KR100390758B1 - Health infrared emanated a button and the production method - Google Patents

Abstract

The present invention is formulated with a variety of far-infrared radiation material (for example, ocher, jade, germanium, ganban stone, gansum stone, charcoal) powder beneficial to the human body to manufacture a button attached to the clothing to relieve fatigue and promote metabolism The present invention relates to a button on which far-infrared rays radiated so as to energize life and a method of manufacturing the same.

The present invention is characterized in that it is prepared by mixing ocher, jade, ganban stone, gansum stone, germanium, charcoal in the form of powder, and aging for 24 hours by mixing various additives.

In addition, the present invention is a compounding step of mixing the material in the form of far-infrared rays and various additives evenly in the synthetic resin that is the raw material of the button, aged for 24 hours, and then mixed again; A molding step of molding the raw material after the compounding step into a predetermined molding device and molding the button; A firing step of heating and baking the molded material at 45 ° C. to 110 ° C. for a predetermined time; A desorption step for separating the button processed by the firing step from the molding apparatus; A processing step of cutting, punching or blanking the material separated by the molding apparatus and then chamfering the material; A polishing step of wet and dry grinding the surface-treated button; A washing / drying process of washing and drying the polished button; And a post-treatment process of waxing and water coating or dyeing the washed / dried buttons.

As described above, the present invention improves design as a part of the fashion and at the same time radiates far-infrared rays to relieve fatigue of the user and promote metabolism to give vitality to life.

In addition, since the far-infrared radiation materials obtained from natural materials can be synthesized with resins and mass-produced, they can not only be popularized at a relatively low price, but also greatly contribute to their role as functional buttons with health functions that are of interest to modern people. The invention contains a charcoal component, so the electromagnetic wave blocking effect is also great.

Description

Far-infrared radiation button and its manufacturing method {HEALTH INFRARED EMANATED A BUTTON AND THE PRODUCTION METHOD}

The present invention relates to a button emitting far infrared rays and a method for manufacturing the same, and in particular, various radioactive materials (for example, ocher, jade, germanium, ganban stone, gansum stone, and charcoal) which are beneficial to the human body are formulated to produce a button for clothing. The present invention relates to a button and a method for manufacturing the same, wherein the far-infrared rays are radiated to relieve fatigue of the human body and promote metabolism to vitalize life.

In general, buttons are used as accessories for high-quality fashion by improving the aesthetic design to match a variety of clothes and functions as a detachable means for attaching and detaching clothes by attaching to the top and bottom of various clothes.

However, in recent years, as the clothing and various accessories have been developed to include health as a means of protecting health in the increasingly severe environmental pollution, the buttons are also manufactured to pursue the function to protect health.

The present invention has been devised to cope with the current flow as described above, and an object thereof is to provide a button and a method of manufacturing the same to emit far infrared rays to protect the health of modern people.

1 is a process chart showing a manufacturing method for manufacturing a button in which the far infrared rays of the present invention are radiated

The present invention is characterized in that it is produced by mixing ocher, jade, ganban stone, macsumite, germanium, charcoal that emits far infrared rays, and mixes various additives and aged at a predetermined temperature for 24 hours.

In addition, the present invention is a compounding step of mixing the radiation material and the various additives that emit far infrared rays to the synthetic resin that is the raw material of the button evenly, aged for 24 hours, and then mixed again; A molding step of molding the raw material, which has been finished in the compounding step, into a predetermined molding apparatus in a pattern and a single color to be molded into a button shape; A firing step of heating and baking the molded material at 45 ° C. to 110 ° C. for a predetermined time; A desorption step for separating the material fired by the firing step from the molding apparatus; A processing step of cutting, punching or blanking the material separated by the molding apparatus and then face-cutting; A polishing step of wet-drying the face-finished button; A washing / drying process of washing and drying the polished button; And a post-treatment process of waxing and water coating or dyeing the washed / dried buttons.

The blending process includes a primary mixing step of mixing 6% of the anti-foaming agent and 6% of the lubricant in the unsaturated ester resin that is the button material; A secondary mixing step of adding a promoter (cobalt octoar) to the raw material in which the primary mixing is made and mixing; A third mixing step of mixing the three types of far-infrared radiation materials of the powder after the second mixing step to 10% to 20%, and mixing the plasticizer 6% evenly; A aging step of aging the mixed material through the first, second and third steps at a predetermined temperature for 24 hours; After the aging step, the mixture is put into the methyl ethyl ketoneer oxide as a curing agent, characterized in that consisting of a fourth mixing step of mixing.

Hereinafter, the button and the manufacturing method of the far-infrared radiation of the present invention will be described.

The button of the present invention is characterized in that it is made of various powder materials (for example, ocher, jade, germanium, ganban stone, gansum stone, true charcoal) to which far infrared rays are radiated.

First, the present invention is mixed so as to evenly mix a raw material of a button made of various synthetic resins, preferably an unsaturated polyester resin, and powder raw materials of various raw materials (ocher, jade, germanium, ganban stone, gansum stone, true charcoal) from which far-infrared rays are radiated. After the compounding step 100 and the compounding step 100 are completed, molding is carried out to form a material for manufacturing the blended raw material into a button having a pattern and a single color through a molding device such as a rod rod, a centrifugal plate or a mold The rod 102 and the baking step 104 for heating the material produced by the molding apparatus during the molding step to a predetermined temperature at a predetermined temperature, and the heating rod fired by the baking step Desorption process 106 for desorption in a molding apparatus such as a centrifugal plate or a mold, and cutting, punching or blanking the material desorbed in the molding apparatus such as a rod rod, a centrifugal plate and a mold Then, the Facing processing step 108, a polishing step and 109 for grinding the buttons Facing completing the machining process in which wet and dry processing by machining so as to have a button shape and; The washing / drying process 110 for washing and drying the polished button, and the post-treatment process 112 for dyeing and coating the washed and dried buttons according to the consumer's preference, and the post-treatment. An inspection process 114 for inspecting the button and the final packaging of the button is completed.

In the blending process 100, 6% of the antifoaming agent and 6% of the lubricant as an additive are mixed with the liquid unsaturated polyester resin, which is the raw material of the button, to adjust the appropriate concentration (first mixing step).

Then, a predetermined accelerator, preferably cobalt octoar, is added to the raw materials in the state where the primary mixing is completed, followed by color mixing and stirring (secondary mixing step).

Far-infrared radiation material of the powder is added to the mixed raw materials as described above according to the characteristics of the button color, and mixed once more evenly (third mixing step).

Far-infrared radiation material of the powder to be injected is used by mixing three types of powder of ocher, jade, germanium, ganban stone, gansum stone, and true charcoal at a constant ratio. At this time, the mixing ratio of the far-infrared radiating material, which adds the three kinds, is to be 10-20% in the total amount added in the mixed state, and the plasticizer is added in the third mixing step to improve the flexibility. The addition ratio of the plasticizer is preferably 6%.

Subsequently, the far-infrared radiating material which passed the mixing step of 1st, 2nd and 3rd is aged at predetermined temperature for 24 hours (aging step).

In addition, a curing agent, preferably methyl etch catoner oxide is added to the raw material consisting of the far-infrared radiation material after the aging is completed (fourth mixing step).

As described above, the compounding step 100 of the present invention includes a first and second tertiary mixing step and aging step, and a fourth mixing step.

The processing step 108 is a step of cutting the material produced by the rod rod, punching the material produced by the molding apparatus such as the centrifugal plate, and detaching the button produced by the molding apparatus and And blanking the buttons detached from the molding apparatus, and automatically or manually grinding the buttons, and polishing the polished buttons by a wet or dry method.

In addition, the washing / drying process 110 may include a washing step of washing the manufactured button using washing water or ionized water, and applying heat to a predetermined temperature to remove water remaining on the washed button. Drying by natural ventilation.

After the washing / drying process 110 is completed, after the post-treatment, wax coating, water coating, and dyeing are performed to various colors using various dyes. Treatment process).

Then, after the post-processing step 112 is finished, if the button manufactured using the same method as described above is inspected and packaged and delivered.

The present invention is not limited to the preferred embodiment described above, and various modifications can be made by those skilled in the art without departing from the gist of the present invention claimed in the claims. Of course, such modifications will be within the scope of the claims as key elements of the invention.

As described above, the present invention improves design as a part of the fashion and at the same time radiates far-infrared rays to relieve fatigue of the user, promote metabolism, and give vitality to life.

In addition, since the far-infrared radiation materials obtained from natural materials can be synthesized with resins and mass-produced, they can not only be popularized at a relatively low price, but also greatly contribute to their role as functional buttons with health functions that are of interest to modern people. The invention contains a charcoal component, so the electromagnetic wave blocking effect is also great.

Claims (3)

A button for emitting far-infrared rays, which is produced by mixing ocher, jade, ganban stone, macsumite, germanium, and charcoal that emit far-infrared rays, and mixing various additives and aging at a predetermined temperature for 24 hours. A compounding step of mixing the raw material emitting far-infrared rays and various additives evenly into the synthetic resin serving as the raw material of the button, aging for 24 hours, and then mixing again; A molding step of molding the raw material, which has been finished with the compounding step, into a predetermined molding apparatus and molding into a shape having a pattern and a single color; A firing step of heating and baking the molded material at 45 ° C. to 110 ° C. for a predetermined time; A desorption step for separating the material fired by the firing step from the molding apparatus; A machining step of cutting and punching or blanking the material separated by the molding apparatus and performing face cutting; A polishing step of wet and dry grinding the processed button; A washing / drying process of washing and drying the polished button; And a post-treatment step of wax coating and water coating or dyeing the washed / dried buttons. The method of claim 2, The blending process includes a primary mixing step of mixing 6% of the anti-foaming agent and 6% of the lubricant in the unsaturated ester resin that is the button material; A secondary mixing step of mixing by adding a promoter to the raw material in which the primary mixing is made; A third mixing step of mixing the three types of far-infrared radiation materials of the powder after the second mixing step to 10% to 20%, and mixing the plasticizer 6% evenly; A aging step of aging the mixed material through the first, second and third steps at a predetermined temperature for 24 hours; The method of manufacturing a button with far-infrared rays, characterized in that it consists of a fourth mixing step of putting the methyl ethyl ketoneer oxide as a curing agent to the mixed material that has completed the aging step.