WO2011139086A2

WO2011139086A2 - Heated acupuncture needle device capable of maximizing therapeutic effects by means of supplying heat

Info

Publication number: WO2011139086A2
Application number: PCT/KR2011/003328
Authority: WO
Inventors: 구자선
Original assignee: Koo Ja Sun
Priority date: 2010-05-07
Filing date: 2011-05-04
Publication date: 2011-11-10
Also published as: WO2011139086A3

Abstract

The present invention relates to a heated acupuncture needle device capable of maximizing therapeutic effects by means of supplying heat. Particularly, the present invention relates to a heated acupuncture needle which is made of a combination of three materials consisting of a conductor, a nonconductor and a heater, and which converts electrical energy into heat and supplies heat of an appropriate temperature to the points of treatment using a power supply and a temperature control unit, thereby maximizing therapeutic effects. In addition, the needle has a tip portion which can be formed into any required shape, and the heated acupuncture needle device supplies heat only to the points of treatment without causing damage to subcutaneous tissue or normal cells of the human body.

Description

A thermal needle that maximizes the treatment effect through heat supply.

The present invention relates to a thermal needle device that maximizes the treatment effect through the heat supply, in particular by combining the three materials of the conductor, non-conductor, heating element to convert the electrical energy into thermal energy to treat the human body with proper heat The present invention relates to a thermal needle assembly that maximizes the treatment effect through heat supply that maximizes the treatment effect by supplying proper temperature heat to the treatment center while controlling and controlling the temperature using a control box.

In general, one policy is to process a metal material harmless to the human body to have a predetermined thickness, to create a thin circular pin-shaped needle bar that bends when a certain force is applied, and to smoothly polish one end of the needle part so that it can be easily introduced into the human body. It forms a pointed tip of the needle and allows the operator to hold the hand and place the needle on the operator.

One policy used for acupuncture is to inject metal needles such as gold, silver, platinum, and stainless steel through the skin of the patient's treatment site to induce mechanical stimulation to the tissues to promote disease healing or promote health. Try to do it.

On the other hand, our body, which is part of nature, is affected by electricity, and the human body generates a bioelectric current that circulates throughout the body. This bioelectricity was discovered by galvanic as an electrical phenomenon occurring in a living body. It is known that electricity of 5-6V flows to the body, but falls below 2.5V when the elderly become biological. Therefore, when abnormalities occur in the body's biocurrents, diseases occur, and these biocurrents are widely applied in the treatment of oriental medicine and new clinical treatment of modern science.

The electroacupuncture was developed as a treatment for such a biocurrent, and by 1816 the electroacupuncture was announced by Berlioz, France, to treat neuralgia with electric current acupuncture, and around 1825, the French physician Sarlandier (Sarlandier) ) Applied electroacupuncture to treat gout and nervous system. In 1921, the modern electroacupuncture was established by E.A. Golden, a British, and has been actively studied in China, Japan, and Germany. In particular, by sending a continuous current to the acupuncture by the electro-acupuncture, it is possible to maintain the health by discharging the ground cells around the blood through the digestion and excretory tract, and is used for the relief of acute pain after surgery or after delivery.

Treatment through such electrical stimulation can only affect the human body such as electric shock when used incorrectly, and a safer treatment method is required.

The present invention is to solve the above problems, by applying a device that converts electricity to heat rather than using an electric direct supply method, the effect of the thermal needle treatment by penetrating the appropriate heat after inserting the thermal needle into the surgical site position The purpose is to maximize.

As a means for achieving the above object,

The present invention transmits power from a separate control box to a power supply conductor consisting of a thermal needle assembly 100 composed of a power supply unit 55 and a surgical unit 35, and the electricity delivered to the conductor is left and right of the heating element connected to the conductor. It relates to a heat saliva assembly 100 for treating the inside of the human body using a proper temperature heat source that is generated while the electrical energy is converted into heat energy while the power is transferred.

In particular, the warm needle assembly 100 is composed of three materials: the conductor 10, the non-conductor 20, the heating element 30 divided into the upper power supply unit 55 and the lower surgical unit 35 (100) The power is transferred from the separate control box connected to the power supply to the conductors installed on both sides of the central non-conductor, and the left and right V-shaped needle heating elements connected to the conductor are heated, and the human body is treated with proper heat generated. B. It can be used together with general needles that melt and dissolve the clogged cholesterol in the proper temperature, and it consists of a warm needle assembly that maximizes the treatment effect with proper heat.

The present invention delivers heat to the appropriate treatment area deeply without damaging the patient's subcutaneous tissue or other tissues of the affected area, and continuously supplies appropriate heat energy and stimulation to the affected area to provide the effect of the procedure in a stable state unlike the electric needle. It offers the advantage of maximizing.

1 is a cross-sectional and elevation view of an embodiment of the present invention (one eye) warm needle assembly.

FIG. 2 is a cross-sectional view of two embodiments of a heating element and a conductor installed left and right of the central non-conductor of FIG. 1A.

3 is a cross-sectional view of an embodiment of a heating element installed left and right of the central insulator of FIG. 1B.

Figure 4 is a perspective view of an embodiment of the present invention (two eyes) warm needle assembly.

5 is a cross-sectional view of FIG. 4.

Figure 6 is a perspective view of the endoscope installation example built-in thermal needle assembly of Figure 4;

Figure 7 is a cross-sectional view of the power supply terminal installation example installed on the left and right sides of the heating element and the heating element installed to the left and right center insulator.

The present invention is connected to a separate control box that is supplied with power, the power supply is controlled and controlled while the power supply is supplied to the conductors installed to the left and right of the center subconductor, the V-type needle heating element connected to the conductor heats to the appropriate temperature V type needle heating element appropriate heating furnace Regarding the warm needle assembly 100 consisting of a power supply unit 55 and the surgical unit 35 for treating the human body,

Briefly, the thermal needle assembly 100 composed of three materials, a conductor 10, a non-conductor 20, and a heating element 30, is composed of a power supply unit 55 and a surgical unit 35 as shown in FIG. V-type needle heating element 30 is installed on both sides of the central insulator which has the power supply part 55 and the surgical part 35 vertical length left and right center up and down length. Single eye structure in which conductor 10 is installed on both sides of needle heating element,

In addition, as shown in Figs. 4 to 5, the conductor wire 56 connected to the conductor 10 on both sides of the center subconductor 22 is installed, and the V-shaped needle heating element 30 connected to the conductor wire to the lower end of the conductor wire has a center subconductor 22. ) Consists of a binocular structure installed downward from both sides,

+-Power line 50 is connected to both protrusions of the upper end of each conductor on the power supply unit 55, and the power line is connected to a control box connected to a separate power source, and the power is controlled and controlled. Flowing power flows to both heating elements 30 of the V-shaped needle wire connected to the conductor,

The power flowing through the binocular conductor flows through the conductor wire connected to the conductor to the V-type needle heating element 30 connected to both conductor lines, while the electrical energy is converted into thermal energy with one eye, and the V-type needle heating element 30 generates heat with proper temperature. While treating the lesions in the human subcutaneous tissue with one eye warm saliva assembly 100 with heat generated,

In addition, the binocular warm needle assembly 100 is to treat the blood vessels in the human body with proper heat.

In addition, the inside of the 1-2 eye center insulator 22 has a temperature sensing line 60 therein to perform the procedure with proper heating while checking the heating temperature of the heating element 30. The temperature sensing line is centered as shown in FIG. It is installed above and below the center of the insulator, and the end of the temperature sensing line 60 is installed between the lower inner corner or above the heating element where the heating element needle wires are connected to both sides. This control is to be able to control the heating element heating temperature is a detailed description of the control box is not intended to be claimed in the present invention, so the general commercial technology is applied.

The following is described in detail with the drawings

The one-eye warm needle assembly 100 is composed of an upper power supply unit 55 and a lower surgical unit 35, as shown in Figure 1 the upper power supply unit 55 and the lower surgical unit 35 vertical length left and right center Both sides of the central insulator having a long thickness of the non-electrically conductive central insulator 22 up and down and the V-shaped needle heating element 30 connected to the center insulator 22 in the form of wrapping the left and right sides and the bottom of the heating element side. The conductor 10 for transmitting power to the heating element is installed on both sides of the heating element from the power supply unit 55 to the appropriate point of the lower surgical unit 35, and power is supplied to the heating element through the conductor through a separate control box. Likewise, the human body is treated with proper heat generated by converting the heating element into thermal energy by electrical energy from the left and right of the boundary line between the conductor and the heating element to the tip of the needle under the heating element. Non-conductive non-conductive ceramic inorganic molecule deposited plating layer is installed on the outer surface of the treatment part under the heated needle assembly 100, and the plating layer, which is harmless to human body such as gold and silver, is plated secondly to uniformly heat the electrical energy. By supplying to both V-type needle heating element 30, the heating element heating temperature is uniformed, and the electric shock does not occur when holding the outer surface of the treatment part 35 by hand or inserted into the human tissue, so that the procedure can be safely performed. do.

In addition, the binocular warm needle assembly 100, as shown in Figs. 4 to 5 to the left and right around the center subconductor 22, the conductor 10 in the center and the conductor line 56 in the center to the lower end. The center insulator 22 consists of a conductor 10, a conductor line 56, and a heating element 30 configured to have a heating element 30 connected to the conductor line and installed in a form surrounding the center insulator from left and right of the center insulator 22. ) The left and right and the lower surgical part 35 installed on the outer surface of the conductor wire 56 and the heating element 30 are provided with the first and second plating layers as shown in the first eye, and the both sides of the heating element are transmitted by electrical energy transferred to both sides of the conductor wire. As uniform heat energy is generated, the human body can be treated with proper heat.

The single-eye warm needle assembly 100 configured as described above has a handle case 95 installed around the outside of the power supply unit 55 to serve as a handle during hour handing, and to the left and right of the central insulator 22 installed inside the handle case. The projecting part on the installed conductor is supplied with power through a separate control box and the human body is treated with proper heat.

In addition, the conductor 10 and the heating element 30 installed as the surgical part 35 have the conductors connected to the inner side and the outer side of the heating element 30 to the left and right with respect to the center subconductor 22 and the outside of the heating element 30. Conductor 10 is installed in each of the semi-circular outer side of the heating element as shown in the left side of Fig. 2 or the heating element 30 is installed in the left and right half moon type of the outer side of the heating element as shown in FIG. As shown in Figure 3 the center insulator 22 is installed in a half moon-shaped to the left and right sides, respectively.

In addition, the conductor 10 installed on the side of the V-type needle heating element 30 installed as the surgical part 35 is installed on the power supply part 55 as a suitable place between the lower end of the surgical part 35 on the power supply part 55 to generate heat. (34) It is possible to select a length suitable for the affected part by making the heating element long and short according to the affected part.

In addition, by using a material that is easy to bend the surgical part or V-type needle heating element, by producing a thermal needle assembly 100 formed in a suitable form for each treatment such as L type U type S type spring type to treat the affected part with proper heat. do.

The following describes the procedure of one eye warm needle assembly 100,

Holding the handle case installed around the power supply unit 55 above the warm saliva assembly 100 with the handle and inserting it into the subcutaneous tissue of the human skin using the sharp tip, the procedure is performed like a normal saliva. Where the internal lesion is located How to insert the heating part into the subcutaneous area under the subcutaneous area by selecting the heated needle assembly 100 with the heating part length fitted to the affected part length by detecting the depth and area of the affected part. By inserting the appropriate quantity of the warm needle assembly 100 into the affected part, and turning on the control box power connected to the external power source, and inserting the proper current within about 40 degrees to 70 degrees into the human body, When heat flows to the conductor connected to the electric wire, heat generated by the power is generated by the power source as above from both ends of the heating element connected to the conductor. As the high fever that the harmful bacteria in the affected area can't live due to conduction to surrounding lesions lasts for a proper time, the harmful bacteria are sterilized and the affected area is treated.However, the proper heat is transferred to the normal tissue without conducting heat to the normal tissue. This method has the advantage that the affected part is treated with proper heat in a non-damaging way, and the heat treatment can be performed by using the same method as the general acupuncture. When the treatment is finished, the control box is turned off and the saliva is stored from the affected part. .

Next, the binocular warm needle assembly 100 will be described. A pipe-shaped ruler as shown in Figs. 4 to 5 around the outside of the treatment part 35 and the conductor line 56 below the binocular warm needle assembly 100 configured as described above. An inlet tube 90 is installed so that the conductor line moves back and forth inside the inlet tube. The inlet tube is a thin-walled metal pipe with the same outer diameter of the conductor wire and the inlet tube diameter. By attaching the micro-thickness boxing inside the circular shape of both ends of the insertion tube, it prevents the outflow of blood flow during the vascular procedure by the boxing.

In addition, as the upper conductor 10 and the conductor wire 56 are separated from each other, the inner connecting pipe 76 and the connecting pipe 77 are respectively installed as double as shown in FIG. The inner conductor pipe 56, which is assembled with a screw wire and is inserted into the suction part 88 below the upper conductor 10 while being tightened by the outer connector, is fixed and seated and the inner connector pipe 76 is tightened by the outer connector. The handle case 95 and the inner connection pipe 76 which are connected to the handle case 95 having a built-in conductor by a screw line and the upper conductor and the lower conductor wire are fixedly connected as described above. This is used for the material of the external connection pipe 77 PVC material or metal material is used, without appropriate material is used without limitation.

In addition, the handle case is connected to the lid 80 and the screw line is a binocular warm needle assembly 100 has a structure in which the power supply line is introduced into the through hole is installed through the central hole through the lid.

In addition, the thermal needle assembly 100 is a V-type needle heating element that is heated while the heating unit V-type needle heating element is heated under the procedure unit 35 is installed under the power supply unit 55 to receive power from the power supply unit. It is possible to select and use the heating needle assembly 100 suitable for the affected part length by making various lengths from the long to the short length according to the affected part. It is possible to select and use the warm needle assembly 100 installed with a heating element that fits the depth of the affected part. It is used for the procedure of membrane white blood vessel using the driver's type, and it is made of material that is easy to bend the surgical part or V type needle heating element. It is possible to improve the treatment efficiency by installing the curved white blood vessel by bending it to the curved line. Will be.

The following describes the procedure for treating a white blood vessel of a human body with a (2 eyes) thermal needle assembly.

After penetrating a separate semicircular injection tube through the skin and blood vessel with the white blood vessel, insert the heating element needle under the surgical part 35, which is not sharp at the end, into the penetrating vessel, and then outside the conductor wire. After inserting a part of the insertion tube (90) into the blood vessel, the semicircular injection tube is pulled out, and the adhesive tape is attached to the boundary between the insertion tube and the skin to prevent the outflow of blood to the outside. When the power flows to the heating element 30 needle wire connected to the heating needle assembly conductor wire, the heating unit 34 is a suitable heat furnace for melting the coagulated water such as colostrum in the white blood vessel inside the membrane at an appropriate temperature of about 40 to 70 degrees. If the fever is raised, hold the handle and rotate it to the left or right while advancing forward as the cholesterol in the white blood vessel melts. (35) It bends slightly to the front and bends in the direction of the bent blood vessel so that the procedure can be performed by melting the white membrane of the blood vessel with proper heat. In this case, the conductor line, which is the surgical part 35, is made of a material that is easy to bend. After the end of the endovascular procedure, the control box is turned off and the procedure is completed while pulling out the procedure section 35 by the existing method.

In addition, the thermal needle assembly 100 consisting of the (2 eyes) plated conductor wire and V-shaped needle heating element, the surgical part 35 is built into the endoscope as shown in FIG. 6 to treat the inside of the human body, as described above. In the form in which the heating element 30 is installed below the conductor line 56, the power line +-line is connected to the right and left of the conductor line to control and regulate the power from the control box, thereby using the light source 26 to light the interior of the human body. By treating the affected part by inserting the acupuncture needle into the affected part while treating the affected part by proper heating, the installation process includes a conductor wire 56 and a heating element 30 inside the guide tube 14 as illustrated in FIG. 3. The treatment unit 35 is built-in and is installed to treat as the heating element 30 needle tip is moved back and forth to the front outer through hole of the photographing unit 15, and the conductor wire connected to the heating element is connected to an external power source through the side through hole of the endoscope handle 70. Connected with the line power The steel wire combined with the conductor wire is installed inside the separate pipe to the side of the conductor wire connected to the heating element which can be controlled and controlled through this control box, and the heating element needle can be moved back and forth. ) The control switch (12) is connected to the nut pipe with the internal screw bolt (13) installed so that the nut pipe moves only forwards and backwards and does not rotate. The method of operation is to rotate the endoscope knob control switch 12 configured as described above to the left and right as the screw bolt rotates, the nat tube moves forward and backward, and the steel wire and heating element connected to the nat tube move simultaneously. Backwards, with the affected part identified by the lens (24), The heating part 34 is inserted into the affected part and the appropriate heating part inserted into the heating part is transferred to the periphery of the affected part so that the harmful bacteria in the affected part can be treated with the proper heat, and the screw lines installed by the screw bolt and the nat pipe are spaced. In order to increase the efficiency of the procedure by installing one or more thermal needle assembly 100 in the above-described manner, it can be installed at a suitable rotation of the forward and backward distances by making it larger or smaller. It is composed of about 1 advance.

In addition, the temperature of the 1 ~ 2 eye warm needle assembly 100 is not limited to the above temperature, it is possible to treat the affected part with the appropriate heat in accordance with the procedure.

In addition, the warm needle assembly 100, which can be composed of two materials, the non-conductor and the heating element 30, and the upper power supply unit in which the V-shaped needle heating element 30 is installed to the left and right and down the center insulator 22 as shown in (7). 55) is built into a separate body for supplying power, and both sides of the power supply terminal 99 are installed on both sides of the heating element 30 that receives power from the main body. Power is supplied to the right and left side of the heating element 30 in contact with the power supply terminal and the V-type needle heating element 30 can be operated by the generated heat generated by the appropriate heating as described above by the needle bar.

It is apparent that the thermal needle assembly 100 configured as described above can be variously modified within a range without departing from the technical idea such as the thickness, length, and shape of materials according to the manufacturing process or method within the scope of the present technology.

Claims

Power supply unit 55 and the surgical unit 35 which flows from the conductors installed to the left and right of the central non-conductor in the separate control box to which power is supplied, and the human body is operated by proper heating with electrical energy converted into thermal energy while flowing to the V-type needle heating element. In the warm needle assembly 100 consisting of,

A central insulator 22 installed in a thin layer to the center of the warm needle assembly;

A V-shaped needle heating element 30 connected downward from both sides of the central insulator,

A conductor 10 installed at both sides of the heating element and transferring power to the heating element;

A plating layer 11 formed on the outer surface of the central insulator, the conductor and the V-shaped needle heating element;

A power line 50 connected to both protrusions of the upper end of the conductor to supply power;

And a cylindrical handle case (95) installed around the outside of the power supply (55).
The method of claim 1,

A conductor 10 and a conductor line 56 provided at both sides of the central insulator;

A V-shaped needle heating element 30 connected to the left and right of the lower end of the conductor line and installed downward from the left and right of the center insulator,

A plating layer 11 formed on the outer surface of the conductor, the conductor line, and the V-shaped needle heating element with the center insulator as the center;

A power line 50 connected to each of both protrusions of the upper end of the conductor,

An inlet pipe 90 installed in the form of a pipe around the outside of the conductor wire and conveying the conductor wire back and forth;

An inner connecting pipe 76 and a connecting pipe 77 connecting the conductor and the conductor wire,

A handle case 95 connected to the inner connection pipe and having a conductor embedded therein;

And a lid (80) connected to the handle case for introducing a power line into the central through hole.
The method of claim 1,

The heating needle assembly, characterized in that the power supply terminal (99) further connected to the main body on both sides of the heating element consisting of the central insulator (22) and the V-type needle heating element (30) is installed.
The method of claim 1,

The outer surface of the treatment part 35 is installed on the needle structure further comprising a secondary plating of the plating layer harmless to the human body, such as gold and silver, over the primary non-conductive ceramic inorganic molecule deposition plating layer.
The method of claim 2 or 3,

The thermal needle assembly is installed as a conductor, a conductor wire and a heating element inside the central insulator (22) to detect the temperature of the heating element.
The method of claim 2,

And the treatment part (35) below the thermal needle assembly (100) consisting of the plated conductor wire and the V-shaped needle heating element is embedded inside the endoscope.
The method of claim 6,

The warm needle assembly 100 is built into the endoscope, characterized in that more than one warm needle assembly.