Mold and method for manufacturing integrated shoe

Abstract

The invention discloses a mold and a method for manufacturing an integrated shoe. The mold comprises a mold base plate, a shoe tree, a left side baffle block, a right side baffle plate, a toe cap baffle block, a heel baffle block and a sole cover plate, wherein the sole cover plate is arranged on the mold base plate; the shoe tree is arranged in the sole cover plate; the left side baffle block, the right side baffle block, the toe cap baffle block and the heel baffle block can slide along the mold base plate; the sole cover plate is butted with the mold base plate in a matched mode; a forming space is formed on the inner side of the sole cover plate; a material injection hole and a material separation hole communicated with the material injection hole are formed in the sole cover plate; and the material separation hole is communicated with the forming space. The method comprises the following steps of: sleeving a manufactured vamp outside the shoe tree; putting the shoe tree into a shoe mold cavity of the mold base plate, tightly attaching the shoe tree to the circumferential rim at the bottom of the vamp in a mode of matching the circumferential rim of the forming space; and injecting thermal plastic to form a sole integrated with the vamp. According to the mold and the method, the comfort of the shoe is not reduced, the working procedure is simple, the method is easy to operate, and the production efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of manufacturing technology of shoe soles, in particular to a manufacturing mold and a manufacturing method of integrally formed shoes. Background technique [0002] Existing finished shoes generally first make the vamp and the sole separately, and then manually use glue to bond the two by hand. This manufacturing method and product have the following disadvantages: first, the vamp and the sole are separated. Manufacture and then use glue to fit requires a lot of glue, and the quality of large-area fit is difficult to guarantee, and it is easy to form defective products; secondly, the efficiency of the fit process is also low, and more importantly, glue application cannot Evenly controlled, it is easy to cause partial lamination, resulting in defective products; third, the artificially fitted soles are easy to degumming during use, which greatly shortens the service life of the soles; fourth, a large amount...

AI Technical Summary

Problems solved by technology

[0002] Existing finished shoes generally first make the vamp and the sole separately, and then manually use glue to bond the two by hand. This manufacturing method and product have the following disadvantages: first, the vamp and the sole are separated. Manufacture and then use glue to fit requires a lot of glue, and the quality of large-area fit is difficult to guarantee, and it is easy to form defective products; secondly, the efficiency of the fit process is also low, and more importantly, glue application cannot Evenly controlled, it is easy to cause partial lamination, resulting in defective products; third, the artificially fitted soles are easy to degumming during use, which greatly shortens the service life of the soles; fourth, a large amount of glue is used as an adhesive , very bad for the environment

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