75 results about "Heel counter" patented technology

A shoe has an outer sock layer structure and an inner sock layer structure. An ankle cuff is formed at the interconnection between the outer sock layer structure and the inner sock layer structure and completely surrounds the shoe opening. The inner sock layer structure has a pocket in the heel region and a heel cup or heel counter insert in the heel region is partially located between the first interior surface and the second interior surface and an upper portion of the heel cup or heel counter insert is situated within the pocket. The ankle cuff contacts a rearward facing surface of the pocket. The heel counter insert may also be attached to multilayer insole which are then collectively inserted into the upper.

The utility model relates to the technical field of heel counters, and discloses a sports shoe heel counter convenient to wrap and support, which comprises a heel counter main body, an inner cambered surface is formed on the left side surface of the heel counter main body, a wear-resistant rubber pad is formed below a concave surface, a central reinforcing plate is fixed inside the heel counter main body, and a plurality of wear-resistant rubber pads are arranged on the inner cambered surface of the heel counter main body. Net-shaped assemblies are distributed at the front position and the rear position of the center reinforcing plate. The concave surface is formed at the upper position of the outer surface of the heel counter main body, and the wear-resistant rubber pad is formed below the concave surface, so that the concave surface and the wear-resistant rubber pad jointly form the outer surface, and the radian trend of the inner surface formed by the inner cambered surface is cooperatively matched with the concave surface and the wear-resistant rubber pad; therefore, the inner cambered surface of the heel counter main body faces towards the direction close to the heel, so that the heel counter main body can better fit the radian trend of the heel and the ankle under the radian design, and the overall fitness is better improved in the working process.

1. Name of this design product: Shoe heel support frame (Raku-Slip on series). 2. Purpose of this design: It is used for the heel counter of shoes and belongs to the category of heel counter shoe materials. This design is an elastic support frame for the heel counter of hands-free shoes. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the key design points: Design 1 3D view. 5. Design 1 is designated as the basic design. 6. Other situations requiring explanation are illustrated in the diagram: This product design is in a flat form, but it transforms into a three-dimensional form after being installed on the heel counter of the shoe. 7. Other situations requiring explanation: The planar state diagram shows the shape in a two-dimensional form, while the other images show the shape in a three-dimensional form.

A shoe donnable without use of hands and a heel counter of same are provided. The shoe has an upper, the upper defining a foot-receiving shoe opening, an upper rim of the foot-receiving shoe opening being a topline. The heel counter is located at a rear portion of the upper and has a front profile, a rear profile, and a flared top formed form the front profile extending back further than an upper portion of the rear profile. The flared top of the heel counter serves to direct a person’s foot to be inserted into the foot-receiving shoe opening and thence into the shoe. The front profile is convex about a left-right horizontal axis. The upper rim of the heel counter flanges backwards above the topline to form a funnel- or ramp-like structure that directs a person’s foot into the shoe.

The invention relates to the technical field of shoemaking, and discloses a shoe with a counter built in a shoe heel part, the shoe comprises the shoe heel part with the counter built in, the counter comprises an extension part, an achilles tendon part and a heel cavity part, the extension part inclines backwards and upwards, an opening of the achilles tendon part is wide in the front and narrow in the rear, the heel cavity part is in a shape of wrapping a heel, and the heel cavity part is in a shape of wrapping the heel. The width of the welt part of the shoe heel part is set to be smaller than the horizontal width of the heel of a human body, and the welt part of the shoe heel part fits the achilles tendon part of a foot when the shoe is worn. The counter comprises an opening-shaped heel tendon part which is wide in the front and narrow in the rear and forms a protruding structure in the heel part, and the protruding structure is attached to the heel when the shoe is worn, so that the heel tendon part is not prone to falling off.

A shoe has a heel counter with heel cup. The heel cup has an upper portion with a top edge having medial elevated point and a lateral elevated point separated by a recessed point along a median line of the heel cup. The heel cup has a tapering thickness in a medial crest region and lateral crest region different from a thickness the trough region, providing differential flexibility. The shoe may have a tensioning system, wherein the tensioning system has a first tensioning system and a second tensioning system, and the first tensioning system is adjustable, and the second tensioning system is fixed. The second tensioning system may be located further from a shoe opening than the first tensioning system, and the first tensioning system is adjusted to a tension sufficient to allow a foot entry into the shoe without use of hands.

An article of footwear has an upper including a first knit layer and a second knit layer formed from a singular knit tube folded inward upon itself, the first and second knit layers being interconnected at a seamless ankle cuff. The second knit layer has an integrated pocket in a heel region of the upper. A heel counter insert includes a heel cup located between the first and second knit layers, an upper portion of the heel cup being at least partially enclosed within the integrated pocket. The seamless ankle cuff is configured as a tension band that wraps around the integrated pocket and the tension band possesses elastic properties that permit a temporal rearward displacement of the heel cup during foot entry and provide a biasing force to return the heel cup to an original state after foot insertion.

The invention discloses an everting 5D seamless process for a rear shoe cover, which relates to the technical field of shoemaking processes, and comprises the following steps: providing a specially-made rear shoe cover blank of which the predetermined everting area is a composite material layer with continuously gradually changed modulus from inside to outside; performing three-dimensional partitioning and differential energy input on the eversion region; a global controllable non-contact forming force field is established around the softened blank; the air pressure vector of each action point in the force field is calculated and dynamically regulated in real time; programmed cooling cooperating with the characteristics of the phase-change material is carried out on the formed body, and a shoe rear cover finished product is obtained. According to the method, the composite material with the modulus changing in a gradient mode is adopted, partition differential heating is combined with non-contact type laminar flow air pressure field driving, high-precision and damage-free three-dimensional forming of the eversion area of the rear shoe cover is achieved, and the excellent size stability and shape retentivity of a product are guaranteed; and an advanced manufacturing solution with high flexibility, digitization and extremely high consistency is provided for the shoemaking industry.

A heel-cup structure for climbing shoes having increased edge-contact properties and friction on uneven surface where the heel area has a protrusion around the outer sole area under the heel and rimmed indentation between the heel counter and the outer sole. The heel-cup structure with protrusion of the outer sole made of soft, polymeric, synthetic rubber material provides a device to latch onto a thin edge of the rock surface in contact, to effectuate edging and heel-hooking.

A shoe has a flexible component that is distinct from the sole and attached to an exterior of the shoe upper. The flexible component extends around the heel region from a maximum height below the ankle collar and behind the shoe opening. The flexible component extends from the maximum height in a downward angled direction along a portion of each of the lateral and medial sides of the upper. A compressible material layer is disposed along regions of an inner wall of the upper facing the opening. The compressible material layer protrudes into the opening along at least the top portion of the heel region and tapers in a downward direction towards a base of the upper. The flexible component is depressed under a downward load during the donning of the shoe and automatically returns back to the elevated position when the shoe is donned.

The invention discloses a shoe rear cover structure and a shoe, and the shoe rear cover structure comprises a shoe heel unit; the heel unit comprises a neckline reinforcing layer and a reverse opening lining, and the neckline reinforcing layer is arranged at the neckline part of the shoe and used for wrapping and supporting the ankle; the neckline reinforcing layer is wrapped by the reverse opening inner layer; wherein a gradually-thickened part is formed on the part, facing the sole, of the neckline reinforcing layer, and the gradually-thickened part is gradually thickened in the direction away from the sole. According to the technical scheme, protection on ankles is enhanced, and the sprain risk is reduced.

shoe (12), comprising a heel cap (32); wherein the heel cap (32) comprises a heel cup (52); wherein the heel cup (52) is formed with an upper section (64), a middle section (58) and a lower section (54); the upper section (64) has a shorter mediolateral length than the middle section (58); wherein in a vertical cross-section the heel cup (52) has an “S” wave shape; wherein in the vertical cross-section the upper section (64) has a first thickness at a first position; wherein in the vertical cross-section the middle section (58) has a second thickness at a second position; wherein in the vertical cross-section the lower section (54) has a third thickness at a third position; where the second thickness is less than at least one of the first and third thicknesses; and the middle section (58) provides flexibility of the heel cup (52).

An upper of an article of footwear has an outer ply structure and an inner ply structure. An ankle collar is formed at the interconnection between the outer and inner ply structures and completely surrounds the shoe opening. The inner ply structure has a bladder in the heel region, and a heel cup or heel counter insert in the heel region is partially located between the first and second interior surfaces, and an upper portion of the heel cup or heel counter insert is disposed within the bladder. The ankle collar contacts the rearward surface of the bladder. The heel upper insert may also be attached to a multi-layer insole, which is then collectively inserted into the upper.

The application discloses a hot-melt pressure-sensitive adhesive suitable for a heel anti-abrasion patch product, which comprises the following components in parts by weight: 10-35 parts of a block copolymer, 10-30 parts of a plasticizer, 40-60 parts of an adhesion resin, and 3-6 parts of an antioxidant. The prepared product has good wettability and improved polarity of the glue, is beneficial to application and wettability to a base material, has fast glue melting speed, high production efficiency, low requirements on transportation, storage and use conditions, high inclusiveness to equipment and processes, is suitable for roll coating and blade coating, has good wettability to PE foam, and has excellent peel strength and moderate holding adhesion.

This invention discloses a hands-free shoe, relating to the field of shoemaking technology. Addressing the problems of traditional hands-free shoes, such as the appearance being compromised by the upturned heel structure and the difficulty in balancing on / off comfort and stability, this invention incorporates a shaping component composed of multi-curvature surfaces within the heel counter. This component is integrally molded using a resin alloy mold and includes a sliding section, a support section, an extension section, and a protrusion. A T-shaped support rib is formed at the center of the protrusion and support section, and the extension section is adapted for injection molding. This invention maintains aesthetic appeal through the smooth contour of the shaping component, integrates the guiding function of the sliding section with the fixing function of the protrusion and extension section, achieving both hands-free on / off comfort and stable maintenance. It also boasts excellent shape retention and durability, is easy to manufacture, and is highly versatile, suitable for various types of footwear such as dress shoes and athletic shoes.

This invention discloses a modular, graded, cushioned ankle support structure for children's shoes, comprising: a heel shaping cup for calcaneal guidance, the heel shaping cup having a guide extending downward along the heel counter of the shoe, and a connecting member bending inward relative to the guide and extending into the shoe; the heel shaping cup circumferentially surrounds the heel counter; the guide includes an outer layer, a middle layer, and an inner layer arranged sequentially from the outside to the inside; and a support mechanism disposed on the inner surface of the shoe facing the heel and connected to the connecting member. When the support mechanism is compressed, the pressure is converted into an inward tightening force on the guide through the connecting member, thereby guiding the calcaneus. This invention, through the coordinated operation of the guide, connecting member, and support mechanism, converts pressure into an inward tightening force on the guide when the support mechanism is compressed. When force is applied to one side, a larger directional tightening force is generated, triggering guidance in advance, effectively limiting abnormal calcaneal displacement, improving heel stability, and significantly enhancing the support and guidance effect on the calcaneus.

The shoe includes a sole and an upper having a foot-receiving shoe opening. The shoe includes a heel cup in a heel region, the heel cup having a central region, peripheral portions, and a top portion, mid-portion, and lower portion extending through the central region and the peripheral portions. The top portion, mid-portion, and lower portion form a vertical cross-sectional “S” wave shape through the central region of the heel cup. The shoe includes a compressible material layer positioned along regions of an inner wall of the heel cup facing an interior of the shoe upper corresponding to a portion of the central region of the heel cup. The compressible material layer protrudes into the shoe opening along the central region corresponding to the top portion and tapers towards the portion of the central region corresponding to the lower portion.

A shoe includes a sole and an upper having a heel counter with a heel cup. The upper includes a foot receiving shoe opening. The heel cup is uniformly molded with an upper portion, midportion, and lower portion. On a vertical cross-section, the heel cup has a S wave shape and a thickness of the heel cup decreases gradually from a peripheral portion of the heel cup toward a central region of the heel cup. The heel cup is attached to an interior compressible layer, and the compressible layer extends into the shoe opening. The compressible layer may be compressed by a user's foot during insertion or removal of the user's foot, and may at least partially expand to hold an ankle of the user's foot once the foot is inserted.

A HANDS-FREE MOLDED SHOE may include a uniformly molded slip-on shoe having features to facilitate hands-free wearing. Such features may include use of a greater hardness plastic in a heel counter portion of the shoe and lesser hardness plastic in an upper and / or sole portion of the shoe. The heel counter portion may be configured to deform into a new configuration under the load of a user's foot as it enters a shoe opening, and return to its original configuration once the foot is inside the show. The heel counter portion may further have an S-wave shaped vertical cross section at a rearmost position. Methods of manufacture of a HFMS may include the use of an upper insert and a sole insert as well as a heel insert having a securing mechanism to secure the heel insert to a core portion of a shoe mold.

A hands-free molded shoe may include a uniformly molded slip-on shoe having features to facilitate hands-free wearing. Such features may include use of a greater hardness plastic in a heel counter portion of the shoe and lesser hardness plastic in an upper and / or sole portion of the shoe. The heel counter portion may be configured to deform into a new configuration under the load of a user's foot as it enters a shoe opening, and return to its original configuration once the foot is inside the show. The heel counter portion may further have an S-wave shaped vertical cross section at a rearmost position. Methods of manufacture of a HFMS may include the use of an upper insert and a sole insert as well as a heel insert having a securing mechanism to secure the heel insert to a core portion of a shoe mold.

An upper for an article of footwear has an outer vamp structure and an inner vamp structure. An ankle collar is formed at the interconnection between the outer vamp structure and the inner vamp structure and completely surrounds a shoe opening. The inner vamp structure has a pocket in a heel region, and a heel cup or heel counter insert in the heel region is partially located between the first interior surface and the second interior surface, and an upper portion of the heel cup or heel counter insert is disposed within the pocket. The ankle collar contacts a rearward facing surface of the pocket. The heel counter insert can also be attached to a multi-layer insole, which is then collectively inserted into the upper.

1. Name of the designed product: shoe heel stabilizer (Hongbao). 2. Use of the designed product: for shoe heel stabilizer. 3. Design points of the designed product: in shape. 4. Picture or photo that best indicates the design points: perspective view.

A HANDS-FREE MOLDED SHOE may include a uniformly molded slip-on shoe having features to facilitate hands-free wearing. Such features may include use of a greater hardness plastic in a heel counter portion of the shoe and lesser hardness plastic in an upper and / or sole portion of the shoe. The heel counter portion may be configured to deform into a new configuration under the load of a user's foot as it enters a shoe opening, and return to its original configuration once the foot is inside the show. The heel counter portion may further have an S-wave shaped vertical cross section at a rearmost position. Methods of manufacture of a HFMS may include the use of an upper insert and a sole insert as well as a heel insert having a securing mechanism to secure the heel insert to a core portion of a shoe mold.

An article of footwear (10) has an upper (14) and a heel system (16). The heel system may include a heel cage (36, 46) secured to a heel portion (19) of the upper and may include a heel counter (38). The heel counter may extend along a rear portion (44) of the heel portion to an upper extent (40) above an upper bar (46A) of the heel cage.

Articles of footwear having an upper including a dynamic fit heel portion and a main body. The dynamic fit heel portion may include a lower heel counter and an upper heel collar. The upper heel collar may define at least in part, a foot-receiving chamber. An expandable joint may be provided between the lower heel counter and the upper heel collar. A material forming the expandable joint may have a higher flexibility and a higher stretch than the lower heel counter and the upper heel collar. The lower heel counter, the upper heel collar, and the expandable joint may be configured to align with portions of a heel and ankle of a wearer so as to provide a flexible heel and ankle fit.

An article of footwear includes an upper formed from a textile element having a fusible yarn and a non-fusible yarn. The fusible yarn comprises a sheath-core structure with a fusible portion peripherally surrounding a non-fusible core. In some configurations, the fusible yarn includes filaments with fusible and non-fusible portions having different melting temperatures. The fusible yarn may be located at a bonding surface of the textile element and enables thermal bonding to a bonded component such as a toe guard, heel counter, or indicia. The textile element may define bonding zones with targeted fusible yarn placement. The bonded component may be secured to the upper via heat and pressure. The sole structure is secured to the upper.

A shoe includes a sole unit, an upper unit, a sockliner unit, a heel counter and an adhesive layer. The sole unit includes a sole heel sidewall. The upper unit has an access opening edge and an upper heel portion that abuts against the sole heel sidewall. The sockliner unit has a sockliner heel portion that corresponds to the upper heel portion. The heel counter is resiliently deformable and includes a resilient heel plate. The resilient heel plate has a pressing portion and two wing portions. The pressing portion has a pressing body top edge that is adjacent to the access opening edge, and a pressing body bottom edge that is adjacent to the sole unit. The pressing body bottom edge is lower than a top edge of the sole heel sidewall along a height direction.

A hands-free molded shoe may include a uniformly molded slip-on shoe having features to facilitate hands-free wearing. Such features may include use of a greater hardness plastic in a heel counter por

The utility model provides a kind of shoe that is convenient to put on and take off, including shoe body and elastic expansion mechanism;The elastic expansion mechanism is arranged at the vamp and the heel counter of the shoe body, and elastic stretch fabric is equipped between the elastic expansion mechanism of two places, and the size of shoe opening is controlled by the elastic expansion of two elastic expansion mechanisms.The beneficial effects of a kind of shoe that is convenient to put on and take off provided by the utility model are that the size of shoe opening is adjusted by setting elastic expansion mechanism at vamp and heel, making it more convenient in the process of daily putting on and taking off shoes, especially when the effect is particularly obvious when sole is swollen and not suitable for normal putting on and taking off shoes;Further, controllable shape memory alloy (SMA) control is added in elastic expansion mechanism, captures daily behavior action characteristics, realizes the automatic opening and closing of shoe body, effectively improves the wearing experience of user and the intelligent level of footwear product.

This disclosure relates to recyclable footwear. Components of an article of footwear—e.g., an upper and a sole—may be secured to one another using one or more cables. The article of footwear may comprise a spacer knit that may cushion a wearer's foot from the one or more cables. The article of footwear may also comprise a heel counter and / or toe cap, which may serve as anchor points for the one or more cables, improving stability. Thus, the article of footwear may be constructed without the use of an adhesive and may be easily disassembled, improving recyclability.