Antistatic bacteriostasis shoes

Abstract

The invention relates to shoes with functions of antistatic and bacteriostasis, and belongs to the field of shoes. The manufacture of the shoes comprises the following steps: using metal wires to weave wire gauzes of which wrap threads and crossing threads are interlaced, wherein the crossing threads contain silver threads; filling wear resistant materials such as rubber and plastics in the wire gauzes to fix or mold the wire gauze and manufacture soles with various specifications, size and styles; and manufacturing products according to the prior manufacturing process and method of the shoes. The shoes achieve the aims of the invention of eliminating static and harm by earthing, recovering negative electric charge, resisting senile, eliminating bacteria, and the like. When the shoes are wore, the feet and the sole, namely the wire gauzes contact directly in a multiple-point mode; and by utilizing silver which has powerful efficacy of the bacteriostasis and sole sweating, the contact resistance between the feet and the wire gauzes is greatly reduced, namely by the earthing in the multiple-point mode and electric discharge, positive electric charge, namely the static is eliminated,the negative electric charge is compensated, and the bad smell is inhibited. The shoes have reliable, powerful and timely functions, make the gravity distribute more evenly due to the support of a plurality of lays of the wire gauzes, have stronger bounce intensity, namely buffer, elasticity, run up, and better comfort, wearing resistance, are difficult to deform, and are easy to be popular and popularize for the crowds.

Description

Technical field: [0001] The invention belongs to the field of footwear. Background technique: [0002] Academician Mikulin of the former Soviet Union once proposed the method of anti-aging with "land contact". Its reason is that the earth has a large amount of negative charges, and there is an ionosphere composed of positive ions around the earth, which forms an electric field between the earth and the ionosphere, and all living things adapt to this environment. The modernization of life prevents human beings from being in direct contact with the earth, and if we get rid of negative charges, we will accumulate too much positive charges in our bodies, making people prone to illness. In order to solve this problem, Mikulin has always insisted on fixing one end of a metal wire to the radiator and the other end to the foot. Not only did Mikulin live to be 90 years old, but he was also able to maintain his vigor at an advanced age. How high is the static electricity on the hum...

AI Technical Summary

Problems solved by technology

[0003] Obviously, the applicability and scope of the method of connecting radiators and feet grounding with metal wires is quite limited, such as users can only be in a static state such as sitting or moving in a very short distance space such as a room, and it is extremely inconvenient to use, such as It is very inconvenient, cumbersome, and uncomfortable. More importantly, it is easy to forget (especially children) that the metal wire is on the foot and it changes from stationary to exercise. Feet are easily strangled by metal wires, or even tripped and injured. Therefore, it is generally difficult for ordinary consumers, especially the main and main consumer groups of shoes, that is, children, teenagers and young people who have a wide range of activities and a great amount of exercise and activity frequency. The backbone of social productivity is accepted by middle-aged people, and it is even more difficult to persist, so it is difficult to be popularized and applied because it cannot meet the consumption needs of the vast majority of people, so its practical application significance and social and economic benefits are not great; Another way is to return to the above-mentioned primitive living conditions of our ancestors who walked barefoot and touched the land every day. , obviously this is more difficult for most people to accept and apply in practice