KR20110018134A

KR20110018134A - Heating mat with yellow soil ball

Info

Publication number: KR20110018134A
Application number: KR1020090075770A
Authority: KR
Inventors: 이광복
Original assignee: 이광복
Priority date: 2009-08-17
Filing date: 2009-08-17
Publication date: 2011-02-23

Abstract

A thermal infrared radiation sheet coated with ocher balls is embedded in a thermal mat, and an ocher ball is uniformly coated on a sheet to provide excellent smoothness and feel, as well as a thermal mat embedded with ocher balls having excellent far-infrared radiation efficiency. . The heated mat embedded with the disclosed ocher ball includes a surface sheet finishing the top; A far-infrared radiation sheet comprising a first nonwoven fabric having an adhesive applied to a surface thereof, an ocher ball uniformly applied to a surface of the first nonwoven fabric, and a second nonwoven fabric having an upper end of the ocher ball and coated with an adhesive on a back surface thereof; Heating wires are arranged in a zigzag, heating wire fixing sheet for fixing the heating wire is configured to continuously pass through the heating wire alternately up and down; A cushion nonwoven fabric provided to provide a cushion and to block cold air from the floor; And a bottom sheet finishing the lower portion.

Description

Heated mat with loess ball {HEATING MAT WITH YELLOW SOIL BALL}

The present invention relates to a thermal mat embedded with ocher balls, and more specifically, the ocher balls are embedded in the thermal mat to emit far-infrared rays, and the ocher balls are uniformly applied to the sheet to provide excellent smoothness and feel, The present invention relates to a thermal mat embedded with ocher balls having excellent far-infrared radiation efficiency.

Modern man suffers from chronic fatigue due to heavy work, heavy drinking, overwork, irregular eating, lack of exercise, stress and external environmental factors, causing many health problems. As such, problems caused by stress and chronic fatigue include adult diseases and overworking, such as loss of motivation, decreased immunity, and reduced metabolism. Furthermore, they greatly damage the health and cause many problems in social and family life. have.

In general, the thermal mat used for bedding and medical use has a structure in which the heating wire is arranged in a zigzag form inside the mat to generate heat to the outside of the mat by heating the heating wire by supplying electricity as an energy source.

In recent years, a thermal mat having a far-infrared radiating material attached to a thermal mat is used to attach a substance emitting far-infrared rays to generate a beneficial component to the human body when the thermal mat generates heat.

That is, the thermal mat to which the far infrared radiation material is attached emits a large amount of far infrared rays, thereby facilitating the circulation of the peripheral capillaries of the human body by the radiation heat and penetration of the far infrared rays, thereby facilitating blood circulation to prevent aging, promoting metabolism, and chronic fatigue. In addition to preventing various adult diseases such as healthy living, the far-infrared material contains a large amount of microorganisms, which are beneficial to the human body and the environment, so as to provide a pleasant living environment by suppressing the mold of the house, It prevents the spread of various pathogens and makes a healthy living space.

The conventional thermal infrared mat is attached to the thermal mat is manufactured by attaching a functional member of primary processing of a large number of jade, germanium and amethyst, such as circular, square and polygonal on the upper surface of the far infrared thermal mat, or synthetic fiber fabric or vinyl After sewing or heat-sealed to a constant width to form a pocket with one side opening at a constant interval, and filled with a far-infrared ray generating material in each pocket, the opening is completely sealed and then built in a warm mat.

However, in the related art, a thermal mat to which an infrared ray radiating material is attached has a problem in that jade, germanium, and amethyst functional members and ocher balls are stiffly cut on the body contacting parts on their surfaces. In addition, when attaching jade, germanium and amethyst functional member on the surface of the thermal mat, the work is very difficult, such as attaching to the mat with adhesive or forming separate fixing members for fixing the functional member on the mat. There was a problem that there is a limit to increase productivity.

In addition, a thermal mat manufactured by filling a far-infrared radiating material in a conventional synthetic fiber fabric or vinyl is subjected to a lot of limitations in far-infrared radiation by filling a far-infrared generating material in a pocket and then sealing it completely. That is, synthetic resin and vinyl is not ventilated, there is a problem that the emission amount of far infrared rays is extremely fine or limited.

The present invention has been proposed to improve the above-mentioned problems, the object of which is to embed the far-infrared radiation sheet coated with ocher balls inside the thermal mat, and the ocher balls are uniformly applied to the sheet, so that the smoothness and feel are excellent. In addition, the present invention is to provide a thermal mat containing ocher balls having excellent far-infrared radiation efficiency.

The object of the present invention is a surface sheet for finishing the top; A far-infrared radiation sheet comprising a first nonwoven fabric having an adhesive applied to a surface thereof, an ocher ball uniformly applied to a surface of the first nonwoven fabric, and a second nonwoven fabric having an upper end of the ocher ball and coated with an adhesive on a back surface thereof; Heating wires are arranged in a zigzag, heating wire fixing sheet for fixing the heating wire is configured to continuously pass through the heating wire alternately up and down; A cushion nonwoven fabric provided to provide a cushion and to block cold air from the floor; And it can be achieved by providing a heated mat embedded in the ocher ball, characterized in that consisting of a bottom sheet finishing the bottom.

The ocher ball embedded thermal mat according to the present invention has a built-in far-infrared radiation sheet coated with ocher balls inside the thermal mat, the ocher ball is uniformly applied to the sheet, excellent in smoothness and feel, and far-infrared radiation efficiency Moonlight is effective.

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

Attached Figure 1 is a perspective view showing a heating mat embedded in the ocher ball according to the present invention, Figure 2 is a cross-sectional view of the coupling mat of the heating mat embedded in the ocher ball, Figure 3 is an ocher ball according to the present invention It is a figure for demonstrating manufacture of a far-infrared radiation sheet from this built-in thermal mat.

Referring to Figures 1 and 2, the thermal mat embedded in the ocher ball according to the present invention is a surface sheet 10, far-infrared radiation sheet 20, heating wire fixing sheet 30, cushion non-woven fabric 40, floor sheet 50 ).

The surface sheet 10 is a sheet for finishing the upper portion of the thermal mat, and those known in the art may be used without limitation. As a specific example, materials such as textile paper, polyethylene (PE) polyvinyl chloride (PVC), and polypropylene (PP) may be used. In addition, it is preferable that various patterns, characters, characters, etc. are printed on the upper surface of the surface sheet 10 so as to produce a luxurious and elegant atmosphere.

The far-infrared radiation sheet 20 is disposed below the surface sheet 10, and is manufactured by applying a loess ball (B) that can emit far infrared rays on the nonwoven fabric. That is, the far-infrared radiation sheet 20 is the first nonwoven fabric 21, the adhesive is applied to the surface, the ocher ball (B) uniformly applied to the surface of the first nonwoven fabric 21, and the ocher ball (B) And a second nonwoven fabric 22 having an upper end and a backside coated with an adhesive. Here, the ocher ball 22 is a material that emits far infrared rays in the 8 ~ 12㎛ wavelength beneficial to life, it is to solidify the ocher in a certain ball form, the efficacy of the ocher, natural research, standard scientific research It has been proved in the experiments of the institution, and the amount of far-infrared radiation and negative ions is enough to promote various metabolic effects such as promoting metabolism of the human body, blocking sick house syndrome, blocking electromagnetic waves, blocking water veins, controlling humidity, preserving, deodorizing, air purification, and insect repellent. It also provides effects such as antiseptics and insect repellent. In addition, since the ocher ball (B) is attached to and fixed to the nonwoven fabrics 21 and 22 in which micropores are formed innumerably, the far infrared rays emitted from the ocher balls (B) are smoothly discharged through the micropores of the nonwoven fabric so that the far infrared radiation efficiency is improved. The effect is excellent.

On the other hand, looking at the manufacturing process of the far-infrared radiation sheet 20, the surface of the first nonwoven fabric 21 and the back surface of the second nonwoven table 22 is installed in parallel with each other horizontally while rotating in the interlocking direction therebetween Adhesive supply nozzle 120 is installed on the pair of coating roller 110 for supplying the adhesive in the downward direction of the gap, and the adhesive injection nozzle 120 is installed on the upper side of the pair of coating roller 110 injecting and supplying the adhesive between the pair of coating roller 110 It is configured to uniformly apply the adhesive through the adhesive applicator 100 configured to include, the surface of the first nonwoven fabric 21 is configured to drop the ocher ball (B) is uniformly applied to the ocher ball. That is, the adhesive supplied to the adhesive supply nozzle 120 is discharged in the downward direction between the application rollers by the rotation of the pair of application rollers 110, and the surface of the first nonwoven fabric 21 and the second nonwoven fabric 22 are transported. It is applied to the back side. Here, the partition 130 is preferably installed on both ends of the pair of coating rollers 110 so that the adhesive is not leaked to the side, the adhesive supply nozzle 220 is a pair so that the adhesive can be supplied evenly It is preferable that the adhesive is supplied while being moved left and right from the top of the application roller 110.

And the ocher ball B is apply | coated to the surface of the 1st nonwoven fabric 21 in which the adhesive agent was apply | coated to the surface. Here, if the ocher ball (B) can be uniformly supplied on the first nonwoven fabric 21 may be applied through various configurations and methods. Exemplary but specifically the ocher ball (B) is rotatably installed on the upper side of the first nonwoven fabric 21, the outer peripheral surface of the drum 210 formed with a plurality of insertion grooves at regular intervals, and the ocher ball on the top An inlet 221 into which (B) is input is formed and an outlet 222 is formed at the bottom thereof, and the outlet 222 is formed through an ocher ball feeder including a hopper 220 installed in close contact with a portion of the outer circumferential surface of the drum 211. It is preferable to apply | coat to the surface of a 1st nonwoven fabric. That is, the ocher ball B introduced into the hopper's inlet 221 is discharged to the outlet 222 of the hopper while being inserted into the insertion groove 211 of the rotating drum and then falls downward to the first nonwoven fabric ( 21) to be uniformly applied to the surface.

In addition, the surface of the first nonwoven fabric 21 and the second surface of the first nonwoven fabric 21 are heated by applying heat through the heat roller 300 such that the surfaces of the first nonwoven fabric 21 and the back surface of the second nonwoven fabric 22 are overlapped with each other. The back surface of the nonwoven fabric 22 is attached to overlap each other to manufacture the far-infrared radiation sheet 20. The far-infrared radiation sheet 20 manufactured as described above is used so that far-infrared rays which are beneficial to the human body are emitted when the thermal mat is heated inside the thermal mat, between the first nonwoven fabric 21 and the second nonwoven fabric 22. Not only does the ocher ball (B) be interposed, but also firmly fixed, it is applied with smoothness and the non-woven fabric provides a cushion, there is an advantage that it does not occur when the sickness while cutting the quality excellence and stiffness on the body contact area. .

The heating wire fixing sheet 30 is arranged so that the heating wire 31 is arranged in a zigzag, the heating wire 31 is configured so that the heating wire 31 is alternately penetrated upward and downward continuously on the fixing sheet. That is, the heating line 31 generates heat by converting electrical energy into thermal energy to generate heat, where the heating line 31 is continuously upper side of the heating line fixing sheet 30. And it is configured to alternately penetrate downward to be able to fix the heating line 31 to the heating line fixing sheet without a separate fixing member. In addition, the heating wire fixing sheet 30 is made of a non-woven fabric so that the heating wire can be easily fixed, it is preferable that the heating mat is configured to reduce the weight.

The cushion nonwoven fabric 40 is provided below the heating wire fixing sheet 30. That is, the cushion nonwoven fabric 40 can improve the thermal efficiency of the thermal mat by providing a more improved cushion to the thermal mat and blocking cold air from the bottom.

The bottom sheet 50 is a sheet for finishing the lower portion of the thermal mat, and those known in the art may be used without limitation. As a specific example, materials such as textile paper, polyethylene (PE) polyvinyl chloride (PVC), and polypropylene (PP) may be used. In addition, the bottom sheet 50 is preferably printed with information such as the manufacturer, date of manufacture, product components, product name.

The thermal mat embedded with the ocher ball according to the present invention configured as described above is laminated with the surface sheet 10, the far-infrared radiation sheet 20, the heating wire fixing sheet 30, the cushion nonwoven fabric 40, and the bottom sheet 50 sequentially. After that, by thermal compression or by placing the finishing member at the edge and sewing to finish the manufacturing.

Thus, the heated mat containing the ocher ball according to the present invention has an embedded ocher ball that emits far infrared rays, so that far infrared rays are absorbed by the human body to activate cellular tissues and promote blood circulation and waste discharge. There is an advantage. In addition, the far-infrared radiation continuously emits negative ions to neutralize the cations released around the living environment from various pollution, remove formaldehyde, which is the culprit of sick house syndrome, and to facilitate the metabolism of the human body cell activation and blood Purifying action, autonomic nerve control action, has the advantage of improving resistance.

In addition, the present invention is not only excellent in quality, but also excellent in smoothness because the far-infrared radiation sheet is produced by uniformly applying the ocher ball on the non-woven fabric has the advantage that it is excellent in the touch without exhausting to the user's body when using.

In addition, the present invention is manufactured by attaching a functional member that is primarily processed into a large amount of jade, germanium and amethyst as a circle, square and polygon as in the prior art, or by sewing or heat-sealing a synthetic fiber fabric or vinyl to a certain width Since the pockets having one side open at intervals are formed, they are not manufactured by filling the far-infrared ray generating material in each pocket. The advantage is ease. In addition, since the first nonwoven fabric, the second nonwoven fabric, the heating wire fixing sheet, and the cushion nonwoven fabric are made of a nonwoven fabric, the thermal mat is not only manufactured lightly but also increases the cushioning effect.

As described above, the present invention has been illustrated and described in connection with specific embodiments, but it is common knowledge in the art that various modifications and changes can be made without departing from the spirit and scope of the invention as indicated by the claims. Anyone who has a can easily know.

1 is a perspective view showing a thermal mat embedded with an ocher ball according to the present invention;

Figure 2 is a cross-sectional view of the coupling of the heating mat embedded in the ocher ball according to the present invention,

Figure 3 is a view for explaining the production of far-infrared radiation sheet in a thermal mat embedded with ocher ball according to the present invention.

Claims

Surface sheet finishing the upper portion;

A far-infrared radiation sheet comprising a first nonwoven fabric having an adhesive applied to a surface thereof, an ocher ball uniformly applied to a surface of the first nonwoven fabric, and a second nonwoven fabric having an upper end of the ocher ball and coated with an adhesive on a back surface thereof;

Heating wires are arranged in a zigzag, heating wire fixing sheet for fixing the heating wire is configured to continuously pass through the heating wire alternately up and down;

A cushion nonwoven fabric provided to provide a cushion and to block cold air from the floor; And

Heated mat embedded in the ocher ball, characterized in that consisting of a bottom sheet finishing the bottom.

The method of claim 1,

On the front surface of the first nonwoven fabric and the back surface of the second nonwoven fabric, a pair of application rollers are installed in parallel with each other horizontally and rotates in engagement with each other to supply an adhesive in a downward direction of the gap, and the pair of application rollers Is installed on the upper side and configured to uniformly apply the adhesive through an adhesive applicator comprising an adhesive supply nozzle for injecting and supplying the adhesive between a pair of application rollers,

The ocher ball is dropped on the surface of the first nonwoven fabric so that the ocher ball is uniformly coated.

The surface of the first nonwoven fabric and the back surface of the second nonwoven fabric are applied to each other by pressing the heat roller so as to be pressurized at the same time to overlap each other, so that the surface of the first nonwoven fabric and the back surface of the second nonwoven fabric are overlapped with each other to produce a far infrared ray radiating sheet. Ocher ball built-in thermal mat, characterized in that configured to be.