66 results about "Shoe laces" patented technology

The utility model discloses a kind of steady spin lock buckle treasures, including fixed base, the fixed base top fixed clamping is equipped with mounting seat, the mounting seat inside is equipped with the limiting of I-shaped wire collector, the mounting seat top is equipped with the positioning member that can drive wire collector rotation, the positioning member top fixed clamping is equipped with rotating upper cover, the mounting seat is equipped with the limiting placement groove of placing wire collector, the middle part of the wire collector and the inner wall of limiting placement groove form wire collection space;The utility model compared with prior art has the advantages that improve locking stability, broaden adaptation scene: by being provided with three winding through holes of wire collector in winding hole, cooperate shoelace cross threading mode, increase the contact area and friction force of shoelace and wire collector, effectively reduce shoelace slip, loose risk;Stability and operation convenience are considered;Anti-rotation and flexible transmission are combined;Assembling maintenance is convenient, protect shoelace.

This utility model discloses a 3D-printed outdoor shoe, belonging to the field of shoe technology. The shoe includes an upper and a sole. The sole includes a midsole and an outsole. The upper is fixedly connected to the midsole, and the midsole is fixedly connected to the outsole on the opposite side of the upper. Several loops are provided on both sides of the upper, passing through the upper and fixedly connected to the midsole. Shoelaces are threaded through the loops, alternately passing through the loops on both sides. The two ends of the shoelaces emerge from the loops near the shoe opening. The shoelaces are equipped with fastening elements for tightening. This utility model shifts the main stress point of the shoelaces from the upper to the midsole. The combination of the loops and shoelaces creates a binding effect on the foot, thus fixing the foot inside the shoe. This method reduces deformation of the upper and the need for elasticity, allowing for better adaptation to the 3D-printed upper.

This utility model relates to the field of footwear technology, specifically to an anti-slip and anti-static injection-molded shoe, comprising a sole, an upper, and an anti-static component. The anti-static component includes a conductive layer, restraining plates, and conductive sheets. A conductive layer is also provided around the periphery of the upper, and several sets of restraining plates are disposed above the conductive layer. The shoelaces pass through the restraining plates, and several sets of conductive sheets connected to the conductive layer are embedded in the edge of the sole. A connector for connection to trousers is provided near the heel of the conductive layer. This anti-slip and anti-static injection-molded shoe, with its conductive layer on the upper and connected to the edge of the sole via conductive sheets, forms a complete conductive path from the upper to the sole. Compared to traditional shoes that only have an anti-static coating sprayed on the sole, this significantly enhances the anti-static effect of the upper. Furthermore, the connector near the heel of the conductive layer constitutes a complete anti-static protection system, allowing static electricity to be conducted more smoothly to the ground, effectively preventing static electricity accumulation.

This invention discloses an adjustable shoelace athletic shoe, comprising an outsole, midsole, tongue, upper, and shoelaces. The shoelaces are threaded through the front of the shoe and can adjust the volume of the upper. A lacing assembly is fixed to the tongue. The shoelace length is adjusted according to the foot shape, and excess laces are tightened. "V"-shaped notches are cut on both sides of the upper, and elastic bands are fixed inside the "V"-shaped notches. A quick-release assembly is fixed to one side of the "V"-shaped notch at the toe, and a rope is fixed to one side of the "V"-shaped notch at the heel. The quick-release assembly can tighten the rope; loosening the quick-release assembly and applying force with the foot opens the "V"-shaped notch, allowing the shoe to be removed. The lacing assembly allows for easy tightening of the shoelaces, even force distribution, and good durability. The quick-release assembly adjusts the shoe opening, making it easy to put on and take off, and the operation is convenient.

The utility model relates to the field of footwear component structure, especially relates to the heel port, specifically discloses a heel port with shoelace positioning guide sliding structure, including port body, be equipped with positioning guide structure on the port body, the positioning guide structure is constituted to the structure setting of the positioning shoelace tight sliding path, the structure setting's heel port can be limited position effect to shoelace traction tight sliding, can effectively solve the problem, such as the systemic failure caused by shoelace deviation, traction force transmission deviation, the decline of the reliability and so on of the experience of the user caused by dynamic deformation in the structure of prior art.

The application discloses a shoelace buckle and a shoelace tying method using the same, which comprises a shoelace end buckle for fixing two shoelace movable ends and a shoelace middle buckle arranged in the middle part of the shoelace, and the shoelace middle buckle is arranged on the middle part of the shoelace; the two shoelace movable ends are respectively interlaced and threaded from top to bottom through the threading holes of the vamp; after the two shoelace movable ends are threaded out of the lowermost threading hole of the vamp, the shoelace movable ends are fixed on the shoelace end buckle; the tightness of the shoelace is adjusted from bottom to top, the excess shoelace is adjusted to the uppermost end, and then the shoelace middle buckle is movably connected to the shoelace end buckle; the shoelace which is threaded out of the threading hole of the vamp can be fixed on the vamp through the shoelace end buckle and the shoelace middle buckle, the vamp is more tidy and safe, and the user is more convenient to operate; the safety hazard that the wearer steps on the shoelace and falls down due to the random scattering of the shoelace on the vamp or the loose shoelace is avoided.

This invention relates to the field of shoe manufacturing equipment technology, specifically to a lasting auxiliary component and its lasting method in the shoe manufacturing process. A lasting auxiliary component includes a transversely arranged main beam, with multiple longitudinally arranged support columns fixed to one side surface of the main beam, and multiple hooks fixed to the upper surface of the main beam. The opening direction of the hooks is opposite to the setting direction of the support columns. The number of support columns and hooks is the same, and the hooks are located above the axis of the support columns. Compared with the prior art, the technical advantage of this invention is that the lasting auxiliary component ensures that the support columns fill the entire shoelace channel, allowing the webbing to adhere to the support columns without deformation, thus not affecting wearing comfort and product quality.

The utility model relates to a luminous shoelace and a shoe with the luminous shoelace, the luminous shoelace comprises a strip-shaped piece coupled with a shoelace body and a luminous device arranged between the shoelace body and the strip-shaped piece, and the luminous device comprises a circuit board module and a battery. The plurality of predetermined colored light emitting diodes are electrically coupled with the circuit board module and the battery and comprise a first predetermined colored light emitting diode and a second predetermined colored light emitting diode; a sensor detects an external force to generate a control signal; the control chip is arranged on the circuit board module, receives a control signal and drives the light-emitting diodes with the preset colored light to emit light in a light-emitting mode, and the circuit board module is a flexible circuit board or a hard circuit board with a flexible flat cable; therefore, the flexible circuit board or the circuit board with the flexible flat cable is combined with the high polymer material, so that the lightweight design is realized, the overall volume is greatly reduced, the diversified requirements of different age groups and foot types on the size of the shoelace are met, and diversified light-emitting modes and practicability are provided.

The utility model relates to the field of shoes, and it discloses a women's sandal of multi-mode lapping change type, which comprises a sole, a plurality of buckles are arranged on the side surface of the sole along the extension direction; a shoelace assembly, the shoelace assembly comprises a shoelace, and one shoelace buckle is arranged at the two ends of the shoelace respectively, the shoelace buckle and the buckle constitute detachable connection; a toe clip assembly, the upper surface of the sole is provided with an embedding groove, the embedding groove is close to the front end of the sole, the toe clip assembly comprises a toe clip rope and an embedding seat embedded in the embedding groove, one end of the toe clip rope is provided with a toe clip buckle, the other end is provided with a socket, the toe clip buckle and the buckle constitute detachable connection, and the socket and the embedding seat constitute detachable connection; and a connecting rope, the connecting rope is arranged between the shoelace and the toe clip rope; the present scheme can match a variety of sandal styles.

This utility model relates to the field of shoe technology and discloses a dirt-resistant children's shoe, including a shoe body, a shoe tongue at the top of the shoe body, breathable mesh in the middle of both sides of the shoe body, and a storage bag fixedly connected to the top of both sides of the shoe body. The storage bag has a zipper at the top. An opening is formed at the top of the shoe body, through which shoelaces are inserted. A connecting strap is fixedly connected to one side of the top of the shoe tongue, with a Velcro hook side fixedly connected to the bottom of the connecting strap. A Velcro loop side is fixedly connected to the other side of the top of the shoe tongue. A cover is fixedly connected to the inside of the storage bag. In this utility model, by unfolding the connecting strap and placing excess shoelaces between the Velcro loop side of the shoe tongue and the Velcro hook side of the connecting strap, the connecting strap is fastened to adhere them, preventing tripping due to drooping shoelaces. By removing the cover from the storage bag and unfolding it to cover the breathable mesh, rainwater can be prevented from wetting the inside of the shoe.

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.

This invention relates to the field of footwear accessories technology, and in particular discloses a tension feedback-based adaptive tightening device for shoelaces. The device includes a housing, a tension sensing unit, a control unit, a winding mechanism, and a shoelace body mounted on the housing. The tension sensing unit includes a sensing thread disposed along the length of the shoelace body. The sensing thread and the winding mechanism are electrically connected to the control unit. The winding mechanism is connected to the shoelace body and drives the shoelace body to tighten or loosen. When the shoelace body is stretched, the sensing thread deforms synchronously with the shoelace body, generating a change in electrical signal. The control unit controls the winding mechanism to wind or unwind the shoelace body based on the change in electrical signal, thereby adjusting the tension of the shoelace body. This invention achieves real-time detection of shoelace tension by placing a sensing thread along the length of the shoelace body, causing the sensing thread to deform synchronously with the shoelace when stretched and generate a change in electrical signal.

A shoelacing eyelet device for footwear comprises pulley eyelets that improve lace management. Each pulley eyelet includes a main body forming a slot, a hole extension for insertion into shoelace holes, an edge connector that engages with tongue space edges to prevent rotation, and a pulley residing in the slot. The hole extension can be button shaped, and the edge connector can be a hook that may be integral with the main body, forming an s-shape configuration. The main body has top, middle, and bottom sections with vertical sections connecting them. Pulley supports extend between sections to mount a pulley wheel that rotates on a pulley shaft with a threaded end. A fastener couples with the threaded section to secure the pulley wheel and create a shoelace path. The device accommodates tongue space edges through a hook configuration and allows adjustment of component distances through the threading mechanism.