1300results about "Crutches" patented technology

A gait training system comprising an ambulation assistance device operable to provide support for an ambulating user and a target projection device attached to said ambulation assistance device, the target projection device operable to project a guide target on a predetermined position on a surface, the guide target positioned so a user can step on the guide target while ambulating in a predetermined gait.

A collapsible side wheeled walker accommodates a user walking to one side of the walker while holding the walker and supporting at least a portion of the user's weight on the walker. The walker can be collapsed in a tripod-like manner into a compact configuration that is easily transported and stowed.

An orthesis system includes an exoskeleton configured to be coupled to a user and a separate support device in the form of crutches, a walker or a cane. Preferably, the exoskeleton includes leg supports, an exoskeleton trunk, and actuators to provide for movement of the exoskeleton. The support device includes at least one support handle and a signal generator coupled to the support handle configured to generate and send a user command signal to an exoskeleton controller when activated by the user. The user command signal causes the exoskeleton controller to shift the exoskeleton between a first operational state and a second operational state. Optionally, a signal generator separate from the support device may be utilized to control the exoskeleton. Operational states of the exoskeleton include Walking, Standing, Seated, Sitting, Down and Standing Up states. User command signals can include a combination of distinct main, walking, or stopping signals.

A telescoping, hand held pole includes telescoping pole segments releasably locked together by lock members. A lock release mechanism employed in the pole includes a manually engageable member which, when pushed, initiates unlocking of all of the lock members, allowing telescoping of all of the telescoping pole segments.

A walking staff apparatus having a tripod assembly that is releasably fastened to a main shaft. The tripod assembly may be released from the shaft to achieve a compact arrangement for transport or storage. The shaft may also be telescoping to achieve a compact size. The release joint may include a mechanism for centering the shaft and tripod assembly. A magnetic-based mechanism for releasable attachment of an article may be coupled to the shaft. The magnetic-based attachment mechanism may include an anti-rotation device to achieve secure positioning of an article releasable attached to the shaft.

A system method and device, the system including a gait device for facilitating a gait of a person over a surface and one or a plurality of crutches to provide support over the surface the gait device, each of said one or a plurality of crutches including a locomotion facilitator to enhance locomotion of that crutch over the surface and a mechanism to modify the locomotion of that crutch over the surface.

A lock assembly is disclosed for use with a foldable walker. The lock assembly includes a lock pin movable between a first position in which the corresponding side member is held in a locked unfolded state and a second position in which the side member is in an unlocked folded state. A lock plate extends transversely to the longitudinal axis of the corresponding side member. The lock plate includes an aperture adapted to receive a locking end of the lock pin when the pin is in its first position and a guide trough limiting the side members to rotate relatively in a certain angles. A lever is connected to the lock pin such that when the lever is pushed down, the lock pin is moved from its first position to its second position and holds in the second position to permit rotation of the corresponding side member to its folded state.

A walking aid includes a vertical shaft, a housing member disposed at a bottom of the shaft, a plurality of vertical leg members extending downwardly relative to the housing member, an electrical component on the walking aid, and control circuitry for the electrical component disposed on the housing member.

A lower extremity orthosis is configured to be coupled to across at least one joint of a person for gait assistance and can incorporate knee, thigh, hip and ankle/foot assistive orthotic devices which can be used in various combinations to aid in the rehabilitation and restoration of muscular function in patients with impaired muscular function or control.

A walker has a first generally U-shaped frame member with a front and rear leg and a second generally U-shaped frame member with a front and rear leg. Castors are rotatably attached to each front leg such that the castors face each other and each are attached by passing a bolt through the castor and receiving the bolt within a screw boss within the respective leg. A lower bracket with a base and an annular flange and an upper bracket with a resilient C-clip, axially aligned with the lower bracket, are each attached to one of the legs and allow a cane to be removably secured within the two brackets.

A walking cane having a handle having (a) a grasping device that is operable by a user with the same hand which holds the handle and (b) one or both of the following devices: (1) a light source, including a light control switch disposed on the handle, for illuminating a region near the distal end of the cane; and (2) a permanent magnet, preferably disposed on the handle, for attracting and holding objects which are made, at least in part, of magnetically permeable material.

A walker with wheels that are retracted upon the application of a force of predetermined magnitude to permit a user to move the walker when he or she partially leans on the walker while providing a solid anchored support if he or she leans with more weight exceeding a predetermined magnitude. The walker includes a structural elongated assembly with a handle and forearm cuff at one end. The other end is rigidly mounted to two base assemblies that are kept at a parallel and spaced apart relationship with respect to each other. The base assemblies have a bottom surface. Retractable wheels are mounted to the base assemblies. The wheels are spring biased to protrude beyond the bottom surface so that they support the walker when at rest and as long as the user does not apply a force that exceeds a predetermined magnitude.

A walker is provided with a first side frame including a telescopic forward leg, a telescopic rearward leg, and a top arm having one end integrally formed with the forward leg and the other end joined to the rearward leg; a second side frame including a telescopic forward leg, a telescopic rearward leg, and a top arm having one end integrally formed with the forward leg and the other end joined to the rearward leg; a front frame releasably secured to both the first and second side frames; and first and second crutch sections releasably secured to the first and second side frames respectively.

A mobility assistance apparatus for use by a person as a walking aid, e.g. a cane, crutch, or walker, improves the mobility of the person by providing a loading response shock absorption which stores energy and releases the energy to generate propulsive force to aid mobility. A device of the apparatus for ground engagement has a monolithically formed extrusion with foot, ankle and shank portions with improved spring rate gain. An upwardly extending, vertical load bearing support of the apparatus is connected to the device and flexes to absorb shock and store energy and then release it in ambulation to aid mobility. A set of various terrain foot slipper socks with different distal surface configurations for ice, snow and mud can be selectively used on the foot to enhance safety.

An ambulation assistance device is provided with a leg support that releasably secures to an individual's leg and supports the leg in a positively flexed position. An elongated pylon extends downwardly from the leg support and may be hinged at the point of connection to simulate the mechanics of the individual's knee during ambulation. A resilient rearward brace may be used to bias the pylon toward a standing position. A forward brace may be provided to limit over extension of the pylon. A foot member may be pivotably coupled with the distal end of the pylon to simulate the mechanics of the individual's ankle during ambulation. A resilient brace may bias the foot member toward a standing position.

A forearm crutch with a telescopic leg that includes a shoe assembly at the distal end with convex surfaces for the forward and rear portions to maximize contact area upon making contact with a supporting horizontal surface and as the load transmission ends. The other end of the leg is rigidly mounted to a housing that receives a pivotally mounted handle assembly with a locking mechanism for settling the former at a predetermined angular disposition over a given angular range. An adjustable forearm support assembly is mounted to the housing, opposite to where the leg is mounted. The crutch includes battery operated light and horn circuits that can be readily actuated by a user.