109 results about "Active exercise" patented technology

A small lightweight yet strong frame (12) housing multiple flexible axles (22) which in turn support foam rubber roller balls (16), which roll about an axis creating: massage, intersegmental traction, trigger point therapy, and active exercise to the back of the user. These axles (22) are made more efficient by the placement of bushings (26) where they are contained by frame (12). Foam rubber balls (16) contain sleeves (30) which promote free rotation. A sliding head rest (38) is provided for comfort and is also used to facilitate optional concomitant neck and back treatment and multiple tension adjustments (46) (36) are provided for varying resistance to glide.

The invention discloses a recumbent lower limb rehabilitation robot and a corresponding active exercise control method. The robot comprises a seat, mechanical arms, a master industrial personal case, a man-machine interactive interface, a myoelectric signal acquisition electrode plate and a myoelectric signal acquisition industrial personal case. When the rehabilitation robot is used for assisting a patient to do active exercise, the patient reclines on the seat, the lower limbs on two sides of the patient are respectively fixed with the mechanical arms, the myoelectric signals of corresponding muscles of the patient can be acquired, the patient controls the robot to complete active exercise according to different control algorithms. According to the invention,the traditional occupational therapy and the exercise therapy are organically combined, thus effectively improving the rehabilitation effect of the patient and enhancing the active participation wish of the patient.

The invention relates to a lower limb joint rehabilitation training device for passive and active exercise training, which comprises a bottom plate, a leg-placing plate, a rod length regulating button, an adjustable leg bracket, a connecting rod, an adjustable crank, a rigidity variable mechanism, a tensioning connecting sleeve, a bearing block, a bottom plate, a display, a control keyboard, a leg bracket fixing knob, a shank fixing belt, a motor transmission mechanism and a control circuit, wherein the motor transmission mechanism and the control circuit are arranged in a shell. The lower limb rehabilitation training device is characterized in that the rigidity variable mechanism driven by a magnetorheological fluid damping brake is arranged at the center of two inner walls of a leg-placing plate frame, wherein the rigidity variable mechanism comprises an exciting current regulator, an exciting current wire, the magnetorheological fluid damping brake, a support shaft seat, a gear shaft, a gear and a rack. Because the rigidity variable mechanism driven by the magnetorheological fluid damping brake is adopted to replace a rigidity variable mechanism driven by a motor, damping forces are set when different patients make active exercise training; and the invention has the advantages of reasonable design, compact structure, convenience for processing, manufacturing and using, and the like.

The invention discloses an active exercise control method and device for a rehabilitation robot based on surface electromyogram signals, which are used in various upper limb or lower limb rehabilitation robots with surface electromyogram signal acquisition functions. The active exercise control method comprises the following steps: in the rehabilitation exercise process, firstly, acquiring surface electromyogram signals from two pieces of corresponding muscle, extracting patient active motion mode information such as the frequency and the phase from the surface electromyogram signals in real time by using a frequency tracking algorithm, generating a reference exercise track of the robot according to the phase information, and controlling the output torque of the robot according to practical motion errors, thereby assisting the patient to complete rehabilitation exercise tasks. By adopting the active exercise control method and device, active exercise of multiple joints can be achieved by using the rehabilitation robot on the basis of double-channel surface electromyogram signals, the surface electromyogram signals are convenient to acquire and process, real-time monitoring of active motion intention of a testee and active rehabilitation exercise through the rehabilitation robot can be achieved, and the rehabilitation exercise efficiency can be improved.

The invention discloses a joint movement rehabilitation instrument used for guaranteeing sufficient joint recovery training of fracture patients. The rehabilitation instrument is characterized in that an elbow joint rehabilitation assembly and a knee joint rehabilitation assembly which are driven through a drive assembly are arranged on a base assembly, and angle of passive joint training can be optionally adjusted. A temperature adjusting mechanism is arranged on each of the elbow joint rehabilitation assembly and the knee joint rehabilitation assembly, elbow joints and knee joints can be adjusted in temperature, namely early cold compress and later thermal therapy, training effect can be enhanced, and rehabilitation time can be shortened. An elbow joint movement unit and the elbow joint rehabilitation assembly can be used in connection or separation, and passive training is performed when the elbow joint movement unit and the elbow joint rehabilitation assembly are used in connection; when the elbow joint movement unit and the elbow joint rehabilitation assembly are used in separation, the patient wears the instrument for active training, and active training and the passive training are performed alternatively so as to enhance the rehabilitation effect. A carrying-angle adjusting structure is arranged on the elbow joint movement unit so as to meet requirements of different patients and alleviate pains of the same in training, and comfortableness is increased.

The invention discloses an upper-limb rehabilitation assistive exercise device driven by a dielectric EAP (Electroactive Polymer) and a method thereof, which relate to a medical rehabilitation appliance. The upper-limb rehabilitation assistive exercise device comprises a rocker, a cross hinge, a driver, a fixing rod, a connecting ring, a bracket and a base. The method comprises two exercise modes: in a passive exercise mode, changing an actual output moment of a driver set by changing voltage applied to the driver and an applying sequence in order to realize the rotation of the rocker, thereby driving the upper limbs of a patient to move; and in an active exercise mode, changing the actual output moment of the driver set by changing the voltage applied to the driver and the applying sequence, using the actual output moment as a damping moment, and overcoming the damping moment by moving the upper limbs of the patient in order to reversely rotate the rocker. The invention has the advantages of simple structure, convenient use, small size, low machining accuracy requirement and low cost; the characteristics of the dielectric EAP are similar to the characteristics of human muscle, and the flexible driving characteristic of the dielectric EAP increases the safety and the comfort of a rehabilitation exercise process.

The invention provides an upper limb external skeleton device. The upper limb external skeleton device is installed on a wheelchair and used for assisting a patient suffering from upper and lower limb dysfunction in upper limb movement and active exercise. The upper limb external skeleton device is characterized by comprising a connecting and supporting mechanism, a shoulder joint motion mechanism, an elbow joint motion mechanism and a wrist joint motion mechanism, wherein the connecting and supporting mechanism is used for being connected with the wheelchair and supporting the external skeleton of the upper limb of the patient, and comprises a wheelchair fixing rod, a first wheelchair locking clamp, a supporting frame, a pulling rod and a single-end locking clamp; the shoulder joint motion mechanism is used for enabling the patient to do shoulder joint exercise and comprises a supporting disc, a rotating piece, an upper arm supporting piece and an upper arm rotating shaft piece, and when rotating, the rotating piece and the upper arm supporting piece drive the shoulder joints of the patient to stretch and retract; the elbow joint motion mechanism is used for enabling the patient to do elbow joint exercise and comprises an upper arm fixing piece, an upper elbow joint connecting piece, a lower elbow joint connecting piece and a forearm fixing piece; the wrist joint motion mechanism is used for enabling the patient to do wrist joint exercise and comprises a grip, flexural springs, a forearm adjusting rod and a forearm supporting piece which are connected in sequence.

The invention discloses a postoperative auxiliary rehabilitation device for vascular surgery. The postoperative auxiliary rehabilitation device comprises a hollow base, wherein a lower limb exercisingdevice is arranged at one side of the hollow base; a back exercising device is arranged at the upper part of the hollow base; a buttock supporting device is arranged at the upper part of the hollow base and is located between the lower limb exercising device and the back exercising device. The postoperative auxiliary rehabilitation device disclosed by the invention is good for promoting the bloodcirculation of a whole body of a patient and the rehabilitation of the patient is promoted; meanwhile, kinetic energy generated in an exercising process of the patient also can be converted into electric energy and the electric energy is stored in a storage battery, so that the rehabilitation device has a power generation function and the exercising interests of the patient can be stimulated; theenthusiasm of initiative exercising of the patient is easy to improve so that the rehabilitation time is shortened; a rotary unit has a massaging effect on the back of the patient and fatigues of thepatient is easy to expel; an ergonomic design is met and the comfort can be greatly improved when the patient does rehabilitation exercise by utilizing the device.

The invention provides a tail-suspended rat positioning device, which comprises a tail suspending device, a rat fixing box, a trunk positioning device and an angle control device, wherein the rat fixing box is used for accommodating the head and the trunk part of a rat; the trunk positioning device is used for fixing the trunk of the rat; and the angle control device is used for controlling an angle between the rat fixing box and a base of the tail-suspended rat positioning device. The invention also provides an active/passive exercise training device for the tail-suspended rat, which comprises a rat hind limb exercise device, a track control device, an active exercise training device and a passive exercise training device, wherein the rat hind limb exercise device is used for performing active or passive exercise training on the hind limbs of the rat; the track control device is used for limiting the motion range of the hind limbs of the rat; the active exercise training device is used for performing active exercise training on the hind limbs of the rat; and the passive exercise training device is used for performing passive exercise training on the hind limbs of the rat. The devices can keep the tail suspending angle of the rat unchangeable, namely keep a simulated weightless state during exercise training, and can control the active/passive training for the rat to perform quantitative training.

The embodiment of the invention discloses a lower limb rehabilitation training method and system based on virtual reality. According to the lower limb rehabilitation training method based on virtual reality, a selection instruction for a virtual scene in a scene database is received from a user, a corresponding virtual scene is displayed for the user according to the selection instruction, and exercise information of the current user during exercise on gait training equipment is obtained; the display state of a virtual entity model in the current virtual scene is updated in real time accordingto the exercise information, wherein the virtual entity model comprises houses, streets, vehicles, pedestrians, green belts and/or sky. According to the scheme, the training process is fed back to apatient visually through virtual scene animation so that the active exercise intention of the patient can be excited and maintained, and the rehabilitation process of the patient can be promoted; a closed loop of information transmission is formed in order to realize active and passive cooperative stimulation to the damaged nerve center and strengthen the autonomous exercise intention.

A method for passive and active exercises of the human knee using an apparatus having a substantially rigid support member having two substantially similar sides joined at one end, which forms an apex, and having a third side including two opposing linear surfaces separated by a cavity; and an adjustable strap.

The invention discloses a magneto-rheological damper sitting-lying type lower limb rehabilitation robot, and relates to the technical field of medical instruments. The magneto-rheological damper sitting-lying type lower limb rehabilitation robot is characterized in that a hip joint bracket is arranged vertically; the bottom end of the hip joint bracket is fixedly connected with a hip joint extension bracket, and is connected to the output end of a hip joint extension driving mechanism through the hip joint extension bracket; the front end and the tail end of an upper limb rod are rotationallyconnected to the top end of the hip joint bracket and the top end of a lower limb rod; the outer sides of the hip joint bracket and the upper limb rod are provided with a magneto-rheological driving mechanism respectively; driven belt wheels of the two magneto-rheological driving mechanisms are connected to the front end of the upper limb rod and the top end of the lower limb rod. A disk type magneto-rheological damper is arranged in the magneto-rheological driving mechanism, so that control over the output torque of a motor is realized, and the problem of overlarge output torque of the driving motor is solved. Meanwhile, a resistance effect can be provided during active exercise of a patient, so that the effect of rehabilitation effect is enhanced. The magneto-rheological damper sitting-lying type lower limb rehabilitation robot has the advantages of simple overall structure, convenience in use and high practicability.

The invention provides an ankle rehabilitation device, which realizes active exercise and passive movement rehabilitation of the ankle through a foot pedal, a leg cover, a hydraulic device and a spring device. The beneficial effect of the invention is that the patient's ankle joint can be actively exercised and passively moved, and the rehabilitation of the ankle joint and the recovery of muscle strength are promoted.

The invention discloses a limb exercising device for a patient with diabetes mellitus. The limb exercising device comprises a bottom plate, a seat, an upper limb exercising mechanism, a lower limb active exercising mechanism, a lower limb passive exercising mechanism and a control system, wherein the seat is arranged in the middle of the bottom plate; the upper limb exercising mechanism is arranged on the seat; the lower limb active exercising mechanism is arranged at the right end of the bottom plate; the lower limb passive exercising mechanism is arranged on the bottom plate and the seat; the control system is arranged in the seat. According to the limb exercising device disclosed by the invention, the patient with the diabetes mellitus sits on the seat and the effect of actively exercising lower limbs of the patient with the diabetes mellitus can be realized; meanwhile, passive limb exercising is carried out on the patient at the later period of the diabetes mellitus and seriously insufficient physical strength, and blood circulation of the limbs of the patient with the diabetes mellitus is promoted; limb complications of the patient with the diabetes mellitus is effectively prevented from occurring and pains of the patient is alleviated; the exercising strength is convenient to control and the limb exercising device is more reasonable and efficient.

The invention relates to an ophthalmic nursing device used for doing eye muscle exercise training and strengthening sight distance. The ophthalmic nursing device comprises a box body (1), a panel (7) at the front of the box body (1), an eye chart (3) arranged in the middle of the panel (7), a background light of an alphabet board arranged in the box body (1) and a plurality of rectus oculi motion guiding lights (2) arranged on different positions of the panel (7). The rectus oculi motion guiding lights (2) are connected with a control circuit in the box body (1) respectively. The invention integrates the ophthalmic nursing device used for doing eye muscle exercise training and strengthening sight distance with an eye chart box as a whole, thus helping a user to do the eye muscle exercise training, strengthen the sight distance and care eyes regularly. In addition, the ophthalmic nursing device also can do regular eye test, so the eye test and the active training for prevention can be implemented simultaneously.

The invention discloses a massage chair for leg rehabilitation training, comprising a massage chair device 1, a leg rehabilitation train device and a mounting bottom plate. That massage chair device 1and the leg rehabilitation training device are fixed on the mounting bottom plate by fastening screws. The massage chair device and the leg training device can easily and comfortably complete the rehabilitation training under the cooperation work of the massage chair device and the leg training device, and can choose active or passive exercise. In the active exercise, the brake can be adjusted according to its own situation to choose the size of the resistance it can bear, in the passive exercise, the frequency and speed of the step motor can be adjusted to choose the treadmill movement, in various modes, the effective and comfortable rehabilitation training can be carried out step by step according to their own needs.

The present invention relates to an apparatus for strengthening pelvic floor muscles which can be used even when a user wears clothes and thus can be used comfortably without psychological burden; can be cleanly used without the remains of foreign matter around the urethra and the anus or on the exterior of the apparatus after use; can perform treatment in a state in which an electrode portion is pressed in close contact with the bladder and the pelvic floor muscles through a height adjustment means; and can perform both an active exercise through low-frequency pulses and a passive exercise through a muscular strength sensing means.

The invention discloses a limb movement intention understanding and upper limb rehabilitation training robot based on force sense information and posture information and a control method for the limbmovement intention understanding and upper limb rehabilitation training robot. Posture sensors respectively acquire posture information of the arm of the human body, the posture information is input to a controller, force generated by the arm of the human body acts to a six-dimensional force sensor through the rocker effect, the six-dimensional force sensor inputs a corresponding signal to the controller, the controller resolves the acquired posture parameters and force sense parameters through an established intention cognition model, and controls the rehabilitation training robot to make corresponding movements, thus the control over the rehabilitation training robot is realized, and the auxiliary active exercise under the weak active force is realized.

The invention discloses a bedside knee joint motion range training device. The bedside knee joint motion range training device comprises a bracket and a groove; the groove is connected with a first supporting plate; a first chute, a first sliding block and a supporting rod are arranged on the bottom surface of the first supporting plate; the first supporting plate is connected with a second supporting plate; the end part of the second supporting plate is movably connected with a telescopic rod; the telescopic rod is connected with a lifting device; the lifting device comprises an upright, a second chute, a second sliding block and a screw rod transmission mechanism; the screw rod transmission mechanism drives the telescopic rod and the second supporting plate to move up and down; a third sliding block and a fourth sliding block are arranged in the second chute; the third sliding block is connected with an upper limiting switch; the fourth sliding block is connected with a lower limiting switch; the upright is provided with a scale; and a pointer is arranged at one side of the scale. The device can provide passive exercise and active exercise for a knee joint motion range, is convenient to observe a value of the joint motion range in real time, accurately controls a knee joint exercise angle and implements bedside knee joint motion range exercise.

The invention discloses a multifunctional joint rehabilitation exercise device and method. The multifunctional joint rehabilitation exercise device can be used for passive and active exercise rehabilitation training process of wrist joints, elbow joints, hip joints, knee joints and ankle joints. The multifunctional joint rehabilitation exercise device is composed of an X-direction movement module,a Y-direction movement module, a control button module, a wireless display controller, a supporting column, a fixing support, restraint straps and the like, can be flexibly assembly and applied according to the rehabilitation demand of different joints and provide exercise aiding functions for rehabilitation of the wrist joints, elbow joints, hip joints, knee joints, ankle joints and the like. The multifunctional joint rehabilitation exercise device achieves unification of program control of multiple joint rehabilitation exercises, has the functions of self learning, memorizing, storage, reproduction and the like, improves the medical care efficiency, promotes scientific rationality of joint rehabilitation exercises and has an important application and popularization value.

The invention discloses an auxiliary exercise device for recovery of an orthopaedic patient, and relates to the technical field of medical auxiliary instruments. The auxiliary exercise device comprises a leg supporting frame, a foot rehabilitation mechanism, an automatic driving mechanism, a foot telescopic adjusting piece and a foot fixing mechanism. and the device has the following advantages: the leg and foot of a patient can be limited and fixed, and the foot and leg are well protected. The foot rehabilitation mechanism is connected to the leg supporting frame in a matched mode, the foot treads the foot rehabilitation mechanism and actively exercises the ankle joint, the automatic driving mechanism is arranged on the leg supporting frame, the automatic driving mechanism is connected with the foot rehabilitation mechanism in a matched mode, the automatic driving mechanism drives the foot rehabilitation mechanism to automatically drive the foot to swing, the foot telescopic adjustingpiece is arranged on the foot rehabilitation mechanism, the position of the foot telescopic adjusting piece on the foot rehabilitation mechanism can be adjusted to be suitable for soles of differentsizes, and the foot fixing mechanism is connected with the foot telescopic adjusting piece in a matched mode.

The invention provides a four-limb linkage training robot. The robot comprises a base, standing assisting equipment and four-limb linkage equipment are installed on the base, and the four-limb linkageequipment combines an active exercise mechanism and a passive exercise mechanism in one set of equipment and is arranged at the front side of the standing assisting equipment to cooperatively complete standing and four-limb exercise of patients. According to the four-limb linkage training robot, through the combined equipment, the patients can be automatically lifted from a sitting state to a standing state, the robot can effectively help patients with leg muscle weakness to stand up straight, the four-limb linkage equipment is used for rehabilitation training of the patients, the combined structure of the robot is ingenious, and the robot effectively assists the patients in exercising.

The invention discloses a functional exerciser of a bed for a burn patient. The exerciser comprises a mounting plate, a guide hole, fixing sleeves, a first spring, guide grooves, first sliding pins, second sliding pins, connecting rods, a supporting rod and a top plate. The functional exerciser of the bed for the burn patient enables the patient to synchronously exercise limbs of the patient by using the device, namely the passive exercise of the lower limbs is driven by a double-arm active exercise mode, and thus the exercise treatment of the limbs by the burn patient on the bed is greatly facilitated.