KR20090021103A - Cupping jar with lamp - Google Patents

Abstract

A fire cupping glass equipped with a lamp is provided, in which the danger of fire burn is reduced and the lamp of the fire cupping glass can be ignited conveniently. A fire cupping glass comprises: a cup portion; a lamp body which is installed at the inside of the fire cupping glass and functions as the storage in which the absorbent absorbing the volatility ignitable material is filled; and an ignition part. The ignition part comprises a lamp consisting of the porous ceramic. In the floor side of the ignition part, a contact hole(1282) for inserting the connecting bolt(1280) is formed to connect the cup portion and ignition part.

Description

Cup cup with built-in lamp {CUPPING JAR WITH LAMP}

The present invention relates to a cupping cup having a lamp therein, and more particularly, to a cupping cup including a main body of a lamp and an ignition part of a lamp, which function as a storage part filled with an absorbent absorbing volatile flammables. will be.

Cupping therapy is a treatment method to treat the disease by bleeding blood or causing congestion or giving physical stimulus by forming a negative pressure in the cupping complex by heat or negative pressure device to the skin. Cupping is a small bowl-shaped device, and the range of application is widely used for chronic medical diseases as well as traumatic diseases such as simple bruises.

Cupping has been widely used in civilian history since ancient times, both East and West. In East Asia, cupping has been used as a method of oriental medicine, and in the West, cupping has been used since Roman and Greek times. .

The effect of cupping is first, metabolism and blood purification (정화 化) is active by gas exchange, blood circulation and hematopoietic action is enhanced, waste products and toxins are excreted. In addition, it is known to have a good effect on the balance of acid and base of body fluids and the enhancement of immune function.

The fire cupping cup, which has been used for cupping for a long time, is a vacuum that is heated by the air to form a vacuum.If you put a cotton ball on the surface of one side such as porcelain, animal horn, bamboo, etc. As the oxygen and hydrogen inside were burned and the internal air density naturally decreased, the cupping container was fixed to the skin, resulting in the effect of heat, gas exchange and negative pressure.

Recently, alcohol-absorbing diatomaceous earth and a porous material are attached to the cup cup, or the wire is fixed inside the cup container by using a wire to fix the ignition so that the alcohol may not flow down.

However, these fire cups have different firepower depending on the amount of alcohol absorbed in the container and have the inconvenience of replenishing alcohol repeatedly, and may cause burns due to the flame and heat generated by the ignition cotton. There was such a disadvantage.

It is an object of the present invention to provide a fire cup which can maintain a constant flame for a long time regardless of the amount of alcohol absorbed and can be used several times.

Another object of the present invention is to provide a fire cupping cup in which the lamp of the fire cupping cup can be easily ignited.

It is another object of the present invention to provide a fire cupping cup which can reduce the risk of burns when using the cup cup.

In order to achieve the above object, the present invention provides a cup cup in which the lamp is built. In the cupping cup of the present invention, a lamp, such as an alcohol lamp principle, is installed inside the cupping cup, and the lamp may be filled with an absorbent absorbing volatile flammable substances such as alcohol, and thus, the lamp body and the lamp ignition functioning as a storage unit. It is made of a negative portion, the combustion of the flammable material, for example alcohol is made in the ignition unit and a constant fire power is maintained by continuously supplying a certain amount of alcohol in the ignition unit. This allows for repeated use several times without additional supplementation of alcohol. By maintaining a constant fire power inside the cupping cup to maintain a constant temperature of the cupping cup and burn the oxygen and hydrogen in the air inside the cupping cup to increase the negative pressure effect. The structure of the lamp inside the cupping cup has a structure to prevent the liquid flammables from flowing out. One cupping cup may include a plurality of lamps and / or a plurality of ignitions therein.

The ignition unit of the present invention may be a porous ceramic wick, and the inside of the lamp may include an absorbent capable of absorbing a large amount of flammable substances, for example, natural cotton. The ignition coil may also be provided with an ignition coil for checking whether the ignition portion is lit and / or lit. In this case, a battery may be connected to the ignition coil so that the ignition unit may be electrically ignited.

The fire cupping cup according to the present invention adopts a fire cupping cup in which a lamp is placed inside and a fire is ignited, and an absorbent material is inserted therein to stably contain flammable substances, and the lamp does not flow out the inserted flammable material. Has a structure. The ignition unit, which is a porous material, is exposed to the air and absorbs the flammable material so that the ignition unit can be ignited. In addition, the ignition coil installed in the ignition unit may be connected to a battery and used to ignite the ignition unit and / or to easily identify that the ignition unit is lit.

In addition, the use of a thermosetting material as the material of the lamp and / or cup portion reduces the risk of a user getting burned.

As used herein, the term “fire cupping cup” means a cupping cup in which a vacuum inside the cup cup is generated by fire.

Fire cupping cup of the present invention,

Cup part, and

A lamp installed inside the cup cup, the lamp comprising a lamp body and a ignition unit of the lamp functioning as a storage unit filled with the absorbent absorbing volatile flammables,

It includes.

In one embodiment, the cup cup is hot or sweat occurs when the operator is holding the cup cup with bare hands because the cup cup temperature rises during cupping treatment to improve this The handle part is formed. The handle portion having a different material from the cup portion may be attached using a screw and a screw fixing insert or using an adhesive, or the upper portion of the cup cup may form a handle portion.

In another embodiment, when the handle portion is formed, the lamp may be installed inside the handle portion, and the lamp installed inside the handle portion may protrude into the inner space of the cup portion. The lamp may be installed in the inner space of the cup portion, not the handle portion.

In addition, it may be provided with a ventilation opening at a certain point of the cupping cup, the function of allowing the appropriate amount of air to flow into and out of the cupping cup to facilitate the function when the cupping cup detachable to the skin, opening and closing to facilitate opening and closing of the ventilation port As means, for example, a ventilation opening / closing button may be provided.

In one embodiment, the cup cup of the present invention is filled with an absorbent such as cotton inside the lamp and has an alcohol absorbing port so that alcohol can be easily absorbed.

The cup cup of the present invention may further include an ignition device as necessary so that a separate ignition tool for igniting a fire is not required. Examples of the ignition device include an ignition device using the principle of a gas lighter, and an ignition device using a power source (for example, a battery) connected to the ignition coil.

Preferably, a material made of bioceramics or a stone material such as jade may be attached to the inside of the cupping cup.

As the material of the main body of the lamp of the present invention, a thermosetting resin such as phenol resin, urea resin, melamine resin, porcelain, or metal such as iron or stainless may be used. Preferably, a thermosetting resin may be used, in particular, a thermosetting resin such as melamine resin has an advantage of lower thermal conductivity than when using a conventional lamp material such as ceramics. If the thermal conductivity is high, there may be a risk of burns and the like when using the cupping machine. Thermosetting resins such as melamine resins also have the advantage of high thermal insulation. As a result, the effect of using a cupping cup using heat increases. When using a metal has the advantage that the heat resistance and durability is strong.

As used herein, the term “thermosetting resin” refers to a resin that does not change its shape after being heated and cured by heat, and generally has good heat resistance, solvent resistance, chemical resistance, mechanical properties, and electrical insulation. Thermosetting resins are divided into condensation polymerization type and addition polymerization type. The condensation polymerization type includes phenol resin, urea resin, melamine resin, and addition polymerization type epoxy resin and polyester resin.

The term "melamine resin" used in the present invention is a thermosetting resin made by reacting melamine with formaldehyde and is commonly referred to as aminoplastic together with urea resin. Melamine resin has strong characteristics against heat, acid, and a solvent.

In one embodiment, the cup cup of the present invention has a structure in which the central portion of the upper surface of the cup portion protrudes inward of the cup portion, and may have a structure having a groove so that a bolt can be inserted into the central portion of the cup portion. The groove may or may not penetrate the upper surface of the cup portion. The main body of the lamp is formed with an opening having a size and a shape in which the side is surrounded by a wall and the ignition part can be inserted where the ignition part is fitted, and the upper part of the cup part closes the lower end of the lamp when connected to the cup part, or It may be provided with a wall surrounding a separate base. In the connection with the cup part, a projection from the upper surface of the cup part is located inside the lamp. In the connection with the cup part, a connecting bolt passing through a connection hole located at the bottom of the ignition part is inserted into the inner groove of the projection part so that the ignition part is connected to the cup part. And a spring sandwiched between the ignition section and the top bulge and the side wall of the lamp squeeze the lamp body towards the cup section. The wall of the side surface of the lamp body may be inclined toward the ignition portion from the side where the ignition portion is inserted, and may be configured to be bent toward the inner side of the lamp (ie, the upper surface side of the cup portion) near the end thereof. This prevents flammable substances such as alcohol from flowing down the skin when the cup is placed on the skin.

The cup portion of the cupping machine of the present invention may also preferably use a thermosetting resin such as melamine resin, but is not limited thereto, and existing cupping material such as ceramics may be used. In the case of using a thermosetting material such as melamine resin as the material of the cupping machine, the same effects as those described in the material of the lamp, that is, the use of the cupping machine, can reduce the risk of burns and the like, and have the advantage of high thermal insulation.

In one aspect of the invention, the lamp of the invention may be provided with an ignition coil. When the power supply is connected to the ignition coil, it can function to ignite the ignition unit. As the power source, a battery can be used, and the connection of the ignition coil from the power source can be connected by a wire from the positive electrode and a wire from the negative electrode, and a connection switch for controlling a short circuit is disposed in the middle. Batteries may be exposed to the outside, or they may be buried in places that receive less heat, such as handles. When the battery is outside the cup portion, the positive and negative wires may be connected with the ignition coil through a hole penetrating the cup portion or through the inside of the handle portion toward the cup portion, and the connection with the ignition coil may be used in any manner. have. For example, the ignition coil may be connected by welding. In addition, when the ignition part of the lamp inside the cup is lit, it is difficult to check whether it is lit when the surroundings are bright. The ignition coil of the present invention may serve to make it easy to check whether the lamp is ignited. When the lamp is ignited, the coil is heated to the fire and the coil turns red, indicating that the ignition has occurred. The material of the coil is made of a heating wire, preferably a nichrome wire, but is not limited thereto, and any material capable of confirming ignition by discoloration by fire such as nickel chrome wire, nichrome wire, chromium wire, or stainless steel can be used.

The ignition unit of the present invention may be a porous ceramic wick. Alcohol in the alcohol lamp body penetrates into the pores of the porous ceramic wick.

The structure of the ignition unit may be a structure in which the opposite end of the side where the ignition unit is inserted into the lamp body is opened outward. At the end of the side that is inserted into the alcohol lamp, there is a hole into which the connecting bolt is inserted to fix the ignition part to the cup part, and at this time, a spring is provided between the lamp body and the structure that is outwardly ignited to press the lamp body toward the cup part. can do. When the ignition part is fixed to the cup part using a connecting bolt, a spring located between the ignition part and the lamp body pushes the lamp body so that the lamp is firmly fixed to the cup part. In addition, the ignition unit closes the lamp body so that absorbents such as cotton in the lamp do not escape.

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

1 is a cross-sectional view and a perspective view showing an embodiment of the cup cup of the present invention, the lamp body 106 is formed inside the handle 102. The lamp body 106 is filled with an alcohol batting 109 or a porous material to maintain a large amount of alcohol stably. In order to allow the ignition unit 103 and the alcohol batting 109 to be stably fixed, the wall surface inside the lamp may have an uneven shape (not shown). The ignition unit 103 is exposed to the outside of the lamp body 106 of a certain length to maintain a constant flame inside the cup cup.

Figure 2 is an explanatory view of one embodiment of the lamp of the cup cup of the present invention, the lamp body 206 may be configured in the cup portion 201 without the inside of the cup cup handle 202, the ignition portion is also porous hard The ignition unit 203, which is a material, is connected to the alcohol batting 209 that absorbs flammable substances such as alcohol, thereby stably burning the alcohol in the lamp body 206.

3 is a cross-sectional view showing an embodiment of the cup cup having a separate metal lamp having an alcohol reservoir. The alcohol is stored inside the handle portion, and a separate metal lamp body 306 is installed internally fixed. The end of the handle has an excellent sealing effect and has a lid 308 that can be opened and closed so that the lid 308 can be opened when the alcohol cotton 309 or alcohol is replenished, if necessary.

4A and 4B are cross-sectional views showing one embodiment of a metal lamp body 306 fixedly installed in the cup cup. The inside is filled with alcohol cotton 309, which is a material that absorbs flammable substances such as alcohol, and the material of the ignition unit 303 exposed to air may be composed of a porous hard ignition unit 303 as well as a fiber material such as cotton. The body of the metal lamp may also be configured, if necessary, alcohol absorbing port 307 to replenish the alcohol.

5 is an explanatory diagram of the lamp stopper 510 to explain the configuration of a lamp stopper 510 fixed to the ignition unit 503 to prevent the evaporation of alcohol and the lamp body 506 installed inside the cup cup. For this purpose, when the cup is not used for a long time, it prevents the evaporation of the alcohol remaining in the lamp body 506, thereby providing an advantage that the cupping procedure can be repeatedly performed without supplementing the alcohol.

Figure 6 is a cross-sectional view showing an embodiment of the cup cup according to the present invention, the cup portion 601 and the handle portion 602 is different from the material connected by the screw and the air inlet opening and closing device 620 for introducing air into the cup cup ) Shows an example of installation.

7 is a view illustrating an exemplary embodiment of the air vent opening and closing device 620 of the cup cup according to the present invention. The vent port 604 has a constant diameter at a predetermined portion of the cup cup to enable the flow of air when necessary inside the cup cup. It was punched and used to close the ventilation opening 604 using a simple switch principle, and as shown in the drawing, the opening and closing button 620 of the ventilation opening opens the sealing ring 630 to enable the flow of air. An example is shown.

8 is an explanatory view of the ignition device attached to the cup cup of the present invention. The cupping cup includes a handle part, and includes a battery 755 inside the handle part. In order to enable the operator to easily ignite the fire in the ignition part inside the fire cupping cup, the positive power line 750 and the negative power line 760 are connected to a power supply using a battery 755. Connected to the ignition coil 770 located in, when pressing the connection switch 740 electricity is supplied to the ignition coil consisting of a heating wire through the positive power line 750 and the negative power line 760 and the ignition coil 770 is It burns red and ignites the ignition section with alcohol.

9A and 9B are cross-sectional views and perspective views for explaining an embodiment of a lamp of the cup cup according to the present invention, and a space for fixing a certain amount of alcohol batting 809 inside the lamp body 806 is provided. The alcohol batting 809 is exposed to the outside of the) may be able to function as the ignition unit (803).

FIG. 10 is a view showing an action of increasing an effect such as maintaining a cup cup temperature by attaching a material of a functional material such as a bio-ceramic material or jade to generate far-infrared rays in order to increase the effect of cupping treatment. .

FIG. 11 illustrates a cup cup in which a metal lamp protrudes into the cup part 1001 instead of the cup cup handle part. Metal lamp body 1006 lower end uneven groove is fixed to the body of the cupping cup, the material of the lamp is made of metal, the body is formed with an alcohol intake (1007) and the alcohol bat (1009) and the ignition part (1003) inside Consists of

12 is an explanatory view of one embodiment of the cup cup lamp of the present invention, the model of the lamp 1103 is generally installed, such as a bottle shape such as an alcohol lamp, but is not limited to this may be configured as a straight cylinder and the lamp body ( The inner wall surface of 1106 may have an uneven shape to prevent the ignition part 1103 and the alcohol batting 1109 from falling out, for example, a groove-shaped uneven groove is shown (FIG. 12A). 12C shows an example in which two lamps and an ignition unit are installed in one cup.

13 and 14 show an embodiment of the cup cup and the lamp therein of the present invention. The central portion of the upper surface of the cup portion 1201 has a structure having a connecting groove 1281, which protrudes and into which a bolt can be inserted. Several small protrusions are arranged around the protrusions to hold the lamp in place. The ignition part 1203 is made of a porous ceramic material, and the cup part 1201 is attached to the upper surface of the cup part by a connecting bolt 1280. The lamp main body 1206, which is in the same state as being sandwiched between the ignition portion 1203 and the cup portion 1201, is formed by a spring 1290 placed between the upper portion of the ignition portion 1203 and the lamp body 1206. To be pressed toward 1201. The structure of the ignition part 1203 has a structure in which the opposite end of the side on which the ignition part is inserted into the lamp main body 1206 opens outward. At the end of the side that is inserted into the lamp body, there is a connecting hole 1282 for penetrating the connecting bolt for fixing the ignition part to the cup part, through which the connecting bolt 1280 is inserted and the upper surface of the cup part 1201. It is inserted into the connection groove 1281 of the portion protruding from the center, the ignition portion 1203 is attached to the cup portion 1201. The inside of the lamp 1206 contains a cloth batting 1209, which absorbs alcohol. The lamp body 1206 is a wall made of melamine resin on the side of the cup portion 1201, and the top surface of the cup portion forms the bottom of the lamp body as the lamp body 1206 is pressed onto the top surface of the cup portion 1201. It will play the role of. The upper portion of the lamp body is configured to fit the size and shape of the ignition portion so that the ignition portion can be plugged in. The side surface is inclined toward the ignition portion when going toward the ignition portion 1203, and is bent from the end side to the inside of the lamp body 1206 to prevent alcohol from flowing out toward the skin during the cupping procedure. An ignition coil 1270 may be mounted above the ignition unit 1203 to ignite the ignition unit and / or confirm whether the fire is ignited. The mounting of the ignition coil 1270 is a structure in which one side of the coil passes through the bottom of the head of the connection bolt 1280 and is fixed together with the connection bolt and the insertion. The ignition coil 1270 is made of nichrome wire, and if it is caught, it becomes red to make it easy to check that the fire is on.

FIG. 15 shows an embodiment of a fire cupping cup further including a handle part and an ignition device in the cupping machine described in FIG. 13. A battery 1255 is included in the handle part, and the positive power line 1250 and the negative power line 1260 from the battery 1255 are connected to the ignition coil 1270 located at the end of the ignition unit 1203. have. The anode power line 1250 and the cathode power line 1260 have an ignition coil 1270 through a groove into which a connection bolt is inserted in a protrusion located in the center of the upper surface of the cup portion 1201 and a hole into which the bolt is inserted in the ignition portion. ) The connection with the ignition coil is by welding. The anode power line 1250 and the cathode power line 1260 are generally made of copper used for electric wire, and the ignition coil 1270 is made of nichrome line, so that when the electricity flows, the anode and cathode power lines 1250, In 1260, electricity flows without a large resistance, and in the ignition coil 1270, the electrical resistance is large and heat is generated. A connection switch 1240 for opening and closing a circuit is disposed on the cathode power line 1260, and when the connection switch 1240 is pressed, electricity is supplied to the ignition coil formed of a heating wire through the anode power line 1250 and the cathode power line 1260. Is supplied and the ignition coil 1270 is heated red to ignite the ignition unit 1203 in which the alcohol is buried. The connection switch 1240 may be connected to the positive power line 1250.

1 is a cross-sectional view and a perspective view showing an embodiment of a cup cup of the present invention;

Figure 2 is an illustration of one embodiment of the lamp of the cup cup of the present invention,

Figure 3 is a cross-sectional view showing the internal structure of the metal lamp installation cup fire cup of the present invention

Figure 4 is a cross-sectional view showing a metal lamp structure description of the present invention cup cup

5 is a diagram illustrating a lamp stopper of the present invention cupping cup

Figure 6 is a cross-sectional view showing an embodiment of the cup cup of the present invention

Figure 7 is an illustration of one embodiment of a vent opening and closing device of the cup cup of the present invention

8 is an explanatory view of the ignition device attached to the cup cup of the present invention;

Figure 9 is a cross-sectional view for explaining an embodiment of the lamp of the cup cup of the present invention

10 is a cross-sectional view of the fire cup cup for fixing the functional material to the inside and outside the fire cup cup of the present invention.

11 is a cross-sectional view of the cup cup protruding from the metal lamp of the present invention.

12 is a cross-sectional view of the fire cup with different models of the lamp of the present invention.

Figure 13 is a cross-sectional view of one embodiment of the cup cup of the present invention.

FIG. 14 is a sectional view of a lamp inside the fire cup described in FIG.

FIG. 15 is a cross-sectional view of the fire cupping cup further provided with a handle and an ignition device in the fire cup described in FIG.

<Description of the code | symbol about the principal part of drawing>

101,301,501,601,701,901,1001,1201: Cup part

102,602,702,1002: handle

103,203,303,403a, 503,603,803,1003,1103,1203: ignition unit

604: vent

605: screw

106, 206,306,406,506,606,706,806,1006,1106,1206: lamp body

207,407,607,807,1007,1107: alcohol intake

108,208,308,508: lid

209,309,409,609,809,1009,1209: Cotton

510: lamp stopper

620: opening and closing button

630: sealing ring

740,1240: connection switch

750,1250: positive power line

755,1255: battery

760,1260: cathode power line

770,1270: ignition coil

1280: connecting bolt

1281: connecting groove

1282: connection hole

1290: spring

Claims (6)

In the fire cupping cup, Cup part, and A lamp installed inside the cup cup, comprising a lamp body and an ignition unit which functions as a storage unit filled with an absorbent absorbing volatile flammables, wherein the ignition unit is made of porous ceramics, Fire cupping cup comprising a. The method of claim 1, wherein the bottom surface of the ignition portion has a connection hole (1282) for inserting the connection bolt 1280 for connecting the cup portion and the ignition portion, the upper surface of the cup portion the connection bolt 1280 There is a connection groove 1281 for insertion, and the connection bolt 1280 penetrates through the connection hole 1282 of the ignition unit, and is inserted into the connection groove 1281 to attach the ignition unit to the cup. Fire cupping cup. The cupping cup of claim 1 or 2, further comprising an ignition coil in an ignition portion of the lamp. The method according to claim 3, A battery 1255 connected to the ignition coil by wires 1250 and 1260; And A connection switch 1240 for opening and closing a connection between the battery 1255 and the ignition coil 1270, Fire cupping cup characterized in that it further comprises an ignition device consisting of. The cupping cup according to claim 1 or 2, wherein the main body of the lamp is made of a thermosetting resin. The cupping cup according to claim 1 or 2, wherein a plurality of lamp bodies (1106) or a plurality of ignition sections (1103) are provided in one cup cup.

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