46 results about "Foot Injury" patented technology

A method and wearable system and for enhancing human balance and gait and preventing foot injury through neurological stimulation of the foot and the ankle. Subthreshold stimulation for neurosensory enhancement is provided via electrodes or vibrational actuators, or combination thereof, disposed in or on a wearable a platform, such as an insole, sock shoe, removable shoe insert, or applied without the support of a platform, to the skin surface of an individual. Suprathreshold stimulation for therapeutic purposes, such as improving blood flow, is also provided by the vibrational actuators. The actuators and electrodes are driven by bias signals generated by a bias signal generator that is coupled to a controller. The signal generator under the control of the controller is adapted to generate a non-deterministic random signal, a repetitive pattern or series of patterns. The controller optionally includes a communication port for interfacing with an external computer for purposes of optimizing and programming the controller. The wearable system is powered by a power source.

The invention discloses an insole personalized design method for a support pressure reduction function. The method comprises the following steps: designing an insole conforming to human engineering byusing personalized data, scanning the insole of a specific user by using equipment to obtain a scanned insole model, and synchronously prefabricating the insole model by using the scanned insole model as an insole template; and therefore, the insole with the edge contour matched with the shoe is obtained. The arch supporting appearance is designed by means of the scanned insole model and the prefabricated insole model, plantar pressure is redistributed by increasing the contact area of the foot and the insole, and excessive stress of part of areas is reduced. A device is used for collecting plantar dynamic pressure, the shape of the insole matched with plantar pressure distribution is designed by processing and analyzing a plantar dynamic pressure graph, and pressure borne by main stressareas of a forefoot and a heel is reduced in the mode of increasing the foot landing buffer distance. The pressure reduction insole can redistribute plantar pressure, improves wearing comfort, provides proper protection for feet, and reduces foot injury risks.

A slipper designed to keep warm the foot of a patient with a foot injury, a patient recovering from foot surgery, a person with chronically cold feet, or a person who lacks the small motor skills to put on regular shoes. The slipper, made from soft, cottony material with a non-slip bottom surface as its sole, has a sole attached to a belt which attaches to a spat that covers the in-step. Two flaps attached to the spat fold over on top of the other side of the spat and fasten together with long fasteners that give a very wide, gentle degree of comfort and warmth to the foot.

The invention provides a 5G-monitored medical sickbed, which comprises a main bed plate provided with universal wheels, wherein an inner main bed plate device is mounted below the main bed plate, andinflatable devices are symmetrically arranged at two ends of the inner main bed plate device; and a bed sheet changing device is arranged above the main bed plate, a first mounting plate is fixedly mounted at the tail end of the bed sheet changing device, symmetrically-distributed foot supporting plate devices are mounted on the first mounting plate, an adjusting screw is arranged on one side of each foot supporting plate device, a 5G monitoring device is arranged above the adjusting screws, a second mounting plate is arranged on the bed sheet changing device, and the second mounting plate isconnected with the main bed plate through fixing screws. According to the 5G-monitored medical sickbed, the bed sheet changing device can be used for quickly and simply replacing the bed sheet of thesickbed, and the adjusting screws can adjust the position of the foot supporting plate devices, so that the 5G-monitored medical sickbed is suitable for patients with foot injuries of different heights.

The invention relates to a foot injury patient walking assistant device and a using method thereof and belongs to the field of articles for daily use. The device comprises a supporting component, a folding component, a height adjusting component and a lifting component, the supporting component comprises a chassis, the lower portion of the chassis is hinged to two bent supporting legs which rotatesynchronously, the middle of each bent supporting leg is bent, and a long straight supporting leg is hinged at the bent position of each bent supporting leg. Ankle portions are lifted relatively, lower limbs can bearing load, normal keen joints and thigh bones are enabled to normally receive mechanical stimulation, amyotrophy and ankylosis are avoided, two hands are liberated, infusion can be performed at the same time, a patient can urinate by himself or herself, and accompanying expense is lowered.

The invention provides a microcirculation temperature-controlled instrument used for postoperative recovery of hand and foot injuries. The instrument can provide accurate target microcirculation temperature-controlled therapy on local affected limbs. The instrument is accurate in condition control in local environment, and is beneficial for rapid recovery of patients. The instrument is simple in operation, and is safe and reliable, and medical manpower input is low. The instrument comprises a cabinet. The cabinet is internally provided with a supporting plate in an inclined manner along the length direction of the cabinet. The side of the cabinet, where the supporting plate is relatively high, is internally provided with an infrared cold light source modulator tube. The side of the cabinet, where the supporting plate is relatively low, is provided with a front panel which can be open and closed. The lower end of the front panel is provided with an opening. The instrument also comprises a heat insulation device in the cabinet.

The invention provides a pair of women's shoes comfortable to wear. Each shoe comprises a main body, a shoe sole and a shoe heel, wherein the shoe sole is arranged under the main body, the shoe heel is connected with the main body behind the main body, the inside of the main body comprises a toe cap area, a shoe sole area and a shoe heel area, the shoe sole area is provided with a flexible bufferbody, the flexible buffer body comprises a surface layer, a first buffer layer, a high-molecular hydrogel layer, a fiber layer, a second buffer layer and an antibacterial layer which are sequentiallyarranged, the first buffer layer is a thermoplastic polyurethane elastomer rubber layer, the second buffer layer is a thermoplastic elastomer layer, and the antibacterial layer is a cellulose-based nano silver composite layer. According to the wearing characteristics of high-heeled women's shoes, the shock absorption buffering protection performance of the high-heeled women's shoes is enhanced, sothat foot injuries are decreased, the selection range of the high-heeled shoes worn by women is enlarged, the high-heeled women's shoes have stable control capability and synchronism, and the wearingcomfort is good.

The invention discloses a pair of physiotherapy socks, and belongs to the field of health care. Each physiotherapy sock comprises a sock main body, wherein a bottom pocket is arranged in the bottom ofthe sock main body; a sole gel is arranged in the bottom pocket; an elastic band is carried at the upper side of the sock main body; the elastic band is connected to the bottom pocket and runs through the bottom of the sock main body; and a foot bottom gel, which is pre-cooled in a refrigerator, is arranged the bottom pocket. According to the physiotherapy socks provided by the invention,gel bags,which are pre-cooled in the refrigerator, are kept in the socks for several minutes, so that feet can get cooled, and pain in the feet can be relieved and chronic diseases of foot fever, plantar fasciitis and arthritis can be relieved; and inflammation and swelling caused by sprain or injuries of foot arches, feet, heels, nerves or any foot injuries can be immediately relieved.

The invention discloses a pair of simple walking replacing shoes for foot sprain. Each simple walking replacing shoe comprises an oblong-shaped shoe bottom plate, two front support rods and two back support rods, wherein the front support rods of each shoe are fixedly connected with the longitudinal front sides of the corresponding shoe bottom plate, the back support rods of each shoe are fixedly connected with the longitudinal back sides of the corresponding shoe bottom plate, the top part of each front support rod is fixedly connected with a front hard plastic fixing casing which is hooped at the front side of a shank, the interior of each front hard plastic fixing casing is bonded with a front soft rubber cushion, the shape of the inner surface of each front soft rubber cushion is matched with the shape of the front side of the corresponding shank, the top part of each back support rod is fixedly connected with a back hard plastic fixing casing which is hooped at the back side of the corresponding leg, the interior of each back hard plastic fixing casing is bonded with a back soft rubber cushion, the shape of the inner surface of each back soft rubber cushion is matched with the shape of the back side of the corresponding shank, and fixing binding tapes are arranged at the periphery of the corresponding front hard plastic fixing casing and the corresponding back hard plastic fixing casing. The pair of simple walking replacing shoes has the advantages that the wearing is convenient and rapid; the purpose of recuperating foot injury under the condition of no influence on walking is realized, the walking labor is saved, the walking is rapid, the practicality is high, and the pair of simple walking replacing shoes is favorable for being popularized and applied.

The invention relates to a crutch facilitating going upstairs and going downstairs, which comprises a crutch handle (1); an axillary support (2) is arranged at the upper part of the crutch handle (1), and a grip (3) is arranged beside the crutch handle (1); the crutch further comprises a support mechanism arranged at the lower part of the crutch handle (1); and the support mechanism is an inverted U-shaped mechanism (4), wherein the height difference between one support leg and the other support leg is the same with a step of a stair. The crutch has the benefits that the use of the crutch for going upstairs can lead body weight to fall on the short leg which is positioned on the higher step of the stair along the trend when the long leg is positioned on one step of the stair and the force is exerted, so that a person with foot injuries or foot disabilities can use the crutch in a convenient, effort-saving and safe manner.

The invention provides buffer soles and shoes, wherein stretchable spikes are arranged on the lower bottom surfaces of the buffer soles; and springs are arranged on the spikes. The shoes disclosed by the invention have higher comfort level, thus, the foot injury frequency is reduced.

The invention relates to a biological agent, in particular to a stem cell preparation for treating diabetic foot and a preparation method of the stem cell preparation, the stem cell preparation comprises umbilical cord mesenchymal stem cells, islet cells and glycine, the density of the umbilical cord mesenchymal stem cells is 104-106/ml, the concentration of the islet cells is 106-108/ml, and theconcentration of the glycine is 1-5mg/ml; the stem cell preparation is used for treating diabetic feet, totipotency of stem cells can be differentiated into different cells, completeness of foot injury can be supplemented through the stem cells, and meanwhile, umbilical cord mesenchymal stem cells, islet cells, glycine and fibroblasts react together and have a synergistic effect, so that functionsof the stem cells are enhanced, and the effect of treating diabetic feet is achieved. And preparing the stem cell preparation for effectively treating the diabetic foot.

Currently, a drywaller on the ground physically lifts the 100+ pound sheet of drywall up to the person on the scaffold, who then has to lift/pull the 100+ pound sheet of drywall up onto the scaffold to hang on the wall. Both people must use their arms, shoulders and back to lift the drywall, and the man on the scaffold sometimes uses his foot to slide the drywall up onto the scaffold. The DSR eliminates this unsafe lifting procedure by providing a rolling mechanism to roll the sheet of drywall instead of lifting. It takes most of the heavy weight of the drywall off the workers, making it safer and easier, which may reduce the number of arm, shoulder, back and foot injuries from manually lifting the heavy sheet of drywall from the ground up onto the scaffold. It is an inexpensive way for drywall companies to more likely than not reduce the number of workplace injuries and worker's compensation claims.