Breathable shoe sole high in forming efficiency and breathable shoe

Abstract

The invention provides a breathable shoe sole high in forming efficiency. The structure form of a traditional shoe sole is broken through. In the making process, due to the fact that upper meshes and lower meshes are obviously larger than micropores of an upper breathable and waterproof layer and a lower breathable and waterproof layer, the upper meshes and the lower meshes cannot be blocked by glue, the lower surface of a lower mesh layer or the upper surface of a sole layer is directly and freely coated with glue, the lower mesh layer and the sole layer are directly glued together, and the upper surface of an upper mesh layer or the bottom of a vamp is directly and freely coated with glue, and the upper mesh layer and the vamp are glued together. Glue coating time can be greatly shortened, the gluing work efficiency can be improved, and then the efficiency of the whole shoe making procedure is improved. Due to the fact that the upper meshes and the lower meshes are large, manual recognition is convenient, and even though only the edges are coated with glue, a mesh area and an edge area can be distinguished very easily, and the gluing efficiency cannot be influenced. Therefore, the breathable shoe sole has a good ventilating and breathable effect, it is guaranteed that the interior of a shoe cavity is dry and comfortable, meanwhile, the glue coating time can be remarkably shortened, and the gluing efficiency can be remarkably improved. The invention further provides a breathable shoe.

Description

technical field [0001] The invention relates to the field of daily life, in particular to a breathable sole and a breathable shoe with high molding efficiency. Background technique [0002] As daily necessities in life, shoe soles and shoes have a well-known structure. In order to improve its ventilation and ventilation effects, Chinese invention patent CN201110101077.4 discloses a shoe sole, which includes: an upper layer made of a breathable and waterproof material; the bottom layer; a support layer made of rubber material, the support layer is located between the upper layer and the bottom layer, and has a plurality of through holes connected to the bottom surface of the upper layer, the support layer is also connected to the The surface of the bottom layer forms a hollow area, the through hole is connected to the hollow area, the bottom surface of the support layer has a plurality of support protrusions; an outer shoe layer made of rubber material, the outer shoe layer i...

AI Technical Summary

Problems solved by technology

[0003] This invention has good ventilation effect, but in the actual production process, because the micropores of the upper and lower air-permeable waterproof layers are very small, it is easy to be blocked by glue and lose the air-permeable effect. The micropores of the waterproof layer and the lower breathable waterproof layer are blocked, so glue can only be carefully applied to the edges of the upper breathable waterproof layer and the lower breathable waterproof layer, and most of the non-glue-coated areas in the middle are reserved for ventilation, which will greatly extend the Gluing time seriously affects the efficiency of the gluing process and even the entire shoe-making process

And because the upper air-permeable waterproof layer and the lower air-permeable waterproof layer are not easy to be found by the workers as layer structures with micropores and air-permeable functions, they are easy to be glued on the whole layer, and the shoes made in this way will completely lose the air-permeable function and seriously affect the shoes. The quality and practicability need to be improved

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