45 results about "Exercise therapy" patented technology

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 present invention relates to a movement recovery system, and a method of improving the functional motor recovery of a subject with a movement disorder. The present invention provides for a system and method, which in some embodiments can accurately quantify therapy parameters including compliance, task time spent, muscle coordination and functional improvement by utilizing kinetic, gyroscopic or other movement related information, and/or electromyography (EMG) data. In other embodiments, the system and method provide for functional electrical stimulation (FES) to help control the exercise therapy. The present invention further includes the methods of controlling or utilizing the movement related information, EMG and/or FES to detect, monitor, and control the exercise therapy.

To provide an exercise therapy device capable of highly motivating an exerciser to continue exercise therapy, the exercise therapy device equipped with AV equipment and a rotation shaft includes: a rotation speed detection unit; a display unit for displaying menu items of contents and the content reproduced by the AV equipment; a menu selection unit for sequentially displaying the menu items of contents when the rotation shaft is rotating and, when one of the menu items has been externally selected, confirming the one of the menu items as a menu to be displayed by the AV equipment; and a reproduction speed setting unit for setting a constant or a variable speed. The AV equipment reproduces the content at one of the predetermined constant speed or the variable speed which is set when the rotation shaft is rotating, and stops reproducing the content when the rotation shaft is stopped.

Provided is a control apparatus for an exercise therapy device to be used to carry out interval training where a high-intensity exercise and a low-intensity exercise, which have different exercise loads, are alternately carried out, including: an exercise load setting part for inputting an exercise load and exercise time period for the high-intensity exercise and low-intensity exercise from an input device of the exercise therapy device and setting the input exercise load and exercise time period in a storage part of the exercise therapy device as an exercise program; and a display control part for displaying a timing at which an exercise intensity of the exercise program is to change next during the interval training on a display device of the exercise therapy device.

An exercise therapy device 1 includes a pulse wave sensors 16 for detecting a pulse wave of a lower limb of a patient when being fixed to the patient, a walking sensor 15 for detecting a walking distance that the patient has walked, and a target walking distance setting section 30. The target walking distance setting section 30 is configured to set a target walking distance for exercise therapy, when the pulse wave detected by the pulse wave sensors 16 has a waveform having a predetermined shape which is flatter than an arterial pressure waveform, based on the walking distance of the patient by the time when the pulse wave has the waveform having the predetermined shape.

The invention discloses an exoskeleton-type upper limb rehabilitant robot which relates to the field of medical devices and is used for assisting a cerebral apoplexy patient in completing two movements of bending and stretching of an elbow, inward rotating and outward rotating of a front arm and simulating exercise therapy for performing rehabilitation training. The exoskeleton-type upper limb rehabilitant robot is structurally characterized by mainly comprising a servo motor, a speed reducer, a shaft coupling, a pair of straight gears, a pair of conical gears, an electromagnetic clutch, a shaft, a sleeve, an upper arm support plate, an adjusting bolt, front arm support plates, coupling pins, limiting pins and a limiting baffle, wherein the shaft coupling is connected with the speed reducer and a first transmission shaft; the electromagnetic clutch is connected with a third transmission shaft and a fourth transmission shaft; the sleeve is connected with the first transmission shaft and a second transmission shaft through the coupling pins; a second cylindrical gear is connected with a gear support plate to form hinge connection; a first front arm support plate is connected with a second front arm support plate by the adjusting bolt; the second front arm support plate is fixedly connected with the third transmission shaft. The device is compact in structure, safe, low in cost, and can be worn and can be used in hospitals and families.

An exercise therapy device includes pedals, a pedal rotation shaft connected to the pedals, a load motor for driving the pedal rotation shaft, and a load control device for controlling the load motor to cause rotating motion of the pedal rotation shaft to be started by the load motor.

A passive exercise therapy station moves a patient's limb or body part through a prescribed range of motion without stress to the patient's limb or associated joints. A frame is formed of a pair of arches joined in parallel to one another, with a pair of overhead horizontal rails. One or more main cables extend over guide pulleys on the frame and past an adjustable guide carriage that travels along the overhead rails. An actuator positions the guide carriage at a desired location on the overhead rails. An exercise cable descends from the guide carriage to the patient. The exercise cable may be a web attached to the main cable. The exercise therapy station may be wheeled between rooms for therapy of a given patient.

The invention belongs to the technical field of medical apparatuses and instruments and rehabilitation engineering, and particularly relates to a multi-freedom-degree controllable lumbar vertebra treatment chair. The treatment chair comprises a rack mechanism, a chair mechanism, a transmission mechanism and a control device, wherein the control device is connected with the transmission mechanism through a connecting conductor bundle. The control device controls the transmission mechanism to drive the chair mechanism to carry out ascent, descent and multi-freedom-degree rotation on the rack mechanism, traction and appropriate motion of the specific parts of the lumbar vertebra of a treatment receiver are achieved, and the purpose of carrying out treatment on the lumbar vertebra of the patient with the lumbar vertebra disease is achieved. All types of motion of the treatment chair are controlled by preset programs in the control device to be completed, pilot run is carried out on a generated exercise therapy scheme before treatment is carried out, an operator holds an emergency shut-down button to ensure safety, and treatment can be started after the scheme is corrected. The treatment chair is reasonable in structure, easy to operate, applicable to non-surgical treatment of lumbar vertebra diseases, capable of effectively relieving and treating the disease parts, the course of treatment is shortened, and working difficulty and labor intensity of medical staff are reduced.

Provided are a control apparatus and method for an exercise therapy device, including the following steps: calculating a first-order lag waveform of a waveform of the target value of the exercise physiological response as a corrected target value of the exercise physiological response using a response time constant; calculating a difference between the corrected target value of the exercise physiological response and the measured value of the exercise physiological response as an exercise physiological response deviation after correction; generating a command value for the exercise load based on the exercise physiological response deviation after correction, so that the exercise physiological response of the exerciser approaches the corrected target value of the exercise physiological response, to thereby control the exercise load to be applied to the exerciser.

A range of motion therapy apparatus and kit according to the present invention includes an elongate body member having a flexible construction and generally tubular configuration defining an open space, the body member having an open proximal end and a closed distal end opposite the proximal end. The apparatus and kit includes a tubular receptacle having a closed bottom and a continuous side wall extending upwardly from the closed bottom that, together, define an interior area and an open top. The tubular receptacle includes a diameter smaller than a diameter of the body member such that the tubular receptacle is selectively received in the open space of the body member. A weighted straight bar, a generally C-shaped bar, and a tubular cushion may also be included. All components may be stored in the tubular receptacle.

The invention provides an exercise therapy rehabilitation robot coupled with a physiotherapy device, relates to the technical field of rehabilitation therapy equipment, and solves the technical problems of lack of a physiotherapy function and inadaptability of exercise rehabilitation equipment. The exercise therapy rehabilitation robot coupled with the physiotherapy device comprises an exercise rehabilitation device, an exercise self-adaptive mechanism and the physiotherapy device; the exercise rehabilitation device is an upper-limb training device or a lower-limb training device, and is usedfor upper-limb or lower-limb joint rehabilitation training; the physiotherapy device is installed on the exercise rehabilitation device through the exercise self-adaptive mechanism; limbs of a patientare fixed in the physiotherapy device; when the motions of the limbs of the patient is inconsistent with the motion of the exercise rehabilitation device, close fit between the limbs of the patient and the physiotherapy device is guaranteed through the exercise self-adaptive mechanism. According to the exercise therapy rehabilitation robot coupled with the physiotherapy device, two kinds of rehabilitation ways are combined together, so that a quicker and better rehabilitation effect can be brought to the patient; a physiotherapy system can better fit to a human body through the exercise self-adaptive mechanism, and discomfort can be relieved well.

The invention discloses an Achilles tendon rupture non-operation walking exercise therapy device which comprises boot body provided with a boot upper and a boot sole. The boot sole is fixedly arranged on the bottom portion inside the boot body, a boot cylinder is formed on the upper portion of the boot upper, a boot heel is arranged on the lower part of the rear portion of the boot sole, a spring is arranged inside the hollow boot heel, the base end of the spring is fixedly connected with the bottom portion inside the boot heel, the top end of the spring only contacts with the rear portion of the boot sole in an abutting mode or is fixedly connected with the rear portion of the boot sole, and the upper portion of the boot cylinder is fixedly connected with an Achilles tendon lower pressing plate which is in the shape of a curve plate through a bandage. The structure of the therapy device is further simplified, operation and surgery are not needed, operation risks do not exist, therapy cost is lowered, wearing period and therapy time of an Achilles tendon rupture patient are shortened, Achilles tendon healing speed is improved, and limitation to walking gestures of the Achilles tendon rupture patient is not too much.

The invention discloses a lower limb mirror image rehabilitation device, which comprises a base, the base is provided with a seat device, a rehabilitation training device and a mirror device, the seatdevice is slidable back and forth on the base, and is connected to a first chute and a second chute through a first T-shaped slide rail and a second T-shaped slide rail, and the rehabilitation training device is slidable back and forth on the base, and is connected to a third chute and a fourth chute through a third T-shaped slide rail and a fourth T-shaped slide rail. The rehabilitation device can induce the movement of the lower limbs of the affected side through the mirror neurons of the brain, and promotes the ankle joint extension and the knee flexion, and the motion can be induced by the bilateral joint action to promote the lower limb rehabilitation of a stroke patient. The rehabilitation device is directed to the simultaneous treatment of lower limbs function in stroke patients, the two can be used in combination, and the rehabilitation device is the multi-functional rehabilitation device for lower limbs that combines mirror therapy and exercise therapy techniques to provide efficient treatment for patients.