movement of the leg part is interlocked with the relative movement between the front and rear bases, the frame is configured so as to cover the seating part attaching region and the frame attaching region from an outside of the mobile object in the width direction when the moving base is in the expanded state, and cover the base attaching region and the frame attaching region of the leg part from an outside of the mobile object in the width direction when the moving base is in the contracted state.

According to the embodiments, the controller includes a first receiving unit and a second receiving unit, and is capable of controlling a device to be controlled. The controller is in a first mode when in a first action state prior to the first receiving unit receiving a first operation, and the controller transitions to a second mode when the first receiving unit receives the first operation. The second receiving unit is in the first optical state in the first action state. The second receiving unit is in a second optical state in a second action state prior to the second receiving unit receiving a second operation in the second mode. The second receiving unit is in a third optical state in a third action state in which the second receiving unit has received the second operation in the second mode. The second optical state differs from the second optical state. The third optical state differs from the first optical state and differs from the third optical state. A controller and an electric furniture that are easier to use can be provided.

A seat with a base, an actuator, at least one front boom, at least one rear boom, a seat platform, and a back platform. The actuator is circularly rotatably connected to each of the at least one front boom, the at least one rear boom, the seat platform, and the back platform. The base is circularly rotatably connected to each of the at least one front boom and the at least one rear boom.

The invention relates to the field of wheelchairs and has been designed for the measurement of parameters for the adjustment of a seated position of the user. It relates to a device for the simulation of a seated position in a wheelchair, which includes a seat backrest (1) adjustable horizontally, vertically and during its reclination, two side seat pans (27) with armrests (3) with adjustable distance, a foldable seat pan (2) with adjustable reclination, two wheels (4) with adjustable horizontal and vertical position, and a footrest (5) with adjustable vertical position and its reclination, at least one electric motor or an electric piston (15) for the adjustment of the position of the adjustable components, an electronic circuit with special software for the control of the motors and the display of the measurements, as well as a virtual reality software. With this device, it is possible to measure the adjustment parameters for the seated position of a wheelchair user automatically and digitally by means of a software which is installed in the simulation device.