TW201800123A - Recovery method for treating affected cells of inflammation and swelling - Google Patents

Abstract

This invention provides a recovery method for treating affected cells of inflammation and swelling, and it consists of the following steps. (a) Provision of a skin surface and a water laser machine: the skin surface is affected with a number of inflamed and swollen capillaries and the affected skin surface contains thermal energy; the water laser machine is equipped with a laser emitting part for emission of laser energy and a water mist injecting part for injecting water mist of fine particles. (b) Arrange the affected skin surface and the water laser machine within a distance. (c) For the affected skin surface, arrange the laser emitting part to emit laser energy and the water mist injecting part to inject water mist of fine particles. (d) The laser energy beam will result in vasoconstriction of the inflamed and swollen capillaries. The water mist of fine particles will absorb the thermal energy and take it away from the affected skin surface. (e) Damaged cells of the affected skin surface will the laser energy beam. (f) The damaged cells will acquire stimulation of bioenergy. (g) The damaged cells will be repaired and recovered.

Description

Treatment of cells in the affected area of inflammation, swelling and pain

The invention relates to a method for treating inflammation, swelling and pain, and rapidly eliminating the symptoms of inflammation, and repairing the cells of the affected part, in particular, a method for rapidly elevating the laser energy to the affected part by spraying the laser energy into the affected part and stimulating the self-repair of the cells.

Over the years, due to advances in medical technology, monitoring of human health has become increasingly important. The use of laser light for the treatment or examination of human diseases or tissues is also an application of rapid advances in the field of lasers, mainly using the effects of interaction between laser light and tissue cells. For example, in surgical applications, a laser is irradiated onto a human body part, and the human tissue cells increase the temperature of the laser light as the amount of water ejected while absorbing the laser light energy, and can be used to stop bleeding when the temperature is 60 to 80 degrees Celsius; or After exposure to laser light, the amino acid added by the human body system can reduce the pain; or use laser light to effectively alleviate pain, allergies and inflammatory reactions, and play a role in promoting pain treatment.

On the one hand, when the invention utilizes laser light to treat the human body, whether for an open wound or a non-open wound, the factors such as the damaged tissue caused by inflammation and redness can be quickly discharged from the human body, and thus the application is applied. More extensive. Laser light is used in the development of human body therapy to a higher level.

The object of the present invention is to provide a rapid repairing method for treating cells in an affected area of inflammation and swelling. By spraying laser light into the affected part with fine particle water mist, the body's moisture rapidly absorbs the laser light to relieve symptoms and stimulate the cell self. The effect of the fix.

To achieve the above object, the present invention provides a method for repairing cells in an affected area of inflammation and swelling, which comprises the following steps:

Step (a): providing a skin surface layer and a water laser device having an affected part and a plurality of inflamed and painful micro blood vessels, the affected part further having a thermal energy, the water laser having a laser emitting part and a water The air ejecting portion can emit a laser energy beam, and the water vapor ejecting portion can eject a fine particle water mist.

Step (b): the affected part is at a distance from the water laser.

Step (c): the laser emitting unit emits the laser energy beam to the affected part, and the water vapor spraying unit ejects the fine particle water mist to the affected part.

Step (d): the laser energy beam shrinks a plurality of inflamed swelling and microvasculature connected to the affected part, and the fine particle water mist absorbs the thermal energy and carries the thermal energy away from the affected part to an outside.

Step (e): a plurality of damaged cells located in the affected part absorb the energy of the laser energy beam.

Step (f): causing a plurality of the damaged cells to be stimulated by a bio-energy.

Step (g): Repairing a plurality of the damaged cells.

1‧‧‧Skin surface

11‧‧‧

12‧‧‧ Inflamed, swollen and microvascular

2‧‧‧Water laser

21‧‧‧Laser launching department

22‧‧‧Water and Gas Injection Department

23‧‧‧Laser energy beam

24‧‧‧ Fine particle water mist

91‧‧‧ Provide a skin surface and a water laser

92‧‧‧The distance between the affected part and the water laser is a distance

93‧‧‧ emit the laser energy beam and spray the fine particle water mist to the affected part

94‧‧‧After a plurality of inflamed, swollen and microvascular contractions connecting the affected part, the fine particle water mist absorbs the thermal energy and is taken away from the outside

95‧‧‧A number of damaged cells located in the affected part absorb the energy of the laser energy beam

96‧‧‧Making a number of damaged cells as a bio-stimulus

97‧‧‧ Repairing multiple damaged cells

S‧‧‧depth

D‧‧‧distance

Fig. 1 is a schematic view showing the three-dimensional structure of a device for repairing an affected part of the present invention.

Fig. 2 is a flow chart showing the method for repairing cells in the affected part of the inflammatory and swollen pain of the present invention.

Please refer to FIG. 1 and FIG. 2 simultaneously, which is a schematic diagram of the three-dimensional structure and method of treating the repaired cell device of the affected part according to the present invention. The invention relates to a method for repairing cells in an affected area of inflammation, swelling and pain, comprising the following steps:

Step 91: Providing a skin surface layer 1 and a water laser device 2. The skin surface layer 1 is a skin surface layer of a patient having an affected part 11 and a plurality of inflamed and painful micro blood vessels 12, and the affected part has more heat energy. The affected part 11 can be an open wound or a non-open wound extending from the skin surface to a depth s of 0.1 mm (mm) to 12 mm (mm), and the non-open wound is a Inflammation, a swollen pain, a paralysis or a pigmentation. The water laser 2 has a laser emitting portion 21 and a water vapor spraying portion 22, and the laser emitting portion 21 is connected to a laser output device to emit a laser energy beam 23, the laser energy beam It has a power of use and a frequency of use. Preferably, the power used is between 50 millijoules (mj) and 150 millijoules (mj), which is between 10 hertz (Hz) and 50 hertz (Hz).

In a preferred embodiment of the present invention, the water laser 2 is an Er:YAG Laser machine (LiteTouch) manufactured by Israel Syneron Co., Ltd., which is used in the fourth stage of the laser level and has a wavelength of 2940 nm. The emitter is quartz or sapphire. In addition to dentistry, the water laser device 2 is equally applicable to symptoms such as inflammation and swelling. The water vapor injection unit 22 is connected to a pure water supply device, and can spray a fine particle water mist 24, which is pure water or Distilled water.

Step 92: The affected part 11 is at a distance d from the water laser 2 .

Step 93: The laser emitting portion 21 emits the laser energy beam 23 to the affected portion 11, and the water vapor injecting portion 22 ejects the fine particulate water mist 24 to the affected portion 11.

Step 94: The laser energy beam 23 contracts a plurality of inflamed and painful microvasculature 12 connected to the affected part 11, and the fine particle water mist 24 absorbs the thermal energy and carries the thermal energy away from the affected part 11 to an outside. When the laser energy beam 23 is emitted to the affected part 11, the inflamed swelling and pain of the irradiated part can be contracted, and the local edema symptoms and inflammation symptoms of the affected part can be alleviated. Since the affected part may have the thermal energy due to inflammation and redness, the fine particle water mist 24 absorbs the thermal energy to perform a banding function, and the thermal energy is carried away from the affected part.

Step 95: A plurality of damaged cells located in the affected part 11 absorb the energy of the laser energy beam 23.

Step 96: A plurality of the damaged cells are stimulated by a bio-energy. After the plurality of damaged cells absorb the energy of the laser energy beam 23, a bioenergetic stimulus is generated.

Step 97: Repair a plurality of the damaged cells. The organism stimulates repair of a plurality of such damaged cells, such as reducing the degree of inflammation, relieving pain, eliminating swelling, congestion, and the like.

The above-mentioned embodiments are not intended to limit the scope of application of the present invention, and the scope of the present invention should be based on the technical spirit defined by the content of the patent application scope of the present invention and the scope thereof. It is to be understood that the scope of the present invention is not limited by the spirit and scope of the present invention, and should be considered as a further embodiment of the present invention.

91‧‧‧ Provide a skin surface and a water laser

92‧‧‧The distance between the affected part and the water laser is a distance

93‧‧‧ emit the laser energy beam and spray the fine particle water mist to the affected part

94‧‧‧After a plurality of inflamed, swollen and microvascular contractions connecting the affected part, the fine particle water mist absorbs the thermal energy and is taken away from the outside

95‧‧‧A number of damaged cells located in the affected part absorb the energy of the laser energy beam

96‧‧‧Making a number of damaged cells as a bio-stimulus

97‧‧‧ Repairing multiple damaged cells

Claims (10)

The invention relates to a method for repairing cells of an affected area of inflammation and swelling, which comprises the following steps: (a) providing a skin surface layer and a water laser device having an affected part and a plurality of inflamed and painful micro blood vessels, the affected part further having a thermal energy. The water laser has a laser emitting portion and a water vapor spraying portion, the laser emitting portion can emit a laser energy beam, and the water vapor spraying portion can eject a fine particle water mist; (b) The affected part is at a distance from the water laser; (c) the laser emitting unit emits the laser energy beam to the affected part, and the water-spurting part ejects the fine particle water mist to the affected part; (d) the The laser energy beam causes a plurality of inflamed swelling and microvasculature to be connected to the affected part, and the fine particle water mist absorbs the thermal energy and carries the thermal energy away from the affected part to the outside. For example, in the method of claim 1, wherein the step (d) further comprises: (e) the plurality of damaged cells located in the affected part absorb the energy of the laser energy beam; (f) causing a plurality of the damaged cells to be stimulated by a bio-energy; (g) repairing a plurality of the damaged cells. For example, in the method of claim 1, the cell phone repairing method is characterized in that the water laser device of the step (a) is further connected to a pure water supply device, and the fine particle water mist gas is pure water. The method for repairing cells of the affected part of the hairdressing inflammation according to the first aspect of the patent application, wherein the affected part of the step (a) is an open wound, and the affected part extends the depth of the skin surface. The cell repairing method for the affected part of the haircut, swelling and pain, as described in the fourth aspect of the patent application, wherein the depth is from 0.1 mm (mm) to 12 mm (mm). For example, in the method of claim 1, the method of repairing the cell part of the hair, the swelling of the affected part, wherein the affected part of the step (a) is a non-open wound. The method for repairing cells of the affected part of the haircut inflammation and swelling according to the sixth aspect of the patent application, wherein the non-open wound is an inflammation, a swelling, a paralysis or a pigmentation. For example, in the method of claim 1, the method for repairing cells of the hair, the swelling and the pain of the affected part, wherein the laser energy beam of the step (a) has a use power and a frequency of use. The cell repairing method for the affected part of the haircut, swelling and pain, as described in claim 8 wherein the power is between 50 millijoules (mj) and 150 millijoules (mj). The cell repairing method for the affected part of the haircut, swelling and pain, as described in the eighth aspect of the patent application, wherein the frequency of use is between 10 Hz and 50 Hz.