A walking aid vehicle (1) includes: an operation part (3) provided on an upper portion of a vehicle body for grasping by a user in a walking posture; a detector (30) for detecting an operation force applied to the operation part; and an inclination detector (20) for detecting inclination of the vehicle body. When an advance direction inclination detected by the detector is less than threshold, a normal control (100) generates a normal direction torque in the drive motor (40L, 40R) responsive to pushing the operation part (3) forward and generates a reverse direction torque in the drive motor responsive to pulling the operation part rearward, and when the advance direction inclination is equal to or greater than threshold and pushing operation force is detected, a shift to a pull control (110) is made which generates normal direction torque in the drive motor responsive to a pulling operation force.

A curtain (20) for use by a user with a rolling walker (10) including a walker frame (12) having a front frame section (24) and a pair of opposed side frame sections (26) that are coupled to the front frame section (24), includes a curtain body (20A) and a coupling assembly (22). The curtain body (20A) is configured to wrap around the rolling walker (10) so that at least 75% of each of the front frame section (24) and the side frame sections (26) are covered by the curtain body (20A). The coupling assembly (22) is configured to couple the curtain body (20A) to the walker frame (12) of the rolling walker (10). The curtain body (20A) can be reversibly coupled to the walker frame (12). The coupling assembly (22) can include one or more coupling members (22A), wherein each of the one or more coupling members (22A) have at least one of a length and a position that is sufficient to accommodate frame members (12A) of the walker frame (12) having different circumferences.

A cover for a walking frame comprising: a central crossmember portion, a left arm portion, and a right arm portion; said left and right arm portions comprising a receptacle defined by an inner flap and an outer flap on each of said left and right arm portions; and wherein said central crossmember portion comprises at least one fastener pair for securing said central crossmember portion.

A convertible, self-propelled, motorized mobility assistance device in a plurality of embodiments is provided, comprising a scooter-like chassis (1400) with support deck (300) portion, a handlebar (700), and at least one removable, interchangeable knee rest (800) or seat attachment (1300); wherein the device is mounted atop and driven by at least three motorized wheels (400, 500) which are connected to a source of power and propulsion (1200), and drive (1100). The device further includes a steering system, braking system, and mechanisms for height-adjustability, comfort, and portability.

An apparatus including a walker and a guider attached to the walker. The guider has three sides. The first side of the three sides attaches to a front of the walker. The second side of the three sides attaches to a first side of the walker. The third side of the three sides attaches to a second side of the walker.

Devices for improvement of the basic crutch, cane, and ambulatory aids to provide needed support to ameliorate potential injuries and improve ambulation for persons suffering from injured lower limbs, lumbar region or other injuries, and who frequently require using crutches for mobility. Normally, the conventional crutches require more energy from the user than merely walking, and frequently, a crutch user may require rest. Prior crutch systems have not provided a convenient way to provide the user with such rest. Also, we show crutch support in sitting position that works as a simple and handy decompression system for herniated or bulged discs and injured/weak back muscles. An integrated crutch and walker system is described.

A view redirecting system for use on a mobility device to redirect a user's view to a more favorable orientation is disclosed. One embodiment includes a first structure having a convex first reflective surface, a second structure having a flat second reflective surface and a third structure. The third structure being an adjustable structure and configured for connecting said first and second structures together. The first structure and the second structure are configured to be positioned such that the first reflective surface and the second reflective surface are facing each other at angle up to and including ninety degrees. The third structure configured to maintain the angle. The system is arranged to redirect a user's view from a first line-of-sight to a second line-of-sight by light interacting with the reflective surfaces The system being configured for attachment to a structural member of the mobility device.

A one handed walk assist device featuring a handle and plurality of legs affixed to a variably shaped support frame, featuring various independent embodiments including an embodiment trapezoidal orientation between the front and back legs, and an embodiment apparatus orientation that is angled backwardly. A variety of storage/carriage compartments are disclosed.

A lift system has a back panel and a seat panel to provide a seat. The back panel is slidably mounted on a support column via slider so that the back panel can be moved up and down to adjust the seat height. The seat panel can be flipped back when the back panel is in an upright position. The back panel, together with the support column, can be oriented in a horizontal position and the seat panel can be adjusted similarly. With the support column, the lift system can be attached to a wheeled frame for mobility, but it can also be attached to a pole, a rotatable arm, a wall or a ceiling.

A wearable exoskeleton comprises a back frame set and a lower limb link rod set. The back frame set comprises a sliding rod and an object seat. The object seat is coupled to the sliding rod and configured for carrying object. One end of the lower limb link rod set is coupled to the object seat. The back frame set is worn on the back of the user. The lower limb link rod set is worn on the lower limb of the user for responding to the flexing or erecting movements of the user's lower limb. When the other end of the lower limb link rod set contacts the ground with the action of the lower limb, the ground provides an upward reaction force, and the reaction force is transmitted to the object seat through the lower limb link rod set to push up the object.