96 results about "Calf muscle" patented technology

This invention provides a mechanical lower extremity manipulation device to increase venous blood flow in lower extremities for the prevention of deep vein thrombosis (DVT), pulmonary embolism (PE), lower extremity edema, and other associated or related conditions. Foot plates pivoting on a base plate can be powered to provide a reciprocating action to the feet of a reclining patient. Straps can hold the patient's legs against the base plate so that the reciprocating action results in alternate planar flexion and dorsal flexion of the foot without movement of the leg in general. The resulting elongation and retraction of lower leg muscles can improve venous blood flow to reduce the risk of pathologies, such as DVT.

A above knee prosthesis (P) applied to femoral connection (100) of an amputee that comprises a upper hinge (1) connected to femoral connection of the patient, an articulation axis (2) with the function of reproducing the knee movements, a tibia-calf muscle unit (3) pivotally connected to the femoral•segment and a damper (5) that reproduces some functions of the calf muscle and ensures to the prosthesis to brake and to allow the sequential swing and stance phases typical of the gait. The damper comprises a cylinder (5c) wherein a piston (10) and a stem (9) act connected to each other and adapted to carry out a damping reaction of said damper responsive to the forces loaded on the prosthesis. In particular, a force transducer is provided in the damper arranged, in particular, in the stem with a microprocessor that receives a force signal from the transducer and operates means for adjusting the reaction of the damper responsive to the detected force signal.

Sports taping tights include multi-layered coats of silicone or urethane on sections in the front and back of arm muscle parts, front and back of shoulder muscle parts, the belly muscle parts, front and back of lower waist and buttock muscle parts, front and back of thigh and calf muscle parts, the front and back of ankle muscle parts and sections of knees in the inside or outside surface of the upper and lower halves of the tights applied by multi-step print coating to provide selective distribution of stronger fabric tension without necessitating cutting of main fabric, thereby maximizing the tightness of the contact of fabric with body, assisting and reinforcing the muscles and ligaments, enhancing the mobility of body, protecting and increasing the power of muscles and ligaments and protecting the body.

A monitoring system comprises sensors adapted to be worn by a user, and, a processor linked with the sensor. The processor receives sensor data and processes this data to determine user posture data including data indicative of vertical distance between level of the user's heart and ankle. Based on the posture data together with a value for degree of user chronic venous insufficiency and / or blood density, generate an estimate of user static venous pressure while the user is static, without calf muscle pump activity. The processor also processes the sensor data to determine if there is calf muscle pump activity, and generates an estimate of user active venous pressure according to the static venous pressure estimate, rate of calf muscle activity, and a value for degree of user chronic venous insufficiency. The processor may generate the venous pressure estimate in real time, and may control an NMES device accordingly.

A night splint for a user's foot having a frame member and a toe retainer that is releasably connected to the frame member. The toe retainer is configured to dorsiflex at least one toe of the user to allow for a dynamic stretch of the plantar fascia and to provide a low load stretch of the Achilles tendon, plantar fascia tendon, deep flexor muscles and calf muscles to relieve symptoms of plantar fasciitis.

A seat exercise device for use onboard a mobile platform such as a commercial aircraft is disclosed, wherein a passenger engages the exercise device while seated to reduce the risk of deep vein thrombosis (DVT) during extended periods of travel. The preferred embodiment of the present invention comprises a leg support secured to a passenger seat and a foot support secured to a lower end of the leg support. A trombone spring is secured between the leg support and the foot support such that a passenger may push down on the foot support to flex and contract thigh muscles. Additionally, a pivot spring is secured between the leg support and the foot support such that a passenger may pivot the foot support to flex and contract calf muscles. Accordingly, the flexing and contracting of leg muscles increases blood circulation and reduces the risk of DVT during long flights.

The invention discloses an adjustable knee joint rehabilitation device with a massage function. The adjustable knee joint rehabilitation device comprises a main body part, a pair of angle adjusting parts, a pair of reciprocating driving parts and a pair of leg fixing parts, wherein the main body part comprises an L-shaped base, a sitting plate, side plates and a fixing seat. By turning a rotatinghandle, an arc-shaped strip drives the shank to overturn upwards, when severe pain is felt at the knee joint, turning of the rotating handle is stopped, that is, namely leg bending angle adjustment iscompleted, the reciprocating driving parts drive a ']'-shaped sliding block to reciprocate upwards and downwards to drive the arc-shaped strip to overturn a specified angle, accordingly the shank isbent at a proper angle, the knee joint is exercised by reciprocated bending at the bending angle, the recovery of the knee joint of a patient is facilitated, and the exercise enthusiasm of the patientis improved. In addition, a piston is driven to move left and right in the piston barrel through a hinged rod II and a piston rod to enable an air bag to expand or contract for shank massage, the blood circulation is improved, and the muscle atrophy of the shank is prevented.

A device for providing electric stimulation for treatment of medical and non-medical conditions connected with blood circulation in legs. The device includes means for generating a shaped electrical impulse according to a pre-stored timing pattern. A means for conditioning the shaped impulse is coupled to said generating means and means for applying the conditioned shaped impulse to a user for causing a deep and painless contraction of a user's calf muscles, which in turn activate blood circulation and improve venous return from legs.

The invention discloses a lower-limb multiple part rehabilitation chair, for bringing convenience to the disabled and the people with mobility problem. According to the lower-limb multiple part rehabilitation chair, a drive device drives two pedal rehabilitation units; each pedal rehabilitation unit is provided with a leg kneading device and a foot acupressure device and comprises a pedal and a leg support plate; the bottom end of the leg support plate is hinged with the middle of the corresponding pedal while the top end thereof is hinged with a chair body; each leg kneading device compriseskneading sun gears, a gear oscillating bar, a connecting rod and massage wheels; the foot acupressure device comprises acupressure sun gears, a lifting plate and protecting stems, the acupressure sungears are fixed on the leg support plate, the lifting plate is provided with fixed acupressure planet gears and a projecting cylinder supporting plate, the acupressure planet gears are hinged with thecorresponding pedals and mesh with the corresponding acupressure sun gears, the projecting cylinder supporting plate is arranged at the bottom of the corresponding pedal, and the projecting stems areattached on the projecting cylinder supporting plate. The lower-limb multiple part rehabilitation chair has the function of exercising knee and ankle joints of a patient, massaging calf muscles and pressing leg acupuncture effectively.

The invention discloses a multi-degree-of-freedom adjustable ankle and knee joint linkage rehabilitative training machine comprising a connecting bracket, a power part, an executive component and fixing devices, wherein the connecting bracket comprises a first base, a second base and a third base, the first and second bases are in hinged connection by virtue of a connecting rod, and the second and third bases are connected with each other by virtue of a gear shaft so as to realize the rotation of the upper base around the gear shaft. The thighs and feet of a treated object can be fixed by virtue of two fixing devices respectively. Finally, the power provided by the power part consisting of two variable frequency motors drives the executive component to realize motion. The multi-degree-of-freedom adjustable ankle and knee joint linkage rehabilitative training machine disclosed by the invention can help the treated object perform plantar flexion and dorsal stretching, inversion and eversion, abduction and endoduction trainings of ankle joints. The movements of dorsiflexion, eversion and abduction can be combined into pronation motion, and the movements of plantar flexion, inversion and endoduction can be combined into supination motion. The multi-degree-of-freedom adjustable ankle and knee joint linkage rehabilitative training machine disclosed by the invention also can realize extension and flexion movements of the knee joints so as to achieve an effect of promoting the rehabilitation of calf muscles and the knee joints.

Disclosed is a motorized dual motion passive action rehabilitation and exercise apparatus for the lower extremities. The use of a fully automatic exercise apparatus allows a person to exercise their lower extremities and achieve adequate range of motion in their ankle, knee, and hip joints without having to engage in active, physical activity or with the assistance of another person. The pre-set speed, motion, and angle of the moving parts of the apparatus provide a steady and optimal movement to maximize therapeutic benefit while preventing injury caused by over excursion of the joints and muscles. The movement achieved by the use of the apparatus allows a person's calves muscles to be contracted and relaxed at an optimal level to encourage blood and lymphatic fluid circulation.

A body elongator includes a container in which a heel elongator and a calf stretcher are fixed. The heel elongator has a leg support slide selectively movable for a predetermined distance by a driving mechanism for elongating a user's heels secured to the leg support slide. The calf stretcher has a toe bar supported between and by two carrier posts. The carrier posts, along with the toe bar, can be rotated from a horizontal position to a vertical position with respect to the frame body. When the user's toes are leaned tightly against the toe bar, with heels secured to the leg support slide, making the feet plantar flexion along the movement direction of the leg support slide, the Achilles tendon and the calf muscles groups can be stretched when the leg support slide is driven to move into the container.

The present invention comprises a device and method for achieving a passive stretch, wherein the device has an anchor, a foot strap, a handle strap and at least one handle. The anchor secures the device to the user such that an opposing force can be applied to the device. A foot strap is attached to the anchor and extends under the heel and plantar surface of the user's foot. The foot strap maintains contact with the user's entire foot. The foot strap extends past the user's toes and connects to a set of handles by way of a handle strap. The user can apply force by pulling the handles toward the user's body thereby achieving a stretch through the user's foot and calf muscle, into the hamstring muscle in particular embodiments.

A device for stretching or flexing the calf muscles and tendons of the lower leg, the device in one embodiment having a base member formed with a 90 degree angle for positioning at the intersection of two walls and a floor, the base member having elevated non-skid planar surfaces emanating from the 90 degree angle to the edge of the base plate allowing a user to stand on the elevated non-skid surfaces with both feet and use one's body weight to stretch the calf muscles by lowering or raising ones heels below or above the plane of the elevated non-skid surface. In another embodiment, the device consists of a base member having a straight wall engaging edge with an upstanding wall, terminating in a flat planar surface and an angled ramp surface communicating between the flat upper surface and the base member, the calf stretcher allowing the user to stand on the base member and place selective right or left foot onto the ramp section for the respective stretching of the calf. Either embodiment may be used cooperatively with a wall or as a stand alone apparatus and may incorporate a stable hand rail.

The present invention relates to an exercising apparatus for stretching of the calf muscle, comprising a foot support arranged with an inclination (α). On one side on the foot support a bar extends in a vertical direction and is rotatably arranged in a joint on the foot support. The bar comprises a handle part and a supporting part. The supporting part extends at least around a part of the calf, where stretching of a calf muscle on the user can be achieved by moving the bar forward towards a first part of the foot support while a heel part of the user is secured at the foot support.

The invention relates to an ankle foot orthosis and a manufacturing method of the ankle foot orthosis, in particular to a 3D printing integrally formed ankle foot orthosis and a manufacturing method thereof. The ankle foot orthosis is provided with an outer side ankle placement hole so that friction between the outer side ankle and the ankle foot orthosis can be avoided, and the ankle foot orthosis wears more comfortable; meanwhile, the situation is avoided that due to friction, displacement is generated between the foot and the ankle foot orthosis and thus a correcting effect is influenced. The ankle foot orthosis is provided with a calf muscle group releasing region, when the ankle foot orthosis is worn, the calf muscle group can be placed in the calf muscle group releasing region and prevented from being completely cladded, so that air permeability is achieved, and meanwhile friction between the calf muscle group and the ankle foot orthosis is avoided. By adopting the manufacturingmethod, customized production of the ankle foot orthosis aiming at the ankles and feet in specific shapes can be achieved, and thus the purposes of individual case solving, convenience and comfortableness are achieved.

The invention relates to socks, in particular to antibacterial deodorization partial pressure decreasing type pressure socks. Each of the antibacterial deodorization partial pressure descending type pressure socks is composed of a sock mouth, a sock tube, a heel, a sock surface, a sock bottom and a sock head, wherein the sock mouth and the sock tube are woven according to the calf shape of a human body; the heel, the sock surface and the sock bottom are woven according to the foot shape of the human body; the sock mouth, the sock tube, the heel, the sock surface, the sock bottom and the sock head are in seamless connection; the connection part of the sock mouth and the socks tube corresponds with the shank primary swelling position (D) below the human knee, and the pressure in the position is 30-32mmHg; the sock tube is positioned in the maximal perimeter position (C) of the calf, and the pressure in the position is 18-20mmHg; the socks tube is positioned in the turning position (B) of tendo calcaneus and calf muscle, and the pressure in the position is 20-21mmHg; and the sock tube is positioned in the smallest perimeter position (A) of the ankle part, and the pressure in the position is 20-21mmHg. The pressure socks are V-shaped socks designed and produced according to the calf shape of the human body, and can generate the pressure gradient effect that the pressure gradually decreases from the ankle part to the calf position.

A sleeve for use with a circulation enhancement device, the sleeve substantially encircles a user's leg at the region of the user's calf muscle and includes two end-straps of non-stretchable material configured to connect to opposite lateral sides of the circulation enhancement device to enable intermittent tightening and relaxing of the sleeve around the user's leg by pulling and releasing both end straps, the two end straps extend in opposite directions along a common longitudinal axis. At least one of the two end straps is connectable to the circulation enhancement device by passing through a loop in one of the opposite lateral sides of the circulation enhancement device; and at least one end strap includes attachment means configured to be attached at various positions along the sleeve, after passing through the loop, to enable adjusting the sleeve to fit the user's leg.

The invention relates to the field of rehabilitation exoskeleton robots, in particular to a bidirectional driving ankle rehabilitation training exoskeleton, which has the advantages of simple structure, high bionic performance, easy driving, good movement effect and the like, can effectively help a wearer to carry out ankle rehabilitation training, can be easily mounted on the lower limb foot andthe lower leg part of the wearer through a foot sleeve and a calf sleeve, can carry out bidirectional driving through a first driving device and a second driving device on both sides of the calf sleeve, and provides two activities of plantar flexion and dorsiflexion of the foot for the wearer during walking, so that the power consumption of calf muscles of the wearer during walking is greatly reduced to assist the wearer in rehabilitation training, and the ankle walking function is recovered as soon as possible; and meanwhile, the first driving device and the second driving device carry out bidirectional driving ankle rehabilitation training, and the exoskeleton mechanism has high bionic performance, the walking process of the human body is optimized, and the compliance between the wearerand an orthosis robot.

The invention discloses a calf muscle and soft tissue rehabilitation training apparatus and a control method thereof. The calf muscle and soft tissue rehabilitation training apparatus comprises a plurality of groups of lead screw nut pairs and a plurality of groups of electric push rods which are driven by a servo motor, and active fascia release mechanisms, a fixed disc, a foot fixator, a magnetic ball hinge and a bidirectional damper which are mounted on the electric push rods, the active fascia release mechanism performs fascia release and pain excitation point treatment on calf muscles by using a resonance effect, the foot fixator fixes the feet of a user to start training, the magnetic spherical hinge realizes training actions of ankle joints on a coronal plane and a sagittal plane, and the bidirectional damper provides training resistance; according to the invention, a user can carry out ankle joint motion-oriented crus soft tissue and joint isolated rehabilitation training with controllable resistance, a proper automatic treatment scheme is given or manual treatment of the user is realized through the function of recording and analyzing the rehabilitation condition and physiological parameters of the user by virtue of the main console, and a use log is recorded and stored, reuse by a user is facilitated, or reference is provided for a rehabilitation physician.

The invention relates to a massage device, in particular to a leg massage device for a rehabilitation physiotherapy department. According to the leg massage device for the rehabilitation physiotherapy department, the legs of a patient can be massaged, meanwhile, the comfort degree of the waist can be increased according to the actual situation of the patient, and the foot soles can be massaged according to using requirements so that blood circulation can be promoted. The leg massage device for the rehabilitation physiotherapy department comprises a bottom plate and supports, the supports are welded to the two sides of the top of the bottom plate, a sitting mechanism is arranged between the upper portions of the two supports in a sliding mode, a leg muscle side massage mechanism is installed on the sitting mechanism, and the leg muscle side massage mechanism is in contact fit with the sitting mechanism. By arranging the sitting mechanism, the sitting mechanism is matched with the leg muscle side massage mechanism, and the legs of a patient can be massaged according to needs; the leg fixing mechanism is matched with calf muscle massage, so that the situation that the legs of the patient are squeezed out by elastic massage balls is effectively avoided.

Calf muscle massage device. It relates to the field of physiotherapy equipment, in particular to the improvement of knee joint rehabilitation devices. A calf muscle massage device with exquisite structure, convenient use and good stability is proposed. The top of the leg plate is hinged to one side of the knee joint support plate, and the bottom of the leg plate is fixedly connected to one side of the foot plate; The chute, the motor is fixedly connected in the base, the turntable is arranged horizontally and fixedly connected to the top of the output shaft of the motor; the connecting rod includes an upper connecting rod, a lower connecting rod and a compression spring, and the lower connecting rod A vertical deep groove is opened on the top surface of the rod, the upper connecting rod is passed through the vertical deep groove, and the pressure spring is pressed between the bottom surface of the upper connecting rod and the groove bottom of the vertical deep groove; the present invention has It has the characteristics of compact structure, convenient use and good stability.