A camera support apparatus includes a telescopically collapsible monopod, a pad sized and shaped to be set on by a user, especially a user in a wheelchair and a center mount assembly having a magnet that is selectively interconnectably joined between the pad and the monopod. When used with a wheelchair, the wheelchair preferably includes a magnetically attachable side mount to secure the monopod to the side when not in use.

An adaptable attachment foot plate for a wheelchair that protects a user's feet and legs while providing interchangeable attachment of at least one functional attachment is described. The adaptable attachment foot plate replaces the conventional foot plate and is retrofitted to a wheelchair. The adaptable attachment foot plate is durable and resistant to damage from torque when additional pressure is applied to the adaptable attachment foot plate. The adaptable attachment foot plate includes a base and a guard. The base provides a means for attachment to the wheelchair and the guard provides a means for protection of the user's feet and legs and a means for attaching interchangeable functional attachments without the use of additional brackets to attach the functional attachments.

This is directed to a smart ergonomic chair and mobility system. The system can be used as a working station, a working chair, a mobility device, a personal care device, or a combination thereof. The system is designed to provide ergonomic seating posture for a person who is seated on the chair. The system is also designed to reduce body stress by providing automatic movements of parts of the chair at predefined time points.

The invention describes a carry pack. More specifically, the present invention relates to a carry pack configured for use with a wheelchair, such as a tilt-in-space wheelchair, by a plurality of primary attachment points capable of being attached to the back canes of the wheelchair.

The present invention provides a bag for attaching onto a wheel of a wheelchair. The bag includes a substantially planar substrate having an inner surface and an outer surface. The inner surface is configured to engage an outer surface of the wheelchair wheel. A pocket is located in the planar substrate. The pocket includes an opening located in the outer surface of the planar substrate. A closure is provided at the pocket opening and is configured to open and close the pocket. An attachment mechanism is further provided at a periphery of the planar substrate, such that the attachment mechanism is configured to removably attach the bag onto the wheelchair wheel.

Systems, devices, and methods are described for providing, among other things, a wheelchair-assist robot for assisting a wheelchair user with everyday tasks or activities at work, at home, and the like. In an embodiment, the mobile wheelchair-assist robot includes a wheelchair interface component configured to exchange control information with a wheelchair controller. In an embodiment, a wheelchair-assist robot mount assembly is provided for, among other things, electrically and physically coupling a wheelchair-assist robot to an associated wheelchair.

A cart for connecting or attaching to a wheelchair is provided to assist a wheelchair user to more easily collect and move items, such as groceries. In certain embodiments the cart is further defined as a shopping cart.

An assembly of a first and second child transport apparatus is disclosed. Each apparatus may include: a frame having a frame base, at least one wheel, and a handle; at least one brake and a brake rod, wherein the brake rod is attached to the frame, and wherein the at least one brake actionable upon the wheel when the brake rod is actuated; a carriage pivotably attached to the frame; and a foldable backrest pivotably attached to a base of the carriage, wherein, in a nested position, the foldable backrest of the first apparatus is folded down and the carriage of the second apparatus is positioned partially within the carriage of the first apparatus such that the carriage of the second apparatus is disposed partially over the foldable backrest of the first apparatus; and the brake rod of the first apparatus is released by the handle of the second apparatus.

Embodiments of the invention relate to docking systems for poles or other devices that can hold medical and/or accessory equipment, typically in a clinical or hospital environment, and can include associated docking systems for various devices such as beds, wheelchairs, walkers, wagons, and the like.

An orthotic device is provided which includes a first structural element; a second structural element which is rotatably attached to the first structural element across a joint; a first rotary actuator which imparts rotational motion to the first structural element relative to the second structural element about a first axis; and a second rotary actuator which imparts rotational motion to the first structural element relative to the second structural element about a second axis. Each of the first and second rotary actuators is selected from the group consisting of parallel eccentric actuators and rotary actuators.