CN114468461A

CN114468461A - Preparation method of breathable vamp applied to fly-woven vamp

Info

Publication number: CN114468461A
Application number: CN202210075553.8A
Authority: CN
Inventors: 林令阳
Original assignee: Fujian Quanzhou Xingkai Shoes Co ltd
Current assignee: Fujian Quanzhou Xingkai Shoes Co ltd
Priority date: 2022-01-22
Filing date: 2022-01-22
Publication date: 2022-05-13

Abstract

The invention discloses a method for preparing a breathable vamp applied to a fly-knitted vamp, belonging to the field of shoes, the structure of the shoe comprises a vamp, a waterproof inner layer is arranged on the inner side of the vamp, a ventilating structure and a waterproof structure are arranged below the vamp through a middle sole, and the shoe-pad is arranged on the vamp, a soft layer is arranged below the shoe-pad and is fixed on the sole, the breathable structure is arranged on the insole, the soft layer and the sole, the waterproof structure is arranged on the sole, the waterproof inner layer is applied to the inner side of the vamp, by applying the ventilation structure and the waterproof structure to the insole at the same time, waterproof and ventilation are realized, so that the shoes are comfortable and improved when being worn, and by providing a soft layer on the inner side, i.e., the air passages and air extraction areas of the midsole, so that air extraction can be easily performed and the water can be discharged by walking after flowing into the sole.

Description

Preparation method of breathable vamp applied to fly-woven vamp

Technical Field

The invention discloses a preparation method of a breathable vamp applied to a fly-knitted vamp, and belongs to the field of shoe design.

Background

The history of shoes has long developed, and the production of shoes is an important industry in the light industry of China and is a component of the clothing industry. According to different vamp materials, shoe products can be divided into: leather shoes, cloth shoes, rubber shoes, plastic shoes, etc. Shoes are also classified into various methods according to wearing objects, manufacturing processes, uses, and the like. Wherein, sports shoes refer to shoes that people wore when carrying out sports, and its generalized concept specifically is: training processes for fitness, leisure, recreational and professional competitive sports and shoe types for formal competitive sports.

Various vamp materials and structure types exist, the fly-knitted vamp and shoe products thereof appear on the market in 2012, and the fly-knitting technology becomes another vamp material technical innovation after cloth, leather and leather. The flying-knitted vamp is a vamp which is designed by using the knitting and knitting technology of the textile industry and is integrally knitted by a plurality of special yarns through computer programming in advance, has the biggest characteristics of portability, fit feeling and air permeability, and is the main vamp of the prior sports and leisure shoes.

However, in the prior art, firstly, air exhaust can not be carried out according to ventilation performance, and air circulation can not be normally carried out, so that rainwater and the like can permeate from a gap between the air passage and the air outlet and flow back to the vamp, and the problem of discomfort brought to a wearer is solved.

Disclosure of Invention

In order to achieve the purpose, the invention is realized by the following technical scheme: a preparation method of a breathable vamp applied to a flying-knitted vamp comprises a vamp body, a waterproof inner layer is arranged on the inner side of the vamp body, a breathable structure and a waterproof structure are arranged at a middle sole, a shoe pad is arranged on the vamp body, a soft layer is arranged below the shoe pad and is fixed on the sole, the breathable structure is arranged on the shoe pad, the soft layer and the sole, the waterproof structure is arranged on the sole, a plurality of holes are arranged on the shoe pad, a plurality of parallel slots are arranged on the soft layer, a slot is arranged at the heel of the soft layer, the holes are communicated with the slot holes, the sole body comprises a claw feeding slot, a base slot, a confluence tube, a stamping tube, an exhaust hole and a bottom slot, the claw feeding slot and the base slot are of an integrated structure, a plurality of grooves are arranged on the claw feeding slot, the slot corresponds to the grooves, the base slot is communicated with the confluence slot, the collecting pipe is arranged at a groove outlet of the collecting groove, the collecting groove is communicated with the bottom groove, an outlet of the collecting pipe corresponds to the bottom groove, the stamping pipe is provided with a plurality of exhaust holes distributed on the bottom groove, and the exhaust holes are communicated with the bottom groove, and the preparation method comprises the following steps:

firstly, the insole, the soft layer and the sole are respectively manufactured through a mould; secondly, punching holes on the insole by a punching machine, and punching slotted holes on the soft layer; thirdly, the base groove, the claw feeding groove, the base groove, the collecting pipe, the stamping pipe, the exhaust hole and the bottom groove are manufactured into a whole through a die; and (IV) manufacturing the vamp by a fly weaving technology.

In order to optimize the technical scheme, the method further comprises the following steps:

according to a preferred mode, the ventilation structure is communicated with the slotted hole through the hole, and the slotted hole is communicated with the base groove and the bottom groove to form a one-way ventilation loop.

According to a preferred mode, the stamping pipe is in a hollow round table shape, and the direction of the port of the stamping pipe is consistent with that of the exhaust hole.

According to a preferred form, the slot is located above the sump.

Advantageous effects

The invention applies a waterproof inner layer on the inner side of the vamp, realizes waterproof and breathable performance by applying a breathable structure and a waterproof structure on the insole at the same time, thereby ensuring that the shoe is comfortable and improved when being worn, and can easily exhaust air by providing a soft layer, namely an air channel and an air exhaust area of the insole, on the inner side, and discharge the water by walking after flowing into the sole.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

fig. 1 is a schematic structural view of a manufacturing method of a breathable vamp applied to a fly-woven vamp.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

Referring to fig. 1, the present invention provides a method for manufacturing a breathable shoe upper applied to a fly-woven shoe upper, comprising: the shoe comprises a vamp 1, a waterproof inner layer 2 is arranged on the inner side of the vamp 1, a breathable structure and a waterproof structure are arranged at the middle bottom of the lower part of the vamp 1, a shoe pad 3 is arranged on the vamp 1, a soft layer 4 is arranged below the shoe pad 3, the soft layer 4 is fixed on a sole 5, the breathable structure is arranged on the shoe pad 3, the soft layer 4 and the sole 5, the waterproof structure is arranged on the sole 5, a plurality of holes 31 are arranged on the shoe pad 3, a plurality of parallel slots 41 are arranged on the soft layer 4, a slot 42 is arranged at the heel of the soft layer 4, the holes 31 are communicated with the slot holes 41, the sole 5 comprises a claw inlet slot 51, a base slot 52, a confluence slot 53, a confluence tube 54, a stamping tube 55, an exhaust hole 56 and a base slot 57, the claw inlet slot 51 and the base slot 52 are of an integrated structure, a plurality of grooves are arranged on the claw inlet slot 51, the slotted hole 41 corresponds to a groove, the base groove 52 is communicated with a confluence groove 53, the confluence pipe 54 is installed at a slot outlet of the confluence groove 53, the confluence groove 53 is communicated with a bottom groove 57, an outlet of the confluence pipe 54 corresponds to the bottom groove 57, a plurality of stamping pipes 55 are distributed on the bottom groove 57, and the exhaust holes 56 are communicated with the bottom groove 57, and the preparation method comprises the following steps:

firstly, the insole 3, the soft layer 4 and the sole 5 are respectively manufactured through a mould; secondly, punching holes 31 on the insole 3 by a punching machine, and punching slotted holes 41 on the soft layer 4; thirdly, the base groove 52, the claw inlet groove 51, the base groove 52, the confluence groove 53, the confluence pipe 54, the stamping pipe 55, the exhaust hole 56 and the bottom groove 57 are manufactured and integrally formed through a die; and (IV) manufacturing the vamp 1 by a fly-weaving technology, wherein the ventilation structure is formed by communicating the hole 31 with the slotted hole 41, the slotted hole 41 is communicated with the base groove 52 to the bottom groove 57 to form a one-way ventilation loop, the stamping pipe 55 is in a hollow circular truncated cone shape, the direction of the port of the stamping pipe is consistent with that of the vent hole 56, and the groove 42 is positioned above the bottom groove 57.

The working principle is as follows: make the air current of pressure will follow vamp 1 to shoe-pad 3 through the foot is stepped on to extrude gas to advancing claw groove 51 and kerve 57 from slotted hole 41 and groove 42 respectively, gas is after getting into claw groove 51, will converge by the influence of converging groove 53, and carry out the acceleration through long and narrow converging groove 53 and discharge from collecting pipe 54, carry out the pressure boost once more through punching press pipe 55 and discharge from exhaust hole 56, thereby make the gas permeability obtain very big promotion, and because gaseous one-way outflow, the water liquid of sneaking into kerve 57 in the walking process will be extruded, avoid shoes to intake.

The sole 5 injection moulding that this patent said, shoe-pad 3 adopt the cotton system to have good gas permeability, soft 4 polyurethane resin of layer, the combined use is alone or ethylene vinyl acetate resin, polyamide resin, polyester resin or polyolefin resin, sole 5 adopts and is made by polyurethane resin, waterproof inlayer 2 adopts to fly to knit the technique and makes.

The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.

Claims

1. A preparation method of a breathable vamp applied to a fly-woven vamp is characterized by comprising the following steps: its structure includes vamp (1), vamp (1) inboard is equipped with waterproof inlayer (2), the below of vamp (1) is through being equipped with ventilative structure and waterproof stream structure in insole department, and is equipped with shoe-pad (3) in vamp (1), shoe-pad (3) below is equipped with soft layer (4), soft layer (4) will be fixed in on sole (5), ventilative structure is located on shoe-pad (3), soft layer (4), sole (5), waterproof stream structure is located on sole (5), be equipped with a plurality of hole (31) on shoe-pad (3), be equipped with a plurality of slotted hole (41) side by side on soft layer (4), just the heel department of soft layer (4) is equipped with slotted (42), hole (31) are linked together with slotted hole (41), sole (5) are including advancing claw groove (51), base groove (52), converge groove (53), The production method comprises the following steps of forming a collecting pipe (54), a stamping pipe (55), exhaust holes (56) and a bottom groove (57), wherein the collecting pipe (54) and the base groove (52) are of an integrated structure, a plurality of grooves are formed in the collecting pipe (51), the groove holes (41) correspond to the grooves, the base groove (52) is communicated with the collecting groove (53), the collecting pipe (54) is installed at a groove outlet of the collecting groove (53), the collecting groove (53) is communicated with the bottom groove (57), an outlet of the collecting pipe (54) corresponds to the bottom groove (57), the stamping pipe (55) is provided with a plurality of exhaust holes distributed on the bottom groove (57), and the exhaust holes (56) are communicated with the bottom groove (57), and the production method comprises the following steps:

firstly, the insole (3), the soft layer (4) and the sole (5) are respectively manufactured through a mould; secondly, punching holes (31) in the insole (3) by a punching machine, and punching slotted holes (41) in the soft layer (4); (III) the base groove (52), the claw feeding groove (51), the base groove (52), the confluence groove (53), the confluence pipe (54), the stamping pipe (55), the exhaust hole (56) and the bottom groove (57) are manufactured and integrally formed through a die; and (IV) manufacturing the vamp (1) by a fly-weaving technology.

2. The method of manufacturing a breathable upper for a fly-woven upper according to claim 1, wherein: the ventilation structure is communicated with the slotted hole (41) through the hole (31), and the slotted hole (41) is communicated with the base groove (52) to the bottom groove (57) so as to form a one-way ventilation loop.

3. The method of manufacturing a breathable upper for a fly-woven upper according to claim 1, wherein: the punching pipe (55) is in a hollow round table shape, and the direction of the port of the punching pipe is consistent with that of the exhaust hole (56).

4. The method of manufacturing a breathable upper for a fly-woven upper according to claim 1, wherein: the trough (42) is located above the bottom trough (57).