KR20010069550A - Method for processing textile and/or textile goods by using nephrite water - Google Patents

Abstract

PURPOSE: A method for processing fiber improved in far infrared ray irradiating efficiency, deodorizing and antibacterial function by absorbing naphrite jade water in fiber by a binder is provided, which reduces the processing processes. CONSTITUTION: This fiber processing method comprises a characteristic process comprising the steps of: mixing a binder and nephrite jade water with processing water in a treatment tank; impregnating fiber in the mixture liquid; dehydrating the fiber; and drying the hydrated fiber with hot blast. And an aromatic can be additionally added to the mixture liquid.

Description

Textile processing method by Okjeongsu {METHOD FOR PROCESSING TEXTILE AND / OR TEXTILE GOODS BY USING NEPHRITE WATER}

The present invention relates to a fiber processing method by jade crystal water, and more particularly, processing the fiber with jade crystal water (especially soft jade purified water) to ensure the antibacterial and deodorizing function and far-infrared radiation function of the fiber, if necessary, the direction function It relates to a fiber processing method by jade crystal water to be added.

At present, textile deodorization and fragrances are commercialized to remove peculiar odors generated during the manufacturing process or in the case of garments, bedding, bag endothelial fabrics, and vehicle seats manufactured by textiles. Antimicrobial deodorizers / aromas are also commercialized to remove bacteria that propagate during use or under the influence of the environment.

Recently, magnets, bio-ceramic garments, bedding, etc. are being introduced to promote the health of the human body. In addition, loess, which is expected to have far-infrared radiation effects, or clothes or beddings applied by processing charcoal, gangue, or jade, etc. This is the situation to be introduced.

Here, the rays or near infrared rays are reflected without being absorbed by the living body, but the far infrared rays penetrate into the living body, causing self-heating, which leads to a warming effect and a failure effect. By the action, capillary vasodilation, blood circulation promotion, and tissue activation are performed. It is effective in promoting metabolism, releasing waste and harmful metals.

Therefore, far-infrared radiation processing is drawing attention to textile products, leather products, or synthetic resin products including, for example, clothing that comes into contact with the human life.

However, as far-infrared radiation source applied for far-infrared radiation in textile products (and leather products or synthetic resin products), elvan, loess or jade are mainly mainstream.

That is, as a method of processing elvan, loess or jade, the elvan, loess or jade is powdered into fine particles, and the powdered far-infrared radiation source is liquefied at a high temperature so as to be applied to the fibers to be processed (leather, synthetic resin, etc.). do.

Therefore, in order to powder / liquidize the far-infrared radiation source, not only processing equipment including a grinder or a heat treatment furnace is required, but also a processing step thereof is increased.

In addition, in the case of the textile product subjected to the far-infrared radiation treatment by the above-described process, if the washing is performed several times, not only the far-infrared radiation effect is easily reduced, but also the deodorizing and antibacterial function cannot be maintained at a satisfactory level.

Accordingly, the present invention has been made in view of the above-described circumstances of the prior art, and its main object is to allow the adsorbed octane water (especially soft jade water) to be naturally adsorbed to the fiber by a binder to enhance the radiation efficiency of far infrared rays. In addition, while deodorizing and antibacterial function is to be achieved, the overall processing is simplified to provide a fiber processing method by jade crystal water.

Another object of the present invention is to provide a fiber processing method by jeongjeongsu to ensure aroma function while ensuring the spinning and deodorization and antibacterial function of far-infrared by processing the fiber by adding jeongjeongsu, binder and fragrance.

In order to achieve the above object, according to a first preferred embodiment of the present invention, a mixed solution of jeongjeongsu for far-infrared radiation and deodorization / antibacterial function and a binder for adsorption of the jeongjeongsu are processed water in the treatment tank; Infiltrating the fiber as an object to be processed into a treatment tank in which the jeongjung water and the binder are mixed with the processed water; Dewatering the fibers submerged in the treatment tank; Provided is a fiber processing method using jade crystal water, which is a process of drying the dehydrated fibers by hot air.

Preferably, the treatment tank further includes a step of adding an auxiliary additive, the auxiliary additive includes a fragrance.

According to a second preferred embodiment of the present invention, by supplying the fiber as the object to be processed into the fiber treatment tank and supplying the processed water mixed with jeongjung water and binder for far infrared radiation / deodorization / antibacterial function; Rotating the fiber treatment tank to absorb processed water into the fiber such that the jade water is adsorbed to the fiber by a binder; Dewatering the fibers in the fiber treatment tank; Provided is a fiber processing method using jade crystal water, which is a process of drying the dehydrated fibers by hot air.

Preferably, the treatment tank further includes a step of adding an auxiliary additive, the auxiliary additive includes a fragrance.

In addition, according to the third embodiment of the present invention, in the treatment tank, a mixture of jeongjeongsu for far-infrared radiation / deodorization and antibacterial is mixed; The mixed solution is supplied to a nebulizer and sprayed onto the fiber as an object to be processed; Provided is a fiber processing method using jade crystal water, which is a process of drying the fibers sprayed with the mixed solution by hot air.

Preferably, a fragrance is further added to the mixed solution.

According to a fourth embodiment of the present invention, a mixture of jeongjeongsu and a binder is added to a fiber treatment agent for processing a fiber as an object to be processed in a fiber treatment tank; Coating the fiber treatment agent mixed with the okjeong water and the binder on the fiber by a knife coating method using a knife coating device; Provided is a fiber processing method using jade crystal water, which is a process of drying the fibers with hot air.

Preferably, a fragrance is further added to the fiber treatment agent.

According to the above-described fiber processing method by jade crystal water according to the present invention, by supplying jade crystal water and binder to the fiber as the object to be processed, and if necessary, by supplying an auxiliary additive containing fragrance, Not only the deodorization and antibacterial properties are well ensured, but also the function of the aroma is sufficiently achieved.

1 is a process chart illustrating a fiber processing method by jade crystal water according to a first embodiment of the present invention;

Figure 2 is a process chart illustrating a fiber processing method by jade crystal water according to a second embodiment of the present invention,

Figure 3 is a process chart illustrating a fiber processing method by jade crystal water according to a third embodiment of the present invention,

Figure 4 is a process chart illustrating a fiber processing method by jade crystal water according to the first embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings, the present invention will be described in detail.

1 is a process chart illustrating a fiber processing process according to a first embodiment of the present invention. According to the first embodiment, jade water (preferably soft jade water) is added to a fiber processing tank (ie, Mangle) in which water is stored. (Step 10).

Here, the crystallized water is added at a ratio of 2 to 4% by weight of the processed water, and the ratio is appropriately added or subtracted based on the radiation amount of far infrared rays.

In addition, a binder (Binder) is also added (step 10) so that the fiber is adsorbed to the fiber appropriately in the treatment tank. As the binder, an acrylic binder is suitably employed in consideration of washing resistance. Considering the feel of the fiber, a urethane binder is suitably employed.

If necessary, supplementary additives such as known fabric softeners are added (step 10a), and the additives include, for example, microcapsule-type fragrances.

In this state, the fiber to be processed is immersed in the water tank for a predetermined time so that the purifying jade water is adsorbed to the fiber by the binder (step 20).

Thereafter, the fiber immersed in the water storage tank is subjected to a dehydration process (step 30) so that hot air drying is performed, and the temperature during the hot air drying is performed in a range of approximately 60 to 200 ° C. (step 40). .

Therefore, when the garment, bag endothelial fabric, and bedding are manufactured by the fibers given the far-infrared radiation function by the purifying jade water by the above process, a sufficient amount of far-infrared radiation effect can be obtained from the fiber for a long time by the binder. You lose. In addition, when the fragrance is included as the auxiliary additive, the far-infrared radiation and fragrance effects are simultaneously achieved as the microcapsule-type fragrance is kept adsorbed onto the fiber by the binder.

For reference, according to the test results of the far-infrared radiation efficiency of the fabric based on the fiber subjected to the far-infrared radiation treatment by the above process (testing agency: Korea Institute of Construction Materials, Issue No. FIR-218), the emissivity (5-20) Μm) is 0.887 and the radiant energy (W / ㎡) is 3.58 × 10 ⁻² , and the emissivity (5 ~ 20㎛) in the test result after washing the fabric (testing institution: Korea Institute of Construction Materials, Issue No. FIR-219) Was 0.886, and the radiation energy (W / ㎡) was 3.58 × 10 ^-2 . Therefore, the far-infrared radiation efficiency by fiber processing with jade water was not only satisfactory, but also similar infrared radiation efficiency was confirmed after washing.

As a result of the deodorization test (testing institution: Far-Infrared Application Evaluation Research Institute, an affiliated company of Korea Far Infrared Association) conducted by the above processing process (issuance number: KFIG-136), 120 minutes elapsed. 72% deodorization rate and 87.8% bacterial reduction rate in antibacterial test results (issuance number: KFIA-131).

Figure 2 is a process chart illustrating a fiber processing method by jade crystal water according to a second embodiment of the present invention.

According to the second embodiment, the fiber to be processed is introduced into the fiber treatment tank, and the purified water and the acrylic or urethane binder are added to Okjeongsu in the ratio described in the first embodiment (step 50).

In addition, if necessary, an auxiliary additive comprising a fabric softener and / or a fragrance is supplied (step 50a).

In this state, the fiber treatment tank is rotated for about 5 to 10 minutes to allow the jeongjung water to be sufficiently adsorbed to the fiber by the binder, and when the auxiliary additive is added, the auxiliary additive (particularly the fragrance) is also fed by the binder. Enough to be adsorbed to the vessel (step 60).

Then, after a predetermined time has elapsed, the deionized water (and the co-additive) is subjected to a dehydration process (step 70) of about 5 to 10 minutes to the fiber adsorbed by the binder (step 70). In the hot air dryer for about 60 to 200 ℃ hot air to dry (step 80).

Here, the fibers include socks, garments, finished products including beddings or their fabrics.

Therefore, the far-infrared emissivity, the deodorization and the bactericidal rate are also guaranteed in the fiber processed according to the second embodiment as well as the aroma function when the fragrance is added as an auxiliary additive.

3 is a process chart illustrating a fiber processing method by jade crystal water according to a third embodiment of the present invention.

In the third embodiment, a process for providing the far infrared radiation function and the deodorizing / antibacterial function to a product having a certain shape, such as the fiber fabric forming the inner skin of a bag or a carpet, and providing aroma function, if necessary, is assumed. .

First, in the treatment tank, the jeongjung water and the acrylic or urethane binder are mixed while, if necessary, the perfume is mixed as an auxiliary additive (step 100).

The mixed liquid is supplied to the injector and sprayed to the object to be processed by the injector with respect to the fabric of the object to be processed (step 110).

The sprayed fabric is dried at a temperature of approximately 60 to 200 ° C. in a hot air dryer (step 120).

Therefore, in the third embodiment, not only the far-infrared emissivity and the deodorization / bacteria reduction rate described above are obtained, but also the fragrance function is obtained when the fragrance is applied as an auxiliary additive.

Figure 4 is a process chart illustrating a fiber processing method by jade crystal water according to a fourth embodiment of the present invention.

According to the fourth embodiment, a mixture of jade water and a binder is mixed in an appropriate ratio with a fiber treatment agent made of chemicals such as, for example, a fabric softener or a water repellent agent, which is added for processing fibers in the fiber treatment tank (step 130).

In addition, if necessary in step 130, a fragrance, for example, in the form of microcapsules, is added to the fiber treatment agent.

In that state, the object to be processed (e.g., the fiber fabric) passes through the knife coating device while supplying the fiber treatment agent mixed with the jade crystal water and the binder (and the fragrance) to the knife coating device. The fiber treatment agent to which the jade crystal water and the binder (and the fragrance) are added is subjected to a coating treatment by a knife coating method (step 140).

Then, the processed fiber is dried (step 150) at approximately 60 to 200 ° C. with a hot air dryer to achieve a far-infrared radiation or deodorizing / antibacterial effect on the object to be processed, for example, bag endothelial fabric. Will also be achieved.

On the other hand, the present invention is not limited to the application examples described above, if the process to ensure far-infrared radiation and deodorization / antibacterial function by mixing the jeongjung water and the binder within the scope not departing from the technical gist and gist of the invention. Of course, it is possible to change and modify the.

In addition, although the present invention mainly describes the processing of only a textile product or a textile fabric in the above example, the present invention is not limited to the textile product or the textile fabric as the object to be processed, but is not limited to, for example, a leather product, a leather fabric, or a synthetic resin product. Of course, the same or similarly applicable when forming.

As described above, according to the fiber processing method by jade crystal water according to the present invention, the powder as a processed object is processed by processing the fiber as an object with jade crystal water (especially, jade crystalline water) and a binder which is naturally ingested. Simpler and more satisfactory far-infrared emissivity and deodorant / antibacterial effects are achieved compared to the prior art processing.

In addition, according to the present invention, when the addition of aroma also added during the addition of octane water and the binder, the aroma is also adsorbed and processed by the binder into the fiber as the object to be processed. Done.

Claims (8)

Mixing jeongjeongsu for far-infrared radiation and deodorization / antibacterial function with a binder for adsorption of the jeongjeongsu to the treated water in the treatment tank; Infiltrating the fiber as an object to be processed into a treatment tank in which the jeongjung water and the binder are mixed with the processed water; Dewatering the fibers in the treatment tank; Fiber processing method by jade crystal water, characterized in that consisting of the process of drying the dehydrated fibers hot air. The fiber processing method according to claim 1, wherein the treatment tank further includes a step of adding an auxiliary additive, and the auxiliary additive includes a fragrance. Injecting the fiber as the object to be processed into the fiber treatment tank and supplying the processed water mixed with the jeongjung water and the binder for the far-infrared radiation / deodorization / antibacterial function; Rotating the fiber treatment tank to absorb processed water into the fiber such that the jade water is adsorbed to the fiber by a binder; Dewatering the fibers in the fiber treatment tank; Fiber processing method by jade crystal water, characterized in that consisting of the process of drying the dehydrated fibers hot air. 4. The fiber processing method according to claim 3, wherein the treatment tank further includes a step of adding an auxiliary additive, and the auxiliary additive includes a fragrance. In the treatment tank, a mixture of jade water and binder for far-infrared radiation / deodorization and antibacterial; The mixed solution is supplied to a nebulizer and sprayed onto the fiber as an object to be processed; The fiber processing method by the jeongjeongsu, characterized in that the process consisting of hot air drying the fiber injected with the mixed solution. 6. The fiber processing method according to claim 5, wherein a fragrance is further added to the mixed liquid. Mixing jeongjeongsu and a binder in a fiber treatment agent for the processing of fibers as an object to be processed in a fiber treatment tank; Coating the fiber treatment agent mixed with the okjeong water and the binder on the fiber by a knife coating method using a knife coating device; Fiber processing method by jeongjeongsu characterized in that the process consisting of drying the fiber hot air. 8. The fiber processing method according to claim 7, wherein a fragrance is further added to the fiber treatment agent.