LED visible light wave gasification device and gasification method

Abstract

The invention discloses an LED visible light wave gasification device and method.The LED visible light wave gasification device comprises a hydrosol container cabin, and an LED visible light wave pulse resonance gasification device is arranged at the bottom of the inner side of the hydrosol container cabin. The green light with the specific wavelength of 500-520 nm is used for irradiating hydrosol, the efficient water gasification process can be achieved in a short time, the gasification mode is high in speed, it can be guaranteed that the diameter of gasified molecular particles is smaller than 100 nm, and therefore the water can be absorbed by the human body more easily; compared with a traditional heating wire heating atomization mode, the LED light source is adopted for gasification, energy consumption is lower, harmful substances cannot be generated, and the device is more environmentally friendly; the gasified water molecules have smaller particle diameters and higher activity under the pulse resonance action of visible light, can be applied to the fields of beauty treatment, medical treatment and the like, and have wider application prospects.

Description

Technical Field

[0001] The present invention relates to the technical field of gasification apparatuses, and in particular to an LED visible light wave gasification device and a gasification method. Background Art

[0002] With the continuous development of modern science and technology, emerging products such as electronic cigarette devices, gasification treatment devices, gasification beauty devices and gasification health care equipment have gradually entered people's daily lives, bringing significant improvements to people's health and quality of life. These products usually need to convert liquid substances into gas or mist through specific gasification devices so that users can absorb and use these substances more conveniently and effectively;

[0003] In the existing technology, the atomization of e-cigarette liquid is usually achieved by heating, such as using a heating wire to heat the liquid or semi-solid e-liquid to evaporate it to form an aerosol. However, this method has some problems: for example, high energy consumption: the heating of the heating wire consumes a lot of electricity, which not only increases the operating cost and reduces the battery life, but also is not conducive to environmental protection; low atomization efficiency: the traditional heating method has low atomization efficiency; large aerosol particle diameter: the aerosol atomic particles produced by traditional atomization are relatively large in diameter, usually above 1 micron. These particles cannot directly enter human cells, limiting its application in medical, beauty and other fields.

[0004] In view of the above background, the present invention proposes a novel LED visible light wave vaporization device and vaporization method. The device uses an LED light source to irradiate liquid hydrosol, and uses the characteristics of light-matter interaction to achieve resonant absorption and vaporization of water molecules. This method not only has low energy consumption and high vaporization efficiency, but also can ensure that the diameter of the vaporized molecular particles is less than 100nm, so that it is easier to be absorbed by the human body. Summary of the invention

[0005] In view of the problems existing in the prior art, the present invention discloses an LED visible light wave gasification device, which adopts a technical solution including a hydrosol container cabin, wherein an LED visible light wave pulse resonance gasification device is arranged at the inner bottom of the hydrosol container cabin, and the top of the LED visible light wave pulse resonance gasification device is connected to a gasification channel arranged in the middle of the hydrosol container cabin, and a liquid hydrosol is arranged inside the hydrosol container cabin, and the LED visible light wave pulse resonance gasification device irradiates the liquid hydrosol by emitting a 380-780nm band, so that the water molecules in the hydrosol undergo a resonance absorption phenomenon under the characteristics of the interaction between light and matter, thereby realizing the transformation of the water molecules from liquid to atomic gas. The material of the hydrosol comes from the extraction of Chinese medicinal materials or plant essences, and then dioxidized peptides or starch or iron hydroxide ions are added to form light-efficient dispersed mesons.

[0006] As a preferred technical solution of the LED visible light wave vaporization device of the present invention, the hydrosol container cabin is made of metal or metal electroplating material with light absorption or reflection function.

[0007] As a preferred technical solution of the LED visible light wave vaporization device of the present invention, the liquid hydrosol is made of a hydrosol blended composite product, which can directly convert H 2 O is separated into hydrogen ions and oxygen atoms, and the separation and recombination of hydrogen and oxygen occurs under the oscillation of pulse resonant visible light waves.

[0008] As a preferred technical solution of the LED visible light wave vaporization device of the present invention, the atomic particle diameter of the vaporized hydrogen ions and oxygen atoms can be less than 100 nm under the pulse resonance of visible light.

[0009] A gasification method of an LED visible light wave gasification device, the method comprising: Step 1: Use an LED visible light pulse resonance vaporization device to emit pulse resonance light waves in the 380-780nm band to irradiate the liquid water on the surface of the hydrosol; Step 2: According to the power and irradiation time set for the LED visible light wave pulse resonance vaporization device, the photons are absorbed by the water molecules, stimulating the vibration and rotation of the water molecules, and changing the dipole moment and quadrupole moment of the water molecules; Step 3: When the photon energy is large enough, the quadrupole moment of the water molecules exceeds the binding force of the hydrosol, causing the water molecules to separate from the surface of the hydrosol to form water clusters. These water clusters fly away from the surface of the hydrosol and enter the air to form nanoscale water vapor.

[0010] As a preferred technical solution for the gasification method of an LED visible light wave gasification device of the present invention, the LED visible light wave pulse resonance gasification device is irradiated with 500-520nm green light, with a power in the range of 1-100 watts and an irradiation time of 9 milliseconds to 60 seconds to achieve an efficient direct gasification process of water molecules.

[0011] The beneficial effects of the present invention are as follows: the present invention uses an LED visible light wave pulse resonance vaporization device to irradiate the hydrosol with green light of a specific wavelength of 500-520nm, and can achieve an efficient water vaporization process in a short time. This vaporization method is not only fast, but also can ensure that the diameter of the vaporized molecular particles is less than 100nm, so that it is easier to be absorbed by the human body; compared with the traditional heating wire heating atomization method, the present invention uses LED light source for vaporization, which not only has lower energy consumption, but also does not produce harmful substances and is more environmentally friendly; the vaporized water molecules have a smaller particle diameter and higher activity under the pulse resonance of visible light, and can be applied to the fields of beauty, medical treatment, etc., and have a wider application prospect. BRIEF DESCRIPTION OF THE DRAWINGS

[0012] Figure 1 It is a schematic diagram of the overall structure of the present invention.

[0013] In the figure: 1. Gasification channel; 2. Hydrosol container cabin; 3. LED visible light wave pulse resonance gasification device. DETAILED DESCRIPTION

[0014] Example 1

[0015] like Figure 1 As shown, the present invention discloses an LED visible light wave vaporization device, which adopts a technical solution comprising a hydrosol container cabin 2, the hydrosol container cabin 2 is made of metal or metal electroplating material with light absorption or reflection function, an LED visible light wave pulse resonance vaporization device 3 is arranged at the inner bottom of the hydrosol container cabin 2, and the top of the LED visible light wave pulse resonance vaporization device 3 is connected to a vaporization channel 1 arranged in the middle of the hydrosol container cabin 2, and liquid hydrosol is arranged inside the hydrosol container cabin 2, and the liquid hydrosol is made of hydrosol blending composite products, which can directly convert H into liquid under the resonance of visible light wave pulses. 2 O is separated into hydrogen ions and oxygen atoms, and the separation and recombination of hydrogen and oxygen are produced under the oscillation of the pulse resonance visible light wave. The atomic particle diameter of the vaporized hydrogen ions and oxygen atoms can be less than 100nm under the pulse resonance of visible light. The LED visible light wave pulse resonance vaporization device 3 irradiates the liquid hydrosol by emitting a 380-780nm band, so that the water molecules in the hydrosol undergo a resonance absorption phenomenon under the characteristics of the interaction between light and matter, thereby realizing the transformation of water molecules from liquid to atomic gas.

[0016] A gasification method of an LED visible light wave gasification device, the method comprising: Step 1: Use the LED visible light pulse resonance vaporization device 3 to emit pulse resonance light waves in the 380-780nm band to irradiate the liquid water on the surface of the hydrosol; Step 2: According to the power and irradiation time of the LED visible light wave pulse resonance gasification device 3, the LED visible light wave pulse resonance gasification device 3 is irradiated with 500nm green light, the power is within the range of 1 watt, and the irradiation time can be within 9 milliseconds. Photons are absorbed by water molecules, stimulating the vibration and rotation of water molecules, changing the dipole moment and quadrupole moment of water molecules, so as to realize an efficient direct gasification process of water molecules; Step 3: When the photon energy is large enough, the quadrupole moment of the water molecules exceeds the binding force of the hydrosol, causing the water molecules to separate from the surface of the hydrosol to form water clusters. These water clusters fly away from the surface of the hydrosol and enter the air to form nanoscale water vapor.

[0017] Example 2

[0018] The contents of this embodiment are basically the same as those of the first embodiment, except for the gasification method of the LED visible light wave gasification device. Step 1: Use the LED visible light pulse resonance vaporization device 3 to emit pulse resonance light waves in the 380-780nm band to irradiate the liquid water on the surface of the hydrosol; Step 2: According to the power and irradiation time of the LED visible light wave pulse resonance gasification device 3, the LED visible light wave pulse resonance gasification device 3 is irradiated with 510nm green light, the power is within the range of 50 watts, and the irradiation time can be 30 seconds. Photons are absorbed by water molecules, stimulating the vibration and rotation of water molecules, changing the dipole moment and quadrupole moment of water molecules, so as to realize an efficient direct gasification process of water molecules; Step 3: When the photon energy is large enough, the quadrupole moment of the water molecules exceeds the binding force of the hydrosol, causing the water molecules to separate from the surface of the hydrosol to form water clusters. These water clusters fly away from the surface of the hydrosol and enter the air to form nanoscale water vapor.

[0019] Example 3 The contents of this embodiment are basically the same as those of the first embodiment, except for the gasification method of the LED visible light wave gasification device. Step 1: Use the LED visible light pulse resonance vaporization device 3 to emit pulse resonance light waves in the 380-780nm band to irradiate the liquid water on the surface of the hydrosol; Step 2: According to the power and irradiation time of the LED visible light wave pulse resonance gasification device 3, the LED visible light wave pulse resonance gasification device 3 is irradiated with 520nm green light, the power is within the range of 100 watts, and the irradiation time can be 60 seconds. Photons are absorbed by water molecules, stimulating the vibration and rotation of water molecules, changing the dipole moment and quadrupole moment of water molecules, so as to realize an efficient direct gasification process of water molecules; Step 3: When the photon energy is large enough, the quadrupole moment of the water molecules exceeds the binding force of the hydrosol, causing the water molecules to separate from the surface of the hydrosol to form water clusters. These water clusters fly away from the surface of the hydrosol and enter the air to form nanoscale water vapor.

[0020] Components not described in detail herein are prior art.

[0021] Although the specific embodiments of the present invention are described in detail above, the present invention is not limited to the above embodiments. Various changes can be made within the knowledge of ordinary technicians in this field without departing from the purpose of the present invention, and modifications or deformations without creative labor are still within the protection scope of the present invention.

Claims

1. An LED visible light wave vaporization device, characterized in that: The invention comprises a hydrosol container cabin (2), wherein an LED visible light wave pulse resonance vaporization device (3) is arranged at the inner bottom of the hydrosol container cabin (2), and the top of the LED visible light wave pulse resonance vaporization device (3) is connected to a vaporization channel (1) arranged in the middle of the hydrosol container cabin (2). Liquid hydrosol is arranged inside the hydrosol container cabin (2), and the LED visible light wave pulse resonance vaporization device (3) irradiates the liquid hydrosol by emitting a 380-780nm band, so that water molecules in the hydrosol undergo a resonance absorption phenomenon under the characteristics of the interaction between light and matter, thereby realizing the transformation of water molecules from liquid to atomic gas.

2. The LED visible light wave vaporization device according to claim 1, characterized in that: The hydrosol container cabin (2) is made of metal or metal electroplating material with light absorption or reflection function.

3. The LED visible light wave vaporization device according to claim 1, characterized in that: The liquid hydrosol is made of a hydrosol blended composite product, and can directly convert H 2 O is separated into hydrogen ions and oxygen atoms, and the separation and recombination of hydrogen and oxygen occurs under the oscillation of pulse resonant visible light waves.

4. The LED visible light wave vaporization device according to claim 4, characterized in that: The atomic particle diameter of the gasified hydrogen ions and oxygen atoms can be less than 100 nm under the pulse resonance of visible light.

5. The gasification method of the LED visible light wave gasification device according to claim 1, characterized in that: The method includes: Step 1: using the LED visible light pulse resonance vaporization device (3) to emit pulse resonance light waves in the 380-780nm band to irradiate the liquid water on the surface of the hydrosol; Step 2: According to the power and irradiation time set for the LED visible light wave pulse resonance vaporization device (3), the photons are absorbed by the water molecules, stimulating the vibration and rotation of the water molecules, and changing the dipole moment and quadrupole moment of the water molecules; Step 3: When the photon energy is large enough, the quadrupole moment of the water molecules exceeds the binding force of the hydrosol, causing the water molecules to separate from the surface of the hydrosol to form water clusters. These water clusters fly away from the surface of the hydrosol and enter the air to form nanoscale water vapor.

6. The gasification method of the LED visible light wave gasification device according to claim 5, characterized in that: The LED visible light wave pulse resonance gasification device (3) is irradiated with 500-520nm green light, with a power in the range of 1-100 watts and an irradiation time of 9 milliseconds to 60 seconds, so as to realize an efficient direct gasification process of water molecules.

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