KR20010086943A - Manufacture of Far-Infrared Radiation Mattress and Electric Yowai - Google Patents

Abstract

PURPOSE: A protrusion formed far-infrared ray emitting mattress, an electric sleeping mat and a manufacturing thereof are provided which obtains promotion effects of blood circulation due to energy of far-infrared rays and removing effects of fatigue of the whole body, and sweat removing effects, thereby obtaining sound sleeping and comfort by forming a constant space between the body and the bottom of the mat enabling air ventilation. CONSTITUTION: The method for manufacturing a protrusion formed far-infrared ray emitting mattress or a far-infrared ray emitting electric sleeping mat comprises a far-infrared ray emitting material adsorption process of manufacturing a far-infrared ray emitting material adsorbed textile fabrics; a far-infrared ray emitting material deposition process of manufacturing a deposit of far-infrared ray emitting ore material contained resin material; a laminating process of manufacturing a far-infrared ray emitting plate by passing the far-infrared ray emitting material adsorbed textile fabrics (5-1) and the deposit (6-1) of far-infrared ray emitting ore material contained resin material through a laminating machine; a process of manufacturing of balls of far-infrared ray emitting ore material contained resin of manufacturing a spherical shaped far-infrared ray emitting elements by passing far-infrared ray emitting ore material, ABS resin or other resin to be used through compounding, injection and blowing processes; a manufacturing process of a far-infrared ray emitting protrusion plate (C) of manufacturing a far-infrared ray emitting protrusion plate on which far-infrared ray emitting peaks are formed through heating and pressing processes; an adhering process of the far-infrared ray emitting elements (10) of adhering far-infrared ray emitting elements on the formed far-infrared ray emitting protrusion plate; and manufacturing a protrusion formed mattress by passing through sewing process with the far-infrared ray emitting protrusion plate laid up on a mattress as a top plate, or manufacturing a far-infrared ray emitting electric sleeping mat by putting the far-infrared ray emitting protrusion plate over an ordinary electric sleeping mat (9) before sewing.

Description

Far-infrared radiation mattress and electric yoke with urea and its manufacture {.}

The present invention relates to a mattress and an electric yaw formed by forming a plurality of convex-type peaks with far-infrared rays radiated on the upper surface of the mattress, and folding a spinneret with far-infrared rays between the inner and outer peaks.

Conventional mattresses are made of sponges, airbags and spring woven bodies, wrapped with non-woven fabrics and cloths, bio-ceramic lubricated on the top of the mattresses, gluing stones, ocher powder, etc. They have been developed, and stone beds made on the theme of stone tablets have been developed.

The present invention has been developed in view of the above point in the construction of a general mattress in the body to be general and to sleep or lying on the upper surface to receive acupressure massage, in the summer, the contact area between the body and the mattress maintain a constant interval In the winter, it is made to be urinary to induce blood flow promotion by far-infrared radiation, and in the case of electricity, it is possible to obtain a lot of far-infrared radiation function by heat transfer and to live a healthy life. If it is manufactured in detail as follows.

The first perspective view of a mating mattress

2 is an overall perspective view of an electric yaw formed with a recess

Partial Section of Third Degree Outflow Mattress

4 is a partial cross-sectional view of the electric yaw

Explanation of symbols on the main parts of the drawings

A: Outflow mattress B: Far infrared ray radiation

C: Far-infrared ray radiating plate 1: Mattress body

2,2 ^-1 : far infrared radiation peak 3, 3 ^-1 : far infrared radiation

4: power line 5,5 ^-1 : far infrared radiation deposited material

6,6 ^-1 : Resin deposits containing far-infrared radiation minerals

7,7-1: inner fabric 8: inside the mattress

9: electric field plate 10: far infrared radiation bulb

In the manufacturing of the mattress (A) is formed in the concave, the body is made of a mattress body formed by forming sponges, spring weaving body and air bag, and wrap the upper surface of the mattress (body closed) In making it a concave type

1st process: process of adhering far-infrared radiation substance

Far-infrared radiation minerals and liquid resins are applied to the fabric to be used in a suitable amount, and mixed with gaiters at room temperature for a certain period of time. It allows to prepare a radiation survival fabric material (5) ^(5-1).

Second process; Far Infrared Radiation Deposition Process

Resin deposits containing far-infrared radiation minerals are formed by applying heat-drying to the non-woven fabrics, sponges, or textiles to pass far-infrared radiation mineral-containing resins for 5 minutes or more through a tenter-forming air-dried air of more than 100 degrees Celsius (6). ) (6 ^-1 ).

Third process; Synthetic Process

A first far infrared radiation material survival fabric (5) been completed in the step and the second step ^(5-1), and far-infrared radiation and mineral-containing resin material deposited body 6 (6-1) while passed through a happo happo step (room temperature) After passing through the fabric and the inner fabric (7) (7 ^-1 ) and the aeration machine as described above through the re-incorporation process (at room temperature) to produce a far-infrared radiation plate.

4th process: manufacturing process of resin sphere containing far-infrared radiation mineral

Far-infrared radiation minerals and far-infrared room ABS or use, and through a low-cost injection molding machine and call resin and water to the mixture leggings hayeoseo mounting the mold binary to pieces to form a required shape through a compound process of been spherically four 3 (3 ^{- 1} ) to prepare 10.

5th process: manufacturing process of far-infrared emission board

Far-infrared radiation peaks (2) (2 ^-1 ) are subjected to a heat-pressing process for a certain time while maintaining heating of 150 degrees Celsius or more in the upper and lower molds by pressing the far-infrared radiation plate completed in the third process into upper and lower molds engraved in the induction mold. ) To produce a far-infrared radiation recessed plate (C) is formed.

6th step: bonding process of far infrared ray spinneret

The adhesive resin material is adhered to one or both recesses of the far infrared radiation emitting plate (C) formed in the fifth process at room temperature, and the far-infrared spinneret (3) ( ^3-1 ) (10) manufactured in the fourth process is Bonding is formed to produce a far-infrared radiation ejection plate (C) to form a urea having a pressure function.

7th step: manufacturing process of mattress with irregularities

The far-infrared radiant gutter plate (C) of the sixth step is used as a top plate during the manufacture of the mattress, thereby producing a complete mattress (A) having a gushing process through sewing.

8th step: manufacturing process of far infrared ray radiation

The far-infrared radiation concave plate (C) of the sixth process is completed by applying a sewing on the general electric yaw (9), the far-infrared rays formed to produce the radiation electric yaw (B).

In this way, the far-infrared radiation mattress (A) and the electric yaw (B), which are formed by the urea formed, promote the blood circulation of the body by the energy of the far-infrared radiation, as well as the effect of removing body fatigue due to acupressure and general mattress. By forming a certain space between the invisible body and the mat floor, it has the function of air distribution, so that the function of removing the sweat flowing in summer or hot bed can be obtained, and it is possible to get a refreshing sleep and comfort at all times. The far-infrared radiation mattress and electric coolant which had the effect which made an effect are formed.

Claims (9)

In the manufacture of far-infrared radiation mattress (A) and electric yaw (B) in which the recess is formed, the far-infrared radiation recessed plate (C) is manufactured through sewing process using the upper plate of the mattress and the far-infrared radiation recessed plate (C) in general. Far-infrared radiation mattress and electric urea and its manufacturing, which are made of urea made by manufacturing the electric urea (B) by sewing on the upper side of the electric urea (9) and sewing the outer-infrared radiation bleeding plate (C) to be wrapped around only the outer periphery. . According to claim 1, the far-infrared radioactive material and the liquid resin in an appropriate amount of the fabric to be used in the mixing room at room temperature for a certain period of time, through the sticking process and passing through the tenta-forming air-dried air of more than 100 degrees Celsius more than 5 minutes to far-infrared radiation material survival fabric (5) ^(5-1), the far-infrared radiation and mattress manufacture, and manufacturing thereof jeongiyo hayeoseo the yochul is formed by a heat-drying survival. The method of claim 1, wherein the non-woven fabric, sponge or fabric used in the far-infrared radiation mineral-containing resin is subjected to heat-drying and sticking by passing through a tenter-forming air-drying air of at least 100 degrees Celsius for at least 5 minutes through a sorption process. resin deposits on the water (6) ^(6-1), the far-infrared radiation and mattress manufacture, and manufacturing thereof jeongiyo hayeoseo the yochul is formed of. The method of claim 1, wherein a first far infrared radiation materials in the process been completed and the second step survival fabric (5) ^(5-1), and far-infrared radiation and mineral-containing resin material deposits (6) passed through a ^(6-1) happo While completing the mixing process (room temperature) and passing the fabric and inner fabric (7) (7 ^-1 ) and the air-forming machine, the far-infrared radiation formed by the far-infrared radiation plate through the reintegration process (room temperature) Mattresses and electricity and objection. According to claim 1, Far-infrared radiation sphere which is spherical through the injection machine and the caller equipped with a mold in which the required shape is formed through the compound process by mixing the leggings with the far-infrared radiation minerals and ABS or the resin material to be used. 3 ^(3-1), and far-infrared radiation mattress manufacturing jeongiyo the preparation of the hayeoseo yochul is formed (10). The method according to claim 1, wherein the far-infrared radiating plate completed in the third process is pressed into upper and lower molds engraved in an induction mold type, and the far-infrared radiation peaks are subjected to a predetermined time heating crimping process while maintaining heating of 150 degrees Celsius or more on the upper and lower molds. 2) Far-infrared radiation mattress and electric yoke and its manufacture having urea formed by manufacturing far-infrared radiation creeper plate (C) to form (2 ^-1 ). The method of claim 1, wherein the far-infrared spinneret (3) requires the far-infrared radiation been formed in Step 5 to give by adhering the adhesive resin material to one or both main portion of the publication (C) at room temperature, been prepared in the fourth step ^{(3- 1} ) A far-infrared radiation mattress and an electric yoke with the out-of-concave formed by adhering the (10) to form a far-infrared radiation contaminant plate (C) to form a constipation and have an acupressure function. The far-infrared radiation of claim 1, wherein the far-infrared radiation ejection plate (C) from which the sixth process is completed is used as a top plate during the manufacture of the mattress. Mattresses and electricity and objection. The method of claim 1, wherein the far-infrared radiation discharge plate (C) of the sixth step is completed by applying a sewing on a general electric yaw (9) to make a normal use to prepare a far-infrared radiation electric yoke (B) Far-infrared radiation mattress and electric yaw formed with the urea formed to make the objection.