14 results about "Heel surface" patented technology

The utility model discloses a shoe tree measuring device and shoe tree manufacturing equipment. The shoe tree measuring device comprises a base plate, a height adjusting assembly and a detecting assembly. The base plate is provided with a supporting face, the supporting face is arranged perpendicular to the first direction and parallel to the second direction, and the supporting face is used for making contact with a preset landing position of a shoe tree; the height adjusting assembly comprises a guide part and a height adjusting part, the guide part is connected to the chassis and extends in the first direction, and the height adjusting part is connected with the guide part and moves in the first direction relative to the guide part; the detection assembly is connected with the height adjusting part, the detection assembly comprises a detection part, the detection part rotates around a second direction relative to the chassis, the detection part is provided with a detection surface, the shape of the detection surface is used for keeping consistent with the shape of the connecting surface of the heel support and the shoe tree, and the detection surface is used for being arranged towards the heel surface of the shoe tree. The shoe tree measuring device can improve the stability of the heel surface of the shoe tree.

Provided is a high heel that satisfies the user's very intuitive need for increased height in appearance while maintaining beauty and comfort. 【Solution means】The high heel capable of feigning an increase in height includes an upper 1, a sole 2, and a heel 3. The sole is formed by a toe surface 4 located at the front part and a heel surface 5 located at the rear part. The heel is disposed at the rear end of the heel surface and supported by the ground. A connecting portion is disposed at the contacting portion between the toe surface and the heel surface. The heel is provided with an enclosing portion that extends upward along the upper. By the heel surface smoothly contacting between the connecting portion and the enclosing portion, it presents a state of feigning an increase in height when viewed from the appearance. Thereby, a more intuitive height increase effect is provided. Due to the visual illusion caused by the feigned increase in height, the user appears taller when wearing it, but actually does not become taller. The innovative design has significant advantages in market competition and future application potential.

This invention discloses a heel shaping machine for protective shoe production, relating to the technical field of shoe material processing equipment. It includes a frame, a support base, a heel, a shaping mold, and a clamping base. The invention employs a clamping cylinder-driven linkage mechanism to control a pressure plate to rotate obliquely downwards to clamp the protective shoe heel blank. During the rotation process, the pressure plate applies not only an inward clamping force to the protective shoe heel blank but also a downward pulling force, ensuring the heel blank is fully stretched and conforms to the heel surface. This prevents the protective shoe heel blank from accumulating or wrinkling in areas with large curvature, or forming uneven creases at seams, thus effectively improving the shaping quality of the protective shoe heel.

A set of flanges, an installation including the set of flange and a method for providing the installation are disclosed. The set of flanges includes a first annular flange with a first front side and a second annular flange with a second front side. Each flange includes a plurality of through holes for mounting the flanges with the first side facing the second side. The first and the second sides are shaped such that the annular toe surface section of the first front side is adapted to provide an annular toe contact region with the annular toe surface section of the second front side and the annular heel surface section of the first front surface is adapted to provide annular heel contact region with the annular heel surface section of the second front side whereby an intermediate annular gap is provided between the annular toe contact region and the annular heel contact region.

The present invention provides a tool for drilling, the tool comprising two or more cutting edges and a web thinning, in which a thinning heel surface facing backward in a rotating direction of the tool is formed by a convex surface, and in which a thinning angle gradually becomes smaller from a leading end of the tool toward a base end thereof. A thinning rake surface of the web thinning may be shaped straight so as to extend from an area around a center of the tool and in a radial direction or a parallel direction thereto in a tool front view. A thinning rake surface may be shaped in a helix in an opposite direction to the rotating direction of the tool so as to extend from an area around a center of the tool and in a radial direction in a tool front view.

The utility model discloses a shoe with a heelpiece capable of being electrically opened and closed, which comprises a body, a heel and a heel, the vamp is compounded on the half sole part of the sole; the heel piece comprises a heel bottom and a heel surface; the heel bottom is arranged at the heel part of the sole in a sliding mode in the front-back direction, and the top face of the heel bottom is suitable for being matched with the top face of the sole to form a shoe inner cavity bottom used for supporting the foot sole; the heel surface is compounded on the heel bottom and is suitable for being matched with a vamp to form a shoe wrapping surface for wrapping a foot; the driving device is mounted on the sole and comprises a battery and a driving motor; the driving motor is powered by the battery to operate and is used for driving the heel part to slide back and forth relative to the body in a reciprocating manner; and the starting piece is arranged on the outer side of the sole and is electrically connected with the driving device so as to be controlled to drive the driving motor to operate. The shoes can be conveniently put on and taken off.

The utility model provides upper surface and heel surface wrapping and pressing equipment which comprises a processing table, a control panel is fixedly mounted on one side of the upper surface of the processing table, a lifting frame is fixedly connected to one side of the upper surface of the processing table, and a bearing plate is fixedly connected to the upper surface of the lifting frame. By means of the press fit device, a worker can more conveniently and more quickly press fit an upper face and a heel face, meanwhile, the upper face and the heel face are formed from the upper portion in the press fit process, the situation that the upper face moves upwards in the side face press fit process and then deviates is avoided, then the worker can directly conduct glue dripping or sewing operation, and the work efficiency is improved. Therefore, glue dripping or sewing operation is smoother, and the problems that in the prior art, sewing and bonding are conducted while manual pressing is conducted in the manufacturing process, so that sewing and bonding are extremely inconvenient, pressing loosening is prone to occurring, and then sewing and bonding deviate are solved.

The utility model provides an anti-cracking sock which comprises a sock body, the sock body comprises a heel part, the heel part comprises a breathable moisturizing layer, the inner layer of the breathable moisturizing layer is a TPE layer, and an isolation breathable part is arranged on the outer side of the TPE layer. Compared with a silica gel material, the TPE material is softer, the foreign body sensation after the anti-cracking sock is worn is easily and greatly reduced, meanwhile, certain isolation between the surface of the heel and the surface of the TPE layer can be achieved through the isolation breathable part arranged on the outer side of the TPE layer, in a sultry environment, the isolation breathable part can achieve a certain breathable effect, and then the heel can be effectively prevented from being moist.

The utility model discloses a shoe convenient to put on and take off, which comprises a body, a shoe cover and a shoe cover, the vamp comprises a half sole surface and a heel surface, the rear edge of the half sole surface obliquely extends to the heel part of the sole from top to bottom and from front to back, and the front edge of the heel surface extends to the arch part of the sole or the rear side of the arch part of the sole from top to bottom and from back to front; the half sole face and the heel face coincide from the arch portion to the heel portion of the sole, and the heel face is located on the inner side of the half sole face at the coincident portion of the half sole face and the heel face. The elastic heel is fixedly connected to the body and comprises a deformation part located at the rear end of the body; the deformation part comprises a sliding-in section and a deformation section from top to bottom, the inner side surface of the sliding-in section obliquely extends from back to front from top to bottom, the internal storage surface of the deformation section is matched with a foot heel in shape, and the deformation section is suitable for being recovered under the self-elasticity effect after being pressed; the lower end of the deformation part is connected to the sole, and the deformation part is connected with the outer side surface of the heel surface at least in the deformation section; by using the shoes, a user can conveniently put on and take off the shoes.

The utility model discloses a shoe with a heelpiece capable of being opened and closed through electric drive-by-wire control, which comprises a body, the body comprises a sole and a shoe body surface and a heelpiece surface which are compounded on the sole, the shoe body surface and the heelpiece surface are matched to form a vamp, and the lower end of the heelpiece surface is connected to the sole and is suitable for being folded along the length direction of the body relative to the sole. When the shoe cover is folded to the first state, the shoe cover is matched with the shoe body face to form a shoe opening suitable for binding the ankle, and when the shoe cover is folded to the second state, the shoe opening is opened; the electric control assembly comprises a driver, a drive-by-wire pull rope, an elastic belt and a controller; the driver is arranged on the sole, and the output end is suitable for forward and reverse rotation; the drive-by-wire pull rope is wound at the output end of the driver and is connected with the front side of the heel surface; the lower end of the elastic band is connected to the sole, and the upper end is connected to the rear side of the heel surface; when the output end of the driver rotates in the first direction to wind the drive-by-wire pull rope, the drive-by-wire pull rope pulls the heel surface to be converted into the first state, and when the output end of the driver rotates in the second direction to release the drive-by-wire pull rope, the elastic band pulls the heel surface to be converted into the second state. The shoes adopting the structure are more convenient to put on and take off.

The utility model provides an elastic cushioning shoe sole with a supporting piece, which relates to the technical field of shoe soles and comprises a shoe sole body, a supporting piece, a soft layer and a wear-resistant layer, the front end of the bottom of the shoe sole body is a palm surface, the rear end of the bottom of the shoe sole body is a heel surface, and elastic blocks are arranged on two sides of the middle position of the bottom of the shoe sole body. The supporting piece is arranged below the palm face of the shoe sole body, supporting pieces are arranged on the two sides of the rear end of the supporting piece, the two sets of supporting pieces are arranged below the two sets of elastic blocks respectively, and elastic ribs are arranged on the two sides of the middle end of the upper portion of the supporting piece. The shoe sole is formed by compounding the shoe sole body, the supporting piece, the soft layer and the wear-resisting layer and has the elastic cushioning and wear-resisting effects of materials, cushioning elastic points are added through the elastic blocks, supporting of the supporting piece and supporting from the side face are matched, elastic potential energy is structurally increased at the elastic points, and compared with the effect of the materials, the elastic potential energy is increased, and the service life of the shoe sole is prolonged. And the elastic cushioning effect can be further improved.

To provide a tire that suppresses a decrease in rim assembly performance while offering excellent rim slip resistance and rim fitting performance. [Solution] The tire 10 is equipped with a pair of bead portions 12. The bead portion 12 has a base surface 32, a back surface 34, and a heel surface 36 connecting the base surface 32 and the back surface 34. When the length of the heel surface 36 in the tire width direction W is the heel width length v, the length in the tire diameter direction R is the heel height h, the angle between a virtual extension line L1 extending outward in the tire width direction W of the base surface 32 and a virtual extension line L3 extending in the tire diameter direction of the back surface 34 is the base angle α [rad], and in a tire meridional cross-section view, the radius of curvature of the first connecting portion 38 connecting the back surface 34 and the heel surface 36 is R1, and the radius of curvature of the second connecting portion 40 connecting the base surface 32 and the heel surface 36 is R2, the condition 0.07 ≤ (R2 × v) / (R1 × h) × 1 / α ≤ 0.58 is satisfied.

The present disclosure relates to a support plate (1) configured to be arranged in a sole structure of a shoe. The support plate comprises a first section (10) associated with a forefoot surface of the sole structure and a second section (20) associated with a heel surface of the sole structure. The support plate (1) is thinner in at least a portion of the first section (10) than in the second section (20).

The utility model discloses a shoe with a heelpiece capable of being opened and closed through electric drive-by-wire control, which comprises a body, the body comprises a sole and a shoe body surface and a heelpiece surface which are compounded on the sole, the shoe body surface and the heelpiece surface are matched to form a vamp, and the lower end of the heelpiece surface is connected to the sole and is suitable for being folded along the length direction of the body relative to the sole. When the shoe cover is folded to the first state, the shoe cover is matched with the shoe body face to form a shoe opening suitable for binding the ankle, and when the shoe cover is folded to the second state, the shoe opening is opened; the electric control assembly comprises a driver, a drive-by-wire pull rope and a controller; the driver is arranged on the sole, and the output end is suitable for forward and reverse rotation; the drive-by-wire pull rope comprises a first pull rope and a second pull rope, the first pull rope is wound around the output end of the driver and connected with the rear side position of the heel surface, and the second pull rope is wound around the output end of the driver and connected with the front side position of the heel surface; the controller is suitable for being operated to start and close the driver and controlling and switching the rotation direction of the output end of the driver.