编织网面高跟鞋的硬质内衬定位结构

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By employing a dual connection system of hot melt adhesive and embedded slots, along with the design of Velcro and anti-slip silicone dots, the contradiction between support and breathability in woven mesh high heels is resolved, achieving improved stability and comfort, preventing lining shifting, and enhancing wearing safety and comfort.

CN224504814UActive Publication Date: 2026-07-17

Patent Information

Authority / Receiving Office: CN · China
Patent Type: Utility models(China)
Filing Date: 2025-09-22
Publication Date: 2026-07-17

AI Technical Summary

Technical Problem

Woven mesh high heels present a trade-off between breathability and support, leading to problems such as forefoot displacement and heel wobbling, which affect wearing safety and comfort. Existing rigid inner lining positioning structures lack mechanical restraint, which can easily lead to support failure.

Method used

It adopts a dual connection system of hot melt adhesive and embedded card slots, combined with the mechanical limiting of embedded card blocks and card slots, and with Velcro and anti-slip silicone dots, to form a double fixation and removable padding layer, which enhances the stability and comfort of the lining and sole.

Benefits of technology

It effectively resists stress during walking, prevents the lining from loosening, provides a personalized fit, enhances wearing safety and comfort, and maintains breathability.

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Abstract

本实用新型属于硬质内衬定位技术领域，且公开了编织网面高跟鞋的硬质内衬定位结构，包括鞋底以及设置在鞋底上的脚跟处硬质内衬与脚趾处硬质内衬，所述鞋底顶部边缘处与脚跟处硬质内衬、脚趾处硬质内衬对应的位置设置有热熔粘胶，所述热熔粘胶连接脚跟处硬质内衬、脚趾处硬质内衬，所述鞋底顶部与脚跟处硬质内衬、脚趾处硬质内衬对应的位置开设有均匀分布的嵌入卡槽，所述嵌入卡槽内嵌入有嵌入卡块，所述嵌入卡块的顶部固定连接脚跟处硬质内衬、脚趾处硬质内衬，通过热熔粘胶与嵌入卡槽的双重连接体系，硬质内衬与鞋底形成柔性贴合、机械限位的复合固定，有效抵御行走时前掌蹬地、后跟扭转的循环应力，避免内衬松脱。

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Claims

1. A hard insole positioning structure of a woven mesh high-heeled shoe, comprising a shoe sole (1) and a hard insole (2) at the heel and a hard insole (3) at the toe arranged on the shoe sole (1), characterized in that: Hot melt adhesive (4) is provided at the top edge of the sole (1) at the position corresponding to the hard inner lining (2) at the heel and the hard inner lining (3) at the toe. The hot melt adhesive (4) connects the hard inner lining (2) at the heel and the hard inner lining (3) at the toe. The top of the sole (1) at the position corresponding to the hard inner lining (2) at the heel and the hard inner lining (3) at the toe has evenly distributed embedding slots (5). An embedding block (6) is embedded in the embedding slot (5). The top of the embedding block (6) is fixedly connected to the hard inner lining (2) at the heel and the hard inner lining (3) at the toe.

2. The knitted mesh high heel shoe hard insole positioning structure according to claim 1, characterized in that: The inner sides of both the hard inner lining at the heel (2) and the hard inner lining at the toes (3) are provided with inner lining pads (7).

3. The knitted mesh high heel shoe hard insole positioning structure according to claim 2, characterized in that: The inner walls of the hard inner lining (2) at the heel and the hard inner lining (3) at the toe are provided with hook and loop fasteners (8), and the hook and loop fasteners (8) are movably connected to hook and loop fasteners (9), which are located on the outer wall of the inner lining pad (7).

4. The knitted mesh high heel shoe rigid insole positioning structure according to claim 2, characterized in that: The inner wall of the inner lining layer (7) is provided with uniformly distributed anti-slip silicone dots (10).

5. The knitted mesh high heel shoe rigid insole positioning structure according to claim 1, characterized in that: The rigid inner lining (2) at the heel forms a U-shaped cup-shaped wrapping area centered on the calcaneus, extending medially to the starting point of the arch, covering the calcaneal tuberosity on the lateral side, with the upper edge approximately 1.5 cm from the ankle bone.

6. The knitted mesh high heel shoe rigid insole positioning structure according to claim 1, characterized in that: The rigid inner lining (3) at the toes follows the distribution trajectory of the metatarsal bones, covering the inner and outer sides of the forefoot laterally, and extending longitudinally from the base of the toes to the bending point of the forefoot, forming a fan-shaped support surface.

7. The knitted mesh high heel shoe rigid insole positioning structure according to claim 1, characterized in that: The rigid inner lining (2) at the heel and the rigid inner lining (3) at the toes are sewn together with the woven mesh by double-line overlock stitching.