Walking frame (10) with wheels (12) comprising a support frame (11) and two gripping elements (13) associated with the support frame (11) that can be gripped by a user.

The present disclosure relates to a rolling walking device for the therapy and diagnosis of a person with a motor restriction. The walking device comprises at least one axis and a plurality of wheels, a support device for the person, which is configured such that the person can sit on the support device while using the walking device and simultaneously rest with the front of their upper body, and, optionally, with the head, at least partially on the support device, and one or more sensors configured to generate sensor data associated with a therapeutic interaction of the person with the walking device.

A rollator includes a collapsible frame supported on a plurality of wheels, a pair of handlebars, and a braking mechanism.

The Platform-Lift Walker is a walker featuring a vertical driving platform that can lift objects from the ground while the user is standing. Similarly, the Platform-Lift Walker can lower objects to the ground while the user is standing. The Platform-Lift Walker offers users with balance or bending mobility issues an alternative to commercially available picker or grabber devices that are often difficult to use or unable to lift heavier objects. The Platform-Lift Walker includes a walker, a lifting mechanism, and a platform.

A rollable user-support device comprising a rigid frame with first legs and second legs, each with a rollable and swivelable wheel, a seat with a seat folding mechanism and/or a seat manipulation mechanism. The seat manipulation mechanism can be operable to move the seat, with a user seated thereon, between a lower rearward seating position and an elevated forward seating position, and the seat folding mechanism can be operable to move the seat between the elevated forward seating position and a folded position, at least one of the devices being connected to a swivel prevention mechanism associated with the first wheels. The device can constitute a bi-directional rollable user-support device operable in three modes.

The rolling stick is a supporting structure. The rolling stick transfers the load of a patient to a supporting surface. The rolling stick is a rolling structure. The rolling stick operates in a rolling mode and a stationary mode. The rolling stick includes a stanchion structure, a plurality of leg structures, and a caster structure. The plurality of leg structures and the caster structure attach to the stanchion structure. The stanchion structure transfers the load of the patient to the supporting surface. The caster structure rolls the rolling stick across the supporting surface. The plurality of leg structures forms a mechanical structure that: a) forms multiple load paths used for transferring the load of the patient to the supporting surface; and, b) stabilizes the rolling stick from rolling when the rolling stick is in the stationary mode.

A patient transport apparatus includes a height-adjustable assembly having a longitudinal axis. The apparatus includes a brake cable. The brake cable includes an elongate portion extending along the height-adjustable assembly and includes a slack portion. The apparatus includes a brake cable housing coupled to and axially offset from the height-adjustable assembly. The slack portion of the brake cable is enclosed within a hollow interior of the brake cable housing.

The present invention discloses a fully foldable four-wheel walking aid, comprising a left frame and a right frame which are connected by an X-shaped frame, wherein each of the left frame and the right frame includes a wheel frame, an armrest adjustment frame, a fixed base and a rotary movable base. The armrest adjustment frame, the rotary movable base and the fixed base are connected by a rotating shaft screw; and a through hole of armrest adjustment frame is provided in the armrest adjustment frame, rotary movable base is provided with a through hole of rotary movable base, and fixed base is provided with a through hole of fixed base. An open space is formed by the through hole of armrest adjustment frame, the through hole of rotary movable base and the through hole of fixed base, and an elastic pin having recovery capability is provided in the open space.

A three- or four-wheeled mobility walker/rollator including a foldable or collapsible frame assembly including a main or anterior frame assembly and a posterior frame assembly, three or four wheels coupled to the bottom or base of the frame assembly, and at least two crossbar handles coupled to the top of the frame assembly. The crossbar handles are placed one in front of the other with the first posterior crossbar handle being aligned with or slightly behind the middle of the back wheel posterior to the bottom of the walker frame. The crossbars can be of a sufficient width and curvature to provide a continuous support for the forearms when the user is standing, and can provide more frontal plane stability and balance during locomotion compared to the handles of a traditional walker.

A collapsible rolling walker that readily collapses for storage and/or transportation and that readily deploys for use.