KR200290316Y1 - A jointing device of far infrared rays radition unit - Google Patents

Abstract

The present invention is a mating plate 200 made of a metal material provided with a mating member and the joining member 210 is bent in the attachment for fixing the fabric to form the surface of the mat, bed, seat, cushion And, to provide an attachment port of the far infrared radiator composed of the fixing fixture 300 is a coupling hole 310 is perforated so that the coupling sphere 210 of the coupling plate 200, the present invention provides a far infrared radiator The coupling plate having the coupling hole allows the fabric to be coupled to the fixing plate or the fixture with the fabric sandwiched therebetween, thereby enabling a firm fixation such that the far-infrared radiator cannot rotate without playing on the fabric, thereby enabling polygonal far-infrared radiators such as squares and hexagons. It can also be used to have the effect of enabling the design and development of various jade mats.

Description

A jointing device of far infrared rays radition unit

The present invention relates to an attachment hole of a far infrared ray radiator, and more particularly, to an attachment hole of a far infrared ray radiator for easily attaching a far infrared ray radiator to a fabric used for a mat and a bed, a seat, a cushion, and the like.

Far-infrared radiator is a solid material that emits far-infrared rays, which are beneficial to human body, such as ocher, volcanic stone, elvan, and jade, and is widely used for products for health, rest, and sound sleep.

In particular, recently, the far-infrared radiator is attached to the top of the fabric, and the far-infrared radiator is attached to the surface of various materials, and is mainly used for mats, beds, seats, cushions, and the like.

However, the method of fixing the far-infrared radiator on the fabric is not easy, and various methods are used in combination.

In other words, the most common method is to attach the far-infrared emitters to the surface of the fabric, which is located on the top of the product, with adhesive. However, since the materials of the fabric and the far-infrared emitter are completely different, the adhesion is difficult and the adhesion is weakened. It is easily separated and has a high disadvantage of A / S.

Therefore, in order to solve the above disadvantages, the tube with the far-infrared radiator molded to the inner circumference is attached to the bottom of another far-infrared radiator with an adhesive to penetrate the fabric, and then the outer circumferential radiator of the mat attached to the outer circumference of the tube with the fixing ring of the same material. Although the attachment structure has been filed in Korea Utility Model Application No. 20-2000-0028648, this has the effect of firmly attaching the far infrared emitter to the mat, but it is not only cumbersome but expensive because the insertion hole must be drilled as many times as the far infrared emitter attached to the fabric. It will require the drilling equipment of the, and will have a disadvantage that can take a huge drilling time and cost.

In addition, there is a disadvantage in that the durability of the product is weakened because it will inevitably damage the fabric paper by the insertion hole, and the attachment of the far-infrared radiator is also not directly fixed to the fabric, so the far-infrared radiator can be played in the insertion hole and can be rotated freely. Far-infrared radiators having a square or hexagonal shape will have deadly closures that cannot be manufactured.

As described above, the conventional far-infrared radiator attaching structure has a serious A / S occurrence, as well as the appearance of the far-infrared radiator protrudes on the surface of the fabric, so that the appearance of the product is not good, and the design is limited, which makes it difficult to develop various products. .

The present invention is to improve the above-mentioned disadvantages, a far infrared radiator, a coupling plate attached to the bottom of the far infrared radiator and having a bendable coupling sphere, and the coupling sphere of the coupling plate is It is to provide an attachment of the far-infrared radiator consisting of a fixture that the coupling hole is perforated to be inserted.

1-An isolated perspective view of the present invention.

2-a combined perspective view of the present invention.

3-2 is a cross-sectional view taken along the line A-A.

Figure 4-Reference perspective view of the use state of the present invention.

Figure 5-Partial cross-sectional view of the use state of the present invention.

* Explanation of symbols for main parts of the drawings

1: Attaching Far Infrared Radiator (hereinafter referred to as Attachment)

100: far infrared emitter

200: bonding plate 210: coupling sphere

300: fixture 310: bottom plate

311: coupling hole 320: annular projection jaw

A: Fabric

When the present invention is described in detail by the accompanying drawings as follows.

Figure 1 is an exploded perspective view for showing the configuration of an embodiment of the present invention, the configuration of the present invention is largely known far-infrared emitter 100, attached to the bottom surface of the far-infrared radiator and bendable (210) can be combined (210) Coupling plate 200 having a) and the coupling hole 310 is made of a fastener 300 is drilled so that the coupling hole 210 of the coupling plate 200 can be inserted.

At this time, the material of the coupling plate 200 is preferably a metal material that is easy to bend, the number of the coupler 210 is preferably four. Of course, the coupler 210 is protruded in a downward direction. The fixture 300 is composed of a bottom plate 310 in which the coupling hole 311 and the annular projection jaw 320 formed along the edge of the bottom plate, the annular projection jaw 320 protrudes upwards It is a formed state.

At this time, the edge of the far-infrared radiator 100 and the inner surface of the annular protruding jaw 320 of the fixture 300 should be kept spaced apart by the thickness of the fabric (A).

This is because the far-infrared radiator 100 and the coupling plate 200 are inserted into the fixture 300 with the fabric A interposed therebetween as shown in FIG. 5. Thus, the fabric (A) is the same as the height of the far-infrared radiator 100 by the annular projection jaw 320 of the fixture 300 will be more beautiful appearance of the product and will not hang.

As such, the present invention inverts the far-infrared radiator 100 and the coupling plate 200, puts the fabric A on it, and then presses the fabric, and a sharp coupling hole 210 protrudes through the fabric and protrudes from the fabric. When the sphere 210 is inserted into the coupling hole 311 of the fixture 300 and then bent, the coupling sphere 210 has a configuration in which the coupling hole 311 is not easily removed from the coupling hole 311.

Therefore, the present invention does not need to form an insertion hole in advance unlike the conventional fabric (A), and not only the work process is very easy, but also the far-infrared radiator 100 does not flow arbitrarily, so that the far-infrared radiator of rectangular and polygonal shapes is also used. It will be possible.

As such, the present invention allows the far-infrared radiator to be firmly fixed so that the far-infrared radiator cannot rotate without playing on the fabric by allowing the far-infrared radiator to be coupled to the fixing plate or the fixture with the fabric interposed therebetween by the coupling plate having the coupling sphere, thereby causing the square And polygonal far-infrared radiator such as hexagon can also be used to enable the design and development of various jade mats.

In addition, since the far-infrared radiator is fixed to the fixture by the annular projection with the fabric interposed therebetween, the height of the far-infrared radiator and the fabric becomes the same, so that the far-infrared radiator does not protrude on the surface of the fabric and is surrounded by the fabric. Since the state is maintained, the appearance of the product can be more beautiful effect.

Claims (1)

In the attachment for fixing the far-infrared radiator to the fabric forming the surface of the mat and bed, seat, cushion, the attachment plate 200 of the metal material having the coupling member 210 is bendable, and Attachment hole of the far-infrared radiator, characterized in that the coupling hole 310 is composed of a fixed hole 300 so that the coupling hole 210 of the coupling plate 200 can be inserted.