30 results about "Hamstring" patented technology

A training method and device for the lower body providing a mode of exercise that manifests as a functional, closed-kinetic-chain training of the gluteus maximus and the hamstrings in a natural sequential firing pattern. The device construction allows an upright stance so that during exercise the lower body mimics a stride action, as in walking. By combining this natural stride action with adjustable resistance elements in the device, a wide range of uses, from strength training to rehabilitation, are achieved. The device generally includes footplates that are movable in forward and backward directions and also can be simultaneously moved upward against resistance. The heel of the foot can simultaneously be raised with respect to the toe of the foot, also against resistance.

A stretching device for therapy contains a base including a inclined foot platform axially connected with a rear end thereof and tilting backward, a frame for the inclined foot platform having a horizontal support to abut against or be connected to an upright member extending upwardly from the front end thereof, and the upright member having two handle loops mounted thereon relative to a user's waist, the inclined foot platform is lifted to be used as an oblique platform. Accordingly, the user is capable of stretching calves, hamstrings, lower back, upper back, shoulders and neck, also to provide traction to the spine.

The present invention comprises a user-friendly, soft and resilient, biomimetic (mimicking biological entities) lower limb support outfits that can be worn externally by people to improve and enhance lower limb, legs and knees performance in sports, daily dynamic activities and medical rehabilitation / physical therapy. More specifically, the present invention relates to an outfit, which allows a portion of the upper limb's quasi-static weight and dynamic weight due to impact forces to be excluded from being transmitted to the lower limb, legs, quadriceps and hamstrings muscles and knees by directly transmitting them to the ankles, footwear and / or the ground, through soft elastic columnar quasi-legs that are equipped with smart biomimetic materials such as shape memory materials and artificial muscles such as synthetic and / or ionic polymeric muscles and provide lower limb support function by buckling and bending in accordance with the dynamic maneuvering of the user. The said lower limb performance enhancing outfit is encapsulated by user-friendly fabric means for easy wear. The upper portion of the outfit can be in the form of a sports short worn by the user and encapsulating the buttocks support plates.

An exercise machine for exercising the hamstrings includes at least one weight; a weight support surface below the weight; an upright weight guide shaft laterally spaced apart from the weight; a weight displacement pedal slidably mounted to the pedal guide shaft; a machine frame; a generally horizontal pulley axle secured to the machine frame at a position higher than the weight and higher than the weight displacement pedal and laterally between the weight and the pedal guide shaft; a pulley mounted on the pulley axle so that the pulley is rotatable relative to the machine frame; a cable extending over and riding on the pulley and having a cable distal end secured to the weight and having a cable proximal end secured to the weight displacement pedal, the cable being of a length so that when the weight rests on the weight support surface the weight displacement pedal is elevated.

The present invention comprises a user-friendly, soft and resilient, biomimetic (mimicking biological entities) back pack weight support and mobility enhancement system that can function like a caddie and can be worn externally by people carrying a back pack to improve and enhance shoulder, back, upper body, abdomen, waist, hips, lower limb, legs, knees, calves, quadriceps and hamstrings muscles performance in all dynamic activities while carrying a back pack. The present invention can comprise an outfit, allowing a portion of the back pack's weight to be excluded from being transmitted to the shoulder, back, upper body, abdomen, waist, hips, lower limb, legs, knees, calves, quadriceps and hamstrings muscles; instead directly transmitting the weight to the footwear and / or the ground, through soft elastic columnar quasi-legs equipped with smart biomimetic materials such as shape memory materials and artificial muscles such as synthetic and / or ionic polymeric muscles and provide support function by buckling and bending in accordance with the dynamic maneuvering of the user. The outfit can be encapsulated by user-friendly fabric means for easy wear. The upper portion of the outfit can be in the form of a pouch equipped with fastening portions to be attached to the bottom of the back pack worn by the user while the lower portion of the outfit can be attached to the footwear while transmitting the weight of the back pack to the ground or attached to a ball and socket wheel on the ground right behind the user.

A hand held weight lifting device with a finger grip system attached to a resistance mechanism that is visually located in the middle of the handle and is designed to target the hands, wrist and forearms. The handles may be removed allowing a person to perform all dumbell related exercises. When using a collar, that safely and securely stabilizes the weights in a stationary form, the device can transform from solo or single status, to a dual, unilateral exercise experience. The device can be adjusted from 10″ to 20″ depending on the type of exercise required. The device, coupled with ankle straps and shin pads, provides a person the ability to perform lower body exercises targeting the hamstrings (rear thighs), quadriceps (thighs), lower abs (leg raises) and calfs. In regards to the upper body, the handles provide a comfort grip while performing exercises targeting all major muscles associated with the torso as well as biceps (arms) and trapezius (shoulders). This device is equipped with a resistance bar. When attached to both handles and the handles are squeezed together, it in turn targets the pectoral (chest) muscle.

An exercise machine includes: a bench for a user to lie upon; an actuator arm comprising a first end connected to the bench and a second end comprising a foot attachment for attaching to a human foot; the actuator arm comprising an actuator for moving the actuator arm such that a user's leg is moved into a stretching position; and a user control for causing the actuator to actuate.

An improved stretching apparatus includes a movable back rest and a movable foot manipulator which, when employed together, can provide therapeutic stretching to the leg muscles of a subject. For instance, the improved device can stretch the calves, hamstrings, and other leg muscles. An improved method of employing a stretching apparatus to perform a therapeutic stretching operation on the leg muscles of a subject includes engaging a subject's outstretched legs with a foot manipulator of the stretching apparatus, engaging the subject's back with a back rest of the stretching apparatus, and pivoting the foot manipulator in a stretching direction to move the feet in a dorsal direction to provide stretching of at least some of the leg muscles. The method can additionally include returning the foot manipulator to its original position, incrementally moving the back rest to take up some of the muscular looseness created by the movement of the foot manipulator in the stretching direction, and again pivoting the foot manipulator in a stretching direction to perform an additional stretching operation.

The invention comprises a versatile compact kit of cooperatively fitting components to be assembled into several geometries of devices capable of being used for the holistic flexion exercise of several muscle groups of the lower torso such as the Achilles tendon, Calf muscles, Hamstrings, Adductor and Lower Back muscles for individual users of different requirements and physical stature.

A fitness system including a suit, a fixation system, and attachment locations on the fixation system. The attachment locations are located at the neck, shoulders, chest, waist, and knees. The fitness system also includes bands that are attached to the attachment points on the upper and lower torso. The upper torso band traverses behind the neck or posterior shoulders to the front waist to engage the rear deltoid, the upper back and the lower back. The upper torso band may also traverse under the armpit to the rear waist to engage the front deltoid, the chest, and the abdominals. The lower torso band traverses the rear waist over the front of each thigh to below the knee to engage the gluteus, the hamstring and the flexion of the upper leg, or under the thigh to below the knee to engage the quadriceps and the extension of the upper leg.

An exercise machine includes: a bench for a user to lie upon; an actuator arm comprising a first end connected to the bench and a second end comprising a foot attachment for attaching to a human foot; the actuator arm comprising an actuator for moving the actuator arm such that a user's leg is moved into a stretching position; and a user control for causing the actuator to actuate.

An improved stretching apparatus includes a movable back rest and a movable foot manipulator which, when employed together, can provide therapeutic stretching to the leg muscles of a subject. For instance, the improved device can stretch the calves, hamstrings, and other leg muscles. An improved method of employing a stretching apparatus to perform a therapeutic stretching operation on the leg muscles of a subject includes engaging a subject's outstretched legs with a foot manipulator of the stretching apparatus, engaging the subject's back with a back rest of the stretching apparatus, and pivoting the foot manipulator in a stretching direction to move the feet in a dorsal direction to provide stretching of at least some of the leg muscles. The method can additionally include returning the foot manipulator to its original position, incrementally moving the back rest to take up some of the muscular looseness created by the movement of the foot manipulator in the stretching direction, and again pivoting the foot manipulator in a stretching direction to perform an additional stretching operation.

A lightweight, portable leg strengthening apparatus includes a footplate and calf support which form a leg rest, a top a friction free sliding element running longitudinally along and supported on a rectangular base. The leg rest is hinged at its attachment to the sliding element to allow a longitudinal tilting movement. The leg rest has adjustability at the hinge point at the ankle to enable alterations in the foot position. The leg rest has a removable heel support which provides the ability for either no pressure of full pressure to be exerted through the heel area of the user. The leg rest is able to be rotated 180° to allow for the user to either push the leg rest a top the guide member away from the user to allow the user to work their quadriceps, or may be pulled towards the user allowing the user to work their hamstring. The apparatus uses resistance material / rubber cords or springs attached via a plate to a steel cable, travelling via an aperture in the end of the device to the back of the sliding element a top the body of the device to create tension as the leg rest a top the sliding element is moved longitudinally along the body of the device. Resistance can be varied and progressed by using different numbers of resistance cords / springs. Organ stop devices are used to engage and disengage the resistance means so that the user has no need to have physical contact with said resistance means. A movable block on the rear of the device behind the sliding element prevents a patient flexing the knee and hip further than is appropriate for them. Fold away legs that are rotated out from under the device and locked into place make the device versatile for using whilst seated or folded away for use on a bed. A contact sensor at the front of the device enables visual display of number of repetitions achieved on a screen at the rear of the apparatus.

An exercise machine for exercising the hamstrings includes at least one weight; a weight support surface below the weight; an upright weight guide shaft laterally spaced apart from the weight; a weight displacement pedal slidably mounted to the pedal guide shaft; a machine frame; a generally horizontal pulley axle secured to the machine frame at a position higher than the weight and higher than the weight displacement pedal and laterally between the weight and the pedal guide shaft; a pulley mounted on the pulley axle so that the pulley is rotatable relative to the machine frame; a cable extending over and riding on the pulley and having a cable distal end secured to the weight and having a cable proximal end secured to the weight displacement pedal, the cable being of a length so that when the weight rests on the weight support surface the weight displacement pedal is elevated.

The present invention is an inclined apparatus for undertaking exercise for hamstring eccentric and concentric loading and in particular, but not limited to, exercises such as the Nordic Hamstring Exercise, the Russian Hamstring Exercise and Russian curls. The apparatus can be utilised for sports training and preparation, injury recovery and rehabilitation and injury prevention. The main body of the device is so inclined as to ensure that the user does not hyper extend their knee and cause additional injury. The height of the higher end of the device above ground level in conjunction with the leg restraints means that the collateral injuries which may occur when undertaking this exercise regime to the traditional form of dorsiflexion and plantarflexion and indeed laterally in either direction are avoided.

A device for exercising the gluteal muscles. The device is simple, small, portable, and lightweight, comprised of a half roll with a handle in each end. The user, facing down on top of the device at the level of the hip bones, must keep the legs high in a cantilever position which will exercise the gluteal muscles. To keep the legs in cantilever, the hamstrings muscles, lower back muscles, arm muscles, and core muscles are also exercised; the latter muscles are especially exercised if the upper body does not rest on a surface and is used for balance.

A system and method of knee-ACL support breeches for supporting the knees against non-contact anterior cruciate ligament (ACL) injuries, without interfering in desired movement, by resisting anterior translation of the proximal end of the tibia, thereby reducing stress on the ACL and other knee components. A pair of calibrated-elastic bands are attached at one end to a belt about the waist and at the other end to a strap around each lower knee. The calibrated-elastic bands are incorporated into a pair of breeches or pants which hold the bands tightly against the buttocks and backs of the thighs. In use, when the knee is flexed, the resulting bulging of the hamstrings and other muscles, tendons, and ligaments place an added strain on the relevant calibrated-elastic band, thereby tightening the band and dampening and resisting anterior movement of the attached lower-knee strap, in turn dampening and resisting anterior movement of the proximal end of the tibia, thereby reducing strain on the ACL and other knee components. The knee-ACL support breeches also promote the holding of the knee in a rotationally neutral position, and larger knee-flexion-angle positions during deceleration, both of which positions reduce strain placed on the ACL.

The invention discloses a basketball stand with functions of intelligent lighting and time control. The basketball stand comprises a bottom rack, basketball grooves for placing basketballs and a cushion for preventing players from being injured and is characterized in that a hydraulic cylinder is fixed on the bottom rack, and a telescopic rod is fixed on the hydraulic cylinder. The basketball stand has the advantages that the height of the basketball stand can be freely adjusted to allow the basketball stand to be suitable for people of all ages; the LED lamp of the basketball stand can be used for lighting during night exercising; the LED lamp is controlled by a light detection sensor and cannot be turned on in the daytime, electric energy waste is avoided, and time recording and controlof a complete game can be achieved by the timing function of the basketball stand; the functions of the electronic parts are achieved through a photovoltaic panel and a power module, mains supply is not needed, and cost is reduced; a basketball can be prevented from being clamped between a backboard and a basket by a clamping-preventing column, and the game can be prevented from being interruptedby the basketball clamping; the players can be prevented from being injured by the cushion when the players collide with the basketball stand; the players of different heights can use equal-distance horizontal support rods to stretch the hamstrings and warm up.

Various implementations include an assistive hamstring device including a belt, knee sleeve, first elastic strap, second elastic strap, and third elastic strap. The first elastic strap extends between a first dorsal belt portion of the belt located adjacent a sagittal plane on a dorsal side of the person and a lateral knee portion of the knee sleeve located adjacent a lateral side of the knee. The second elastic strap extends between a side belt portion of the belt located adjacent a coronal plane of the person and a medial knee portion of the knee sleeve located adjacent a medial side of the knee. The third elastic strap extends between a second dorsal belt portion of the belt located between the first and side belt portion and an intermediate dorsal knee portion of the knee sleeve located between the lateral and medial knee portion, along the dorsal portion of the knee.

The invention relates to an osteonecrosis rehabilitation capsule comprising the following components: 3g of radix solani, 4g of gynura segetum, 4g of Chinese elder herb, 3g of semen brassicae campestris, 3g of cattail spike powder, 4g of saffron, 3g of nilgiri nettle, 2g of lanatechead saussurea herb with flower, 10g of activating fillet, 4g of porcellio, 3g of eupolyphaga and 7g of chicken hamstring. All components in the formula are respectively fried and baked to be yellow, combined together and crushed into powder with 40 meshes, thus osteonecrosis rehabilitation powder is obtained; and the osteonecrosis rehabilitation powder is filled into capsules according to 0.5g each granule to obtain the osteonecrosis rehabilitation capsule. The osteonecrosis rehabilitation capsule belongs to anoral administration medicament, can be taken together with plain boiled water, preferentially taken by matching with yellow wine or taken directly together with the yellow wine. The osteonecrosis rehabilitation capsule provides the required rehabilitation factors for osteonecrosis focus parts through a digestive system, thus the bone mineral density of osteonecrosis parts is gradually enhanced andbone trabecula is gradually firmer and powerful. The osteonecrosis rehabilitation capsule has no toxic and side effects after being taken, cures or obviously relieves the pains of hundreds of patients and obtains wide acclaim from the patients and the household.

The invention provides a sports device for exercising legs, which consists of leggings, outer thigh guards, tightening holes, tightening belts, tightening ports, knee guards, auxiliary guards, shin guards, inner Sponge layer, outer protective layer, fixed buckle, hamstring guard, reinforced spring tube, connecting shaft, telescopic rod, anti-trip, sleeve rod, spring, gastrocnemius guard, Achilles tendon guard, physiotherapy magnet, fixed shaft, The leggings are the main part of the present invention; the shin guard is bonded to the calf position on the surface of the leggings; the reinforced spring tube is connected between the reinforcing spring tube and the Achilles tendon guard . The arrangement of the leggings, the shin guard and the reinforced spring tube of the present invention has a simple structure, and the exercise intensity is easy to adjust. It is a prop for wearing, easy to carry, strong in safety and protection, and will not cause convulsions, spasms, soreness, etc., and is convenient for the market. promotion and application.

The invention provides a health care bed for cervical traction and double-leg stretch. One end of a bed body of the health care bed is provided with a cervical traction apparatus; a double-leg stretch vertical plate is vertically fixed at the other end of the bed body of the health care bed; a grooved wheel of the cervical traction apparatus is arranged at the lateral end of the bed; the grooved wheel is connected with a cervical spine sleeve through the inner end of a traction rope and connected with a counterweight body through the outer end of the traction rope. During usage, the traction can be performed on the cervical spine through the cervical traction apparatus arranged at one end, one leg can be closely attached to the double-leg stretch vertical plate arranged at the other end and the other leg can be vertically placed along and under the bed body in a hanging mode to enable rear portion hamstrings of the legs to be pulled, and accordingly muscles and muscles and bones can be relaxed through pull and stretch and the health care functions of fatigue relief and muscle relaxation and blood circulation stimulation can be achieved.

The invention discloses a parallel pig hamstring withdrawing assembly line which comprises a main rack, wherein a collection frame is arranged in the middle of the main rack; two symmetric hamstring withdrawing devices are arranged on the main rack; and each hamstring withdrawing device comprises a transfer platform and a hamstring withdrawing unit. According to a reasonable structural design, theautomated pig hamstring withdrawing operation is realized, the efficiency is improved, and the production cost is reduced.

The invention discloses an auxiliary strength training device for hamstrings and solves the problem that an individual cannot have hamstring training independently. The training device has the effect of overcoming the gravitational torque of human trunk-leg integrity to realize strength training of the hamstrings. The technical scheme is as follows: the training device comprises a flat plate, a lantern ring and an extension plate, wherein the extension plate is arranged on one side of the flat plate and can telescope relative to the flat plate, and the lantern ring is arranged at the upper part of the other side of the flat plate.

The invention provides a health-care underpant for men. A common underpant for men is poor in breathability and is incapable of enabling a penis, a scrotum and hamstring skins to be isolated from one another. The health-care underpant for men is less in cloth consumption and good in breathability and enables the penis and the scrotum, the scrotum and a hamstring, and skins on two sides of an anus to be isolated mutually. The technical scheme for solving the technical problems includes that the health-care underpant for men is characterized in that a waistband surrounds a waist, a belt is led from each of a left crotch part and a right crotch part of the waistband to a perineum position along the root of a corresponding leg, a belt is led from the back of the waist to the perineum position by passing through a sulcus of the anus, and the three belts are sewn at the perineum position. A string is led out of each of two sides of a barrel-shaped pocket to be connected on the belt positioned at the root of the corresponding leg.

The invention provides a method for quickly expanding dried hamstrings, which comprises the following steps: soaking the dried hamstrings in lipin film eliminating solution prepared from edible soda ash, an emulsifier and water in a weight ratio of 3-5:0.5-1:90-100 for 20 to 40 minutes; taking the hamstrings out, and then soaking in oil-water mixed solution prepared from plant oil, water and the emulsifier in a volume ratio of 1:1:0.1-0.3 at a temperature of between 60 and 80 DEG C for 30 to 60 minutes; frying in hot oil with a temperature between 100 and 120DEG C for 20 to 40 minutes; and taking the hamstrings out, soaking in water for more than 18 hours, and changing water for more than twice in the soaking process. The method can obtain hamstring products which have even expansion, theexpansion rate between 300 and 500 percent, nutrition and safety, and the quality guarantee period of a week under the condition of 4 DEG C.

The invention discloses a yoga training apparatus for teaching, which comprises a bottom plate, a soft cushion is arranged on the bottom plate, an accommodating cavity is opened in the bottom plate, working openings are opened on both sides of the bottom plate, and in the accommodating cavity A first rotating part and a second rotating part are provided, the first rotating part is arranged on one side of the bottom plate and corresponding to the position of the working port, and the second rotating part is arranged on the other side of the bottom plate and corresponding to the position of the working port. The bottom plate is also provided with a driving mechanism for driving the first rotating member and the second rotating member to rotate to expose the working port or sink into the working port. The structure is simple and reasonable, and can effectively help students to perform balance exercises, and at the same time, can assist students in stretching hamstrings.