High-elasticity healthcare insole

A high-elasticity and high-elasticity technology, applied in insoles, footwear, soles, etc., can solve the problems of high elasticity and unsatisfactory effects

Inactive Publication Date: 2015-07-22
中山市新伟贸易有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] Publication No. CN101564217A discloses a highly elastic health care insole; Publication No. CN101564217A discloses a shock-absorbing elastic shoe; Publication No. CN101564217A discloses a sole shock-absorbing element; Insole; Although the upper technology has improved the existing insoles, there are some deficiencies in one way or another, especially the problem of high elasticity is not well solved, and the effect is not ideal

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0057] Such as Figure 1-3As shown, the insole is composed of an upper wear-resistant and breathable layer 1, a lower wear-resistant and breathable layer 3, and a middle highly elastic deformation layer 2. Composite, the heights of the compounded high elastic hose 21 and the wave-shaped high-elastic deformation layer 24 can be the same or different, and the high-elastic hose 21 and the wave-shaped high-elastic deformation layer 24 can be combined by the sum of deformation. Elasticity, with the characteristics of greater elasticity and more comfort.

[0058] The materials used in the upper wear-resistant and breathable layer 1 and the lower wear-resistant and breathable layer 3 include rubber, plastic, silica gel, sponge, woven cloth, real leather, non-woven fabric, synthetic leather, nylon, polyurethane, etc., which are characterized by breathability and wear resistance. The middle highly elastic deformation layer 2 is a key technology, mainly through compound deformation to ...

Embodiment 2

[0062] Such as Figure 10 As shown, it is an improvement to embodiment 1. The improved part is in the middle high elastic deformation layer 2, and the middle high elastic deformation layer 2 is divided into the sole part, the center of the foot and the heel part, and there are wavy high elastic deformations at the sole part and the heel part Layer 24 and high elastic flexible pipe 21, and adopt solid layer 22 at the arch of the foot position, adopt the solid layer 22 to increase the intensity of middle highly elastic deformation layer 2, in addition, the arch of the foot position is not the main position to producing elastic force. Other structures are all the same as in Embodiment 1.

Embodiment 3

[0064] Such as Figure 4-6 As shown, it is an improvement to Example 1, and the improved part is in the middle highly elastic deformation layer 2 .

[0065] The middle high elastic deformation layer 2 only uses the high elastic hose 21 instead of the corrugated high elastic deformation layer 24 . The specific structure is made up of several highly elastic hoses 21 arranged horizontally (if it is not possible to arrange vertically according to the shape of the feet), there is a gap 23 between the high elastic hoses and the high elastic hoses (there is no gap without deformation). 23 is 0.5-1.5 times the outer diameter of the high elastic hose, the gap 23 is related to the amount of deformation, and the amount of deformation is proportional to the elastic force. When the high elastic hose 21 is compressed and flattened, it occupies the space of the gap 23. There is no direct connection between the elastic hose and the highly elastic hose. If there is no gap 23 in the connection...

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Abstract

A high-elasticity healthcare insole comprises an upper abrasion-resisting breathable layer, a lower abrasion-resisting breathable layer and a middle high-elasticity deformation layer. The middle high-elasticity deformation layer is formed by combining two parts which comprise high-elasticity hoses and a corrugated high-elasticity deformation layer, and the high-elasticity hoses are arranged at valley bottoms of the corrugated high-elasticity deformation layer. The upper abrasion-resisting breathable layer is connected with the upper surface of the corrugated high-elasticity deformation layer, the lower abrasion-resisting breathable layer is connected with the lower surface of the corrugated high-elasticity deformation layer, and the upper abrasion-resisting breathable layer and the lower abrasion-resisting breathable layer are arranged on the two sides of the corrugated high-elasticity deformation layer respectively and are not connected. The corrugated high-elasticity deformation layer and the high-elasticity hoses deform to generate elastic force when pressed, and the magnitude of the elastic force is in direct proportion to the sum of the amount of deformation of corrugated peak valleys and the amount of deformation of the high-elasticity hoses. The high-elasticity healthcare insole can be applied to shoes.

Description

technical field [0001] The invention relates to an insole and a shoe sole, and mainly refers to a highly elastic health-care insole that can be used for a shoe sole. Background technique [0002] Traditional insoles are mostly made of multi-layer cloth. Recently, in order to increase the functions of insoles such as sweat absorption, moisture resistance, deodorization, and shock absorption, traditional insoles have been improved, mainly in the selection of materials, and some have added magnetism and medicine. No matter the traditional insole or the improved insole, they all lack the functions of increasing elasticity and the health care and comfort aspects of the feet. [0003] People are affected by the road surface and the shape of the soles of the feet when walking, and the focus of the feet is different. When walking for a long time, the friction between the feet and the insole will increase, and the impact between the feet and the ground will increase, which will easi...

Claims

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Application Information

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IPC IPC(8): A43B17/02
CPCA43B13/206A43B13/14A43B13/181A43B13/187A43B17/14
Inventor 讷茜
Owner 中山市新伟贸易有限公司
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