Technology for making wooden shoe pad

Abstract

A wooden shoe pad is made up of wood through making wood sheets (0.5-2 mm of thickness), softening by immersing them in solution of industrial pancreatin and surfactant, bleaching, dipping in liquid medicine, adhering it onto substrate and mechanical punch. Its advantages are high flexibility and durability, and medical function of killing fungus and treating beriberi.

Description

1. Technical field [0001] The invention relates to a process for making insoles, in particular to a process for making insoles with wood. 2. Background technology [0002] In some hot areas, people are very fond of wearing wooden slippers, because wooden slippers have the effect of antiperspirant and deodorizing, and they are very comfortable to wear in summer. However, due to the lack of elasticity of wooden slippers, it is inconvenient to move when wearing them, and the limitations are large. Then people have developed various forms of wooden insoles. Because the nature of wood is brittle and hard, its bending performance and flexibility are poor, and it is easy to break, the existing wooden insoles are all made of splicing thin wood strips, such as the disclosed wooden insole patents of 96209309 and 97214000, which are made of thin wire or cloth Join the thin wooden strips together to form the insole. Although the insole of this structure solves the problem of lateral ...

AI Technical Summary

Problems solved by technology

Because the nature of wood is brittle and hard, its bending performance and flexibility are poor, and it is easy to break, the existing wooden insoles are all made of splicing thin wood strips, such as the disclosed wooden insole patents of 96209309 and 97214000, which are made of thin wire or cloth Join the thin wooden strips together to form the insole

Although the insole of this structure solves the problem of lateral bending of the insole with the movement of the foot, it does not fundamentally solve the brittleness of the wood, and the insole is still easy to break longitudinally

At the same time, many thin wooden strips are spliced ​​into an insole. The manufacturing process is very complicated, the work efficiency is very low and the production cost of the insole is high.