Manufacturing method for moisture-permeable and water-proof shoes

Abstract

Disclosed is a manufacturing method for a pair of moisture-permeable and water-proof shoes. The manufacturing method comprises the following steps of (A), coating release paper with moisture-permeable and water-proof resin to form a coating layer, and performing drying and curing on the coating layer to form a moisture-permeable and water-proof membrane; (B), attaching an outer basic cloth to the moisture-permeable and water-proof membrane, next, separating the release paper from the moisture-permeable and water-proof membrane, and finally, attaching a piece of lining cloth to the surface, opposite to the moisture-permeable and water-proof membrane, of the outer basic cloth to obtain moisture-permeable and water-proof cloth; (C), cutting the moisture-permeable and water-proof cloth and sewing into an upper, wherein the lining cloth of the upper defines a wearing space for allowing one foot to wear; (D), performing waterproof treatment on the seaming positions of the upper; and (E), enabling a shoe tree to penetrate in the wearing space, next, gluing the upper with a shoe sole, and then moving the shoe tree out of the wearing space to complete manufacturing of one moisture-permeable and water-proof shoe.

Description

Technical field [0001] The invention relates to a method for manufacturing shoes, in particular to a method for manufacturing moisture-permeable and waterproof shoes. Background technique [0002] At present, shoes are a mature technology field with many types, such as casual shoes, sports shoes, long and short boots, rain boots, etc. Among them, casual shoes, sports shoes and long and short shoes with fabric, textile or natural leather upper In wearing and using boots, the advantage is that it can effectively exhaust the sweat emitted by the feet, but the disadvantage is that it cannot prevent the penetration of external moisture. [0003] However, casual shoes, sports shoes, and long and short boots with synthetic leather uppers have the advantage of effectively preventing external water from penetrating in. On the contrary, the disadvantage is that the sweat emitted by the upper foot cannot be worn. It is effectively discharged, so that the wearing feeling of the feet is quite ...

AI Technical Summary

Problems solved by technology

[0005] But the above-mentioned rain boots made of rubber have the following disadvantages in wearing and using: 1. Because the rubber material is relatively dense, the above-mentioned rubber rain boots are relatively stiff and heavy in weight. Uncomfortable feeling due to heavy load and bending resistance

2. Although the above-mentioned rubber rain boots are waterproof, they cannot drain moisture from the inside to the outside. Therefore, after wearing for a long time, the sweat and moisture discharged from the user's feet cannot be discharged and accumulate in the rain boots, thereby making the feet dry. The wearing experience is quite stuffy and uncomfortable

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