37 results about "Ulnar wrist deviation" patented technology

The invention discloses an upper limb joint movement degree measuring method based on a Kinect sensor, comprising measuring projects of measuring shoulder joint buckling/stretching and adduction/abduction, elbow buckling/stretching, upper limb palmarflexion/dosal flexion and radial deviation/ulnar deviation and the like. In a measuring process, a sensing man-machine interaction manner is adopted and a position of each joint of an upper limb is captured through the Kinect sensor according to the movement of the upper limb of a detected person, so as to record, calculate and feed back joint movement degree information in real time, automatically finish measurement and directly obtain a measured result in real time; and therefore, the operation is simple and convenient. A user can select measurement projects by oneself; and in each project, the user can execute the movement of the upper limb according to an initial body position for promoting accurate measurement. When the executing movement does not accord with measurement requirements, a system has an error, and prompts and corrects unreasonable movement and postures by the user in time.

An orthotic protective device collectively including a base unit connected to a metacarpal unit by a hinge system designed to protect and prevent hyperextension and hyperflexion movements of the metacarpal, carpal, radius and ulna regions. The base unit and metacarpal unit includes a longitudinal support member and a casing, respectively, lined with at least one pad having a tongue. At least one releasable fastener is mated to the support member and casing and extends to the tongue of the pad.

Apertures of the base unit are mated and connected to apertures of the hinge system which form an articulated joint allowing the hinge system to move in an upward manner allowing for natural extension of the user's wrist and in a downward fashion for unlimited flexion motion. The base unit and the hinge system may both have at least one stop formed thereon; and as these stops come into contact with one another, it limits the flexion, extension and radial-ulnar deviation. Further, an aperture of the metacarpal unit is mated and fastened to an aperture in the hinge system by a swivel joint which allows for lateral movement of the user's wrist.

The present device relates to an apparatus and a method for allowing a golfer to properly grip a golf club. A proper grip is one that allows for the most efficient radial deviation (abduction) and ulnar deviation (adduction) as well as flexion and extension of the wrist of the golfer's upper hand, while also minimizing club head and shaft axis rotation during a golf swing. This grip can be achieved through the use of a marking system comprising the golfer's glove and the grip of the golf club. By matching one or more markings on the glove, placed in specific locations on its anterior, with one or more markings located on specific positions on a golf club grip, the proper location of the golfer's upper hand can be found and the proper grip can then be made.

Handles allow hand tools, implements or other utensils to operate within their arc of natural use, motion and attack without requiring extension, flexion, radial deviation, or ulnar deviation of the wrist from the neutral plane of the forearm. The preferred embodiments further include a grip shaped to increase the effectiveness of the tool and minimize antagonism between muscles and tendons of the wrist, forearm and upper arm, while maximizing the effectiveness of the gripping force delivered to it by the user. Maintaining the wrist and forearm in a neutral position increases a tool user's potential strength by increasing the synergy between large muscles of the forearm and upper arm and shoulders. It also decreases compression of the tendons and nerves in the carpal tunnel and between the wrist and forearm. Grips according to the invention preferably conform in shape, diameter and dimensions to the physical architecture of the hand such that grip tension and compression of the tendons in the wrist and forearm is optimized, minimizing the compressive force on the small muscles, tendons, and ligaments of the fingers, hand, wrist, and forearm, while maximizing the contributive effectiveness of the larger muscles of the forearm, upper arm and shoulder.

A golf swing and putting stroke training device is provided that comprises a forearm connection strap, a pivoting member, and a connection means adapted to secure to a golfing glove closure strap. The device firmly secures to the forearm of the forward arm of a golfer, wherefrom a first member is supported therefrom extending toward the user's wrist. A second member is pivotably attached to the distal end of the first member and connects to the user's golfing glove along the top of the user's upper hand. The pivot joint therebetween allows for rotation of the second member in single plane and thus limits the user's wrist to single degree of freedom. Wrist movement is limited during a full swing to radial and ulnar deviation only, while the device is adapted to remain attached while putting to prevent wrist flexion or extension (e.g. wrist “breaking”) during a putting stroke.

A kit of components of a multi-functional group of hand/forearm exercise tools wherein each tool permits the user to strengthen one or more muscles associated with the hand/forearm of the user, and/or to increase radial and ulnar deviation and forearm pronation and supination, or permits the user to mimic a functional task, such as turning a door knob, opening a bottle cap, inserting and turning a key, turning and tightening a nut, and turning and tightening a bolt.

The invention relates to a lasso driving mechanism with two degrees of freedom. One end of a forearm part of the lasso driving mechanism is connected with a wrist elbow connector; one end of a wrist joint radial deviation/ulnar deviation moving part is hinged with a first mounting spindle head while the other end is connected with one end of a wrist joint flexion and extension moving part; a first encoder mounting rack and a first encoder are successively arranged on a second mounting spindle head from inside to outside; the first encoder mounting rack is hinged with the second mounting spindle head and is fixedly connected with a first wrist joint; the other end of the wrist joint flexion and extension moving part is hinged with a joint shaft; one end of a palm part is fixedly arranged on the joint shaft while the other end is connected with a palm support part; a second encoder is arranged on the joint shaft; the left ends of a first rope and a second rope are both fixedly arranged on a first output wheel while the right ends are fixed on the wrist joint radial deviation/ulnar deviation moving part; and the left ends of a third rope and a fourth rope are fixedly arranged on a second output wheel while the right ends are fixed on the palm part. The lasso driving mechanism with two degrees of freedom is used for auxiliary and rehabilitation training of the aged and the disabled.

The invention provides a wrist joint training robot. The wrist joint training robot comprises a rack, and an arm support, a palm flexion and dorsal stretch training assembly and an ulnar deviation andradial deviation training assembly which are sequentially arranged on the rack; the palm flexion and dorsal stretch training assembly comprises a rotating base, a first power assembly and a first angle sensor, the rotating base is arranged on the rack, the first power assembly drives the rotating base to rotate, and when the wrist joint training robot is used by a patient, the rotating axis of the rotating base penetrates through wrist joints of the patient; and the ulnar deviation and radial deviation training assembly comprises a swing arm, a grip, a second power assembly and a second anglesensor, the swing arm is rotationally connected with the rotating base, the rotating axis of the swing arm is perpendicular to the rotating axis of the rotating base, the grip is arranged on the swing arm, and the second power assembly drives the swing arm to rotate. The wrist joint training robot can detect motion data of the wrists of the patient, obtain the maximum rotation angle of the wristjoints, and facilitate monitoring of the rehabilitation condition of the patient.

The invention relates to a 2-SPU/RR parallel pneumatic wrist rehabilitation device. The device adopts a 2-SPU/RR parallel configuration, wherein the 2-SPU/RR parallel configuration mainly comprises two SPU branch chains, an RR branch chain, a forearm semi-ring, a base semi-ring, an arc-shaped supporting plate and supports; the SPU branch chains comprise ball pairs S, air cylinders and Hooke pairsU, and the RR branch chain comprises a flexion/extension semi-ring, a radial deviation/ulnar deviation semi-ring and a corresponding rotating shaft assembly. The lower portion of the base semi-ring isprovided with a bottom plate structure with a long-strip-shaped rectangular cross section, the forearm semi-ring is arranged on the bottom plate structure, and the front and rear ends of the base semi-ring are supported by the two supports together; the RR branch chain is arranged in the base semi-ring, the SPU branch chains connect the forearm semi-ring and the RR branch chain together, the arc-shaped supporting plate is arranged on the bottom plate structure of the base semi-ring, and the axes of the forearm semi-ring, arc-shaped supporting plate and base semi-ring coincide. The 2-SPU/RR parallel pneumatic wrist rehabilitation device has the advantages that the bearing capacity is strong, the structure is compact, the size is small, the range of motion is large, and all parts in contactwith the upper limbs of the human body adopt opening structures, thereby greatly improving the wearing convenience and comfort of patients.

The present invention pertains to an ergonomic steering wheel rim designed to promote a neutral position to the forearm, reducing stress and fatigue by discouraging fixed wrist positions, i.e., flexion and ulnar deviation. The steering wheel rim of the invention provides a more comfortable driving position, reduces injury associated with airbag deployment, and reduces stress on hands and wrists. The steering wheel rim has one or more hand grip portions that deviate from the XY plane away from the driver. The present invention further concerns steering wheels comprising the rim of the invention and vehicles comprising the steering wheel of the invention.

The invention relates to an anti-compensation arm fixer, which comprises a supporting plate and upper limb fixers. The anti-compensation arm fixer is characterized in that the upper limb fixers are bonded on the supporting plate through nylon adhesive pads and can very conveniently fix forearms and upper arms, the positions of arms can be adjusted to ensure that the arms feel comfortable after the arms are fixed and external equipment can smoothly train actions such as wrist bending and stretching, ulnar deviation and radial deviation, pronation and supination and fist making after the arms are fixed, and the recovery of patients is facilitated.

The invention relates to the technical field of medical rehabilitation adjuvant therapy equipment, and particularly discloses a forearm fracture reduction hand clamping device. The device comprises abase mechanism, slide rail mechanisms and a palm clamping mechanism; the palm clamping mechanism is fixed to the slide rail mechanisms, the palm clamping mechanism and the slide rail mechanisms are entirely fixed to the base mechanism; the base mechanism comprises a base, a lifting sleeve whose height can be adjusted freely and a slide rail fixing seat; the lifting sleeve and the slide rail fixingseat are fixed to the base; the palm clamping mechanism comprises a thumb clamping part, a palm clamping part and an adjustment part; the thumb clamping part is connected with the palm clamping part;the adjustment part is used to make the palm clamping mechanism adapt to palms with different sizes; the slide rail mechanism comprise a transverse slide rail mechanism and a longitudinal slide railmechanism; the transverse slide rail mechanism is used to drive the palm clamping mechanism to move transversely, so that the fixation of ulnar deviation angle is realized; the longitudinal slide railmechanism is used to drive the palm clamping mechanism to move longitudinally, so that the fixation of the palm tilt angle is realized.

The invention discloses a distal radius fracture wrist fixation protection tool. The distal radius fracture wrist fixation protection tool comprises a fore arm binding mechanism, a TDOF (Two-Degree of Freedom) mechanism and a palm binding mechanism which are sequentially connected in a fore arm direction, wherein the fore arm binding mechanism comprises an upper clamping plate for fore arm fixation, a rear restraint strap for fore arm fixation and a lower clamping plate for fore arm fixation, the rear restraint strap for fore arm fixation is fixed to the upper clamping plate for fore arm fixation, and the lower clamping plate for fore arm fixation is connected with the upper clamping plate for fore arm fixation by virtue of the restraint strap; the palm binding mechanism comprises a hand back fixation clamping plate, a palm fixation restraint strap arranged on the hand back fixation clamping plate and a palm fixation clamping plate connected with the hand back fixation clamping plate through the restraint strap; the TDOF mechanism comprises a rotary joint pedestal connected with the upper clamping plate for fore arm fixation, an ulnar-deviation radial-deviation rotary joint connected with the hand back fixation clamping plate, and a palm-inclination back-extending rotary joint arranged between the rotary joint pedestal and the ulnar-deviation radial-deviation rotary joint. The distal radius fracture wrist fixation protection tool is capable of replacing gypsum, achieving an effect of fixing a wrist of a patient suffering from distal radius fracture, and improving certain defects of gypsum fixation.

The invention belongs to the technical field of rehabilitation devices, and relates to a man-machine engineering mechanical arm for rehabilitation training. The mechanical arm comprises a front arm plate, a first linear actuator A, a second linear actuator B, universal joint mechanisms, a palm plate, a third linear actuator C and a finger plate; the first linear actuator A and the second linear actuator B are arranged in parallel, and the tail ends of the two actuators are in floating connection with lugs on the front arm plate through pins; U-shaped limiting parts are located in the middles of the actuators A, B and C, and gaps are reserved between the U-shaped limiting parts and the actuators; and the other ends of the first linear actuator A and the second linear actuator B are connected with lugs on the palm plate through the universal joint structures. The mechanical arm is suitable for clinic, and also suitable for home rehabilitation training, and burdens of patients and rehabilitation physicians are reduced; and the flexion and extension movement of fingers except for a thumb, the flexion and extension movement of a wrist and the scratch and ulnar deviation movement can berealized.