7results about How to "Prevent atrophy" patented technology

The utility model discloses a kind of foot drop rehabilitation massage boots, comprising: shoe cylinder, rotating assembly, transmission assembly, movable massage assembly, fixed massage assembly and thin film resistance type pressure sensor, shoe cylinder includes flexible front side and rigid back side connected with each other;Rotating assembly one end is connected with shoe cylinder, one end is installed on vamp;Transmission assembly is installed in shoe sole internal cavity;Movable massage assembly is located in shoe sole internal cavity, and movable massage assembly is matched with transmission assembly;Fixed massage assembly is installed on the inner wall of top vamp;Thin film resistance type pressure sensor is installed on movable massage assembly and fixed massage assembly.The utility model combines traditional Chinese medicine and ergonomics, uses the principle of vibration massage and human mechanics, combines to prevent foot drop and foot acupoint massage;Through the setting rotating assembly, ankle joint can multi-angle rotation and automatically carry out ankle pump movement to foot muscle training.

The utility model discloses a kind of postoperative shaping auxiliary devices for neck and back, applied in rehabilitation engineering technical field, including support plate, the top of the support plate is bolted with fixed plate, the top of the front of fixed plate is bolted with adjusting box;The utility model can reduce blood stasis caused by long-term braking by moderate activity design, accelerate inflammation subsides and wound healing, reduce muscle spasm and nerve compression on the basis of maintaining neck physiological curvature, relieve postoperative pain, reduce postoperative muscle fatigue and joint stiffness by dispersing neck pressure, improve patient comfort degree;While maintaining the stability of spine, allow moderate activity, avoid muscle atrophy or joint stiffness caused by long-term complete braking, support device shares back muscle load, relieve postoperative muscle fatigue and spasm caused by compensatory effort, buffer layer reduces the friction of skin and hard brace, reduce the risk of skin damage caused by long-term wearing.

The application relates to the technical field of stroke rehabilitation, in particular to a multifunctional auxiliary appliance for ischemic stroke rehabilitation training, which comprises a rehabilitation chair, an adjusting training mechanism and a fixing mechanism. The rehabilitation chair is convenient for ischemic stroke patients to train, the adjusting training mechanism can adjust the body position of the patient, and the patient can properly perform strength training when performing stroke rehabilitation training, so that muscle atrophy and adhesion of soft tissues around joints are avoided, muscle strength and motor function are enhanced, nerve function recovery is promoted, metabolism and cardiopulmonary function are improved, and balance and coordination ability is enhanced. The fixing mechanism can enable the patient suffering from severe ischemic stroke to independently use the training instrument at home, and the independent use of the patient is improved.

The application relates to the field of orthopedic fixing splints, in particular to an orthopedic fixing splint device and a using method, which comprises two main sleeves in ring-shaped clamping, and a plurality of semicircular sub-sleeves are arranged on the two sides of the main sleeves; an arc-shaped splint for clamping a limb is movably arranged in the main sleeve. The orthopedic fixing splint device can realize the alternate expansion and contraction switching of two arc-shaped splints on the same side by rotating the limiting screw and pushing and pulling the adjusting arc plate, changes the clamping stress point of the fractured area of the limb, effectively avoids the problems of ischemia, numbness, pressure sores and even ulceration of the local skin caused by long-term pressure, reduces the incidence of skin complications during fixation, and adapts to the wearing demand of the long healing period of the fracture.

This invention provides a multi-axial adjustable joint brace, comprising a first brace assembly, a second brace assembly, and a hinge assembly. The hinge assembly includes a fixed block, a rotating block, and a rotating rod. One end of the fixed block has a gradually thinning thickness along its longitudinal direction, forming an inclined portion. One end of the rotating block is attached to the inclined portion. This invention is rationally designed and has a novel structure, facilitating early movement for patients after injuries to the upper arm, elbow, and forearm, preventing joint adhesions and muscle atrophy. It also offers good breathability, improving patient comfort. Most importantly, compared to existing braces, this design allows for slight lateral deviation during joint flexion and extension, better conforming to the physiological movement trajectory of the elbow joint, reducing secondary injuries caused by brace restrictions, and promoting better recovery of the injured area.

This utility model relates to the field of exercise equipment technology and discloses a limb exercise device for geriatric patients, including a support frame. A seat cushion is fixedly installed on the top of the support frame, and a backrest is fixedly installed on the back of the seat cushion. An upper limb exercise component is provided on the backrest, and a lower limb exercise component is provided at the bottom of the seat cushion. The upper limb exercise component includes two sets of support seats fixedly installed on the top of the backrest. Both sets of support seats have fixed pulleys inside. When the elderly perform upper limb training, they first sit on the seat cushion, add counterweights as needed, pull the handle, and stabilize the rope by moving around the groove of the fixed pulley. The fixed pulley, by virtue of its rotation around an axis, uses the groove to support and constrain the rope, thereby pulling the pull block. At the same time, the limiting slider moves along the limiting groove. The fixed pulley and the limiting groove work together to maintain the stability of the pulling, greatly reducing the impact and pressure on the shoulder, elbow and other joints during the pulling process, and effectively avoiding the risk of joint damage caused by training.

The present application relates to the field of orthopedic rehabilitation, and in particular to a progressive correction method for rheumatoid arthritis metacarpophalangeal joint ulnar deviation deformity, aiming at the technical pain points of existing correction technology, such as large trauma, poor adaptability, easy secondary synovial membrane injury, high deformity rebound rate, poor function recovery, etc., and combining biological microdynamics, flexible material science, industrial control time sequence regulation and physical rehabilitation technology, a non-invasive time sequence closed loop correction system is constructed. Through the multi-link collaborative implementation of preoperative global accurate evaluation and mechanical anchoring, low-temperature non-inductive fascia targeted pre-loosening, flexible phase change time sequence gradient force, extensor tendon targeted homing linkage, low-frequency micro-vibration microcirculation promotion, active micro-movement compensation balance training, etc., the pathological characteristics of rheumatoid arthritis and the physiological rhythm of the hand are matched throughout the whole process, and there is no rigid compression and surgical trauma. The present application can simultaneously achieve deformity reduction, ligament release, tendon homing, inflammation relief and muscle strength reconstruction, effectively avoid surgical risks and traditional brace complications, and significantly improve the correction success rate.