KR100518484B1 - Cupping machine which can measure toxin or gas - Google Patents

Abstract

The present invention relates to a cupping machine, and more specifically, the user can come out of the debris and nitrogen, oxygen, carbon dioxide (hereinafter referred to as toxin or gas, etc.) in the human body through the skin in the air in the cupping container during the procedure. At this time, by measuring the toxin or gas in the air in the cupping container by measuring the toxin or gas through the user's skin during the cupping procedure, it is an innovative invention of cupping treatment because it can accurately know the user's physical condition and treatment effect.

The present invention, the nozzle unit 11 protrudes on one side so that the upper portion of the air valve 75 of the cupping vessel 70 can be tightly coupled to each other by the induction pipe 41b, it is also discharged through the skin cupping container Toxic or gas in the air in the 70 is measured through the detection sensor 5000 of the toxin or gas, such as to be closely coupled with the detection sensor 5000, such as toxin or gas so that it can be delivered to the control unit installed in the body (10). Toxic or gas detector connection terminal 200 on one side of the body 10 so that; Separation is possible so that the user can easily select the toxin or gas detection terminal connecting terminal 200 and the detection sensor 5000 such as toxin or gas in order to select the toxin or gas in the air in the cupping container 70. Connectors 5000b and 5000a; A body 10 through which the exhaust hole 10a is perforated; It is installed inside the body 10, the intake pipe 41 is connected to the nozzle portion 11 by an induction pipe 41a, the exhaust pipe 42 is in communication with the exhaust hole (10a), the power supply A pump 40 for performing intake operation in accordance with the voltage input from Vcc; Switching means installed in the body 10, for commanding the operation of the pump 40 and the detection sensor 5000, such as toxin or gas; In addition, the voltage of the power supply unit Vcc is applied to the pump 40 and the detection sensor 5000 such as toxin or gas according to the operation of the switching means, and thus the pump 40 and the detection sensor such as toxin or gas. A controller 30 for controlling the operation 5000; Characterized in having a.

Description

Cupping machine which can measure toxin or gas {omitted}

The present invention relates to a cupping machine, and more specifically, the user can come out of the debris and nitrogen, oxygen, carbon dioxide (hereinafter referred to as toxin or gas, etc.) in the human body through the skin in the air in the cupping container during the procedure. At this time, by measuring the toxin or gas in the air in the cupping container by measuring the toxin or gas through the user's skin during the cupping procedure, it is an innovative invention of cupping treatment because it can accurately know the user's physical condition and treatment effect.

In general, the cupping device is used to suck out pus or poisonous blood generated in the affected part or to promote blood circulation of the affected part. The cupping container has an air valve coupled to its upper end and sucks the air inside the cupping container. It is composed of an intake cupping device having a pump and a binding pipe on one side so as to make the inside vacuum.

If you want to use such a cupping machine, cover the affected part with the cupping container, and then, when the cupping device is coupled to the air valve on the top of the cupping container, by operating the operation knob provided in the cupping device to the manual pump to perform the pimpeom operation do. At this time, the air inside the cupping container is sucked while the air valve is opened, so that the inside of the cupping container covered with the affected part is in a vacuum state. In such a state, if the operation of the operation knob is stopped, the pump is stopped and at the same time, the air valve is blocked, so that the inside of the cupping container is kept in a vacuum state, and accordingly, the affected part covered by the cupping container Strongly adsorbed into the cupping, the pus or abnormal blood of the affected area was eluted into the cupping container to treat the affected area.

However, it is not an exaggeration to say that cupping machine, which is an important treatment device among oriental medicine treatments, is used even at all oriental medicine doctors and families. It is not known at all how the body condition changes through cupping treatment, so the treatment effect of cupping machine is only vague. Furthermore, this vague procedure retards the development of oriental medicine and at the same time delays the scientificization of oriental medicine.

The surface area of the skin is usually about 1.6 square meters in adults. The skin is breathing like the lungs, but it does not supply so much oxygen, but rather releases waste fat, weak acid sweat and gas.

This happens through sweat glands and oil glands, which have fewer glands and larger glands, and there are about 2 million glands on the skin surface. Hydrogen index (the concentration of hydrogen ions that causes acidity is 7 and 7 It is acidic and more than 7 is alkaline). It emits weak sweat of 4.5 ~ 6.5, and it always emits gas in the body and emits harmful gas in the body such as carbon dioxide, which is not exhausted from lung breathing.

At this time, the surface of the skin is always wrapped in air pressure inside and outside of 1 atm (760 mmb), and when 1 part of the surface is removed, the vacuum becomes a state where the debris and gas accumulated in the tissues of the body come out to the surface.

The body fluid of the human body maintains a weak alkalinity of 7.3 to 7.5, and when it becomes a morbid state, it becomes acid constitution and the diseased part appears as a strong alkali, that is, pathological alkaloids.

The blood flowing through the vein is 7.2-7.3 and the arterial blood is 7.3-7.5. By breathing, the blood of the vein with 7.2-7.3 is cleared with the blood of the artery with the hydrogen index of 7.3-7.5.

As mentioned above, the difference in hydrogen index is only 0.2 to 0.3, but this is the driving force for life. Without this action, the body does not have the power to heal the disease, and even surgery is useless.

This breathing is not forcibly done by a person, but from instinct until death. When this breath stops, oxygen is depleted in the blood and the hydrogen index of the artery is destroyed. Such an ordinary but clear breathing blood is the best way to heal the body.

Intake air contains 20.9% of oxygen and 16% of exhaled air, which decreases oxygen by about 4% from that of intake air.

On the other hand, carbon dioxide (CO2) was 0.03% in the intake air, and 4% in the exhalation air. The fact is that breathing takes carbon dioxide out of the blood and supplies oxygen to keep the pH of the blood towards the alkali for some time. Without this action, you can not live, breathing is an absolute condition to live.

Like this, breathing is very common and very powerful in living. The exhalation of the gas exchanges the alveoli (the pulmonary alveolar into the lungs), and the capillaries are entangled around it. Alveolar diameter ranges from 0.15 to 0.3 mm. As shown in the picture above, the pressure of carbon dioxide in the blood sent from the pulmonary artery is higher than the inside of the alveoli, so it penetrates the alveolar membrane and enters the alveoli.

On the other hand, since the pressure of oxygen introduced into the alveoli into the intake is higher than that in the pulmonary vein, it is penetrated into the pulmonary vein through the alveolar membrane.

In this way, the carbon is cleared by the exchange of carbon dioxide (carbon dioxide) and oxygen in the blood.

The principle of the cupping principle, which has been widely used since ancient times, is to purify the blood by removing the dirty gas from the liquid in the body by using the pressure difference of air physically on the surface of the skin according to this structural principle.

Therefore, it is very important to know the concentration of toxins and gases from the skin in the air in the cupping container during the cupping process, and it is the development of oriental medicine, and it is possible to increase the maximization of the treatment effect because more accurate procedures are possible for patients.

In order to achieve the above object, the present invention, the nozzle unit 11 is protruded on one side so that the upper portion of the air valve 75 of the cupping vessel 70 can be tightly coupled to each other by the induction pipe (41b), In addition, the detection sensor such as toxin or gas to be discharged through the skin to measure the toxin or gas in the air in the cupping vessel 70 through the detection sensor 5000 of the toxin or gas, etc. to be delivered to the control unit installed in the body (10). Toxic or gas detector connection terminal 200 on one side of the body 10 to be closely coupled with the (5000); Separation is possible so that the user can easily select the toxin or gas detection terminal connecting terminal 200 and the detection sensor 5000 such as toxin or gas in order to select the toxin or gas in the air in the cupping container 70. Connectors 5000b and 5000a; A body 10 through which the exhaust hole 10a is perforated; It is installed inside the body 10, the intake pipe 41 is connected to the nozzle portion 11 by an induction pipe 41a, the exhaust pipe 42 is in communication with the exhaust hole (10a), the power supply A pump 40 for performing intake operation in accordance with the voltage input from Vcc; Switching means installed in the body 10, for commanding the operation of the pump 40 and the detection sensor 5000, such as toxin or gas; In addition, the voltage of the power supply unit Vcc is applied to the pump 40 and the detection sensor 5000 such as toxin or gas according to the operation of the switching means, and thus the pump 40 and the detection sensor such as toxin or gas. A controller 30 for controlling the operation 5000; Characterized in having a.

Hereinafter, with reference to the accompanying drawings a preferred embodiment of the cupping device capable of measuring the toxin or gas according to the present invention.

1 is a perspective view of a cupping apparatus capable of measuring a toxin or a gas according to the present invention, FIG. 2 is a cross-sectional view showing the internal configuration of FIG. 1, and FIG. 3 is a cupping unit capable of measuring a toxin or a gas according to the present invention. As the block diagram showing the configuration of the device, as shown in the drawing, the present invention includes a body 10, a switching means, a controller 30 and a pump 40, and a detection sensor 5000 such as toxin or gas. . The body 10 may be configured in various forms according to convenience, and the exhaust hole 10a is drilled in the wall surface, and the nozzle unit 11 and the detection device connecting terminal 200 such as toxin or gas protrude on one side. And it is provided, the nozzle portion 11 is configured to have a trumpet-shaped spout so that the upper portion of the cupping vessel 70, the air valve 75 and the induction pipe (41b) can be tightly coupled to each other, the toxin B. The detection device connecting terminal 200 for gas or the like is a cupping container 70 equipped with a detection sensor 5000 such as toxin or gas in order to measure toxins or gases in the air in the cupping container 70 discharged through the skin. It is provided to be closely coupled with the detection sensor 5000, such as toxins or gases therein.

In this case, as shown in FIGS. 1 and 2, the separation between the detection terminal 5000 of the toxin or the gas and the detection sensor 5000 such as the toxin or the gas such that the user can select the toxin or the gas in the air in the cupping container 70 as desired. Of course, the detachable connectors 5000b and 5000a may be installed so as to facilitate the pump 40. The pump 40 is an electric pump that performs intake according to a voltage input from a power supply unit Vcc, and an intake pipe 41. ) And an exhaust pipe 42, which is installed inside the body 10, wherein the intake pipe 41 is configured to be connected to the nozzle part 11 via an induction pipe 41a.

On the other hand, by the power switch (SW) is coupled to the output terminal of the power supply (Vcc), it is configured to control whether or not the voltage output from the power supply (Vcc) in accordance with the operation of the power switch (SW), When the power switch SW is turned on during the operation of the power switch SW, the power switch SW is configured to indicate that the on-switching state.

The power supply unit (Vcc) may be configured in a variety of ways, but by configuring a rechargeable battery built in the body 10, it will be desirable to enable repeated recharge. In addition, when the power supply unit Vcc is configured as a rechargeable battery, a charge amount display display unit 12 including a plurality of segments is provided on an outer surface of the body 10, and the rechargeable battery It may be desirable to configure the charge amount to be displayed on the display unit 12 so that the user can check the amount of charge remaining in the rechargeable battery. In addition, one side of the body 10 is connected to an external power source to charge the rechargeable battery, and also provided with a connector for receiving the power source for driving the cupping device to measure the toxin or gas according to the present invention from the outside. Of course.

The switching means is installed in the body 10 as a means for commanding the operation of the pump 40, the control unit 30 is the voltage of the power supply (Vcc) in accordance with the operation of the switching means the pump Applied to 40 is a device to operate the pump 40. That is, a relay 35 is connected between the power supply unit Vcc and the pump 40, and the control unit 30 that detects the operation of the switching unit turns on the relay 35 to turn on the power supply. The pump 40 receiving the voltage of the supply unit Vcc is configured to perform the intake operation.

The switching means is a means for commanding the operation of the detection sensor 5000, such as toxin or gas, is installed in the body 10, the control unit 30 is the power supply unit (Vcc) in accordance with the operation of the switching means. ) Is applied to the detection sensor 5000 such as toxin or gas to operate the detection sensor 5000 such as toxin or gas. That is, the relay 35 is connected between the power supply unit Vcc and the detection sensor 5000 such as toxin or gas, and the control unit 30 that detects the operation of the switching means controls the relay 35. By switching on, the detection sensor 5000 such as toxin or gas, which has received the voltage of the power supply unit Vcc, is configured to perform a measurement operation of toxin or gas.

In addition, the detection sensor 5000 of the toxin or gas, etc. may be configured to be exchanged according to the measuring toxin or gas desired by the user among the toxins and all the toxins or gases in the air in the cupping vessel 70. Of course.

In addition, the detection sensor 5000 of the toxin or gas, etc. includes sensors that can measure all the toxins or gases from the air in the air in the cupping vessel described above, and all the toxins or gases. Of course it can be made of SnO2

In addition, the detection sensor 5000 of the toxin or gas, etc. may be a heating element, a heating device and a heating resistor built in the lower and the inside, such that the heating value can be represented constantly.

In addition, the detection sensor 5000 of the toxin or the gas is not mounted on the upper portion of the cupping vessel 70 but may be mounted inside the body 10 as shown in FIG. 5, in this case, the air in the cupping vessel 70. The toxins and gases do not escape to the outside through the induction pipe 10000c through the induction pipe 10000b through the detection device connecting terminal 200 such as toxin or gas, thereby directly reaching the detection sensor 5000 such as toxin or gas. It is a matter of course that the concentration of the toxin or gas in the air in the cupping vessel 70 can be measured. At this time, the detection sensor 5000 of the toxin or gas is in the air toxin or gas in the cupping vessel 70 desired by the user. Of course, it is configured to be exchanged according to the type of.

In addition, the control unit 30 to measure the debris in the air generated through the skin in the cupping vessel 70 and the toxin or gas through a detection sensor 5000 such as toxin or gas, the concentration and data of the measured toxin or gas, etc. After receiving the transmission, an electric signal is transmitted to the concentration display unit 100 of the toxin or the gas based on the concentration and data input again, thereby displaying the concentration of the toxin or the gas such as the concentration display unit of the toxin or the gas.

At this time, the concentration display unit 100 of the toxin or gas and the operation mode display light emitting lamps C and C1 are provided. At this time, the light emitting lamp C is for measuring preparation display and the light emitting lamp C1 is for warning display due to generation of toxin or gas. The concentration display unit of the toxin or gas and the operation mode display LED are connected to the control unit 30 to control the operation and power supply.

In addition, when the concentration of the toxin or the gas measured by the detection sensor 5000 such as the toxin or the gas is higher than a predetermined concentration, the controller 30 sets the voltage of the power supply unit Vcc to the light emitting lamp ( C ') is applied to the light emitting lamp (C'), and if the value is low conversely to apply the voltage of the power supply (Vcc) to the light emitting lamp (C) to light the light emitting lamp (C) do.

The control unit may be configured as a contact switch for electrically connecting the power supply unit, the pump and the detection sensor 5000 such as toxin or gas according to the operation of the switching means. Meanwhile, a buzzer 50 may be additionally installed at one side of the body 10, and the buzzer 50 may have a predetermined sound whenever the power switch SW and the operation switches 25 and B are operated. It is configured to be connected to the control unit 30 to generate a, so that the user can recognize that a predetermined control is input.

In addition, a time control unit 60 and a time display unit 65 may be provided at one side of the body 10. The time controller 60 includes a 10 minute unit button 61, a 1 minute unit button 62, and a start / stop button 63, and the 10 minute unit button 61 and the 1 minute unit button 62. As the operation is performed, the time increased by 10 minutes or 1 minute is configured to be set in the time display unit 65. When the start / stop button 63 is pressed once, the time set in the time display unit 65 is counted down and decreased, and when the start / stop button 63 is pressed for the second time, the time display unit 65 is set. The time is configured to reset to zero. In addition, when the time set in the time controller 60 reaches down to zero, it may be preferable to configure the buzzer 50 to be operated by the controller 30 that detects this time.

On the other hand, in the drawing, the decompression unit 5 connected to the output terminal of the power switch (SW) is necessary for the operation of the control unit 30, the detection sensor 5000, such as toxin or gas, the operation switches (25, B). As a means for supplying a low voltage, it is configured to receive a high voltage output from the power supply unit (Vcc) and reduce the output to a predetermined low voltage (5V).

The configuration as described above will be described the operation method of the cupping device capable of measuring the toxin or gas and the like.

First, when the power supply unit Vcc is switched on, the voltage of the power supply unit Vcc is applied to the relay 35 connected to the pump 40, and at the same time, the voltage is supplied to the predetermined low voltage through the pressure reducing unit 5. After the pressure is reduced, the electronic device is operable by being applied to the control unit 30, the operation switch 25, the toxin or gas light detection sensor 5000, the time control unit 60, and the like. The amount of charge charged in the power supply unit Vcc is displayed on the display unit 12.

As shown in FIG. 4, the air valve 75 of the cupping container 70 in close contact with the affected part is tightly bound to the nozzle part 11 of the body 10 by an induction pipe 41b. The controller is connected to the detecting device connecting device 200 of the toxin or gas of the body 10 to the detection sensor 5000 of the toxin or gas of the cupping vessel 70, and then the operation switch 25 is operated to control the control unit. At 30, the relay 35 is switched on. Therefore, the voltage of the power supply (Vcc) is applied to the pump 40, the pump 40 is pumping action, accordingly the air in the cupping vessel 70 air valve 75, nozzle unit ( 11) being sucked through the induction pipe 41a and the intake pipe 41 to bring the inside of the cupping vessel into a vacuum state, and then the nozzle part 11 of the body 10 and the air valve 75. ) Separates the induction pipe (41b) connected to each other. At this time, the air valve 75 is closed by the negative pressure formed in the cupping container 70, so that the vacuum state inside the cupping container 70 is maintained as it is, thus sucking the pus or poison blood generated in the affected area and It is to act as a cupping to promote blood circulation.

Then, when the operation switch (B) of the detection device such as toxin or gas is pressed, the detection sensor 5000 such as toxin or gas in the air generated through the skin through the negative pressure of the cupping inside the cupping vessel 70 is opened. The control unit 30 causes the measured concentration and data to appear on the measured amount display unit 100 such as toxin or gas.

The pumping action of the pump 40 as described above is configured to be repeated every time the operation switch 25 is operated, so that the pump 40 can be pumped as many times as necessary. When the buzzer 50 is installed in the body 10, whenever the power switch SW and the operation switches 25 and B are operated, the controller 30 applies a voltage to the buzzer 50. By applying the buzzer 50 to operate, the user can recognize that a predetermined operation is input to the control unit 30, of course.

On the other hand, the air sucked from the cupping vessel 70 by the operation of the pump 40 is discharged through the exhaust pipe 42 of the pump 40, the exhaust hole via the inside of the body 10 It is discharged to the outside through the (10a), wherein the discharge air via the body 10 serves to cool each electronic device installed in the body (10).

As described above, the inside of the cupping container 70 is vacuumed so that the affected part is strongly adsorbed into the cupping container 70, and then the nozzle part 11 of the body 10 is connected to each other by the air valve 75. The guide tube 41b is separated. When the time control unit 60 is adjusted to set a predetermined time on the time display unit 65, and then the start / stop button 63 of the time control unit 60 is operated, the time display unit 65 is operated. The time set in step counts down and decreases. When the time set in the time display unit 65 has elapsed and the time displayed in the time display unit 65 becomes zero, the control unit 30 which detects this sounds the buzzer 50 so that the user desires it. Recognizing that the cupping time is to be able to end the cupping operation by removing the cupping container 70 is compressed in the affected area.

In addition, by making the inside of the cupping container 70 in a vacuum state as described above, the affected part is strongly adsorbed into the inside of the cupping container 70, and then between the nozzle part 11 of the body 10 and the air valve 75. The connected induction pipe 41b is separated. Then, when the operation switch (B) of the detection device such as toxin or gas is pressed, the toxins or gases in the air generated through the skin through the negative pressure of the cupping inside the cupping vessel 70 may detect the detection sensor 5000 such as toxins or gases. The measurement is started through the concentration and data is transmitted to the control unit 30, the control unit 30 to the toxin or gas concentration and data measured through the detection sensor 5000 of the toxin or gas, etc. It appears on the measured quantity display part 100, such as gas. In addition, when the concentration of the toxin or the gas measured by the detection sensor 5000 such as the toxin or the gas is higher than a predetermined concentration, the controller 30 sets the voltage of the power supply unit Vcc to the light emitting lamp ( By applying the light to the light emitting lamp (C1) by applying to the C1) and conversely if the value is low, by applying the voltage of the power supply (Vcc) to the light emitting lamp (C) by the user to light the light emitting lamp (C) By continuously reading the value of the measurement amount display unit 100, such as toxin or gas, it will continue to perform the cupping continuously until it becomes zero "0" or until the light emitting lamp (C) is lit.

As can be seen by the above embodiment, the present invention relates to a cupping machine, and more particularly, the user in the human body through the skin in the air in the cupping container during the cupping process and nitrogen, oxygen, carbon dioxide, etc. (Toxin or gas, etc.) will appear. At this time, the toxin or gas can be measured in the air in the cupping container, and the toxin or gas through the user's skin is measured during the cupping procedure, so the user's body condition and treatment effect are accurately known. Can be an innovative invention of cupping

1 is a perspective view of a cupping device capable of measuring a toxin or a gas according to the present invention;

2 is a cross-sectional view showing the internal configuration of FIG.

Figure 3 is a block diagram showing the configuration of a cupping device capable of measuring the toxin or gas according to the present invention.

Figure 4 is a practical application of the cupping device capable of measuring the toxin or gas according to the present invention

Figure 5 is an application inside the body of the cupping device capable of measuring the toxin or gas according to the present invention

(Description of the code for the main part of the drawing)

10: body, 10a: exhaust hole, 11: nozzle part, 12: display part, 25: operation switch, 30: control part, 35: relay,

40: pump, 41: intake pipe, 42: exhaust pipe, 50: buzzer, 60: time control part, 65: time display part, 70: cupping container,

75: air valve, 100: measurement amount display unit such as toxin or gas C: measurement preparation display unit such as toxin or gas,

C1: Toxic or gas generated warning indicator, 5000: Toxic or gas detection sensor 200: Toxic or gas detection device connection terminal, B: Toxic or gas detection sensor operation switch

Claims (11)

A pump, which is in close contact with the skin and is configured to allow intake, and has an intake pipe and an exhaust pipe, the pump operative to intake air in the cupping container; And a control unit for detecting a concentration of toxins or gases in the cupping container, and a control unit for controlling operations of the pump and the detection sensor. The method of claim 1, A body equipped with the pump, the detection sensor and the control unit, and The cupping vessel further comprises a first induction pipe connecting the cupping vessel and the intake pipe. The method of claim 2, The detection sensor is mounted to the cupping container, The detection sensor is a cupping device, characterized in that electrically connected to the control unit through a connector. The method of claim 2, The detection sensor is mounted to the body, And a detection sensor mounted to the body and electrically connected to the control unit, and a second induction pipe connecting the detection sensor and the cupping container. The method according to any one of claims 2 to 4, At least one exhaust hole is formed in the body, The air intake air from the pump is exhausted to the exhaust hole through the exhaust pipe. The method according to any one of claims 2 to 4, It further comprises a power supply for supplying power to the body, and a switch for controlling the operation of the pump, The control unit according to the operation of the switch, the cupping device, characterized in that for supplying the power from the power supply to the pump for the pump to perform the intake operation. The method according to any one of claims 2 to 4, Further comprising a power supply for supplying power to the body, and a switch for controlling the operation of the pump, The controller according to the operation of the switch characterized in that for supplying the power from the power supply to the detection sensor to operate the detection sensor. The method according to any one of claims 2 to 4, And a concentration display unit which displays a concentration of toxins or gases in the cupping container measured by the detection sensor. A cupping container, which is in close contact with the skin and is formed to allow inspiration, and includes a detection sensor that detects toxins or gas concentrations therein, It includes a body connected to the cupping container, The body, A pump connected to an intake pipe through the cupping vessel and an induction pipe and operative to intake air in the cupping vessel through the intake pipe; A control unit connected to the detection sensor and a connector and electrically connected to the pump to control operations of the pump and the detection sensor; and A cupping device, characterized in that for supplying power to the pump and the detection unit under the control of the control unit. Cupping container that is in close contact with the skin and is formed to allow intake, and It includes a body connected to the cupping container, The body, A pump in which an intake pipe is connected to the cupping vessel and the first induction pipe and is operated to intake air in the cupping vessel through the intake pipe; A detection sensor connected to the cupping container and a second induction pipe to detect a toxin or gas concentration inside the cupping container; A control unit electrically connected to the pump and the detection sensor to control an operation of the pump and the detection sensor; and A cupping device, characterized in that for supplying power to the pump and the detection unit under the control of the control unit. delete