42 results about "Flatfeet" patented technology

The invention relates to flatfoot detection equipment and a data acquisition operation method thereof. The flatfoot detection equipment comprises a base and a casing arranged on the base, a controlleris arranged on the base, and a plantar pressure sensor is arranged on the upper end surface of the casing and electrically connected with the controller. The flatfoot detection equipment is simple instructure and convenient to operate and can give quantitative data of flatfeet of a detected person.

The proposed method is an innovative approach to correcting orthopedic deformities. It involves gradual manual mobilization of contracture soft tissues and diminutive foot joints by a physiotherapist, followed by mechanical reinforcement of the resulting effect by an orthosis which depresses and push the Ist, IVth and Vth metatarsal bones while elevating or actually blocking the fall the immobile IInd and IIIrd metatarsal bones according to the “three forces” rule. Correction transverse arch foot runs simultaneously with the correction of hallux valgus (if necessary). The propose method comprises sequentially applied passive redression (manual treatment), and a follow-up with the use of a specially designed orthosis (mechanical treatment). The method is suitable for patients undergoing preparation for corrective HV surgery and for post-operative HV. Method can be used preventively e.g. in women who frequently wear high-heel shoes and in for those who need to remain standing for prolonged periods of time.

For effectively improving the structure of an insole and manufacturing the insole suitable for being worn by people with the flatfeet, the invention provides an insole for the flatfeet. According to the insole, the original plane of the insole is filled with soft foam used for the foot arches in the middle of the insole, and people with the flatfeet can be helped to form the foot arches.

The invention discloses a hallux valgus correction shoe comprising an upper, an insole and a sole. The insole is arranged on the upper surface of the sole, and the edge of the bottom of the upper is connected with the edge of the top surface of the sole; grooves are formed in the outer side position of the rear heel, the middle arch position and the front thumb position of the shoe sole respectively, a micro lifting device is arranged in the groove in the outer side position of the rear heel and the groove in the middle arch position respectively, and a micro sliding device is arranged in thegroove in the front thumb position. According to the invention, the hallux valgus, flatfoot and out toe characters can be corrected by independently adjusting the micro lifting devices or the micro sliding device; hallux valgus, flatfoot and out toe can be corrected by adjusting the micro lifting devices and the micro sliding device at the same time, the correction position can be achieved by rotating the outer gear, adjustment is convenient, precision is high, and use is convenient.

The invention relates to the field of shoes, in particular to a pair of child flatfoot correcting shoes. Each shoe comprises a midsole, an outsole, a heel elastic tray and a foot arch elastic tray; triangular structures are formed on the heel elastic tray and the foot arch elastic tray; an elastic supporting rod penetrating through a through hole is arranged on the outsole; an insole sequentiallycomprises a lining cloth layer, a breathable fiber layer and a buffer layer from top to bottom; the foot arch part of the buffer layer is provided with a foot arch buffer bulge attached to the human foot arch; and latex pads are arranged at a second phalanx part and a third phalanx part of the forefoot of the insole. According to the child flatfoot correcting shoes, the heel elastic trays and thefoot arch elastic trays are provided with the triangular stable structures, so that the effect of pressure reduction by rebounding is achieved; the elastic supporting rods can effectively absorb impact force; the correction of the flatfeet of a child is assisted; the foot load in the body exercise process is buffered and the impact force of the bottom surfaces on the foot soles is absorbed; the walking distance is prolonged; the foot fatigue is reduced; and the pains at the foot soles, the knees, the back and the like are relieved.

The invention provides a method and device for conveniently measuring and judging flatfoot. A silk thread on a first winding coil in a first sliding groove is sequentially connected with the innermost side of a metatarsal bone and the edge of the inner side of a heel to form a connecting line 1, and then a silk thread on a third winding coil in the first sliding groove is sequentially connected with the center of a third toe and the middle point/vertex of the heel to form a connecting line 2; an angle measuring device is moved to the intersection of the connecting lines, the angle between the two connecting lines is measured, a connecting line 3 which is half of the angle is marked, and a silk thread on a second winding coil in the first sliding groove coincides with the connecting line; a third sliding groove is formed in the transition section, a telescopic scale is installed on the third sliding groove in a sliding mode, a T-shaped sliding indicating rod is rotatably installed at the end, away from the third sliding groove, of the telescopic scale, the telescopic scale slides on the same horizontal line below a scaphoid bone, the T-shaped sliding indicating rod abuts against the lower edge of the scaphoid bone, the height of the arch is measured, and the shape of the foot arch can be judged according to the relation of the three connecting lines and the height of the foot arch.

The invention relates to a prewalker sole. The prewalker sole comprises a sole body. Anti-skidding pieces are arranged at the front end of the front sole of the sole and the rear heel of the sole and are arranged on the sole body in a protruding mode, and the anti-skidding pieces and the sole body are integrally formed. Or the anti-skidding pieces are fixed in the sole body in an embedding mode in a gluing mode, and the working surfaces of the anti-skidding pieces and the bottom surface of the sole body are on the same plane. The sole body is made of soft materials. Elastic soft mats are additionally arranged on the heel and the inner phalanx portion which can bear most stress, ground impact force buffering is facilitated, a baby is properly supported, the gravity is stabilized, arch moving space is increased, foot muscles can be well exercised when the baby learns to walk, foot nutritional system growing and arch forming can be promoted, and flatfoots and foot malformation are avoided. The prewalker sole has the advantages of being novel in structural design, light, exquisite, comfortable, good in breathability performance and the like.

The invention discloses a multifunctional healthy shoe capable of preventing flatfoot eversion, which comprises a sole, a vamp, a health care mechanism and an arch pad, the vamp is sewn with the upper end of the sole, a breathable decorative layer, an EVA foaming layer and a linen fiber layer are sequentially laid on the vamp from outside to inside, an adjusting device comprises a mounting seat and an adjusting mechanism, and the adjusting mechanism is arranged on the mounting seat. The adjusting mechanism comprises a screw adjusting assembly, a bevel gear transmission assembly, a fixing assembly used for fixing the bevel gear transmission assembly, a supporting plate in sliding fit with the inner wall of the guide cylinder and a plurality of supporting rods used for supporting the bottom of the arch pad. And the lower end of the screw rod adjusting assembly is movably arranged on a limiting sliding rod in the mounting seat. Due to the fact that the health-care mechanism and the adjusting device at the lower end of the arch support are arranged in the device, the arch support can be effectively adjusted according to different foot types, flatfoot formation can be effectively prevented, and a good health-care effect on the feet is effectively achieved.

A supporting pair of socks for disorders caused by foot deformities is provided that can be worn on daily basis and it allows comforting of foot in case of flatfoot and hallux valgus disorder.

The invention belongs to the technical field of auxiliary rehabilitation, and particularly relates to a multifunctional rehabilitation insole. The insole comprises an insole body, a flatfoot gasket isarranged at the arch position of the middle of the upper side of the insole body, a metal arch-shaped fixator is arranged in the front side of the insole body, the front end of the metal arch-shapedfixator is connected with a toe-separating silica gel inserting plate through a metal watch chain, and a row of toe-separating silica gel inserting holes are formed in the thumb side of the toe-separating silica gel inserting plate. Toe separating silica gel is installed on the toe separating silica gel inserting holes, metal cylinders inserted into the toe separating silica gel inserting holes are arranged in the toe separating silica gel, and blocking pieces are arranged at the connecting positions of phalanxes and metatarsal bones on the inner side of the insole body. The multifunctional rehabilitation insole can be used for a long time to achieve the effects of prevention and correction. The multifunctional rehabilitation insole is suitable for most shoes without influencing the appearance.

The invention discloses functional flatfoot orthopedic toe separated socks and a using method thereof, and belongs to the technical field of rehabilitation equipment. Each sock comprises a heel protective sleeve and a gasket which are arranged on the inner layer and a sock sleeve arranged on the outer layer, the gasket can be adhered to the bottom of the inner side of the heel protection sleeve, the sock sleeve is a five-finger sock sleeve, an anti-skid gasket is adhered to the bottom of each toe of the sock sleeve, and the gasket below the heel protective sleeve has elasticity, so that comfort is improved while providing support for the inner side of the foot, the area is small, the scaphoid bone cannot be affected, local stress of the scaphoid bone can be effectively reduced, unnecessarypain is reduced, disassembly is convenient, the anti-skid gasket can be directly torn down and replaced after the height is not suitable, and the sockis low in manufacturing cost compared with similar products. The toe-sleeved bottom gasket is designed in a bionic mode, the oval shape is beneficial to providing friction force when toes grab the ground, sole muscle group contraction is promoted, the whole orthopedic toe separated sock combines a pure cotton sock, a silica gel sleeve and a gasket, is convenient to clean, can provide enough correction effect for feet at home, and is more convenient to use.

The invention relates to the technical field of flatfoot correction, in particular to a flatfoot lower limb correction outfit which comprises a correction sole, a correction vamp is arranged on the upper surface of the correction sole, a mounting connecting groove is formed in the upper surface of the correction sole, and a mounting correction block is arranged in the mounting connecting groove. A connecting bottom plate is arranged in the mounting connecting groove, and a buffer mounting assembly is arranged between the connecting bottom plate and the mounting correcting block. Through the arrangement of the correction blocks, the foot sole of a patient can be effectively supported during wearing, so that the correction effect is achieved, through the arrangement of the buffer mounting assembly, the effective buffer effect can be provided during walking of the patient, the comfort of the patient during wearing is improved, and through the arrangement of the lifting mounting assembly, the comfort of the patient is improved. The height of the correction block can be freely adjusted, and the problem that a patient is unwilling to cooperate with correction due to the fact that the patient does not adapt to the correction block and feels oppressed when wearing the correction block is solved.

The invention discloses a shoe size measuring all-in-one machine, and relates to the technical field of shoe size measuring, in particular to a shoe size measuring all-in-one machine which comprises a base, an auxiliary measuring mechanism and a vertical plate perpendicular to the base are arranged on the base, a plurality of wiring harness limiting mechanisms are arranged in the base, and a height measuring mechanism and a connecting frame parallel to the vertical plate are arranged on the vertical plate. The connecting frame is fixed to the vertical plate through bolts, and a display screen is arranged in the connecting frame. An auxiliary measuring mechanism arranged on the machine drives a motor to roll a film through a shaft rod, pull the film to move and pull a reel to rotate through the film, a user can tread on the surface of the film with barefoot, the film is rolled through the shaft rod, the film can be replaced, and the acting point of the sole is judged according to the degree of wrinkles borne by the film. And whether foot diseases such as flatfoot, splay-in, splay-out or talipes equinovarus exist or not is measured, the size of the sole is measured, and the size of the shoe worn by the sole corresponds to the size of the shoe worn by the sole through calculation of a chip in the machine.

An adjustable flatfoot arch rehabilitation structure is embedded in a midsole of a sports shoe and comprises an elastic arch adjusting plate, and the middle section of the arch adjusting plate is an arc protruding upwards and corresponding to the radian of the arch of a human foot. And an adjusting structure for adjusting the bending radian of the arch adjusting plate in the length direction is arranged between the arch adjusting plate and the sneaker insole. The invention provides three specific adjusting structures at the same time, and the problems that a traditional flatfoot correction system is small in unit, hard in structure and incapable of being attached to the arch of the patient, so that the foot feeling of the patient is stiff, and effective correction cannot be achieved can be solved.

A shoe outsole capable of correcting foot arch comprises a top layer and a bottom layer. A supporting groove is concavely formed in the position, corresponding to the foot arch of a foot of a human body, of the bottom face of the top layer. A supporting part is convexly arranged at the position, corresponding to the supporting groove, of the top surface of the bottom layer. An adjustable supporting assembly is arranged on the supporting part in a penetrating mode, so that the height, protruding out of the supporting part, of the supporting assembly can be adjusted. A supporting piece is detachably arranged at the top of the supporting assembly, and the shape of the supporting piece corresponds to the shape of the supporting groove. The supporting assembly can be a bolt. The supporting part can be provided with a through hole, and a threaded sleeve can be embedded in the through hole so that the supporting assembly can penetrate through the supporting part. The top layer and the bottom layer can be of a sheet-shaped structure made of PVC or EVA. According to the invention, the angle and height for supporting the foot are changed through the height-adjustable supporting assembly and the supporting sheet, so that the shoe outsole can be suitable for supporting soles or flatfeet with various arch heights. The shoe outsole can be made into a sole of a shoe, or made into an insole for a user to put in the existing shoe for use.

The invention relates to a novel orthopedic arch support for flatfeet. The arch support includes an arch support body, and the arch support body comprises a front foot pad, a middle foot pad and a rear foot deep heel cup; the front foot pad is arranged correspondingly to toe roots, the middle foot pad is arranged correspondingly to an arch area, and the rear arch deep heel cup is arranged correspondingly to the heel; the surface of the front foot pad is a plane, little-toe pads are arranged on the back of the front right side of the front foot pad, and each little-toe pad is semispherical; themiddle foot pad is a curved surface, wherein the height of the curved surface gradually decreases from the peak toward the two sides, and the peak of the curved surface is 18 mm higher than the planeof the front foot pad; the rear half part of the middle foot pad is gradually shrunk, the rear side of the middle foot pad is connected with the rear foot deep heel cup, and the rear foot deep heel cup is of an annular cup-like structure; a circular opening is formed in the middle of the rear foot deep heel cup, the rear foot deep heel cup is surrounded by a cup wall, and the front right side ofthe rear foot deep heel cup is disconnected from the middle foot pad. An antiskid membrane is pasted to the back of the arch support body, and an antiskid sucker is arranged on the back of the rear foot deep heel cup.

The invention discloses a 3D flatfoot correction insole design method based on arch data. The method comprises the following steps: S1, acquiring the parameters of characteristic foot parts of a human body; S2, determining coordinate axes of insole design according to the parameters of the characteristic foot parts; S3, determining the contour line of an insole in the coordinate axes; S4, according to the contour line of the insole, determining the parameters of an arch supporting part in the coordinate axes; S5, determining weft at the top of the insole; and S6, in the coordinate axes, generating an insole top surface and an insole bottom surface by using the contour line of the insole and the weft at the top of the insole line, generating insole side surfaces through lofting, and generating the 3D flatfoot correction insole according to the parameters of the characteristic foot parts and the parameters of the arch supporting part. The invention develops the design method for the arch part of the flatfoot correction insole based on the base point data of the arch of the human body and the man-machine ergonomic principle, and the radian of the arch supporting part of the correction insole is designed by taking the measured parameters of the human body as the basis and relying on a theoretical basis.

The invention discloses a quick foot type distinguishing method combining foot pressure and foot arch indexes, provides a quick foot type distinguishing method combining foot pressure analysis, can solve the problems that a traditional footprint method is complex in operation and not high in accuracy, and combines a foot sole isobaric view dot matrix to distinguish the foot shape. The three typical foot types of flatfoot, normal foot and high arch are judged by using an arch index calculation method, so that the foot types of different individuals can be quickly, efficiently and accurately distinguished. According to the quick foot type distinguishing method combined with foot pressure analysis, accurate data support is provided for flatfoot type classification through the isobaric view dot matrix obtained by the plantar pressure test plate after toe parts are removed through three-equal division in the foot axis direction and different foot pressure percentage partition comparison tests, the foot type distinguishing efficiency is improved, and the method has the advantages of being high in practicability and easy to popularize. The method is of great significance in improving foot shape division accuracy and saving resolution time and cost.