WO2014101365A1 - Method for hot compress of respiratory tract with hot air to treat diseases and respiratory apparatus - Google Patents

Abstract

Disclosed are a method for hot compress of a respiratory tract with hot air to treat diseases and a respiratory apparatus. The respiratory apparatus comprises a power plug (2), an electric wire (3), a temperature adjusting switch (4), a temperature control switch (8) and an electric heating element for heating cold air; and a respirator (6) or a helmet (11), and wide tight bands or fasteners (7) are used to enable hot air to be supplied in front of the nose and the mouth of a person, and by means of autonomous respiration of the person, hot compress is performed on the respiratory tract. Hot air provided by the respiratory apparatus enables blood vessels and respiratory muscles of a shrunk or spasmodic respiratory tract to be diastolic, and hot oxygen in the hot air can further enlarge the blood flow volume of hot blood circulation, enabling the nasal cavity and trachea to be unobstructed, and enhancing respiratory and systemic resistance.

Description

 Method and respiratory device for treating respiratory tract with hot air

 The present invention relates to a method and apparatus for medical care, and more particularly to a method and apparatus for treating a respiratory tract by hot air. Background technique

 People in the cold air entering the respiratory tract or in the environment stimulated by the cool wind, the thermal expansion and contraction and nerve sensitivity will cause the blood vessels and muscles of the respiratory contraction, but because the degree of carotid blood vessel contraction is affected by thermal expansion and contraction and nerve sensitivity Small or opposite, therefore, the extensional power of blood flow in the arteries is still strong, which will cause high water pressure or vascular congestion or muscle spasm in other vessels with a large degree of contraction.

 Vasoconstriction, high water pressure and hyperemia can cause blood congestion, insufficient blood supply, malnutrition, and decreased resistance. It also causes water, salt or other nutrients in the blood vessels to be forced out of the vessel wall to form sputum and sputum. liquid.

 Therefore, in the nasal cavity of a person with weak constitution or physical allergies, when the blood vessels contract, the blood supply is poor, or the high water pressure is congested, symptoms such as nasal congestion, runny nose or high blood pressure congestive hemorrhage may occur. The throat and tonsils contract in the blood vessels. When high water pressure is congested, congestive vascular congestion, redness or inflammation or bacterial infection may also occur due to poor blood supply, insufficient nutrition, and decreased resistance.

In addition, the contraction of veins and capillary networks not only slows the circulation of blood in these blood vessels, but also causes congestion and congestion, and also makes the nervous system use the sensitivity of cold itching to stimulate the brain to produce continuous cough, sneezing or increase arterial blood supply. Increased heat response, but at the same time weakened the body's resistance to cold bacteria; especially in the spring, due to respiratory muscle tissue and vasoconstriction, long-term blood supply is insufficient, malnutrition, therefore, reduce the resistance of the respiratory tract to infectious bacteria Force; plus breathing After the spring heat recovery, the bacteria of the infectious diseases of the road are more likely to multiply and spread, which makes the respiratory infectious diseases more likely to spread over a large area.

 Therefore, with the arrival of cold air, people will use masks, headgear (such as hats or helmets, etc.) to block the cold stimulation of cold air.

 However, when the weather is cold and the ambient temperature is too low, patients with respiratory tract will have colds, pharyngitis, tonsillitis, bronchitis, cough, lung inflammation, headache, etc., even if they wear masks, hats, and hoods.

 Therefore, some people have invented electric heating masks, masks with warm functions, and medical equipment for treating cold mouth masks and cup-type cold physiotherapy equipment.

 However, because these inventors have not clearly explained the principle of colds and colds, the degree of invention is insufficient, and the electric heating temperature is not high enough, it is not possible to obtain sufficient recognition in the social market to become a commodity.

 For example, the products such as the cold mouth mask and the cup-type cold physiotherapy can produce cold water of about 45 degrees to prevent colds, which is because the structure is complicated or the operation is inconvenient or the cost is high.

 The American inventor Robert Trasil developed an electric hair dryer. The hot air temperature does not exceed 45 °C. It can be used to blow the patient's nostrils several times a day. It can also achieve the effect of treating colds and colds. The disadvantages are also high cost, not easy to carry or not. It is also impossible to popularize due to reasons such as convenient operation.

 The inventors have been suffering from cold cough, throat or tonsillitis every winter for decades. Especially in the morning exercise in the winter, as long as the mouth breathes a cold air, the lice will itch for a long time, and the cough will continue for a long time.

Therefore, the inventors have conducted groping tests on the principle of cold air stimulation to the human respiratory system for several decades, and have been controlled by electric heating clothes and electric heating collars or electric heating blocks, although effective, but it is difficult to market. Promote. To this end, the inventors have invented the "method and respiratory apparatus for treating respiratory diseases with hot air, and provided them to the respiratory tract for use. Because of the convenient operation and good effect, the invention patent is specifically filed here. content

 It is an object of the present invention to provide a method for treating a disease with hot air and a respiratory device, wherein a respiratory device that is treated with hot air and heat to the respiratory tract is worn or placed in front of the nose of a person using the same, Heat the cold air to below 60 degrees and make it feel comfortable and not hot. Use the person's spontaneous breathing to inhale it into the respiratory tract to heat the airway. You can also blow the hot air with a hot air blower or a gas pipe. Into the human respiratory tract heat.

 The hot air to the respiratory tract through the warm air makes it easier for the vasodilation of the respiratory system, the blood pressure in the blood vessels to decrease, the blood flow to increase, and the resistance to increase, so that the cold reaction such as coughing and sneezing subsides.

 The use of hot air to the respiratory tract is also beneficial to allow the hot oxygen in the hot air to adhere or combine with the red blood cells in the lungs to form hot blood through the blood circulation throughout the body, thereby allowing about 40% of the body's blood flow through the body. The neck artery is returned to the head, and the headache caused by insufficient blood supply to the head vasoconstriction or the brain heat caused by blood vessel congestion in the brain is also swept away; itching, coughing, sore throat and inflammation Or tonsillitis is quickly cured by blood; it also causes the sputum and sputum liquid to flow away or evaporate through the blood circulation.

 The hot blood circulation in the hot air combined with the red blood cells in the hot air can not only enhance the nutrient supply, but also increase the oxygen supply by adding an oxygen device to remove the oxygen deficiency of some organs of the human body, thereby enhancing the body. Resistance to disease.

And because the blood circulation makes it easier for the human body to sweat like a physical exercise, thereby reducing the amount of water in the blood vessels, especially for patients with fever, it is easier to evaporate inside the blood vessels. Sweat reduces the water pressure in the blood vessels, removes blood flow, and increases blood flow to reduce inflammation, edema, and fever. Experiments have shown that when a cold headache causes a nasal congestion, as long as the respiratory device that uses hot air to heat the respiratory tract is used together with the whole body for a few minutes, it will feel a comfortable feeling; if you accidentally make the throat Inflammation or tonsil swelling and pain, the symptoms of colds and colds come, just put on a breathing device that uses hot air to heat the respiratory tract to sleep, it will make the sore throat swelling and swelling, so that the cold will stop. DRAWINGS

 The invention will now be described in further detail with reference to the drawings and embodiments.

 Figure 1 is a breathing apparatus for treating respiratory diseases with alternating current electric hot air.

 Figure 2 is a breathing device for the electric and air-heated respiratory tract of the AC-DC dual-purpose helmet.

 Figure 3 is a breathing device for hot air blowing type electric hot air heat treatment of respiratory tract.

 Figure 4 is an aerobic breathing apparatus for treating respiratory diseases with electric hot air.

 Figure 5 is a humidified breathing apparatus for treating respiratory diseases with hot air. detailed description

 The specific embodiments of the present invention are further described below in conjunction with the accompanying drawings.

 As shown in Figure 1: Figure 1 is a breathing apparatus for treating respiratory diseases with alternating current electric hot air, alternating current (1) through power plug (2), wire (3), temperature control switch (4), temperature control switch ( 8), electric heating wire (5) and other electric heating elements to heat the air; and use the breathing hood (6), wide band or fastener (7) and other items to supply hot air to the front of the person's nose and mouth for the human respiratory tract Inhalation heat is shown in Figure 1.

 The breathing mask (6) described in Fig. 1 can be formed in a circular shape, a mask shape, or a triangular shape, a trapezoidal shape or the like.

The breathing mask (6) described in Figure 1 can be air permeable and breathable in the shape of a mesh. The breathing mask (6) described in Fig. 1 can also be composed of a flame-retardant fabric to form a warm layer, and has a vent opening inside and outside the mouth and nose breathing area, and a small half-shaped irregular or ellipsoidal three-dimensional gas storage space on the inner side surface. .

 As shown in Figure 2: Figure 2 is a cross-flow, DC dual-purpose helmet-shaped electric hot air hot air breathing apparatus, which can be used as a DC power supply (1) through the dry battery (10) through the wire (3), switch ( 9), electric heating film or carbon fiber electric heating body (12) and other electric heating elements inside the helmet (11) and the cold air inside and outside the breathing apparatus (6); can also use AC power (1) through the power plug (2), wire (3 ), transformer (15), temperature switch (4), jack block (14), inner plug (13), electric heating film or carbon fiber electric heater (12) and other electric heating elements inside the helmet (11) and respiratory mask (6 The inside and outside of the cold air is heated, and the heated hot air is used to inhale the heat in the human respiratory tract.

 As shown in Figure 3: Figure 3 is a breathing device for hot air blowing type electric hot air heat treatment of respiratory tract, AC (1) through power plug (2), wire (3), temperature switch (4), temperature The electric heating elements such as the control switch (8) and the hot air blower (16) heat the cold air; and the heated air is placed in front of the mouth and nose of the person with a respiratory cover (6), a wide band or a fastener (7). Into the human respiratory tract heat.

 As shown in Figure 4: Figure 4 is an aerobic breathing apparatus for treating respiratory diseases with electric hot air, the main feature of which is that its breathing apparatus has an additional lightning cap (19) and alternating current (1) through the power supply. Plug (2), wire (3), temperature switch (4), temperature control switch (8), heating wire (5) and other heating elements · 巴 air heating; and use a breathing mask (6), wide band or Fasteners (7) and other items are placed in front of the person's nose and mouth for the inhalation of heat in the human respiratory tract, and an oxygen bag (18) is added to the Leifeng cap (19); and the oxygen bag (18) The oxygen in the oxygen can be mixed into the human respiratory tract through the oxygen pipe (17) and the valve (20) to heat the human respiratory tract.

As shown in Figure 5: Figure 5 is a humidified breathing apparatus for treating respiratory diseases with hot air. In the figure, there is hot water (24) on the bottom of the hot air pot (23). The water vapor can be mixed with the hot air produced by the hot air blower (16) through the air pipe (21) on the hot air pot cover (20). The trachea flows to the humidified hot air outlet (22) and flows into the person's nostrils or the mouth to heat the human respiratory tract.

 If the hot air blower (16) is not used, the hot water (24) can also be placed in a hot cup (23) in a cup without a lid, and the hot air pot (23) can be heated by a furnace. Humidified hot air.

 Respiratory devices that use hot air to heat the respiratory tract can also be simplified by placing the heating wire (5) directly on the nostrils or heating the air in the mouth to heat the human respiratory tract; or by heating the heating wire (5) with less salt. The powder is placed directly on the tonsil that is sore, swollen and inflamed to use heat to relieve pain, swelling, and inflammation.

 In short, the use of hot air in the cold air to the respiratory tract heat can not only directly increase the energy of the respiratory tract; but also enable the hot oxygen in the hot air to combine with the red blood cells in the lungs to become a blood circulation, which can directly enhance the red blood cells and white blood cells and other body kinetic energy. Therefore, people who use it can directly enhance their resistance to disease.

 Since there are very few cases of traumatic bleeding in the human respiratory tract, the use of hot air to treat the respiratory tract rarely produces side effects that increase traumatic bleeding.

Claims

claims 1. The method of using hot air to compress the respiratory tract to treat diseases, which is characterized by: using a breathing device that uses hot air to compress the respiratory tract to treat diseases, the hot air is blown into, inputted or inhaled into the human respiratory tract by using the person's spontaneous breathing, thereby affecting the human respiratory tract. Apply heat. 2. A breathing device that uses hot air to compress the respiratory tract to treat diseases. It is characterized by: allowing alternating current or direct current (1) to pass through the power plug (2), wire (3), temperature control switch (4), and temperature control switch (8) ), electric heating wire (5) or electric heating film or carbon fiber electric heating body (12) and other electric heating elements to heat the air; and use breathing masks (6) or helmets (11), wide tight belts or fasteners (7) and other objects to heat the air Use the person's spontaneous breathing to inhale into the respiratory tract and apply hot compress in front of the person's nostrils and mouth. 3. The respiratory device for treating diseases by using hot air to compress the respiratory tract according to claim 2, characterized by: a hot air blower (16) can also be used to blow heated air into the human respiratory tract for hot compressing. 4. The breathing device for treating diseases by hot compressing the respiratory tract with hot air according to claim 2, characterized by: an oxygen tube (17) can be added to the respiratory device for hot compressing the respiratory tract to mix oxygen and hot air and input it into the human respiratory tract. Oxygenation device for hot compress inside. 5. The breathing device for treating respiratory diseases with hot air hot compress according to claim 2, characterized by: it can be manufactured to first generate hot air in the hot air pot (23), and then, in the hot air pot cover (20) ) on the air pipe (21) through the air hole (22) to input hot air from the mouth or nostrils into the human respiratory tract for hot compress. 6. The breathing device for treating respiratory diseases with hot air hot compress according to claim 2, characterized by: hot air (24) can be added to the bottom of the hot air pot for producing hot air, and can be applied inside and outside the human mouth, nasal cavity and respiratory tract. Humidification and hot compress are applied inside.