44 results about "Foot Arch Supports" patented technology

Disclosed is a functional shoe, comprising a foot arch support, wherein said foot arch support includes a support body accommodated and fixed in a shoe body, a slider tightened to the support body by a screw, and a contact member which is coupled to the top of the slider and projects toward the inside of the shoe to contact the arch of the foot. The slider moves in the upward and downward directions by means of the rotation of the contact member.

The invention discloses a multifunctional integrated structure based on an intelligent shoe. Insole function modules are arranged between an upper pad and a lower pad. A first circuit board is arranged under the portion, corresponding to a foot arch supporting pad of the upper pad, of the lower pad. A sole is provided with a second circuit board provided with a sole function module, and a battery. Signal transmission is conducted between the first circuit board and the second circuit board in a wireless communication mode. By adoption of the multifunctional integrated structure based on the intelligent shoe, the available space in the intelligent shoe is expanded, the intelligent shoe can integrate more function modules, and therefore use requirements of a user for the intelligent shoe are met, functions of the intelligent shoe are diversified, meanwhile, the connecting complexity between all the function modules in the intelligent shoe is lowered, and the manufacturing process difficulty of the intelligent shoe is lowered.

The invention is suitable for the technical field of medical rehabilitation equipment, and particularly relates to an orthopedic joint fixing training assisting device which comprises a resistance part, a foot arch supporting assembly, a shank fixing assembly, a thigh fixing assembly and a waist bandage. The shank fixing assembly is rotatingly connected to an upper end of the foot arch supporting assembly. The foot arch supporting assembly is used for supporting the arch of the foot of a user, the shank fixing assembly is rotationally connected with the thigh fixing assembly, the rotationally-connected position of the shank fixing assembly and the thigh fixing assembly is located at the axis position of rotation of the shank relative to the thigh, and the thigh fixing assembly is connected with the waist bandage through a connecting rod. The two ends of the connecting rod are rotationally connected with the thigh fixing assembly and the waist bandage respectively, and the resistance part is connected with the shank fixing assembly and the thigh fixing assembly simultaneously. The connecting position of the shank fixing assembly and the thigh fixing assembly is arranged at the axis position where the shank rotates relative to the thigh, so that the situation that the thigh fixing assembly and the shank fixing assembly slip is avoided, and damage to a patient is avoided.

The invention discloses a measuring instrument capable of measuring the height of a shoe tree heel. The measuring instrument comprises a machine frame, a toe cap measuring device, a height measuring device, a tiptoe baffle, a foot arch supporting device and a shoe tree heel measuring device. The foot arch supporting device is used for stabling and supporting a shoe model part. The shoe tree heel measuring device comprises a lifting device and a measuring device. The measuring device is controlled to measure the height of the shoe tree heel by adjusting the lifting device. The measuring device comprises a pair of slider sets arranged symmetrically, a step and a self-locking device, the slider sets are connected through the step, and the slider sets can ascend and descend so that the step can block a shoe tree heel rear supporting point of the shoe mould part. The self-locking device is used for controlling over unlocking or self-locking of sliders in the slider sets, and accordingly measuring results are accurate. Therefore, the measuring instrument is reliable in measurement, data can be more accurate, the length and the height of the shoe mould part and the height of the shoe tree heel are measured at the same time, and the measuring instrument can meet requirements of shoe mould parts in various specifications.

A dynamic foot-arch support device for dynamically supporting the arch and structures of the human foot throughout phases of the biomechanical movement of the foot during weight-bearing activities is provided. A dynamic foot-arch support device for supporting the arch and structures of a foot is provided that includes a support band having an upper end and a lower end, the support band forming a loop at the upper end through which to place a foot and position the loop around or just below an ankle portion of the foot, the lower end configured to wrap from an inside area of the ankle portion of the foot and rotate to an underside of the foot for secure attachment below the underside of the foot, the support band thereby configured to provide a tension to support to an arch area of the foot.

Disclosed is a functional shoe, comprising a foot arch support, wherein said foot arch support includes a support body accommodated and fixed in a shoe body, a slider tightened to the support body by a screw, and a contact member which is coupled to the top of the slider and projects toward the inside of the shoe to contact the arch of the foot. The slider moves in the upward and downward directions by means of the rotation of the contact member.

The invention discloses an intelligent insole and a monitoring control system and method thereof. The insole comprises an insole body, the insole body is provided with a forefoot supporting part, a foot arch supporting part and a heel supporting part which are arranged in the forward and backward directions of the insole body in sequence; the insole further comprises a pressure sensor, a micro processor, a plastic material layer, a current port, a wireless communication module and a power supply module. The pressure sensor is arranged on the insole body and used for collecting pressure data ofthe foot and sending the data to the micro processor; the micro processor is connected with the pressure sensor and used for obtaining pressure signals collected by the pressure sensor and transmitting the collected pressure data to another terminal through the wireless communication module; the plastic material layer is arranged on the bottom of the insole body, current is obtained through the current port, according to the obtained current, the thickness and the hardness of the plastic material layer are changed; the current port is formed in the insole body and used for obtaining the current for the thickness and the hardness of the plastic material layer and sending the obtained current to the plastic material layer so as to adjust the thickness and the hardness of the plastic material layer.

The invention discloses a pair of textile shoes for bared feet. Each textile shoe comprises a shoe sole and a sock-shaped portion, wherein the sock-shaped portion is in a sock shape and is fit with the foot, the bottom of the sock-shaped portion is tightly close to and fixed to the upper surface of the shoe sole, a shoe sole heelpiece is provided with a heelpiece support in a cambered surface shape, the inner side of the heelpiece support is matched with the foot heel in shape, the heelpiece support has a forward pushing-jacking restoring force after the shoe sole is worn by the foot, a shoe sole half sole portion upwarps in an arc shape, the front end of the shoe sole is provided with an cambered surface front upper, the cambered surface front upper protects the front end of the foot thumb, the shoe sole half sole portion is provided with a restoring force upwards jacking and pushing the foot front sole, the cambered surface front upper inwards curls to locally wrap the foot toe, theportion, corresponding to the foot arch, of the shoe sole is provided with a foot arch supporting edge, and the portion, opposite to the foot arch supporting edge, of the shoe sole is provided with anouter-side convex edge. The cambered surface shaped heelpiece support of each textile shoe can produce assistance during foot walking, the restoring forces exerted by the heelpiece support and the cambered surface front upper to the front and back of the foot make the shoe sole to be wrapped on the foot, and the large-area foot arch supporting edge can support and protect the foot arch, so that the pair of textile shoes for bared feet is more comfortable to wear.

A shockproof and corrective elevator insole comprises an elevator insole, a foot arch support is disposed at an arch position of the elevator insole, an air sac inlaid in the heel position of the elevator insole, and the foot arch support, the air sac and the elevator sole are composited. The PU (polyurethane) elevator insole, the inlaid silicone shockproof air sac and the foot arch support can be formed by injection molding once through a mould. When the shockproof and corrective elevator insole is used, a support point for a foot can be moved forward by the aid of the elevator insole, the foot arch support adapting to radian of a foot arch serves as a fulcrum supporting the foot, the weight of a tube is loaded on the foot arch, and accordingly correcting the foot arch is achieved. Foot shock can be automatically relieved by the inlaid silicone air sac in due time according to gravitational action of the foot in walking, and fatigue of the foot is also relieved. The elevator insole with protrusions more fits a sole of the foot, height is increased while the problem of forward thrust of the foot is solved, and the insole is also capable of massaging the sole of the foot.

The invention relates to an outdoor full-shaping adjustable multifunctional shoe. The internal structure of a sneaker can be adjusted and changed in time according to different sports forms in outdoorsports; the basic requirement of adapting to multiple motions is met; the shoe comprises a shoe body, wherein the shoe body comprises an upper surface, a lining and a shoe inner cavity; an outsole and a heel are arranged at the bottom of the shoe body. A middle bottom plate is arranged on the outsole; a foot arch supporting pad is arranged in the shoe inner cavity between the middle bottom plateand an insole; a toe circumference adjusting belt, a plantar circumference adjusting belt, a tarsal circumference adjusting belt and a heel circumference adjusting belt are all arranged between the middle bottom plate and the insole, penetrate through the space between the middle bottom plate and the insole, pass through the inner cavity of the shoe and are attached to the lining; the foot arch supporting pad is connected with the tarsal circumference adjusting belt, a telescopic plate and a bearing plate are arranged between the outsole and the heel, locking screws are arranged on the two sides of the heel and connected with a transmission mechanism, and the transmission mechanism is connected with the telescopic plate. A tightening belt is arranged at the heel and is connected with an elastic belt arranged on one side of the upper surface.

The invention provides a manufacturing method of a foot arch supporting pad for children. The manufacturing method comprises the following steps: firstly, carrying out foot sole pressure measurement on a tested child under states of standing with bared feet and naturally walking with bared feet by utilizing a Footscan force measurement flat plate, so as to obtain data including a gravity center line, foot sole pressure distribution, forcing state of each part and the like of the feet in a walking process; secondly, scanning the feet of the tested child by adopting a foot three-dimensional scanner, so as to obtain accurate foot model data; thirdly, establishing a three-dimensional model of the foot arch supporting pad by utilizing Ortho Model software; finally, inputting the three-dimensional model of the pad into the Ortho Mill software and outputting NC (Numerical Control) data needing to be engraved, and engraving and polishing the foot arch supporting pad; establishing a foot model according to foot data of the child with flat feet; rapidly engraving the foot arch supporting pad suitable for the tested child. The manufacturing method provided by the invention has characteristics of good comfort, simple and convenient method and low cost.

The invention relates to the field of functional structures of socks and discloses running socks with a foot arch support function. Each sock comprises a foot arch support device corresponding to a foot arch part of a human body, wherein the foot arch support device comprises two parts, one part is an elastic band structure corresponding to an instep of the human body, and the other part is a sole support structure corresponding to a sole of the human body. According to the foot arch support device, a foot arch structure is supported through matching of the two parts, the elastic band structure above the instep provides sufficiently strong elasticity, the apex of the foot arch is pressed while the pressing sense is not so strong, and enough pressure and cushioning force are provided for the foot arch. The sole support structure below the sole can support the corresponding foot arch of the human body and reduce the pressure of the foot arch, then enough support is provided for the foot arch during sports, and injury and deformation of the foot arch are prevented. Besides, better benefit increasing effect can be realized through combination of structural change with novel materials.

The invention relates to the field of functional structures of socks and discloses American football socks with a sport protection function. Each sock comprises an Achilles tendon protection device corresponding to an Achilles tendon part of a human body and a foot arch support device corresponding to a sole part of a foot arch of the human body, wherein the Achilles tendon protection device surrounds the Achilles tendon part of the human body and is connected with a heel part of the American football sock; the foot arch support device is arranged below the foot arch of the human body, corresponds to the sole part of the sock, and adopts a structure obtained through inwards thickening and used for supporting the foot arch of the human body and reducing the pressure of the foot arch. The American football socks have the advantages as follows: protection of the Achilles tendon parts and the foot arch support structures are specially intensified aiming at characteristics of the American football sport, foot injury during intensive competitive sports can be improved, a good sport protection capacity can be realized, and better benefit increasing effect can be realized through combination of structural change with novel materials.

The invention discloses leather shoes with a massage function. Each leather shoe comprises a shoe body and a shoe sole, and each shoe body is connected with the corresponding shoe sole by sewing or pasting; a plurality of magnets are uniformly embedded in each shoe sole; an insole is laid on each shoe sole, and a plurality of massage balls are uniformly embedded in each insole; a toe support cushion is arranged at the position, opposite to the lower portions of the toes, of each insole, and a foot arch front-end support cushion and a foot arch support cushion are arranged at the positions, opposite to the lower portion of the foot arch, of each insole; a groove is formed in the tail end of each shoe sole, a heel massage cushion is arranged in each groove and comprises an air cushion and aplurality of massage bumps, each air cushion is in interference fit with the corresponding groove, and the massage bumps are uniformly distributed on the upper surface of each air cushion. The leathershoes have the massage function, the soles can be massaged during walking, the fatigue is relived, and the leather shoes are good for physical health. Through the arrangement of the magnets, the blood circulation of the human body can be improved, and the leather shoes can have the functions of soothing the nerves and relieving convulsion. The leather shoes are simple in production process, low in cost, comfortable to wear and easy to popularize.

The invention provides a foot arch supporting insole. The foot arch supporting insole comprises a surface layer (1), a body (2) and an embedded supporting component (3). The surface layer (1) is arranged on the upper surface of the body (2), and the embedded supporting component (3) is arranged at the bottom of the body (2) in an embedded mode. The invention simulates the structural principle that a living body'meat 'wraps'bones', and provides a design method of an integrally formed insole by wrapping a hard support body with a flexible material. According to the supporting type insole designed in the scheme, the weight can be effectively dispersed to the inner side and the outer side of the front foot and the inner side and the outer side of the rear foot in the foot buffering stage, and stable and balanced supporting is formed.

The invention discloses a rhythmical hammering keep-fit massage belt. The rhythmical hammering keep-fit massage belt comprises foot arch cushion bodies, sweat absorption shock-absorption interlayers and bottom foot arch supports. A first magnet, a second magnet, a third magnet, a fourth magnet and a traditional Chinese medicine filling bag are arranged in each sweat absorption shock-absorption interlayer, and each fourth magnet is located in the sole Yongquan acupoint. The rhythmical hammering keep-fit massage belt has the advantages that only foot arch cushions need to be cushioned in shoes,feet step on the foot arch cushions, the foot arch cushions are naturally attached to foot soles, and thus the very comfortable and practical effects are achieved; in the walking process, the outer sides of the foot arch cushions are filled with the traditional Chinese medicine bags and magnetic bodies, thus acupoints of reflective areas, such as legs and spleens, on the foot soles can be massagedand stimulated very well, the gravity when the feet land is uniformized, thus blood circulation is promoted, the night sleep quality is improved, nutritional absorption is enhanced, metabolism is accelerated, bone cartilage line closure is delayed, osteoporosis is prevented, thus human body growth and heightening are promoted, and foot bone deformation is prevented; and meanwhile, the effects ofdeodorization, sterilization, sweat absorption, fit keeping and the like are achieved.

The invention provides a manufacturing method for a buffer and damping insole. The manufacturing method comprises the steps that (1) a foot arch supporting layer is fixed to a foot arch part of a mold; (2) a memory damping layer is baked to be softened; (3) the softened memory damping layer is placed into an insole molding groove of the mold, the foot arch supporting layer is arranged at the footarch position of the memory damping layer, a hot melting film layer is placed between the foot arch supporting layer and the memory damping layer, and a vacuum plastic uptake pump is further arrangedat the position, located at the lower portion in the insole molding groove, of the mold; (4) the vacuum plastic uptake pump conducts surface line sucking treatment on the bottom surface of the foot arch supporting layer and the forefoot and heelpiece parts of the memory damping layer, the plastic uptake temperature and plastic uptake pressure during plastic uptake and the hot melting effect of thehot melting film layer are used for thermal compounding of the foot arch supporting layer to the foot arch position of the memory damping layer, and the memory damping layer compounded with the footarch supporting layer is obtained; (7) cutting is carried out; and (9) the memory damping layer compounded with the supporting layer is placed into an injection mold for injection molding of an insolebody.

The invention relates to a plantar muscle strengthening pad and an insole comprising the plantar muscle strengthening pad. The device comprises a foot arch supporting part for supporting a foot arch; a forefoot support part which is formed at the front end of the arch support part and supports the forefoot; and the connecting part is used for connecting the arch supporting part and the forefoot supporting part. During walking, when the rear foot is stressed, the weight is transferred to the front foot through the outer side of the sole, the metatarsal bone makes contact with the front foot supporting part and is stimulated, and driving force is generated between the big toe and the second toe to correct the gait.

The invention discloses insoles with supporting functions for a race walking athlete and application. The insoles with the supporting functions comprise insole bodies; each insole body from up to bottom includes an insole metatarsal bone support part used for supporting a metatarsal bone, an insole foot arch support part used for supporting the foot arch part and an insole heel support part for supporting the heel. According to the insoles with the supporting functions, by designing protrusions with supporting effects, the force applied to the foot arch parts is increased, the pressure peak value and impulse of the metatarsal bones and heels are reduced, and risks of stress fractures of the two common overuse injury parts are reduced; the functional insoles can reduces a reactive force ofthe ground in the vertical direction when the metatarsal bone support parts and the heel support parts are in contact with the ground, so that the risks of overuse injuries of the feet and legs are reduced.

The invention relates to the related technical field of anti-skid shoes, and discloses a snowfield anti-skid shoe capable of preventing balance from being influenced by foreign matter, which comprises a warm-keeping upper, an anti-skid sole is mounted on the warm-keeping upper, a carrying groove is formed in the anti-skid sole, a sole anti-skid device is mounted in the carrying groove, the sole anti-skid device comprises a carrying body, and the carrying body is arranged on the carrying body. A transmission plate is installed in the carrying body, and supporting piston rods are installed on the transmission plate in an array mode. According to the snowfield anti-skid shoe capable of preventing the foreign matter from affecting balance, the sole anti-skid device is arranged at the position close to the foot arch supporting point, and the anti-skid plate is arranged in an elastic sliding mode with certain supporting force, so that when a user walks on a snowfield, the snow covering plane cannot trigger retraction of the anti-skid plate; and the anti-skidding effect is realized through the anti-skidding strips with metal convex nails on the bottom surface of the anti-skidding plate and the front sole anti-skidding friction pad.

The invention discloses an insole and a processing technology. The insole comprises an insole body, a half sole support, a foot arch support, a heel support and an anti-skid covered edge. The pad body is composed of a lower bamboo charcoal fiber breathable cloth layer, a palm rest memory foam layer, an arch rest memory foam layer, a heel rest memory foam layer, a lower waterproof breathable film, a lower breathable foam layer, an upper waterproof breathable film, an upper breathable foam layer and an upper bamboo charcoal fiber breathable cloth layer, and one side of the top of the lower bamboo charcoal fiber breathable cloth layer is connected with the arch rest memory foam layer; various materials are compounded into a whole, the supporting effect is good, wearing is comfortable, the pain risk of the half sole, the foot arch and the heel is reduced, the body health of a user is guaranteed, the antibacterial function is achieved, the breathability is good, foot sweat is easy to diffuse, bacterium breeding is restrained, the problem of foot odor caused by long-time wearing is avoided, the user experience is good, and the practicability is high. And meanwhile, a freezing shot blasting trimming mode is adopted, so that the working efficiency is high, personal errors are avoided, residual burrs are few, the trimming precision is high, and the production quality is good.

The invention provides a shock absorbing foot arch support. The shock absorbing foot arch support comprises a foot arch support body, which is composed of an elastic pad and a connecting band, whereinthe elastic pad is arranged in the middle of the connecting band, and the elastic pad and the connecting band are in an integrated structure and are made of soft materials; both ends of the connecting band are provided with matched connecting mechanisms. The shock absorbing foot arch support is made of silicon rubber and accordingly can perfectly matched with elasticity and foot shape, can effectively protect foot arch during shopping, travelling and exercise, correct flatfoot, comprehensively protect the foot arch, reduce pressure of the foot arch and recover elasticity of the foot arch, thereby being practical and simple in operation.

The invention discloses an infant walk learning insole which comprises an insole body. The insole body sequentially comprises an insole half sole, an insole core, an insole waistline and an insole heel piece from the front end to the rear end of the insole body, a half sole anti-skid pad is arranged at the lower side of the rear end of the insole half sole, a core damping pad is arranged at the lower side of the insole core, a foot arch supporting pad is arranged at the lower side of the middle of the insole waistline, and a heel piece damping pad is arranged at the lower side of the middle ofthe insole heel piece; the insole body sequentially comprises a first nanometer bamboo charcoal fiber layer, a first micropore polyurethane foaming layer, a second micropore polyurethane foaming layer, a third micropore polyurethane foaming layer and a second nanometer bamboo charcoal fiber layer from top to bottom. The insole is good in damping foot protecting effect, good in skid resistance andcapable of preventing ankle injuries and supporting the foot arch, and can promote blood circulation, enhance resistance and relieve infant foot fatigue.