KR200323062Y1 - a near infrared rays multi cautery system - Google Patents

Abstract

The present invention relates to a near-infrared multi-moxis device, and in particular, is designed to locally moisturize only the acupoints of the human body.

In general, the moxibustion by the infrared heat bulb is not local, but because the moxibustion is extensively by the infrared heat lamp shade, there was a disadvantage that the infrared radiation to the unnecessary human part.

Therefore, the present invention allows the near-infrared rays of the near-infrared heat bulb to be condensed and irradiated by the convex lens so that only acupuncture points of the human body can be moistened locally and simultaneously, such as saliva or moxibustion.

The convex lens is adopted as a far-infrared light condenser so as to eliminate the inconvenience of spreading the infrared radiation area, which is a disadvantage of the conventional infrared heat bulb, and to collect the focus of infrared light in one place, so that near-infrared light is irradiated only on the acupuncture points of the human body. It is a near-infrared multi-moxis device that can stimulate several acupuncture points.

Description

Near infrared rays multi cautery system

The present invention relates to a near-infrared multi-moxis device, and in particular, is designed to locally moisturize only the acupoints of the human body.

In general, the moxibustion by the near-infrared heat bulb is not local, but because it is widely reflected by the infrared lampshade, there is a disadvantage in that thermal infrared rays are irradiated to unnecessary human parts.

For this purpose, the infrared moxibustion apparatus of the Korean Utility Model Application No. 266657 in 1999 is connected to a plurality of electrical connection plugs for each infrared heat bulb, so that the adhesive pad or adhesive plate which adheres well to the skin on the outer surface of the infrared radiator cap is used. In this way, if the adhesive strength of the adhesive plate is lowered, in this way, the trouble of having to separate and replace it and the method of using the infrared thermal bulb radiator closely to the skin It was designed to turn off the main on / off switch, which made it cumbersome to use.

In addition, the lamp radiator of the far-infrared ray treatment device according to Utility Model Registration No. 10015 of 1996 was forcibly exhausted the heat emitted from a single far-infrared lamp along the passage provided between the far-infrared lamp and the casing using a blower fan. In the case of the prior art equipped with a far-infrared irradiation unit and a control unit for stimulating metabolism by stimulating the cells of the pain area generated in the user's body and cells of a certain cell part of the body, to the unnecessary area that leaves the treatment area for the purpose of moxibustion of the menstrual area There was a tendency to investigate, and it was far from treating several sites at the same time as saliva or moxa.

In view of the prior art as described above, an object of the present invention is to make the near-infrared light of a near-infrared light bulb condensed and irradiated by a convex lens so that only acupuncture points of the human body can be moistened locally and simultaneously, such as saliva or moxibustion. have.

Disadvantages of the conventional near-infrared heat bulbs include the use of convex lenses as near-infrared light condensers to eliminate the inconvenience of spreading the far-infrared radiation and to focus the near-infrared rays in one place. The purpose of the present invention is to provide a multi-moxibustion apparatus for stimulating several acupoints at a time.

In addition, by providing a temperature sensing sensor means to each near-infrared heat precursor to allow the temperature irradiated to the acupuncture points to be operated only at a set temperature by the controller, the near-infrared is excessively irradiated to prevent fattening. The multi-moxibustion mechanism, which has basic functions, is intended to formalize the structure so that it can be used for the purpose of moxibustion or acupuncture by near-infrared heat bulbs in general homes, and to increase the effectiveness of treatment by radiating near-infrared rays by ceramic caps. .

1 is a perspective view of one embodiment of the present invention.

Figure 2 is an exploded perspective view of the multi-moxibustion apparatus according to the present invention, Figure 2a is an upper case exploded perspective view, Figure 2b is a lower case exploded perspective view.

Figure 3 is a longitudinal sectional view of the near-infrared heat bulb capsule which is the main part according to the present invention.

Figure 4 is a separated state of the main part of the multi-concentration according to the present invention.

Figure 5 is a cross-sectional view of the assembly state of the main part of the multi-concentration according to the present invention.

Figure 6 is a reference perspective view of the main part of the multi-concentration +,-terminal according to the present invention.

※ Explanation of code for main part of drawing

1: Stand 1a: Caster

1b: stand fixing tap 2: pole

3: controller 4: plug

5: lower joint 5a: multi-concentration tab

6: Multi outlet 6a: Multi outlet case

6b: Multi-outlet bottom cap 6c: Multi-outlet case fixing hole

6d: Socket 6e: Multi-outlet + Terminal Block

6f: Multi-outlet terminal block 6g: Sensor connection terminal

6h: Terminal fixing rib: 6i: Sensor connection terminal fixing bolt

6j: Wiring engineer 6k: Terminal fixing rib b

6ℓ: Sensor pin ball

7: Multi-heating mechanism 7a: Upper case

7b: + Terminal board 7c: Push button switch

7d: + Terminal insertion wire 7e: + Terminal insertion bolt 7f: Switch mounting groove

7g: Flexible hose 7h: 1 steam + terminal

7i: 1st moxibustion terminal 7j: Terminal assembly bolt

7k: Sensor wire 7ℓ: + Moxibustion terminal connection

7m: Top protrusion 7n: + sensor pin

7o:-Sensor pin 7p:-Terminal lead wire

7q: -Terminal lead-in assembly bolt 7r: Bottom protrusion rod

7s:-Terminal plate 7t: Multi-heating mechanism Upper and lower assembly bolts

7u: Moxibustion terminal connection part 7v: Terminal plate support rib

7w: Bottom Case 8: Near Infrared Heat Bulb Capsule

9: NIR light bulb socket 10: NIR light bulb

11: heat radiator 12: convex lens

13: Ceramic Cap 14: Temperature Sensor

In order to achieve the above object, one embodiment configuration and operation of the present invention according to the accompanying drawings below, Figure 1 is a perspective view of one embodiment of the present invention, the caster (1a) in the + -shaped base Mounted and mounted on the stand (1) equipped with a stand fixing tab (1b) is equipped with a controller (3) and a plug (4) equipped with a temperature controller and a timer, the lower joint (5) body is attached to the top In the means provided with a pole (2), the multi-conductor (6) jointly connected to the lower joint (5) by the multi-concentration fixing tab (5a) is a multi-receptacle of the two sockets (6d) respectively installed The socket 6d formed by the two holes of the outlet case 6a is provided with five flexible hoses 7g per set and a near-infrared heat bulb capsule 8, and a multi-moxibustion mechanism 7 having a pushbutton switch 7c. ) Is provided.

One embodiment of the multi-moxibustion mechanism 7 configured as described above is as follows, looking at the configuration operation and operation by the accompanying detailed drawings.

The multi-moxibustion mechanism 7 is the upper case (7a) and the lower case (7w) bolted to the multi-moxibustion mechanism upper and lower assembly bolt hole (7t) formed at each end is as shown in Figure 2a and 2b, The push button switch 7c is connected to the plug of the + terminal lead wire 7d to the switch mounting groove 7f formed in the neck of the case 7a, and the + sensor pin 7n is placed under the neck of the upper case 7a. It is formed, the insertion hole is formed on both sides to be inserted into the terminal plate support rib (7v) formed on the bottom of the upper case (7a) and the two upper projection rods (7m) protruding on both sides and five + moxibustion terminal connection portion (7ℓ) on the front frame 1) + 1st + terminal (7h) to each + moxibustion terminal connection part (7ℓ) of the + terminal plate (7b) in which the + terminal + terminal insertion assembly bolt (7e) is connected to the center frame forming part of the rear frame. 7j), the sensor wire (7k) is grounded to the + sensor pin (7n), and-terminal plug on one side of the neck of the lower case (7w) The sensor pin (7o) is installed below the bottom of the terminal plate support rib (7v) formed on the bottom of the bottom of the terminal plate (7s) formed in the center to be inserted into the lower protrusion rod (7r) protruding to the center portion of the bottom of the terminal plate (7s) In the formed five -moxi terminal connection part 7u, each first moxibustion terminal 7i of the flexible hose 7g is assembled with the terminal assembly bolt 7j, and the upper and lower cases 7a and 7w are assembled with bolts. It is.

On the other hand, each of the flexible hose (7g) connected from the upper and lower cases (7a; 7w) is formed of a bellows hose of 30-60cm in length, each end is provided with a near-infrared heat bulb capsule (8) in detail Referring to the structure with reference to the longitudinal cross-sectional view of the near-infrared heat bulb capsule shown in Figure 3, inserting the near-infrared heat bulb (10) in the conventional near-infrared heat bulb socket (9) and the heat radiating hole (11) in the outer edge of the capsule radiator Formed several, the temperature sensor (14) is attached to one inner side of the heat radiating hole, and the convex lens (12) is inserted into the inner edge of the capsule radiator formed with the threaded body inner jaw and the outer edge of the assembly part is screwed and the hole is formed in the center The ceramic cap 13 is to be installed.

In the above, the temperature sensor 14 is installed only in one near-infrared heat bulb capsule 8 per set of multi-moxibustion mechanisms 7.

In addition, in the structure in which the socket 6d is formed on both sides of the multi-concentration 6 assembled to the lower joint 5 of the pole 2, the detailed structure thereof is known through FIGS. 4 to 6. In the multi-concentration 6, the socket 6d is arranged on both sides of the bolt-assembled body through the multi-conductor case fixing holes 6c formed at both ends in the longitudinal direction of the multi-conductor case 6a. A hinge hole is formed at the center portion of the wiring hole 6j, and the multi-concentration lower cap 6b screwed on the outer edge is assembled, and the multi-conductor terminal block 6f and the multi-conductor terminal block 6e are connected to the socket ( The terminal fixing ribs a (6h), which are recessed projections, are positioned at the upper and lower ends of the inlet side of both multi-conductor cases 6a, and the terminal fixing ribs b (6k) are formed on the upper and lower inner body parts, respectively. A sensor connection terminal is provided on the inner upper and lower ends of the sensor pin hole 6ℓ attached to the upper and lower parts of the socket 6d. 6g) with the sensor connection terminal fixing bolt 6i.

On the other hand, the multi-conductor terminal block 6f and the multi-conductor terminal block 6e are plugged into each terminal at a distance of each socket 6d so as to connect the multi-molecular mechanism 7 from both sides. It is integrally banded molding.

Looking at each of the embodiments of the present invention configured as described above by the accompanying drawings as follows.

In general, the near-infrared multi-moxibustion apparatus according to the present invention generally uses a stand (1) with a caster (1a) to enable mobile use. However, in some cases, the outside of the pole (2) can be used on a bedside bed. There is a controller (3) having a temperature controller and a timer formed inside the tube of the pole (2), the wiring between the lower joint (5) of the upper side, the discharge plug (4) is branched from the controller (3) 2) It is possible to use mobile unit.

In addition, the multi-moxibustion device 7 according to the present invention can be used by plugging four sets into the socket 6d formed on both sides of the main body 6, at the same time, at the same time to find at least 20 acupoints to treat far-infrared moxibustion. 5 flexible hoses (7g), which are metal corrugated tubes of 30-60cm in length, are provided for each set of multi-moxibustion mechanisms (7) so that the near-infrared light bulb capsule (8) is located at each menstrual area. Local irritation was possible for each site.

In addition, one of the near-infrared heat bulb capsules 8 formed in each set of the multi-moxibustion mechanism 7 is heated by the temperature sensor 14 installed therein so that the near-infrared heat bulb 10 is overheated so that the body does not daisy over. When the set temperature is reached, the main power of the controller 3 is automatically shut off automatically in consideration of safety, and if necessary, the upper part of the multi-moxibustion mechanism 7 so that the power can be cut off by the unit of the multi-heating mechanism 7. A push button switch (7c) was installed on the neck of the case (7a) for safer use, and the controller (3) was equipped with a timer and a temperature controller to control the desired operating time and set temperature.

In addition, the power supply to be supplied to the five near-infrared heat bulb capsules 8 at the same time to the + terminal plate 7b and the-terminal plate 7s mounted on the upper case 7a and the lower case 7w of the multi-moxibustion mechanism 7. In order to supply this, five + moxibustion terminal connections (7ℓ) and five -moxibustion terminal connections (7u) were formed at regular intervals on each front frame, and the + and-terminal plates (7b; 7s) on both sides were spaced apart from each other by a predetermined distance. In order to maintain stability, the upper protrusion rod 7m formed to protrude beyond the upper case 7a separating surface from both sides of the terminal plate support rib 7v formed at the bottom of the upper case 7a is the lower case 7w to be described later. The lower terminal rod 7r protruding from the center of the terminal plate 7s installed on the lower case 7w is also installed at the bottom of the upper case 7a. The terminal of the terminal plate 7b is supported so that both terminal plates are short-circuited to each other and short-circuited. It was prevented.

Such a multi-moxibustion mechanism (7) is not limited to be used only by the multi-outlet (6) according to the present invention, there is a convenience that can be easily near-infrared moxibustion treatment by connecting to the socket of the outlet at home.

In addition, unlike the general near-infrared moxibustion mechanism, several heat dissipation holes 11 are attached to the outer periphery of the capsule so that the heat generated from the near-infrared heat bulb capsule 8 is not excessive, and the temperature is adjusted, and the near-infrared heat bulb 10 Near-infrared rays are generated by near-infrared heat bulb capsule (8) with convex lens (12) on the inner chin of hole and ceramic cap (13) processed with ocher, porcelain, jade, etc. At the same time, only the necessary acupuncture points by the convex lens 12 are locally irradiated so that near-infrared rays are condensed on local areas such as saliva or moxa.

As an effect of one embodiment of the present invention configured as described above, near-infrared rays are irradiated locally only on the acupoints of the human body, which may achieve the purpose of moxibustion. In particular, the convex lens 12 installed in the near-infrared heat bulb capsule 8 Infrared radiation is irradiated only on the condensed area such as acupuncture to make it very useful as a near-infrared multi-moxibustion device that promotes metabolism by thermally stimulating only the necessary pain areas and cells of certain cell parts of the body like needles. .

Another functional effect is the temperature control and timer adopted in the controller (3) to allow for safe operation and operation within a certain period of time.

In addition, the infrared ray having a wavelength of 0.75-3 μm is irradiated by the heating of the near-infrared heat bulb 10 so as to be useful for disinfection, sterilization, and joint and muscle treatment, and the near-infrared heat bulb capsule (8) is installed on the outer rim of the radiator. The ceramic cap 13 has far infrared rays reaching the subcutaneous fat of the acupuncture points, and at the same time, near-infrared light only extends to the acupuncture points of a certain area by convex lenses such as saliva.

And it is a useful design that can be used as a simple near-infrared moxibustion apparatus at home by purchasing only a single unit of the multi-moxibustion apparatus (7) without purchasing it as a set in a general household.

Claims (4)

The caster (1a) is mounted on the stand of the + -shaped base and the stand (1) with the stand fixing tab (1b) is equipped with a controller (3) and a plug (4) equipped with a temperature controller and a timer. In the means having a pole (2) with the lower joint (5) body attached to the upper end, the multi-concentration (6) jointly connected to the lower joint (5) by the multi-concentration fixing tab (5a) The socket 6d formed with the two holes of the multi-conductor case 6a having the sockets 6d opposite to each other is provided with a near infrared heat bulb capsule 8 in five flexible hoses 7g per set, and a pushbutton switch. Near-infrared multi-heating device characterized in that it is provided with a multi-heating mechanism (7) having a (7c). The upper case 7a and the lower case 7w, which are bolted to the upper and lower assembly bolt holes 7t formed at both ends of the multi-moxibustion mechanism 7, respectively, are formed in the neck of the upper case 7a. The push button switch 7c is connected to the plug of the + terminal lead wire 7d to the switch installation groove 7f formed in the upper side, and the + sensor pin 7n is formed under the neck portion of the upper case 7a, and the upper case ( 7a) Insertion holes are formed on both sides to be inserted into the terminal plate support ribs 7v formed at the bottom and two upper protrusion rods 7m protruding from both sides, and five + moxibustion terminal connections 7ℓ on the front frame are projected to the center of the rear frame. The first moxibustion + terminal (7h) is fixed to the terminal assembly bolt (7j) to each + moxibustion terminal connection portion (7ℓ) of the + terminal plate (7b) in which the + terminal is connected to the formation part with the + terminal insertion bolt (7e). The sensor wire 7k is grounded to the + sensor pin 7n, and the terminal plug is connected to one side of the neck of the lower case 7w, and the sensor below the sensor. 5-moxibustion terminal formed on the front frame of the 7-terminal plate 7s provided with a fitting hole formed in the center so as to be inserted into the lower protruding rod 7r protruding to the center of the terminal plate support rib 7v formed at the bottom of the bottom. Near-infrared light, characterized by assembling each of the first-terminal terminals 7i of the flexible hose 7g with the terminal assembly bolt 7j to the connection portion 7u, and then bolting the upper and lower cases 7a and 7w. Multi-heating device. According to claim 1, Near-infrared heat bulb capsule 8 is inserted into the near-infrared heat bulb (10) in the conventional infrared heat bulb socket (9) to form a plurality of heat dissipation holes (11) on the outer edge of the capsule radiator, A temperature sensor 14 is attached to the inner side, and a convex lens 12 is inserted into the inner side of the capsule radiator with the inner jaw of the threaded body, and the outer edge of the assembly part is screwed, and a ceramic cap 13 having a hole in the center is formed. Near-infrared multi-heat device characterized in that installed. The lower end of claim 1, wherein the multi-outlet 6 is disposed at both ends of the bolt-assembled body through the multi-outlet case fixing holes 6c formed at both ends of the longitudinal direction of the multi-outlet case 6a. Hinge is formed on both sides of the flange, and a wiring hole 6j is formed at the center portion, and the multi-concentration lower cap 6b screwed on the outer edge is assembled, and the multi-outlet terminal block 6f and the multi-conductor terminal block 6e are assembled. The terminal fixing rib a (6h), which is a recessed projection, is positioned at the upper and lower ends of the inlet side of both multi-conductor cases 6a, and the terminal fixing rib b (6k) is disposed at the upper and lower inner bodies. Is formed, the near-infrared multi-moxibustion device, characterized in that the sensor connection terminal (6g) is fastened to the sensor connection terminal fixing bolt (6i) in the inner upper and lower ends of the sensor pin ball (6ℓ) attached to the upper and lower portions of the socket (6d).