TW201420837A - Manufacturing method of neoprene rubber fabric for perspiration - Google Patents

Abstract

The present invention relates to a manufacturing method of neoprene rubber (Polychloroprene) fabric for perspiration comprising a material preparation process, a patching process, a tiling process, and a needle punching process. The material preparation process is to prepare the neoprene rubber (Polychloroprene), a ventilation fabric, glue, and supporting members. The patching process is to paste the ventilation fabric onto one side surface of the neoprene rubber (Polychloroprene) via glue to form a semi-finished product having separated first surface and second surfaces. The tiling process is to tile the semi-finished product on the supporting member. The needle punching process is to punch plural fine needles into the supporting member from the first surface of the semi-finished product by passing through the second surface and to draw them out so that plural micro-pores on the semi-finished product containing the neoprene rubber without excess material are produced by needle punching. The wear of rhythm pants made of the fabric processed by the method of the present invention can allow sweat to outwardly ooze via each micro-pore during exercise.

Description

Method for producing perspiration-resistant neoprene cloth

The invention relates to a method for manufacturing a perspiration-resistant neoprene cloth material, in particular to a method for manufacturing a cloth material subjected to a needle stick treatment.

Neoprene rubber has strong crystallinity and strong intermolecular force. Under the action of external force, it is not easy to produce slippage between molecules, and has good tensile strength, resilience, tear resistance and wear resistance. The material is dense and has excellent cold-proof effect. For this reason, the cloth containing neoprene in the industry is made into a wetsuit or a winter jacket to fully exert its material properties, which is beneficial to the warmth and cold protection of special activities.

Moreover, the cloth containing neoprene can be used to make rhythm clothing, for example, to make rhythm pants, and let the user wear close-fitting rhythm pants, which is convenient for various dynamic rhythmic activities due to the material properties of neoprene and When wearing a large amount of physical activity, the sweat that is discharged from the human body accumulates between the skin surface and the close-fitting rhythm pants. This phenomenon is beneficial to the energy consumption of the human body and contributes to weight loss. However, it also The user feels hot and humid and quite uncomfortable when wearing the rhythm pants. For this reason, the industry applies a large amount of punching treatment on the neoprene layer, and the punched hole diameter is about 3mm to 10mm, so that when the human body is active. The sweat that is discharged can be discharged outward through the perforated punched holes, but the disadvantage is that a large amount of punching treatment will cause a lot of chloroprene rubber to be rushed out, causing damage to the dense structure of the neoprene rubber. , which reduces the strength of the overall structure, and a large amount of punched neoprene is worn on the body, causing the skin surface to squeeze into the perforations, resulting in wearing Discomfort, therefore, the conventional technique of punching the neoprene rubber can discharge the sweat, but also causes the strength of the rhythm pants to be deteriorated and easily damaged.

In order to overcome the conventional problem, the present invention provides a "perspiration chlorinated rubber cloth" "Manufacturing method of materials", including stock preparation procedures, patch processing procedures, tiling procedures and needle handling procedures, preparation of preparations for preparation of neoprene, breathable fabrics, adhesives and supports, patching procedures, with sticky The glue adheres the breathable cloth to one side of the neoprene rubber, causing the neoprene to adhere to the breathable fabric and having the first surface and the second surface of the second surface. The tiling process is to lay the semi-finished product on the support member. The processing procedure is that a plurality of fine needles are inserted from the first surface of the semi-finished product through the second surface and then pulled into the support member, and the portion where the plurality of fine needles are inserted into the semi-finished product and the support member is defined as the active segment, and the maximum acting segment The needle diameter is from 0.1 mm to 0.3 mm, and the needles of the needle-punching process are processed one or more times and the thin needles are taken out, so that the semi-finished product containing the neoprene rubber is needle-punched out of the plurality of micro-through holes, and is manufactured. A cloth that allows sweat to seep out.

The method of the invention can manufacture micro-through holes for the cloth material containing the neoprene rubber, so that it can be used as a rhythm pants, can be attached to human skin, and the rhythm pants can stretch and expand with the human body movement, so that the movement flows out. The sweat can ooze out through the micro-through holes, so it can avoid a lot of sweat accumulating between the rhythm pants and the skin, and can achieve a comfortable wearing effect, and the needle-treated neoprene can greatly reduce the structure caused by the neoprene. Sexual destruction, therefore, the rhythm pants cut according to the cloth material made by the method of the invention can make the sweat ooze and comfortable to wear, and take into account the overall strength of the rhythm pants, so as to avoid the rhythm pants being flushed by a large amount of material. The hole is easy to damage.

All of the following drawings are merely illustrative of the basic teachings of the present invention, and the manufacturing methods, component materials, components, numbers, positions, and relationships constituting the preferred embodiments will be described in the drawings. Post-teaching related changes are implemented in industry skills. In addition, variations in conjunction with particular methods or similar methods are also within the skill of the art after reading and understanding the teachings of the present invention.

Neoprene cloth refers to a cloth material that has a fabric adhered to the surface and can be used to make wet sports clothes such as wetsuits and rhythmic pants. As shown in the first figure, the present invention can be used for wicking neoprene cloth. Manufacturing methods include:

In the preparation program 10, a sheet-like or wound whole neoprene rubber and a breathable cloth are prepared in advance, and a liquid glue is prepared. And a support member for supporting the cloth material, the support member may be a cushion of paper, cardboard or rubber material.

The patching process 20 is to adhere the breathable fabric to the surface of the neoprene by the adhesive, causing the neoprene to adhere to the breathable fabric to form a semi-finished product having a first surface and a second surface separated, for example, The whole roll of neoprene and breathable fabric are respectively placed on the feeding device of the machine, and the adhesive is coated on one side of the neoprene rubber, and the breathable fabric is rolled by the roller so that the breathable cloth can be bonded and coated. Glue on the surface of neoprene.

The tiling process 30, the cloth containing the neoprene rubber and the semi-finished product formed by adhering the permeable fabric are laid on a support member of cardboard or rubber.

The needle sticking processing program 40 is characterized in that a plurality of fine needles are inserted from the first surface of the semi-finished product through the second surface and then pulled into the support member, and the portion where the plurality of fine needles are inserted into the semi-finished product and the support member is defined as an action segment. The maximum needle diameter of the segment is 0.1mm to 0.3mm, and the support member formed of cardboard or rubber material ensures that the fine action section of the fine needle can be worn out when the support member of the plurality of fine needles is inserted into the support member. When the second surface is obtained, the support of the soft support member is obtained, and the hard work surface of the bottom end is not tied, so that the fine needle can be prevented from being broken during the needle sticking process. Therefore, the needle sticking process through the plurality of fine needles is performed. One or more times of needle sticking and drawing operation, the semi-finished product containing the neoprene rubber can be needle-punched into the plurality of micro-through holes on the neoprene rubber without any remaining material, thereby producing a cloth material that allows sweat to ooze out.

The arrangement of the plurality of fine needles is such that the fine needles and the fine needles are arranged at intervals of 2 mm to 6 mm, so that the semi-finished products can be subjected to a needle-punching treatment without leaving a residual material, and a plurality of micro-through holes can be formed on the semi-finished products. And each micro-via has a separation distance of 2 mm to 6 mm.

The manufacturing method of the invention can manufacture a plurality of micro-through holes in the cloth material containing the neoprene rubber, so that the rhythm pants made by the womb pants can be worn, and the rhythm pants can be worn along with the human body surface. The stretching of the activity expands, and the sweat flowing out during the movement can be exuded out through the micro-through hole, so that a large amount of sweat can be prevented from accumulating between the inner surface of the rhythm pants and the skin surface, so that the rhythm pants can be worn and used. Achieve more comfort, and needle-treated neoprene can be greatly reduced For the damage caused by the neoprene rubber, the purpose of sweat permeation can be achieved and the overall strength of the cloth material can be achieved, so that the punching treatment problem of the conventional method can be effectively overcome, and the clothes made of the cloth containing the neoprene rubber are more practical. benefit.

The basic teachings of this creation have been explained, and can be quickly understood by those who have the usual skills in the field. For example, for the semi-finished needles, there is no need for the material to pass through, because the needle diameter of the fine needle is small, and it is difficult to pin. When the neoprene material is cut out, the neoprene rubber has good resilience and strong tear resistance. After the fine needle is needled and pulled away, the inner surface of the micro-through hole is rebounded, even if there is excess material. It is also only a very fine crumb, and does not significantly reduce the structural strength of the cloth. Therefore, although the micro-via can be pinned out in the neoprene, the micro-via is still small and hidden, unless forced Pulling the neoprene expansion to see the existence of the micro-through holes, the cloth made by the invention is used for wearing the rhythm pants, and when the human body is sweating, the pressure can be wicked by the body. The sweat is oozing out from the micro-through holes.

The disclosure of the present invention may be embodied in other forms and without departing from the spirit and scope of the invention. The scope of the invention is defined by the scope of the appended claims, and is not intended to

10‧‧‧Material preparation procedures

20‧‧‧ patch processing procedures

30‧‧ tiling procedures

40‧‧‧Needle processing procedure

The first figure shows a flow chart of the manufacturing method of the present invention.

10‧‧‧Material preparation procedures

20‧‧‧ patch processing procedures

30‧‧ tiling procedures

40‧‧‧Needle processing procedure

Claims (2)

A method for manufacturing a perspiration-resistant neoprene cloth material, comprising: preparing a preparation program (10), preparing a neoprene rubber, a breathable cloth, a glue, a support member; and applying a patching process (20), using a glue The breathable cloth is adhered to one side of the neoprene rubber, causing the neoprene to adhere to the breathable fabric to form a semi-finished product having a first surface and a second surface separated; the tiling process (30), laying the semi-finished product on the support The needle sticking process (40) is defined by the plurality of fine needles being inserted from the first surface of the semi-finished product through the second surface and being pulled into the support member, and the plurality of fine needles are inserted into the semi-finished product and the support member. For the action section, the maximum needle diameter of the action section is 0.1 mm to 0.3 mm, and the needle-punching of the semi-finished product containing the neoprene rubber is caused by one or more needle sticking and the extraction of the fine needle by the needle sticking process. A plurality of micro-through holes are used to create a cloth material that allows sweat to seep out. The method for manufacturing a perspiration-resistant neoprene cloth material according to claim 1, wherein the fine needles of the plurality of fine needles are arranged at intervals of 2 mm to 6 mm, so that the needle sticking process can be plural The fine needle is used to puncture a plurality of micro-through holes having a pitch of 2 mm to 6 mm on the semi-finished product.