阅读说明：本技术 一种飞织透气鞋的制作方法 (Manufacturing method of fly-woven breathable shoes ) 是由 徐志军 于 2020-04-22 设计创作，主要内容包括：本发明公开了一种飞织透气鞋的制作方法,该飞织透气鞋的制作方法包括以下几个步骤：制作鞋底,按照需要制定的鞋子尺寸进行裁剪塑胶；再将其通过压塑模具进行塑胶双层压合,而后进行鞋底周边四周缝合,在对鞋子底部进行阻力纹和防滑纹的印制,得到制作的鞋底；制作鞋面,将飞织的面料按照鞋子的款式进行蒸气整烫成型,而后进行裁剪精修,再进行烘干备用,得到飞织鞋面；本发明所述的一种飞织透气鞋的制作方法,通过在制作鞋底是采用双层塑胶进行压合,使得制作的鞋底耐磨性高,从而使得制得的鞋子整体使用寿命长,同时采用电脑3D图案打印,使得印出的图案更加的立体、美观。(The invention discloses a manufacturing method of a flying-woven breathable shoe, which comprises the following steps: manufacturing a sole, and cutting plastic according to the shoe size determined according to needs; then, carrying out plastic double-layer pressing on the sole through a compression mold, then sewing the periphery of the sole, and printing resistance lines and anti-skid lines on the bottom of the shoe to obtain the manufactured sole; manufacturing a vamp, namely performing steam ironing on the fly-knitted fabric according to the style of the shoe, then cutting and finishing, and drying for later use to obtain the fly-knitted vamp; according to the manufacturing method of the flying-woven breathable shoe, the manufactured sole is high in wear resistance by adopting double-layer plastic for pressing, so that the manufactured shoe is long in service life as a whole, and printed patterns are more three-dimensional and attractive by adopting computer 3D pattern printing.)

1. A manufacturing method of a flying-woven breathable shoe is characterized by comprising the following steps:

firstly, manufacturing a sole, and cutting plastic according to the shoe size determined according to needs; then, carrying out plastic double-layer pressing on the sole through a compression mold, then sewing the periphery of the sole, and printing resistance lines and anti-skid lines on the bottom of the shoe to obtain the manufactured sole;

step two, manufacturing a vamp, namely performing steam ironing on the fly-knitted fabric according to the style of the shoe, then cutting and finishing, and drying for later use to obtain the fly-knitted vamp;

step three, printing or dyeing, forming grooves in the positions, 1cm away from the periphery, of the obtained flying-woven vamp, installing required colors to perform corresponding part color printing, and performing 3D printing on the patterns and the icons of the flying-woven vamp through computer spraying to obtain the qualified flying-woven vamp;

gluing, namely gluing the obtained qualified flying woven vamp and the sole prepared in the step one by using an adhesive, and combining the bottom of the shoe body and the inside of the sole for the first time to obtain a glued shoe;

and step five, the shoe body and the sole are combined again at the groove glued along the circumference of the shoe by using a sewing line through equipment, and then the shoe body and the sole are packaged through a packaging bag, so that the manufacturing method of the fly-woven breathable shoe can be completed, and the shoe with good breathability is finally obtained.

2. The method for manufacturing the fly-knitted breathable shoe according to claim 2, wherein the method comprises the following steps: and in the third step, the computer spraying printing is adopted to carry out infrared heating on the vamp fabric after the spraying of the spray layer, wherein the infrared heating temperature is 120-.

3. The method for manufacturing the fly-knitted breathable shoe according to claim 2, wherein the method comprises the following steps: and in the third step, the ink used on the computer digital printing machine is disperse dye ink.

4. The method for manufacturing the fly-knitted breathable shoe according to claim 2, wherein the method comprises the following steps: in the fourth step, after the adhesive is used for bonding, the adhesive is subjected to instantaneous stamping treatment under the condition of 50-65 MPa, then the adhesive is subjected to standing treatment, and finally the redundant residual adhesive is removed.

5. The method for manufacturing a flying-woven breathable shoe according to claim 1, wherein the method comprises the following steps: in the fourth step, the adhesive is resin soft adhesive, and the shoes are clamped by a clamp and then placed in a warm environment of 45-55 ℃ for rapid bonding and drying.

Technical Field

The invention belongs to the technical field of shoe processing, and particularly relates to a manufacturing method of a fly-knitted breathable shoe.

Background

Breathable shoes, also called "naughty shoes" and "breathing shoes"; the pioneer of the shoes is Shaokang (China) sports goods Limited company, and the breathable shoes are characterized in that vacuum air holes are distributed on the peripheries of the vamps and the shoe bodies and play a role in the air convection principle, so that heat in the shoes is extruded by the convection air holes on the two sides to expand and rise, the heat runs out of the ventilation holes on the vamps, cold air is reduced, and the comfort of the temperature in the shoes is kept;

the conventional breathable shoes have certain defects, the user feels that the breathability is not good when the conventional breathable shoes are used, so that the beriberi phenomenon is easy to occur when the foot after wearing the breathable shoes moves for a long time and at the temperature of poor breathability, and meanwhile, the breathable soles are thin, so that the wear resistance of the shoes is not high, the service life of the shoes is shortened, and inconvenience is brought to use.

Disclosure of Invention

The invention mainly aims to provide a manufacturing method of a fly-woven breathable shoe, which can effectively solve the problems in the background technology.

In order to achieve the purpose, the invention adopts the technical scheme that:

a manufacturing method of a flying-woven breathable shoe comprises the following steps:

firstly, manufacturing a sole, and cutting plastic according to the shoe size determined according to needs; then, carrying out plastic double-layer pressing on the sole through a compression mold, then sewing the periphery of the sole, and printing resistance lines and anti-skid lines on the bottom of the shoe to obtain the manufactured sole;

step two, manufacturing a vamp, namely performing steam ironing on the fly-knitted fabric according to the style of the shoe, then cutting and finishing, and drying for later use to obtain the fly-knitted vamp;

step three, printing or dyeing, forming grooves in the positions, 1cm away from the periphery, of the obtained flying-woven vamp, installing required colors to perform corresponding part color printing, and performing 3D printing on the patterns and the icons of the flying-woven vamp through computer spraying to obtain the qualified flying-woven vamp;

gluing, namely gluing the obtained qualified flying woven vamp and the sole prepared in the step one by using an adhesive, and combining the bottom of the shoe body and the inside of the sole for the first time to obtain a glued shoe;

step five, the shoe body and the sole are combined again at the glued groove position along the circumference of the shoe by using a sewing line through equipment, and then the shoe body and the sole are packaged through a packaging bag, so that the manufacturing method of the fly-woven breathable shoe can be completed, and the shoe with good breathability is finally obtained;

preferably, the computer spraying printing in the third step is to perform infrared heating on the vamp fabric sprayed with the spray pattern layer, wherein the infrared heating temperature is 120-130 ℃, and the time is 1-2 min.

Preferably, the ink used on the computer digital printing machine in the third step is disperse dye ink.

Preferably, in the fourth step, after the adhesive is used for bonding, instantaneous stamping treatment is carried out under the condition of 50MPa-65MPa, standing treatment is carried out, and finally, redundant residual adhesive is removed.

Preferably, the adhesive in the fourth step is resin soft adhesive, and the shoe is clamped by a clamp and then is placed in a warm environment of 45-55 ℃ for rapid adhesion and drying.

Compared with the prior art, the invention has the following beneficial effects: this manufacturing method of flying to knit ventilative shoes carries out the pressfitting through adopting double-deck plastic at the preparation sole for the sole wearability of preparation is high, thereby makes the whole long service life of shoes that make, adopts computer 3D pattern to print simultaneously, makes that the pattern that prints out is more three-dimensional, pleasing to the eye, adopts flying to knit the surface fabric as the vamp moreover, makes shoes gas permeability good, simple process, and convenient operation has good use prospect.

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.

Examples

When in manufacturing, firstly, the sole is manufactured, and plastic is cut according to the shoe size determined according to the requirement; then, carrying out plastic double-layer pressing on the sole through a compression mold, then sewing the periphery of the sole, and printing resistance lines and anti-skid lines on the bottom of the shoe to obtain the manufactured sole; secondly, manufacturing a vamp, performing steam ironing on the fly-knitted fabric according to the style of the shoe, then cutting and finishing, and drying for later use to obtain the fly-knitted vamp; printing or dyeing is carried out, grooves are formed in the positions, 1cm away from the periphery of the obtained flying woven vamp, then the required colors are installed for carrying out corresponding part color printing, 3D printing is carried out on the patterns and the icons of the flying woven vamp through computer spraying, the vamp fabric sprayed with the spraying layer is subjected to infrared heating in the computer spraying printing process, the infrared heating temperature is 125 ℃, the time is 1.5min, and the ink used on a computer digital printing machine is disperse dye ink, so that the qualified flying woven vamp is obtained; gluing, namely gluing the obtained qualified flying woven vamp and the sole prepared in the step one by using an adhesive, carrying out first-time combination on the bottom of the shoe body and the inside of the sole, wherein the adhesive is soft resin, clamping the shoe by using a clamp, placing the shoe in a 45-DEG C warm environment for quick adhesion and drying, carrying out instantaneous stamping treatment under the condition of 55MPa after gluing by using the adhesive, standing, and finally removing redundant residual adhesive to obtain the glued shoe; and finally, the bonded shoe is subjected to equipment, the shoe body and the sole are combined again at the groove glued along the circumference of the shoe by using a sewing line, and then the shoe body and the sole are packaged by a packaging bag, so that the manufacturing method of the fly-woven breathable shoe can be completed.

The foregoing shows and describes the general principles and broad features of the present invention and advantages thereof. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are described in the specification and illustrated only to illustrate the principle of the present invention, but that various changes and modifications may be made therein without departing from the spirit and scope of the present invention, which fall within the scope of the invention as claimed. The scope of the invention is defined by the appended claims and equivalents thereof.