KR20010010789A - Vacuum cuup and its multiful application system - Google Patents

Abstract

The present invention is to improve the conventional cupper cup composed of the cupper cup body and the reverse displacement for discharging the air in the cupper body to the outside to provide an internal device for providing a variety of functions to the cupper cup, the internal device An internal control device is configured to control outside the Phu Quoc cup body. Conventional sulfur cups are placed on the skin and then vacuumed the sulfur cups using a vacuum device to take the method of adsorbing the sulfur cups to the skin, but in the present invention, the vacuum device is placed in the sulfur cup without the sulfur cups contacting the skin. It was configured to be vacuumed using. In other words, in the cup cup of the present invention to form a vacuum storage space that can form a closed space. In the present invention, when the vacuum storage space is first vacuumed using a vacuum device, the vacuum pressure is maintained in the vacuum storage space even when the vacuum device is removed from the sulfur cup of the present invention. The vacuum pressure stored by the operation of pressing the vacuum storage button formed on the sulfurous acid cup of the present invention after placing the sulfuric acid cup of the present invention vacuumed on the skin is transferred to the entire sulfuric acid cup so that the sulfuric acid cup is adsorbed on the skin. Will be. The present invention is largely composed of a vacuum storage device and the internal device for providing a variety of functions in the cupping cup and the internal operation device for controlling the internal device. However, in the present invention, by adding various various functions in addition to those mentioned above, a more efficient sulfur cup is formed.

Description

Phu Quoc cup and its combined application system {VACUUM CUUP AND ITS MULTIFUL APPLICATION SYSTEM}

The present invention is to improve the conventional cupper cup composed of the cupper body and the reverse displacement to discharge the air in the cupper body to the outside to configure the internal device to provide more various functions to the cupper cup, the internal device The vacuum pressure stored in the cup cup is diffused into the cup cup by controlling the outside of the cup body and forming the vacuum pressure in the cup cup before pressing the vacuum storage button attached to the cup cup. It is an object of the present invention to provide a sulphate cup with a more versatile and convenient function that makes it possible to conveniently process sulphur. In the case of vacuum cupping cup of the present invention has a great advantage that can be conveniently performed at a desired position on the back or waist alone. In addition, by forming an internal device inside the lute cup, the ability to apply the drug to the skin in the lute cup itself, the ability to adjust the vacuum pressure, provide the vibration, steaming function, gas Various convenient functions such as filling function, heat storage function and far-infrared radiation function can be easily operated by operating the internal operation button. In addition, the present invention constitutes a technology for a flexible sulphate cup that can be performed on the part of the skin formed with the function and the bending to moisturize simultaneously with sulphate.

The present invention relates to the field of the cuprous cup which puts the cuprous cup on the skin as a technology of the cupping cup and draws the air inside the cupping cup as a vacuum apparatus to perform the treatment by vacuuming the state inside the cupping cup. The prior art for the cup cup is composed of a reverse cup which prevents the air from entering the cup cup again when the air inside the cup cup out on the cup cup body, and the cup cup body to form a vacuum space. . The present invention has been made to further expand the field of use by further improving the prior art.

The present invention contemplates that the conventional cuprous cup is composed of a reverse valve that prevents the air from entering the cupping cup again when the air inside the cupping cup is taken out of the cupping cup, and a cupping cup body that forms a vacuum space. Thus, the technical problem is to make an efficient sulfurous cup by adding more various functions to the conventional sulfurous cup. That is, the present invention is to make a structure that can be performed on the back or waist alone alone, and to make the internal operation device so that the operation can be easily performed inside the simple cup structure and to make the application of the cup cup more convenient To be a technical task.

1 is an explanatory diagram illustrating a vacuum pressure regulating device and an internal operating device.

2 is an explanatory view of a vacuum storage button locking device.

3 is an embodiment of a cupping cup capable of adjusting the vacuum pressure

4 is an embodiment using the sulphate cup as a vacuum lid

5 shows an embodiment in which a vacuum storage device is constructed

6 is an embodiment using the cupping cup of FIG. 5 as a container lid

7 and 8 illustrate an example of a sulfur cup in which a double vacuum space is formed.

10 is an explanatory diagram illustrating a supply device for alternately supplying air and steam

11 is an exemplary embodiment of a cupping cup having a double vacuum space in which a breast receptor is formed

12 FIG. 13 FIG. 14 FIG. 15 FIG. 15 shows an embodiment of an internal device.

17 is an embodiment of the steam sulphur

18 and 19 are explanatory diagrams explaining various functions of the vacuum storage forming plate.

20 is an embodiment of a cupping cup formed with a sight glass and a heat storage material

21 and 22 are examples of the cuprous cup constituting the skin receptor

23 is an embodiment of a flexible huang cup

<< Explanation of code | symbol about main part of drawing >>

3: Vacuum storage button 4: Vacuum storage connection rod 5: Internal device storage space

6: Vacuum storage forming plate 7: Vacuum storage opening and closing plate 8: Internal operation button

9: Internal operation connection rod 10: Internal device 11: Vacuum storage space

12: Reverse side 13: Puppet cup body 17: Skin 19: Outer cup

20: External vacuum space reverse zone 40: External vacuum space 45: Skin receptor

49: flexible sulphate connector

The present invention provides a sulfur cup that is more versatile and convenient to use by configuring a vacuum storage device and an internal operation device inside the sulfur cup.

In the present invention, the vacuum storage device refers to an apparatus for forming a vacuum storage space inside the sulphate cup, to vacuum the vacuum storage space, and to release the vacuum of the vacuum storage space that has been evacuated at a necessary time. When you put the cuprous cup of the present invention on the skin and press the vacuum storage button located on the cuprous cup top of the present invention, the vacuum pressure formed in the vacuum storage space is diffused throughout the cuprous cup so that the cupping can be conveniently performed. do. In other words, it is possible to easily run the back and waist alone alone, if there is a vacuum cup of the present invention is vacuum cupping has the advantage that can be quickly and easily.

The internal operating device underlying the present invention is to provide an internal device that can perform various functions such as adjusting the vacuum pressure, forming a blood needle, installing a vibrator, applying a drug, or filling gas in the luteum cup. This is a device configured to be able to operate the devices inside the lute cup from the outside of the lute cup.

The present invention is the vacuum storage device and the internal operating device can be configured independently of each other or configured to provide a variety of complex functions by configuring both at the same time.

Hereinafter, a detailed description of the present invention with reference to the drawings.

1 is an explanatory diagram for explaining a vacuum storage device and an internal operation device which are the core of the luterous cup of the present invention. The vacuum storage device includes a vacuum storage button (3) and an internal device storage space (5) protruding to the outside of the sulfur cup, and a vacuum storage connection rod (4) connecting the vacuum storage button and the internal device storage space. It consists of the vacuum storage opening and closing pipe 7 formed in the edge part of an internal apparatus storage space part. However, the internal device storage space portion 5 is omitted when it is not necessary to form the internal operating device is connected to the vacuum storage opening and closing plate 7 directly from the vacuum storage connection rod. The vacuum storage space 11 in which the vacuum pressure is stored is a sealable space formed by the sulfur cup body and the vacuum storage forming plate. The vacuum storage space can be sealed when the reverse side valve 12 is closed and the vacuum storage opening and closing hole formed in the vacuum storage forming plate is closed by the vacuum storage opening and closing plate. The vacuum storage forming plate 6 is for forming a closed space inside the sulphate cup, and in the center of the vacuum storage forming plate 6, a vacuum storage opening / closing opening and closing performed by the vacuum storage opening and closing plate 7 is performed. 45) is formed. When the vacuum device and the cuprous cup of the present invention are connected to each other through the vacuum device connecting part 14 to vacuum the vacuum storage space 11 of the cuprous cup, the reverse valve 12 is raised to raise the air inside the cupping cup. Air passages to the outside are formed.

As the vacuum storage space 11 is vacuumed, the vacuum pressure of the vacuum storage space 11 lifts the vacuum storage opening and closing plate 7 to close the vacuum storage opening and closing 45 and gradually stores the vacuum when the vacuuming proceeds. The space 11 is in a state close to the complete vacuum region.

At this time, when the vacuum device is removed from the vacuum device connecting portion 14, the reverse valve 12 is immediately closed by the vacuum pressure of the vacuum storage space 11, the vacuum storage space 11 is completely closed vacuum storage state Is established. The vacuum storage sulphate cup of the present invention in which the vacuum pressure is stored is placed on the skin 17 immediately when necessary, and then presses the vacuum storage button (3). It spreads to the entire cup cup space, which consists of skin and skin, so that the skin is treated in a popping state. As such, the cupping cup installed with the present invention vacuum storage device, which is easy to carry and easy to handle, has the advantage of being able to easily handle puffing alone. The vacuum storage device may be installed in the sulfurous acid cup through any portion of the sulfuric acid cup. However, the space that can be installed most easily is more preferably installed inside the reverse side (12). 1 shows an embodiment in which a vacuum storage device is installed within a reverse zone. In other words, a through hole penetrates up and down inside the reverse side 12, and a vacuum storage device is installed in the through hole.

The internal control device is a device that controls the outside of the lute cup after forming the internal devices capable of performing various functions in the lute cup. It is composed of an internal operation button (8) and the internal device 10 and the internal operation connection rod 9 for connecting the internal operation button and the internal device installed outside the huang cup. In most cases, the internal operating device is controlled by the vacuum pressure regulating plate 10A, which is an end of the internal operating connecting rod 9. One of the biggest advantages of the internal control unit is that it can perform the function of adjusting the vacuum pressure inside the lute cup. The vacuum pressure regulating plate 10A is formed integrally through the inner operating button 8 and the inner operating connecting rod 9, and the inner operating connecting rod 9 is always contained in a container for accommodating the inner operating connecting rod. have. In the explanatory drawing of FIG. 1, the receiver is a vacuum storage connecting rod 4 in which a hollow is formed. However, if the vacuum storage device is not formed, the receptor may be reverse displacement 12 or something else. The vacuum pressure regulating plate 10A can perform an opening / closing function of blocking and opening a passage through the atmosphere and the cup cup while opening and closing an end portion of the container accommodating the internal operation connecting rod 9. That is, by pressing the inner operation button 8 that is elastically supported by the spring, the vacuum pressure regulating plate 10A opens the passage of the container, and the atmosphere is introduced into the sulphur cup through the passage. However, since the gap through which air can enter is extremely fine, the passage cannot temporarily enter a large amount of air. Therefore, if the degree of vacuum in the cupping cup is too high, it is possible to finely adjust the vacuum pressure. The vacuum pressure regulating plate 10A basically performs such a vacuum pressure regulating function, and functions to control various internal devices formed thereunder. The internal operating device may be formed in the sulfur cup independently of the vacuum storage device. As shown in FIG. 1, the internal operating device may form the through hole in the vacuum storage device up and down and then form the internal control device in the through hole. have. Various internal devices controlled by the vacuum storage device, the internal control device and the internal control device occupy a large proportion in the present invention.

2 is an explanatory diagram of the vacuum storage button locking device of the present invention. When using the sulfur cup of the present invention in which the vacuum storage device is formed, and to operate like a conventional sulfur cup without a vacuum storage device, the vacuum storage button is transported along the guide groove formed in the reverse zone along the guide groove formed in the reverse valve. It can be fixed at the fastening position which keeps the opening / closing opening always open.

3 does not form a vacuum storage device and an internal device at all in the conventional cupping cup, but only as an internal operation connecting rod for connecting the internal operation button 8 and the vacuum pressure control plate 10A and the internal operation button and the vacuum pressure control plate. It shows a simple embodiment of the present invention is configured. This is also able to exhibit the basic function that can adjust the vacuum pressure when the vacuum pressure of the sulfurous acid cup is excessive.

4 shows an example in which the sulfur cup of FIG. 3 is used as a lid of a vacuum container. The cup cup of the present invention is not only a therapeutic tool for treating the skin on the skin, but also a vacuum cap of a general container, which can perform its function well. 4 shows an embodiment as an inner operating button 8, a vacuum pressure regulating plate 10A, an inner operating rod connecting the inner operating button and the vacuum pressure regulating plate, and a vacuum container lid composed of a check valve and a sulfur cup body. It is shown.

5 is an embodiment of the sulfur cup which constitutes only one vacuum storage device which is one of the present invention without forming any internal device in the slurry. A vacuum storage device for evacuating a vacuum storage space (11) consisting of a sulfur-containing body and a vacuum storage forming plate, wherein a longitudinal passage is formed in a reverse zone, and a vacuum storage button (3) and a vacuum storage are formed in the passage. The vacuum storage connecting rod 4 for connecting the opening and closing plate 7 is configured.

FIG. 6 shows an example in which the sulphate cup constituting the vacuum storage device of FIG. 5 is used as a container lid. In other words, it can be conveniently used as a lid of the vacuum container by using the sulfur cup of the present invention that has been vacuumized to the container 18.

7 shows an embodiment of a sulfur cup in which a double vacuum space is formed. An outer cup 19 is formed on the outside of the sulphate cup body, and an external vacuum space 40 is formed between the sulphate cup body and the sulphate cup body. The outer vacuum space and the vacuum space inside the huang cup body is connected to the outer vacuum space reverse side (20). The sulfur cup which is configured as described above is called a sulfur cup in which a double vacuum space is formed, which is also one of the present invention. The double vacuum space sulphate cup is to provide a unique function to prevent the vacancy cup body from being separated from the skin by maintaining the vacuum pressure independently even if the space of the body loses vacuum. 7, the technical configuration of adding the vacuum storage device to the function of the above-described double vacuum space sulphate cup can be explained at the same time. In this case, the position of the external vacuum space reverse side 20 is formed in the vulcanized cup body, but it is necessary for the vacuum storage to be located at the bottom where the vacuum storage space 11 is not formed. If the external vacuum space reverse side is located on the vacuum storage space 11, the vacuum storage function is impossible because the air flows into the external vacuum space reverse side. 7 can also explain the configuration in which the internal operating device is coupled to the double vacuum space sulphate cup. An internal operation button for forming the internal device 10 and controlling the internal device is formed. 7 is also a view for explaining that the vacuum storage device and the internal operating device is formed at the same time in the double vacuum space sulfur cup of the present invention. In other words, the vacuum storage device is formed inside the double vacuum space sulfur cup and the internal operation device is formed inside the vacuum storage device to configure the vacuum storage function of the sulfur cup and the various devices including the vacuum pressure control. Is showing well.

FIG. 8 is a view of FIG. 7, which raises the central portion of the vacuum storage forming plate of the double vacuum space sulphate cup having an internal operation device capable of operating the internal device and raising the liquid in the shape of a hollow column. It is to form a space that can be accommodated. The vacuum storage forming plate at this time is referred to as a liquid storage vacuum storage forming plate 21. The liquid storage vacuum holding plate is also used to heat and evaporate the liquid together with the heating wire to be described later in FIG. When heating or evaporation occurs in the case of cuprous cup that does not form a double vacuum space, the inside of the cupping cup loses the vacuum pressure, so the cuprous cup is released from the skin, but when using the double vacuum cupping cup of the present invention, the outside vacuum The vacuum in the space keeps the cup from sticking to the skin.

FIG. 9 is an explanatory diagram illustrating a double vacuum space sulphate cup which can undergo physical treatment by vacuum pressure. According to the present invention, a physical stimulus such as adsorption, relaxation, adsorption, and relaxation of the skin in the sulfur cup is performed by repeatedly performing an operation of releasing the vacuum by supplying steam or air through the supply passage while the vacuum is continuously performed by the vacuum apparatus. To be added. At this time, the steam supplied through the supply passage adds the effect of poultice, and can add a drug effect by spraying the drug instead of air. According to the configuration of the present invention, the sulphate cup main body 13 and the sulphate cup body surrounding the outer cup 19 and the sulphate cup body and the outer cup made of the outer vacuum space 40 and the sulphate cup It consists of a supply passage 42, a reverse side 12 and a vacuum device connecting portion 41 formed through the outer cup from the outer vacuum space reverse side 20 formed in the body and the space of the lute cup body. The vacancy cup of the present invention is always in close contact with the skin by the external vacuum space common to the double vacuum space sulphate cup, the space in the sulphate cup body is repeated vacuum and vacuum release process.

FIG. 10 illustrates a replenishment device for alternately supplying air or medicine and steam to the sulfurous cup so that the inventive sulfurous cup of FIG. 9 can achieve a physical therapeutic effect. In the cylinder 24, there is a piston 23 driven by the cam 22, and the air or steam through the air inlet passage 26 and the steam inlet passage 27 formed on the left and right sides of the cylinder by the piston, respectively. This is supplied to the supply passage 25 alternately, and whenever the air, medicine or steam is supplied, the vacuum pressure in the vulcanizer is released. At this time, when the piston is in the position to block the supply passage is blocked the supply passage, at this time the vacuum pressure is formed inside the sulfur cup, the skin is aspirated by the vacuum pressure. Such physical aspiration and relaxation or poultice is a technical configuration in which the effect of physiotherapy is quite expected.

FIG. 11 is a diagram of a sulphate cup in which a double vacuum space forming sulphate cup constituting a vacuum storage device is provided with a vibrator 10A as an internal device and a breast receptor in which a plurality of through holes 30 are formed in the vibrator. It is explanatory drawing. According to the present invention, even when the vacuum in the sulphate cup body is lost due to the formation of a double vaccum space, the sulphate cup is held in close contact with the breast by the vacuum pressure of the external vaccuum space 40, and at the same time, the internal device 10 is maintained. The vibration of the vibrator (10A) is transmitted to the entire breast through the breast receptor to make a massage effect. At this time, the plurality of through-holes 30 formed in the breast receptor 29 acts to function to close the entire breast to the breast receptor. 11 illustrates that a heating effect 28 can be added to the vacuum storage forming plate 6 as an added function of the present invention. Although not shown in the drawing, it is also possible to simply add an internal operation device that can control the internal device by forming an internal operation button.

12 to 15, various internal devices that are conveniently used in the present invention will be described. The internal devices are controlled outside the Phu Quoc cup by an internal operation button. In this case, however, the internal device is controlled by the vacuum pressure control plate 10A connected to the internal operation button. In most cases, when the vacuum pressure regulating plate 10A is pressed, a minute air passage formed between the container accommodating the vacuum pressure regulating plate and the vacuum pressure regulating plate is opened, thereby finely adjusting the vacuum pressure. When the vacuum pressure control plate is used for purposes other than the adjustment of the vacuum pressure, that is, when it is used for the purpose of controlling the internal device, since the operation time of the internal device is short, the vacuum pressure in the sulfur cup even when the vacuum pressure control plate is opened. It does not happen if it affects. Here, the vacuum cup strength measuring device which can be applied to the case where the cuprous cup is made of an opaque material and it is difficult to observe the pressure state inside the cupping cup is explained. The vacuum pressure measuring apparatus of the present invention records the number to measure the height in the vacuum storage device or the internal control device, and then measures the height of the vacuum storage device or the internal control device to measure the vacuum pressure inside the sulfur cup. do. At this time, the vacuum storage device or the internal operation device is configured to remove the spring so that it can freely contact the skin, and can be freely moved up and down by the height of the skin inflated by the vacuum pressure formed in the sulfur cup. It is formed. As a result of the measurement, if the vacuum pressure is too high and the skin is swollen, the vacuum control plate may be used to adjust the internal vacuum pressure.

FIG. 12 is an explanatory diagram of a drug applying internal device which has a function of applying a drug to the skin during the slack season. The drug coating may be applied in a spray state, or may be applied by squeezing a liquid drug tube. Figure 12 shows the configuration of applying the drug to the skin in a spray state. Referring to FIG. 12, a spray medicine container 10B is formed in the internal device storage space 5, and the spray medicine container is filled with the medicine in the spray medicine container as the vacuum pressure regulating plate 10A is pressed. It is configured to be sprayed through the nozzle 43. The liquid drug in the tube can also act in the form of being squeezed out of the tube by pressing the vacuum pressure regulating plate 10A.

FIG. 13 is an explanatory diagram for explaining the configuration of a blood needle as the internal device 10. As shown in FIG. By forming a groove into which the blood pressure needle 10C can be inserted into the end of the vacuum pressure control plate 10A, and mounting the blood needle to the groove, the blood pressure needle can be operated on the skin by lowering the vacuum pressure control plate 10A deeply. By appropriately adjusting the length of the blood needle protruding from the vacuum pressure control plate to the outside, no matter how deeply pressing the vacuum pressure control plate can be safely performed because it can limit the length of the blood needle to enter the skin. In addition, a disinfection function was added to the lower portion of the internal device storage space so that disinfecting cotton was placed so that sterilization could be performed first when the needle was lowered.

FIG. 14 is an explanatory diagram illustrating a technique in which a vibrator is configured to transmit vibrations to the skin of the internal device storage space. An arrangement for electrically connecting the vibrators is a significant technology in the present invention. This is because the sealing of the cup is not to be disturbed by the electric cable to be connected from the outside, and the electric cable should not affect the internal components. The vibrator to be used in the present invention is configured such that the electric wire is pulled out through the inside of the vacuum storage connection rod or the internal operation connection rod formed in the vacuum storage device or the internal operation device. In order to seal the cupping cup, it is inevitable to configure an external electric wire to not enter the cupping cup of the present invention. In the present invention, an electric cord is formed at the upper end of the vacuum storage button or the inner button. When the vacuum apparatus is connected to vacuum the vacuum storage space of the sulfur cup of the present invention, the vacuum storage space is evacuated with the external electric wire removed from the electric cord. Then, after the vacuum cupping cup of the present invention is mounted on the skin and the vacuum cupping button is vacuumed using the vacuum cupping button, the external power is connected to the electric cord formed on the cup cup. It is possible to supply electricity to the sulfur cup of the present invention without harm.

15 is an explanatory diagram illustrating that the internal device storage space portion can be constituted by the vacuum storage forming plate 6. The internal device storage space may be configured to a part of the vacuum storage device, but may be configured by modifying the vacuum storage forming plate as shown in FIG. In addition, Fig. 15 describes a technique of filling a sulfur gas cup with a specific gas by installing a compressed gas cylinder as an internal device. When the vacuum pressure regulating plate 10A is pressed, the compressed gas is filled inside the sulfurous cup through the gas injection nozzle 43 of the compressed gas cylinder.

FIG. 16 is a rotary guide groove 31 formed in the inner operation connecting rod to rotate while the blood needle is lowered in order to more effectively utilize the internal device constituting the blood needle of FIG. 13, and the receiver of the inner operation connecting rod Composing the rotary pin 32 to constrain the movement of the rotation guide groove, pressing the inner operation button is configured to the downward movement while the four blood needles rotate.

FIG. 17 illustrates a moxibustion support for the sulphate in order to be able to float while sulphating. In the past, when moxibustion was attempted, the moxibustion support was simply mounted on the skin after mounting the moxibustion support. However, the moxibustion of the present invention is able to move the body freely while performing moxibustion by bringing the moxibustion support to the body by vacuum pressure. Moxibustion sulphate of the present invention is characterized in that the moxibustion support 35, which forms the moxibustion support 34 into which the moxibustion 33 can be inserted, is coupled to the vulcanizin body. As shown in FIG. 17, the moxibustion support 35 is formed in the vacuum storage sulfur cup, which is an embodiment of the present invention.

18 is an explanatory diagram illustrating a technique for achieving a poultice effect by raising the temperature inside the sulphur cup by mounting the heating wire 28 inside the vacuum storage forming plate 6 to be used in the present invention.

19 shows that the liquid medicine 36 is stored in the vacuum storage plate 6, and when the vacuum cupping button is pressed to vacuum the entire cupping cup, the vacuum storage opening plate is opened and the liquid medicine is applied to the skin. It is explanatory drawing explaining the structure of the liquid chemical packaging sulfur cup.

FIG. 20 illustrates the formation of a see-through window 37 on a part of the cup cup body and the heat storage material inside the cup cup to observe the situation inside the cup cup when the cup is made using an opaque material such as ceramics. It is an explanatory diagram explaining the configuration to store and to add a function to allow the far infrared radiation to be radiated in the case of the ruptured by putting the far-infrared radiant into the lute cup. Before using the sulphate cup to sulphate the skin, warm the entire sulphate cup in hot water to heat up the inside of the cup, and then you can enjoy the effect of poultice.

FIG. 21 is an explanatory diagram showing a structure for forming the skin receptor 45 inside the huang cup to prevent excessive swelling of the skin, no matter how strong the vacuum pressure is. A plurality of through holes 47 are formed in the skin receptor 45 to allow the vacuum pressure to be evenly applied, and the inside of the skin receptor forms an inner receptor having a mesh-like shape in which fine holes are formed. Since the direct contact with the skin to form a fine concave-convex to produce acupressure effect, buried with the drug applied to the skin to act to further improve the therapeutic effect.

FIG. 22 shows an embodiment in which the inner receptor of FIG. 21 is brought into close contact with the vacuum storage forming plate 6.

23 is an explanatory diagram for explaining the flexible sulfur cup. The flexible sulphate cup of the present invention has a configuration in which the sulphate cup body is connected to a flexible flexible sulphate connection body formed with a plurality of vacuum chambers. The vacuum chambers 51 are not only in communication with each other, but also in communication with the space inside the sulfurous acid cup. The flexible sulfuric acid cup of the present invention is placed on the skin to form a vacuum in the sulfurous acid cup body of the flexible sulfuric acid connection body. The vacuum pressure is formed at the same time in all the vacuum chambers 51 to thereby be in close contact with the skin. Flexible sulphate connector is made of a flexible material can be attached to the severe bending of the body. If the vacuum storage device to the flexible sulfur cup of the present invention can be used more conveniently. In addition, it is possible to configure the effect of applying the drug to the skin during pulsation by filling the bottom or drug filling the drug applied in the vacuum chamber. The partition 52 formed between the vacuum room and the neighboring vacuum room does not necessarily need to be formed as a wall separating the room. In order to create a more flexible sulfurous bond, the partition wall 52 is formed in the form of a long column or a short column, and to make the flexible sulfurous complex more flexible, it is ideal to shorten the partition into a thin columnar shape like a needle. . However, the part forming the outer edge of the flexible sulphate connector should be composed of a continuous body so that the vacuum can be stored therein.

To configure the internal device that provides various functions to the lute cup, and to control the internal device outside the lute cup body, and to form the vacuum pressure in the lute cup beforehand to process the sulphate, the vacuum storage button which is attached to the lute cup By pressing the button, the vacuum pressure stored in the cup is spread to the cup cup area so that you can easily process the cupping. The procedure can be performed conveniently at the location, and through the internal device inside the huang cup, the function to apply the drug to the skin in the huang cup itself, the function to adjust the vacuum pressure, and to provide vibration Function, poultice function, gas filling function, heat storage function and far infrared radiation function, etc. Service and convenient features, and those provides also, a procedure is possible in effect part of the skin and at the same time buhwang function capable of performing steaming and winding formed so sikilsu ganpyeonhi operation by operation as an internal operation button.

Claims (24)

In the sulphate cup consisting of a sulphate cup body 13 and a reverse valve 12 for discharging the air inside the sulphate cup body to the outside, the vaccum cup body has a vacuum storage opening and closing hole 45 formed therein. Sulfur cup, characterized in that to form a plate (6) to form a vacuum storage space (11) to keep the vacuum state in the interior of the sulphate cup. Vacuum storage forming plate (6) having a cupping cup body (13), a reverse valve (12) for discharging air inside the cupping cup body to the outside, and a vacuum storage opening (45) located inside the cupping cup body (6). In the sulfur cup which is configured to form a vacuum storage space (11) for storing the vacuum state in the space inside the sulfur cup, a vacuum for opening and closing the vacuum storage opening and closing 45 formed in the vacuum storage forming plate (6) Sulfur cup, characterized in that for controlling the storage opening and closing plate (7) to diffuse the vacuum pressure of the vacuum storage space (11) into the entire sulphate cup. A vacuum storage device including a vacuum storage button (3) formed on the outside of the sulfur cup and a vacuum storage connection rod (4) connected to the vacuum storage button and a vacuum storage opening / closing plate (7) connected to the vacuum storage connection rod; Sulfur cup main body (13), and the sulphate cup, characterized in that consisting of a reverse side (12) for discharging the air inside the sulphur cup body to the outside. 4. The sulfur cup according to claim 3, wherein a part of the vacuum storage opening and closing plate (7) forms an internal device storage space (5) in which internal devices installed inside the sulfur cup are accommodated. Internal operation device consisting of an internal operation button (8) formed on the outside of the cuprous cup, an internal operation connecting rod (9) connected to the internal operation button and a vacuum pressure regulating plate (10A) connected to the internal operation connecting rod, and sulfur A cup cup, characterized in that consisting of a cup body (13), and a reverse side (12) for discharging the air inside the pulverized cup body to the outside. Internal operation device consisting of an internal operation button (8) formed on the outside of the cuprous cup, an internal operation connecting rod (9) connected to the internal operation button and a vacuum pressure regulating plate (10A) connected to the internal operation connecting rod, and sulfur It is characterized in that it is composed of an internal device 10, which is located in the cup body and controlled by an internal operating device, the sulfuric acid cup body 13, and a reverse displacement 12 for discharging air inside the sulfurous acid cup body to the outside. Phu Quoc Cup. A vacuum storage device including a vacuum storage button (3) formed on the outside of the sulfur cup and a vacuum storage connection rod (4) connected to the vacuum storage button and a vacuum storage opening / closing plate (7) connected to the vacuum storage connection rod; It is provided with an internal operation device comprising an internal operation button (8) formed on the outside of the cuprous cup, an internal operation connection rod (9) connected to the internal operation button, and a vacuum pressure regulating plate (10A) connected to the internal operation connection rod. Featured Phu Quoc Cup. The sulphate cup body 13, a reverse valve 12 for discharging air inside the sulphate cup body to the outside, and an outer vacuum formed on the sulphate cup body and an outer cup 19 formed outside the sulphate cup body Phu Quoc cup, characterized in that consisting of a space station side (20). Vacuum storage forming plate (6) having a cupping cup body (13), a reverse valve (12) for discharging air inside the cupping cup body to the outside, and a vacuum storage opening (45) located inside the cupping cup body (6). And an outer cup (19) formed outside the lute cup body and an vaccum cup body (20) formed in the lute cup body. The sulphate cup body 13, a reverse valve 12 for discharging air inside the sulphate cup body to the outside, and an outer vacuum formed on the sulphate cup body and an outer cup 19 formed outside the sulphate cup body Sulfur cup, characterized in that consisting of a vacuum device connecting portion 41 for connecting the supply path 42 and the sulphate cup body connected to the sulphate cup body through the space reverse side 20 and the outer cup. In order to prevent the skin from swelling excessively by the bulge cup body 13, the reverse valve 12 for discharging the air inside the bulge cup body to the outside, and the vacuum pressure installed inside the bulge cup body. Phu Huang cup, characterized in that consisting of a skin receptor having a through hole 12. The sulfur cup according to claim 11, wherein the sulphate cup has micropores inside the skin receptor and forms an internal receptor coated with a medicament. The vacuum storage button (3) and the vacuum storage button according to any one of claims 8 to 12, wherein a through passage penetrating up and down is formed in the inside of the reverse side, and is formed outside the sulfur cup in the through passage. Sulfur cup, characterized in that the vacuum storage device consisting of a vacuum storage connecting rod (4) connected to the vacuum storage opening and closing plate (7) connected to the vacuum storage connection rod is formed. The internal operation button 8 and the internal operation button according to any one of claims 8 to 12, wherein a through passage penetrating up and down is formed inside the reverse zone, and an outer operation button 8 is formed outside the lute cup. Sulfur cup, characterized in that the inner operating device consisting of an internal operation connecting rod (9) connected to the inner pressure control plate (10A) connected to the internal operating connection rod is formed. The vacuum storage button (3) and the vacuum storage button according to any one of claims 8 to 12, wherein a through passage penetrating up and down is formed inside the reverse side, and the outside of the sulfur cup is formed in the through passage. A vacuum storage device comprising a vacuum storage connection rod (4) connected to the vacuum storage connection plate (7) connected to the vacuum storage connection rod is formed, and in the through hole penetrated up and down inside the vacuum storage device, sulfur And an internal operation device including an internal operation button 8 formed on the outside of the cup, an internal operation connection rod 9 connected to the internal operation button, and a vacuum pressure regulating plate 10A connected to the internal operation connection rod. Recession Cup 15. The sulfur cup according to claim 14, wherein an internal device is formed below the internal operation device. The sulfur cup according to any one of claims 6 to 16, wherein the internal device contains a medicine to be applied to the skin. 17. The sulfur cup according to any one of claims 6 to 16, wherein the internal device forms a four needle on the vacuum pressure regulating plate. 17. The sulfur cup according to any one of claims 6 to 16, wherein a vibrator is configured as an internal device. The sulfur cup according to any one of claims 6 to 16, wherein the internal device is a compressed gas cylinder having a gas injection nozzle. 10. The sulfur cup according to any one of claims 1, 2, or 9, wherein a heating wire is embedded in the vacuum storage forming plate. 10. The sulfur cup according to any one of claims 1, 2 or 9, wherein a liquid medicine is placed on the vacuum storage plate. In the sulphate cup consisting of a sulphate cup main body 13 and a reverse side valve 12 for discharging the air inside the sulphate cup body to the outside, the moxibustion support 34 is formed integrally with the moxa support 35. Phu Quoc cup, characterized in that [Claim 23] In the sulphate cup consisting of a sulphate cup main body 13 and a reverse side 12 for discharging the air inside the sulphate cup body to the outside, the sulphate cup, characterized in that the flexible sulphate coupling body is formed integrally. A sulphate cup in which a sulphate cup body is made of an opaque material, wherein a sulphate cup is formed on one side of the sulphate cup body and charged with a heat storage material and a far infrared ray radiation object.