WO2021174668A1

WO2021174668A1 - Treatment cabin and usage method thereof

Info

Publication number: WO2021174668A1
Application number: PCT/CN2020/089686
Authority: WO
Inventors: 王守国; 袁东安
Original assignee: 广东爱森医学科技有限公司
Priority date: 2020-03-06
Filing date: 2020-05-11
Publication date: 2021-09-10

Abstract

A treatment cabin and a usage method thereof. The treatment cabin comprises a body part (101) having an enclosed chamber (1010), and a cabin door (106). A far infrared heating device is used for heating a human body; a gas intake device comprises a gas intake mechanism and a gas combination tank; the gas combination tank is used for producing at least one of oxygen, helium, hydrogen and ozone; the gas intake mechanism is used for introducing, into the enclosed chamber (1010), adjuvant therapy gas produced by mixing at least one of oxygen, helium, hydrogen and ozone with air; a gas exhaust device comprises a gas exhaust mechanism and a gas purification device (114); the gas exhaust mechanism is used for driving the gas in the enclosed chamber (1010) to be exhausted to the gas purification device (114); the gas purification device (114) is used for carrying out sterilization and purification processing on the gas and exhausting the gas outwards. The treatment cabin can be used for treating coronavirus pneumonia, side effects of the treatment are small, and the curative effect can be quickly observed.

Description

Treatment cabin and method of use

Technical field

The invention belongs to the field of medical technology, and particularly relates to a treatment cabin and a method of use thereof.

Background technique

At present, due to the outbreak of the novel coronavirus pneumonia in 2020, efficient and side-effect treatment for the novel coronavirus pneumonia has become an urgent problem to be solved.

In related technologies, the commonly used treatment method is drug therapy. However, western medicine treatments all bring side effects to varying degrees. Traditional Chinese medicine treatment is relatively slow, and there is a lack of physical therapy methods with small side effects and rapid curative effects.

Therefore, it is really necessary to provide a new treatment cabin and its use method to solve the above problems.

technical problem

The technical problem to be solved by the present invention is to provide a treatment cabin and its use in view of the problems that the existing western medicine treatments have different degrees of side effects, the treatment of traditional Chinese medicine is relatively slow, and there is a lack of physical therapy methods with small side effects and rapid curative effect. method.

Technical solutions

In order to solve the above technical problems, the present invention provides a treatment cabin, which includes:

A treatment cabin, the treatment cabin including a body with a closed chamber and a door installed on the body;

A far-infrared heating device, which is installed in the sealed chamber and is used to generate infrared rays to heat the human body;

An air intake device, the air intake device includes an air intake mechanism and a gas combination tank that are communicated with each other, the gas combination tank is used to generate at least one of oxygen, air, helium, hydrogen, and ozone, the air intake mechanism It is arranged on the main body and communicates with the airtight chamber, and the air intake mechanism is used to introduce into the airtight chamber at least one of oxygen, helium, hydrogen, and ozone, and an auxiliary therapeutic gas produced by mixing with air ；

An exhaust device, the exhaust device includes an exhaust mechanism and a gas purification device communicated with each other, the exhaust mechanism is disposed on the main body and communicates with the closed chamber, and the exhaust mechanism is used to drive the The gas in the enclosed chamber is discharged to the gas purification device, and the gas purification device is used to sterilize and purify the gas and discharge it to the outside.

Preferably, the far-infrared heating device includes at least two far-infrared heating plates installed in the sealed chamber and spaced apart from each other, and each of the far-infrared heating plates is used to perform far-infrared radiation on the human body from different directions. heating.

Preferably, the air intake mechanism includes an air intake hole and an air intake control valve, the air intake hole is installed in the body part and communicates with the closed chamber, and the air intake hole is controlled by the air intake The valve is in communication with the gas combination tank.

Preferably, the gas combination tank includes a gas tank, an ozone generator, and a gas mixing tank, the gas tank is used to generate at least one of oxygen, air, helium, and hydrogen, and the ozone generator is used to generate ozone, And the gas tank and the ozone generator are respectively connected with the gas mixing tank, and the gas mixing tank is used to mix the gas generated by the gas tank and the ozone generator to obtain the auxiliary therapeutic gas .

Preferably, the exhaust mechanism includes an exhaust hole and an exhaust pump, the exhaust hole is installed in the body part and communicates with the closed chamber, and the exhaust pump is used to drive the air in the closed chamber. It is exhausted to the air purification device through the exhaust hole.

Preferably, when the cabin door is closed, the cabin door is isolated from the outside air by a vacuum sealing strip and a suction switch, and can be controlled by the intake control valve and the exhaust pump. Control the positive and negative pressure state of the sealed chamber.

Preferably, the treatment cabin further includes a negative ion generator installed in the sealed chamber, and the negative ion generator is used to generate negative ion wind for treatment.

Preferably, the treatment cabin further includes a sensor installed in the airtight chamber and a control display screen installed on the outside of the main body and electrically connected to the sensor, the sensor is used to detect characteristic parameters, and the control The display screen is used to display the characteristic parameters, and is used to control the air pressure in the closed chamber and the gas flow of the auxiliary treatment gas; wherein, the characteristic parameters include the air pressure, temperature, humidity, and air pressure in the closed chamber. At least one of the temperature of the human body and the heart rate of the human body.

Preferably, the treatment cabin further includes a dialogue voice microphone installed in the airtight chamber, and the dialogue voice microphone is used to realize voice interaction between a patient in the airtight chamber and a person outside the airtight chamber.

The present invention provides a method for using the treatment cabin. The method is applied to the treatment cabin of the present invention. The method includes the following steps:

Control the far-infrared heating device to heat the human body by infrared;

Control the negative ion generator to input negative ion wind into the closed chamber; and/or,

Control the air intake device to input auxiliary treatment gas into the closed chamber; wherein the auxiliary treatment gas is a mixed gas of at least one of oxygen, helium, hydrogen, and ozone and air;

The control exhaust device sterilizes and purifies the gas in the sealed chamber and discharges it to the outside.

Beneficial effect

Compared with the prior art, the treatment cabin and its use method provided by the embodiments of the present invention can be applied to the treatment of coronavirus pneumonia. The far-infrared heating device is used to perform hyperthermia on the human body, which greatly promotes the human body. The working efficiency of the immune system improves its immunity through physical methods, which can effectively kill the coronavirus inside and outside the human body. At the same time, the auxiliary treatment gas is generated through the air intake device. The auxiliary treatment gas can effectively enter the human body. Killing the coronavirus improves the treatment efficiency for patients; therefore, the application of the present invention in the treatment of coronavirus pneumonia effectively avoids the use of drugs, reduces the side effects of the treatment, and the treatment efficiency of the present invention is high.

Description of the drawings

Fig. 1 is a schematic diagram of a treatment cabin provided by an embodiment of the present invention.

Embodiments of the present invention

The technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, rather than all the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative work shall fall within the protection scope of the present invention.

As shown in FIG. 1, the present invention provides a treatment cabin, which includes a treatment cabin, a far-infrared heating device, an air intake device, an exhaust device, a negative ion generator, a sensor, a control display screen 107 and a dialogue voice microphone 108.

The treatment cabin includes a main body 101 with a closed chamber 1010 and a cabin door 106 installed on the main body 101; specifically, the main body 101 is made of stainless steel, heat insulating materials, glass, templates, etc., The patient 100 can enter the airtight chamber 1010 for treatment of coronavirus pneumonia disease. The patient 100 in the airtight chamber 1010 can be in a sitting position or lying down for treatment. In FIG. 1, the patient 100 Sitting on the stool 113.

The treatment method can choose different gas combination modes, such as: far-infrared therapy heat therapy (heat therapy) combined with hot air oxygen therapy (hot oxygen therapy), negative ion wind therapy (negative ion therapy), pulsed micro ozone therapy (ozone therapy) and Combination therapy is one of the treatment methods of hydrogen therapy.

The far-infrared heating device is installed in the sealed chamber 1010 and is used to generate infrared rays to heat the human body. Specifically, the far-infrared heating device includes at least two far-infrared heating plates 104 installed in the airtight chamber 1010 and spaced apart from each other, each of the far-infrared heating plates 104 is used to align from different directions The human body is heated by far infrared, and the temperature of each infrared heating plate 104 is controllable.

It is worth mentioning that the number of far-infrared heating plates is not limited and can be set according to actual conditions. For example, in this embodiment, the far-infrared heating plates 104 include two, and each far-infrared heating plate 104 The total length is more than 1 meter and the width is more than 20 cm. When the patient 100 enters the closed chamber 1010 for treatment, one of the far-infrared heating plates 104 is arranged directly opposite the back of the patient 100 to enlarge the back of the human body. Area far-infrared heating; the other said far-infrared heating plate 104 is set directly opposite to the foot of the patient 100 to heat the sole of the human body. Through the arrangement of the above two far-infrared heating plates 104, the purpose of heating the entire body of the patient 100 is realized, and the body's microcirculation and the body's metabolism are promoted. The blood flow speed caused by the increase in human body temperature will increase, so that white blood cells can more quickly find abnormalities in the body and kill pathogens.

More specifically, the above-mentioned method of treating the human body through the far-infrared heating device is called hyperthermia. The treatment principle of hyperthermia is specifically as follows: because experiments have proved that the new pneumonia virus will quickly inactivate at 56°C Therefore, the use of far-infrared heating device to generate infrared rays to heat the skin tissue and subcutaneous tissue of the human body, effectively killing the virus in the skin surface and subcutaneous tissue; in addition, the thermal effect of infrared rays will promote the speed of human blood flow, which means that the blood The white blood cells of the virus are found to be killed more quickly, and at the same time, the increase in body temperature will increase the basal metabolism. That is to say, in the above method, the immunity of the body is improved through physical methods, which can effectively kill the coronavirus in and outside the human body.

The purpose of the air intake device is to introduce auxiliary treatment gas to kill the coronavirus in the human body, thereby effectively improving the efficiency of treatment.

Specifically, the air intake device includes an air intake mechanism and a gas combination tank that are communicated with each other, and the gas combination tank is used to generate at least one of oxygen, air, helium, hydrogen, and ozone.

The air intake mechanism is disposed on the main body 101 and communicates with the airtight chamber 1010, and the air intake mechanism is used to introduce at least one of oxygen, helium, hydrogen, and ozone into the airtight chamber. Auxiliary treatment gas produced by air mixing.

Further, the air intake mechanism includes an air intake hole 102 and an air intake control valve 111. The air intake hole 102 is installed on the main body 101 and communicates with the closed chamber 1010, and the air intake hole 102 It communicates with the gas combination tank through the intake control valve 111.

Furthermore, the gas combination tank includes a plurality of gas tanks 116, an ozone generator 115, and a gas mixing tank 112. The gas tank 116 is used to generate at least one of oxygen, air, helium, and hydrogen; the ozone generator 115 is used to generate ozone, and ozone molecules as energy particles can effectively kill viruses when they are inhaled into the human body; And the gas tank 116 and the ozone generator 115 are respectively connected to the gas mixing tank 112, and the gas mixing tank 112 is used to mix the gas generated by the gas tank 116 and the ozone generator 115 to Obtain the auxiliary therapeutic gas.

The patient 100 carries viruses in the air exhaled from the airtight chamber 1010, and it needs to be sterilized before the air in the airtight chamber 1010 is discharged. Therefore, in this embodiment, the exhaust device includes mutual communication The exhaust mechanism and the gas purification device 114 are provided in the main body 101 and communicate with the closed chamber 1010, and the exhaust mechanism is used to drive the gas in the closed chamber 1010 to exhaust To the gas purification device 114, the gas purification device 114 is used to sterilize and purify the gas and discharge it to the outside.

More specifically, the exhaust mechanism includes an exhaust hole 103 and an exhaust pump 109, the exhaust hole 103 is installed on the main body 101 and communicates with the closed chamber 1010, and the exhaust pump 109 is used to drive The air in the airtight chamber 1010 is discharged to the air purification device 114 through the exhaust hole 103.

In order to avoid the influence of the external environment on the treatment of the patient 100 and the risk of vocal infection to the outside world during the treatment, the entire treatment process needs to be carried out in a sealed condition. Therefore, in this embodiment, when the cabin door 106 is closed, The cabin door 106 isolates the sealed cabin from the outside air through a vacuum sealing strip and a suction switch, and can control the front of the sealed chamber 1010 through the intake control valve 111 and the exhaust pump 109. A negative pressure state is used to ensure that no virus leaks in the airtight chamber 1010.

The negative ion generator is installed in the airtight chamber 1010, and the negative ion generator is used to generate negative ion wind for treatment, and the negative ions in the negative ions can effectively kill viruses when they are absorbed into the human body as energy particles.

The sensor is installed in the airtight chamber 1010, and the sensor is used to detect characteristic parameters. The characteristic parameters include at least one of the air pressure, temperature, humidity, temperature of the human body, and heart rate of the human body in the airtight chamber 1010. One; specifically, the sensor includes a first sensor 110A and a second sensor 110B, the first sensor 110A is used to detect at least one of the air pressure, temperature, and humidity in the airtight chamber 1010; The second sensor 110B is in contact with the patient 100 to detect at least one of the temperature of the human body of the patient 100 and the heart rate of the human body.

The control display screen 107 is installed on the outside of the main body 101 and is electrically connected to the sensor. The control display screen 107 is used to display the characteristic parameters, and is used to control the air pressure and the air pressure in the airtight chamber 1010. The gas flow rate of the auxiliary treatment gas.

Specifically, the control display screen 107 is used to display information such as treatment time, air pressure, humidity, temperature, human body temperature, human heart rate, start-up treatment time, treatment parameters, and treatment modes in the airtight chamber 1010, and At the same time, it is used to record and store the function of these treatment parameters. The medical staff outside the closed chamber 1010 can control the intake control valve 111 and the exhaust pump 109, anion generator and far infrared through the control display 107 The heating device works to adjust the air pressure in the closed chamber 1010 and the treatment mode used for treatment.

The dialogue voice microphone 108 is installed in the dialogue voice microphone in the airtight chamber 1010, and the dialogue voice microphone 108 is used to realize the communication between the patient 100 in the airtight chamber 1010 and the personnel outside the airtight chamber 1010. At the same time, the cabin door 106 is made of a transparent material, for example, the cabin door 106 is a transparent glass door. Through the above arrangement, it is convenient for medical personnel to observe and communicate with the patient 100.

The present invention provides a method for using the treatment cabin. The method is applied to the treatment cabin of the present invention and includes the following steps:

Control the far-infrared heating device to heat the human body by infrared;

The above-mentioned treatment cabin and its use method can be applied to the auxiliary treatment of patients with coronary pneumonia and the treatment of other respiratory diseases. Through the use of the treatment cabin, the treatment cabin is used to control the treatment of the patient as the main treatment method, and then cooperate with thermal oxygen therapy, At least one of hydrogen therapy, negative ion therapy, and ozone therapy is used to assist the treatment.

The thermal oxygen therapy is one of the treatment methods. It provides enough oxygen to the patient by adding oxygen to the hot air to promote metabolism in the patient's body. In conjunction with the thermal therapy, the thermal therapy can be better utilized Play its role.

As one of the treatment methods, the ozone therapy involves adding a certain amount of energy particles (that is, ozone molecules) to the hot air. This breathing environment is to supplement oxygen to the patient while also inhaling certain energy particles to kill the virus. The amount of ozone added is controllable. In actual use, the amount of ozone added can be determined according to the doctor's specific treatment plan for the patient. In order to avoid excessive concentration causing damage to the human body, the concentration of ozone should not be greater than 0.05ppm In addition, the ozone is added in the way of intermittent addition to avoid continuous addition which causes the patient 100 to continuously inhale excessive energy particles, which ensures that the patient's respiratory mucosa is effectively protected when ozone therapy is used.

As one of the treatment methods, the negative ion therapy involves mixing hot air with negative ion wind, that is, adding a certain amount of energy particles (ie, negative ions) to the hot air. This breathing environment is to supplement oxygen to the patient while also inhaling a certain amount of energy. Energy particles to kill the virus. The amount of anion added is controllable. In actual use, the amount of anion added can be determined according to the doctor's specific treatment plan for the patient. In order to avoid excessively high concentration causing damage to the human body, the concentration of anion in the negative ion wind No more than 10,000/cm3, that is, there are 10,000 negative ion particles per cubic centimeter of the mixed gas. In addition, the negative ion wind is added through the gap addition method to avoid continuous addition and cause the patient 100 to continuously inhale too much The energy particles ensure that the patient’s respiratory mucosa is effectively protected when using ozone therapy.

As one of the treatment methods, the hydrogen therapy can be mixed with a certain amount of hydrogen and helium in the hot air, and the hydrogen can be used to eliminate inflammation and eliminate the reduction purpose after oxidation. This treatment mode and the oxygen therapy mode can be alternated The purpose of mixing with helium is to ensure the safety of the gas, and to avoid excessive hydrogen concentration from causing damage to the human body, the H ₂ concentration in the inhaled hydrogen-containing air does not exceed 4%.

The above-mentioned various auxiliary therapies are all mixed with hot gas. The hot gas has a certain amount of heat, which can make the kinetic energy of the mixed gas molecules greater, and make the oxygen molecules, negative ions, ozone molecules or hydrogen molecules that enter the body greater kinetic energy , So that the effect of killing the coronavirus is better, so that the treatment effect is better and the treatment efficiency is higher.

The above are only the embodiments of the present invention. It should be pointed out here that for those of ordinary skill in the art, improvements can be made without departing from the inventive concept of the present invention, but these all belong to the present invention. The scope of protection.

Claims

A treatment cabin, characterized in that it comprises: a treatment cabin, the treatment cabin including a body with a closed chamber and a door installed on the body; a far-infrared heating device, the far-infrared heating The device is installed in the airtight chamber and is used to generate infrared rays to heat the human body; an air inlet device, the air inlet device includes an air inlet mechanism and a gas combination tank communicated with each other, and the gas combination tank is used to generate oxygen At least one of air, helium, hydrogen, and ozone, the air intake mechanism is disposed on the main body and communicates with the closed chamber, and the air intake mechanism is used to introduce oxygen into the closed chamber , At least one of helium, hydrogen, and ozone is an auxiliary therapeutic gas produced by mixing with air; an exhaust device, the exhaust device includes an exhaust mechanism and a gas purification device communicated with each other, and the exhaust mechanism is arranged in the The main body is in communication with the airtight chamber, the exhaust mechanism is used to drive the gas in the airtight chamber to be discharged to the gas purification device, and the gas purification device is used for sterilizing and purifying the gas and出出出。 The outward discharge.
The treatment cabin according to claim 1, wherein the far-infrared heating device comprises at least two far-infrared heating plates installed in the airtight chamber and spaced apart from each other, each of the far-infrared heating plates is respectively It is used for far infrared heating of the human body from different directions.
The treatment cabin according to claim 1, wherein the air intake mechanism includes an air intake hole and an air intake control valve, the air intake hole is installed on the body part and communicates with the closed chamber, and The air inlet hole is communicated with the gas combination tank through the air inlet control valve.
The treatment cabin according to claim 3, wherein the gas combination tank comprises a gas tank, an ozone generator, and a gas mixing tank, and the gas tank is used to generate at least one of oxygen, air, helium, and hydrogen. The ozone generator is used to generate ozone, and the gas tank and the ozone generator are respectively connected with the gas mixing tank, and the gas mixing tank is used to generate the gas tank and the ozone generator. The gas is mixed to obtain the auxiliary treatment gas.
The treatment cabin according to claim 3, wherein the exhaust mechanism includes an exhaust hole and an exhaust pump, the exhaust hole is installed on the body part and communicates with the closed chamber, and the exhaust The air pump is used to drive the air in the sealed chamber to be discharged to the air purification device through the exhaust hole.
The treatment cabin according to claim 5, wherein when the cabin door is closed, the cabin door is isolated from the outside air through a vacuum sealing strip and a suction switch, and can pass through the cabin door. The intake control valve and the exhaust pump control the positive and negative pressure state of the sealed chamber.
The treatment cabin according to any one of claims 1-6, wherein the treatment cabin further comprises a negative ion generator installed in the closed chamber, and the negative ion generator is used to generate negative ion wind for treatment. .
The treatment cabin according to claims 1-6, wherein the treatment cabin further comprises a sensor installed in the closed chamber and a control display screen installed on the outside of the body and electrically connected to the sensor , The sensor is used to detect characteristic parameters, and the control display screen is used to display the characteristic parameters, and is used to control the air pressure in the closed chamber and the gas flow rate of the auxiliary treatment gas; wherein, the characteristic parameters It includes at least one of the air pressure, temperature, humidity, temperature of the human body, and heart rate of the human body in the airtight chamber.
The treatment cabin according to claim 8, wherein the treatment cabin further comprises a dialogue voice microphone installed in the airtight chamber, and the dialogue voice microphone is used to realize that the patient in the airtight chamber communicates with the patient Voice interaction between people outside the confined chamber.
A method for using a treatment cabin, characterized in that the method for using the treatment cabin is applied to the treatment cabin according to any one of claims 1-9, and the method comprises the following steps:

Control the far-infrared heating device to heat the human body by infrared;

Control the negative ion generator to input negative ion wind into the closed chamber; and/or,

Control the air intake device to input auxiliary treatment gas into the closed chamber; wherein the auxiliary treatment gas is a mixed gas of at least one of oxygen, helium, hydrogen, and ozone and air;

The control exhaust device sterilizes and purifies the gas in the sealed chamber and discharges it to the outside.