63 results about "Foot arch" patented technology

The application discloses an anti-skid shoe sole, and relates to the technical field of shoes, which comprises a forefoot part, a hind foot part and an arch part used for connecting the forefoot part and the hind foot part, the forefoot part and the hind foot part are provided with a plurality of arrayed V-shaped anti-skid protrusions, the anti-skid protrusions are formed with V-shaped grooves, and the V-shaped grooves of the anti-skid protrusions in multiple columns in the horizontal direction are alternately arranged along upper and lower ends respectively. The application has the effect of avoiding the problem of insufficient friction caused by moisture adhesion.

This invention relates to the field of medical device technology, specifically to a fixation brace for postoperative repair of lateral collateral ligament injury of the ankle joint. It includes a bionic support shell conforming to the dorsum of the foot, ankle, and heel. The bionic support shell comprises a dorsum segment, an ankle segment, and a heel segment conforming to the dorsum of the foot, ankle, and heel. The bionic support shell is equipped with a multi-dimensional fit and fixation mechanism and an adaptive rehabilitation adjustment mechanism. The multi-dimensional fit and fixation mechanism is electrically connected to a control module, which is also electrically connected to the adaptive rehabilitation adjustment mechanism. The multi-dimensional fit and fixation mechanism includes an arch support component, a circumferential tightening component, and a heel limiting component. The control module is used to adjust the fixation force of the multi-dimensional fit and fixation mechanism, simultaneously and in conjunction with adjusting the range of motion limits of the adaptive rehabilitation adjustment mechanism. This invention achieves precise multi-point fit and fixation of the ankle joint, with precisely adjustable fixation force.

The utility model relates to the field of shoe manufacturing, especially a multi-density arc-shaped shoe sole, the shoe sole includes upper shoe sole, lower shoe sole and rear shoe sole. The upper shoe sole bottom surface is equipped with the first arc-shaped connecting surface. The lower shoe sole upper surface is equipped with the first connecting groove, and the rear end bottom surface is equipped with the second arc-shaped connecting surface. The utility model shoe sole is composed of upper shoe sole, lower shoe sole and rear shoe sole three parts, respectively adopt different density material - the upper shoe sole selects the density configuration of relatively soft, promotes the foot adhesion and comfort degree, the lower shoe sole adopts the medium density, and the elasticity and supporting property of arch area are considered, and the rear shoe sole adopts higher density, and the supporting property and impact absorption capacity of heel area are strengthened, through the differentiation design of material density, the scientific proportion of the thickness of each part is combined, makes the shoe sole form accurate matching mechanical response gradient in the key stress area such as toe, arch, heel, realizes the best elastic feedback and supporting performance, thereby perfect matching human motion mechanics demand, improves the comfort degree.

Machine for producing socks (1) for foot reflexology, configured to apply one or more external stimulating elements (2) to socks (1), positioned in the sole area (10) and / or the instep area (11) and / or the lateral areas of the foot, using thermoadhesive material provided between the sock (1) and each stimulating element (2). The machine includes a press (3) comprising: two compression plates (30, 31) and an actuating member (32) configured to bring the two plates (30, 31) into contact and to exert pressure between them, and one or two flat foot-shaped heating shapes (4), which flat foot-shaped heating shapes (4) are provided with integrated heating means.

This utility model relates to the field of footwear technology and provides a massage stretching slipper that solves the problems of existing slippers lacking zoned massage function, relatively insufficient arch support, and inability to simultaneously stretch the calves. It includes a sole and an upper connected to the sole. The heel area of ​​the sole has at least one through-hole stretching hole, and the periphery of the stretching hole is provided with an upwardly protruding massage protrusion structure. The massage protrusion structure is arranged around the periphery of the stretching hole, and its height gradually decreases from the edge of the stretching hole outwards to form a guiding curved surface. The upper surface of the sole corresponding to the arch area has a downwardly recessed arc-shaped stretching groove, which extends along the length of the sole.

This utility model discloses a sock shoe, comprising a sock body and an insole. The sock body includes a sock cuff, a sock leg, and a sock foot connected in sequence, or includes the sock cuff and the sock foot connected in sequence. The insole is detachably disposed on the bottom side of the sock foot. Through this structure, on the one hand, the insole is designed to be detachably connected to the bottom side of the sock foot, allowing users to freely choose functional insoles (such as orthotic insoles, cushioning insoles, support insoles, etc.) according to their foot characteristics (such as high / low arches, plantar fasciitis, etc.). This design overcomes the limitation of traditional fixed and non-replaceable sock shoe insoles, significantly improving the product's foot fit and health protection function. On the other hand, the detachable insole allows the sock body and insole to be completely separated for washing, preventing insole stains from back-contaminating the sock body during cleaning, or detergent residue from seeping into the insole and causing performance degradation. This structure fundamentally eliminates cross-contamination, improves hygiene, and extends the service life of the components.

Socks with in-built arch support are a new innovative technology aimed at addressing the common problem of foot discomfort and pain due to the lack of proper support in traditional socks. These socks are designed with strategically placed arch support pads that provide targeted support to the arch of the foot, promoting proper alignment and reducing strain on the feet. By incorporating arch support directly into the sock design, this new technology offers a practical and effective solution for individuals seeking relief from foot discomfort. The targeted arch support helps to stabilize the arch of the foot, create better form, reduce muscle fatigue, and improve overall foot health and comfort. Socks with inbuilt arch support provide a simple yet innovative way to enhance the functionality of everyday socks, making them an indispensable accessory for individuals seeking lasting relief from foot pain.

This utility model relates to the field of insole technology and discloses an arch-correcting insole, including a top layer, a customized thickness plate bonded to the bottom outer wall of the top layer, a bottom plate bonded to the bottom outer wall of the customized thickness plate, and a heel transverse arch spring block bonded to the top outer wall of the top layer. The heel transverse arch spring block is an important weight-bearing structure of the forefoot. If the transverse arch collapses (i.e., "forefoot flattening") due to congenital malformation, prolonged wearing of narrow shoes, obesity, or excessive weight-bearing, the intermetrocar distance will widen, and the forefoot will become wider and flatter. The heel transverse arch spring block is customized and bonded to fit the patient's different foot shapes. In this utility model, Velcro allows for quick disassembly and replacement of the heel transverse arch spring block, heel pad, and customized thickness plate, enabling personalized customization according to different patients' foot shapes and needs. This not only meets diverse correction needs but also reduces the cost of overall replacement.

An adjustable footbed system comprising a removable arch support and a footbed configured to receive the removable arch support.

This application relates to a fracture rehabilitation nursing shoe, comprising a sole and an arc-shaped shin guard plate fixed to the upper surface of the sole end. An arc-shaped liner plate is slidably provided on the inner side of the shin guard plate, and an arc-shaped flexible leg pad is fixed on one side of the liner plate. This application, by installing a detachable bionic arch on the sole of the nursing shoe, facilitates the fit of the patient's affected foot, distributes pressure, reduces pain, supports the arch and joint, maintains stability, and prevents deformities. Furthermore, the flexible leg pad, which can be moved and adjusted, works in conjunction with a second Velcro strap to secure the shoe to the patient's lower leg, preventing the nursing shoe from loosening. The liner plate and flexible leg pad are moved by rotating a screw, thereby adjusting the tightness of the second Velcro strap and flexible leg pad on the lower leg without needing to tear the second Velcro strap, thus avoiding a decrease in the adhesiveness of the second Velcro strap and causing adhesion failure.

The utility model discloses a detachable modularization support's shoe material, including sole, the fixedly connected with bottom support block of positioning plug -in block lower extreme, and the bottom support block inner wall edge is equipped with knob insertion slot, the fixed knob is inserted into the inner wall of knob insertion slot and is connected, and the fixed knob one end and fixed bolt slot rotation insert into the connection. This one kind of detachable modularization support's shoe material can through second connection adhesion block, installation insertion slot, installation plug -in block and carry out positioning insert adhesion fixed to toe support pad, arch support pad, heel support pad, carry out double -fixed, install more stable, and can through the connecting band and connect fixed between toe support pad, arch support pad, heel support pad, avoid to pull apart and dislocate, and can through splicing band, first connection adhesion block and carry out independent dismounting, and bottom support block can through positioning insertion slot, positioning plug -in block, fixed knob, fixed bolt slot and carry out bolt dismounting, convenient and quick replacement, convenient to use.

The utility model relates to a work shoe technical field especially relates to a kind of anti-puncture work shoe sole, it includes: shoe sole component and outer insole;Shoe sole component includes shoe sole body, heel recess, forefoot recess, arch pad, arch recess, cavity, heel anti-puncture pad, heel coating, forefoot anti-puncture pad, forefoot coating, inner insole and mounting plate layer;Shoe sole body foot heel part is provided with heel recess, shoe sole body foot forefoot part is provided with forefoot recess, shoe sole body foot arch part is provided with arch pad, and arch pad is provided with arch recess, and cavity is arranged in arch recess;Heel anti-puncture pad is connected in heel recess, and heel anti-puncture pad below is connected with heel coating, and forefoot anti-puncture pad is connected in forefoot recess, and forefoot coating is connected below forefoot recess;Shoe sole body is connected with inner insole, and inner insole below foot arch part is connected with mounting plate layer.The utility model is convenient for reducing the use cost of anti-puncture work shoe sole, and improves practicality.

The application relates to the technical field of shoes, and provides a bending support and a shoe sole with the same, which comprises a support plate body, the support plate body is a 3D printing piece, the support plate body comprises a middle part corresponding to an arch part, and a forefoot support part and a heel support part arranged at two ends of the middle part respectively, the middle part is arched upwards to form a first arc surface, the forefoot support part is concave downwards to form a second arc surface, and the heel support part is arched upwards to form a third arc surface, so that the middle part, the forefoot support part and the heel support part are continuously curved and arranged corresponding to the foot part. The application has the beneficial effects of reducing the complex process of built-in carbon plates, reducing labor and product quality problems, and further improving the comfort of the foot of a wearer when the wearer wears the leisure shoes.

A shoe includes a sole and an upper over the sole. The sole includes a base and an insert. The base includes a toe portion, a heel portion, and an arch portion arranged between the toe portion and the heel portion. The insert is arranged in the arch portion of the base and further protrudes into the arch portion from a first surface of the base. A lowermost position of the insert is a lowest point of a first surface of the sole with respect to a ground. The upper includes a toe portion, a rear portion, and a tongue arranged between the toe portion and the rear portion of the upper. The insert is configured to provide pressure into an arch region of a foot of a user when the shoe is worn and the sole is pressed by the user.

1. Name of the design product: arch support (bear paw). 2. Use of the design product: for improving foot muscle strength, training and correcting arches. 3. Design points of the design product: in shape. 4. Picture or photo best indicating the design points: perspective view 1.

The utility model relates to the technical field of basketball shoes, especially to a compression-resistant waterproof basketball shoe. The compression-resistant waterproof basketball shoe comprises a sole provided with compression-resistant patterns on both sides and an upper connected with the sole, the sole is provided with an arch area, the compression-resistant patterns are arranged in front and back of the arch area respectively, the compression-resistant patterns are polygonal structures with stepwise reduction, and the compression-resistant patterns are gradually recessed inward in the process of stepwise reduction. The utility model is provided with compression-resistant patterns on the side edge of the sole, the compression-resistant patterns are polygonal structures with stepwise reduction and are gradually recessed inward in the process of stepwise reduction, the recessed groove structure can be repeatedly compressed and rebounded under pressure in the process of movement, the compression-resistant function is realized, the structure with stepwise reduction can gradually disperse and weaken the force, the impact force when falling is relieved, and the compression resistance of the sole is improved.

This utility model belongs to the field of footwear manufacturing technology, specifically referring to a sports shoe sole; it includes a layered outer layer, a mid-layer, and an inner layer, and further includes: a forefoot widening structure fixed to the forefoot area of ​​the outer layer, including a first widening portion extending inward and a second widening portion extending outward; rib-shaped combination units arranged only at intervals in the forefoot to arch area of ​​the mid-layer, including a forward sloping portion inclined towards the toe and a rear sloping portion inclined towards the heel, the forward and rear sloping portions being connected in pairs to form a V-shaped structure; a heel covering structure located at the edge of the heel area of ​​the outer layer, extending upward to form a U-shaped covering portion; and a conical cushioning hole penetrating the inner layer and mid-layer along the layering direction, located within the enclosed area of ​​the U-shaped covering portion. This utility model improves propulsion efficiency through the forefoot widening structure working in conjunction with the rib-shaped combination units, and enhances cushioning performance through the heel covering structure and the conical cushioning hole, thus simultaneously optimizing forefoot propulsion and heel cushioning performance in a single sole structure.

The utility model provides a kind of shoe sole and shoe for relieving foot fatigue, it relates to shoe technical field, the shoe sole for relieving foot fatigue includes inner sole, outer sole, side wall and support piece.Outside sole is used to contact with ground, inner sole is used to contact with foot, side wall connects inner sole and outer sole.And support piece is embedded to side wall for the position corresponding with arch, can provide accurate arch support, improve stability, relieve foot fatigue, and effectively protect foot health.On the basis described above, support piece includes body, first extension and second extension, and first extension and second extension are connected with the two sides of body respectively, and respectively extend towards side wall for the position corresponding with palm and heel, to facilitate to side wall for the position corresponding with palm and heel disperses pressure, improves balance, further enhances the stabilizing effect of arch, and prolongs the service life of shoe sole.

This item is a shoe sole. As shown in the reference end view AA and reference end view BB, the area around the arch of the foot and the area around the heel are raised.

Footwear (1A) with a footbed that supports the sole of a wearer's foot and has a ground-contacting surface, wherein the footbed has a forefoot area (R1) that supports a toe section and a ball section of the wearer's foot, a midfoot area (R2) that supports an arch section of the wearer's foot, and a rearfoot area (R3) that supports a heel section of the wearer's foot, the forefoot area (R1), the midfoot area (R2), and the rearfoot area (R3) are arranged in a continuous manner along a front-to-back direction of the footwear (1A), the forefoot area (R1) has a medial forefoot area (A) and a lateral forefoot area (B) that are defined by a shoe center (SC) of the footwear when viewed along a direction perpendicular to the ground-contacting surface, and the midfoot area (R2) has a medial midfoot area (C) and a lateral midfoot area (D). has,which are defined by the shoe center (SC) of the footwear when viewed along the direction perpendicular to the ground-contacting surface, the rearfoot area (R3) has a medial rearfoot area (E) and a lateral rearfoot area (F) which are defined by the shoe center (SC) of the footwear when viewed along the direction perpendicular to the ground-contacting surface, the footbed has a cushioning section (SA) formed from a three-dimensional mesh structure body (2A) in which several unit structures (3A) are repeatedly arranged to be adjacent to each other, the cushioning section (SA) being located across the medial forefoot area (A), the lateral forefoot area (B), the medial midfoot area (C), the lateral midfoot area (D), the medial rearfoot area (E) and the lateral rearfoot area (F), an intake volume ratio of the cushioning section (SA) in a section,that is located in the medial forefoot area (A) is greater than an intake volume ratio of the cushioning section (SA) in a section located in the lateral forefoot area (B); an intake volume ratio of the cushioning section (SA) in a section located in the medial midfoot area (C) is greater than an intake volume ratio of the cushioning section (SA) in a section located in the lateral midfoot area (D); an intake volume ratio of the cushioning section (SA) in a section located in the medial rearfoot area (E) is greater than an intake volume ratio of the cushioning section (SA) in a section located in the lateral rearfoot area (F); the intake volume ratio of the cushioning section (SA) in the section located in the medial forefoot area (A) is less than the intake volume ratio of the cushioning section (SA) in the section located in the medial forefoot area (A).the section located in the medial midfoot area (C), the intake volume ratio of the cushioning section (SA) in the section located in the lateral forefoot area (B) is smaller than the intake volume ratio of the cushioning section (SA) in the section located in the lateral midfoot area (D), the intake volume ratio of the cushioning section (SA) in the section located in the medial midfoot area (C) is equal to or less than the intake volume ratio of the cushioning section (SA) in the section located in the medial hindfoot area (E), and the intake volume ratio of the cushioning section (SA) in the section located in the lateral midfoot area (D) is equal to or less than the intake volume ratio of the cushioning section (SA) in the section located in the lateral hindfoot area (F).

This application relates to the technical field of insoles, providing a thermal insole that, from bottom to top, comprises a base layer, a heat-conducting layer disposed on the base layer, and a breathable layer disposed on the heat-conducting layer. The base layer has a placement groove communicating with the heat-conducting layer. A heating pack is placed inside the placement groove in the base layer, and the heating pack is detachably connected to the base layer. The heat-conducting layer includes an elastic pad and an aluminum foil film embedded within the elastic pad. The upper surface of the elastic pad has ventilation holes. The elastic pad has a first flow groove and a second flow groove communicating with the ventilation holes at the forefoot and heel areas, respectively. The elastic pad has a flow channel at the arch area, which communicates with the first and second flow grooves and also with the ventilation holes. This application achieves a warming effect by compressing the elastic pad to heat the heating pack, which then flows through the aluminum foil film to various parts of the foot.

This application relates to the field of shoe sole structure technology, and in particular to a comfortable and protective shoe sole for children's shoes, comprising a sole body including a forefoot portion, a heel portion, and an arch portion. Anti-lateral sliders are provided on both sides of the bottom of the forefoot portion, and the anti-lateral sliders are spaced apart. A toe guard is provided at the end of the forefoot portion. Several heel protection blocks are arranged around the bottom of the heel portion. The arch portion is located between the forefoot and heel portions. This application has the effect of improving the comfort and protection of toddlers' or children's feet.

The application discloses a kind of soles comprising reinforcing member and shoes, which comprises sole body, and the sole body has forefoot, arch and heel corresponding to foot bottom, and further comprises: four reinforcing members distributed in the sole body along the left-right direction and at least extended from arch to forefoot; in plan view, the part of each reinforcing member in the forefoot of sole body is bent towards the inner side edge of sole body, the bending position of reinforcing member on the inner side is closer to the heel of sole body in front-back direction compared with the bending position of reinforcing member adjacent to it and on the outer side, and the included angle between the line of maximum curvature position of each reinforcing member and the left-right direction ranges from 40° to 50°; the sole can improve the comfort of user when wearing, and can also give better boost effect to user during movement.

1. Name of the design product: Arch Trainer (M013). 2. Use of the design product: The design product is an arch trainer used for placing under the feet to train the toes. 3. Design key points of the design product: Lies in the shape. 4. Picture or photo that best shows the design key points: Stereogram.

This utility model relates to a hallux valgus correction insole, comprising a foot-shaped insole with a hallux valgus correction sleeve and a metatarsalgia pad. The hallux valgus correction sleeve includes a dorsiflexion strap, a big toe sock, a traction strap, and a metatarsalgia pad. The two ends of the dorsiflexion strap are connected to the two sides of the foot-shaped insole, forming a cavity to accommodate the patient's foot. The big toe sock is positioned at the front end of the dorsiflexion strap corresponding to the patient's big toe, and one side of the big toe sock has several fastening buckles. One end of the traction strap is connected to the dorsiflexion strap, and the other end has a buckle that matches the fastening buckles. The metatarsalgia pad includes a silicone pad on the foot-shaped insole, located at the arch of the foot. This utility model adds a hallux valgus traction strap and a metatarsalgia pad to the basic insole design, reducing the size of the support and avoiding bulkiness. It can be worn inside a shoe for easy weight-bearing and walking, and is convenient to wear. It can simultaneously improve the symptoms of hallux valgus and metatarsalgia, reducing patient pain.

A shoe includes an outsole, a first upper portion, a second upper portion, a rotary dial mounted to the first upper portion, and first and second lace portions coupled between the rotary dial and the second upper portion. The first lace portion aligns with a heel region of the shoe, the second lace portion aligns with a pedal region of the outsole, and a closure center line aligns with a medial arch region of the outsole. The second upper portion includes first and second lace guides. The first upper portion includes a third lace guide between the first and second lace portions. The first and second lace portions define a unitary lace extending from the rotary dial, through the first, second, and third lace guides, and back to the rotary dial. No portion of the lace member crosses over another portion of the lace member outside of the rotary dial.