CN106473913B - Ozone generator of skin beauty instrument and working circuit thereof - Google Patents

Abstract

The invention discloses an ozone generator for a skin beautifying instrument, its working circuit and an ozone component, comprising: a body, a main control board, a lithium battery, a high-voltage pack, a ceramic sheet, a ceramic sheet fixing part, and a light guide column. The main body includes: an upper cover, a middle frame, and a lower cover; the accommodation space between the upper cover and the middle frame is equipped with a main control board, a lithium battery, a high-voltage pack, large and small ceramic sheets, ceramic sheet fixing parts, and a light guide column. The working circuit of the skin beauty instrument ozone generator includes: charging protection circuit, lithium battery, power switch, buck-boost circuit, main control circuit, boost circuit, isolation protection circuit, high-voltage package circuit, and ceramic sheet. The skin beauty instrument ozone generator of the present invention is charged with MICRO USB 5V, and the voltage output by the lithium battery is boosted through a high-voltage pack, and the oxygen in the air is ionized through the capillary pores of the ceramic sheet to generate ozone. The product of this technology is not only small in size, but also hand-held and easy to carry. And high security, but also energy saving and environmental protection.

Description

Skin beauty instrument ozone generator and its working circuit

technical field

The invention relates to a skin beautifying instrument ozone generator used for beauty treatment, as well as its working circuit and ozone assembly.

Background technique

The ozone generated by the ozone generator is injected into the water in the basin to form ozone water for bathing, which can sterilize, whiten, detoxify and protect the human body. The skin on the human body is approximately

With an area of 1.4-1.6 square meters, the skin is also the respiratory system of the human body. The entire skin has 84,000 pores that expand and open regularly. Their main function is to allow the skin to breathe and excrete some of the waste in the body. However, many bacteria and dirt that exist on the surface of the human body tend to block these pores, hindering the breathing and metabolism of the pores. When people are bathing, the human body is the most relaxed, and the capillary pores of the whole body will expand and open regularly. After soaking in ozone water, ozone can decompose bacteria and dirt on the surface of the body, and at the same time enter the subcutaneous through the sweat glands and sebum ports of the skin, fully nourishing the human body. Oxygen supply to terminal tissues; stimulate subcutaneous nerve endings, cause corresponding nerve reflexes, enter capillaries at the same time, circulate to various tissues of the body with blood, and play different roles in various organs and organs. The oxidation of ozone and the warming effect of hot water work together to activate tissue cells, promote metabolism, and remove

Garbage and liver and kidney toxins in the body can improve skin diseases, respiratory system and circulatory system diseases, blood system, nervous system, endocrine system and immune system, and digestive and urinary systems.

It has obvious effects in anti-cancer and other aspects; the part above the water surface is like "steaming Osang", which has a whitening effect on the facial skin. According to the information provided by the Japan Hot Spring Medical Association, the total effective rate is over 80%. If you often soak in ozone health baths, it can prevent obesity, prevent diseases, beautify and anti-aging, and prolong life. In recent years, people all over the country have used ozone hot water baths to treat various difficult and chronic diseases, and have achieved amazing results. Its characteristics are that it has a better effect than drug treatment for many years, has quick results, and has no toxic and side effects of drugs, and is especially effective for multiple diseases on the same person.

However, the products of present beauty ozone generators are generally very large and cannot be carried around, so it is very inconvenient to use. In addition, these cosmetic ozone generators mainly utilize mains alternating current 110-220VAC to convert high voltage into contact with skin through neon glass tube to generate ozone, and the glass tube used is easy to break.

Contents of the invention

Aiming at the deficiencies in the prior art, the present invention proposes a skin beauty instrument ozone generator and its working circuit and ozone components. The skin beauty instrument ozone generator is charged with MICRO USB 5V, and the output voltage of the lithium battery is passed through a high-voltage pack. Boost the pressure and ionize the oxygen around the skin through the capillary pores of the ceramic sheet to generate ozone. The product of this technology is not only small in size, but also hand-held and easy to carry. And high security, but also energy saving and environmental protection.

In order to achieve the above object, the technical solution of the present invention is as follows: an ozone generator for skin beauty instrument, which is characterized in that it includes: a main body, a main control board, a lithium battery, a high-voltage pack, large and small ceramic sheets, ceramic sheet fixing parts, and a light guide column;

The body is a cuboid, divided into upper and lower parts, the upper part is used to install the plasma contact surface, and the lower part is easy to hold;

The body includes: an upper cover, a middle frame, and a lower cover;

The main control board, lithium battery, high-voltage pack, ceramic sheet, ceramic sheet fixing piece, and light guide column are located in the accommodation space between the upper cover and the middle frame;

The main control board is provided with a power switch, an LED indicator light, buttons and a connection port of a high voltage pack;

The lithium battery is connected to the main control board;

The high-voltage pack is connected to the main control board, and the high-voltage pack has a cuboid structure and is provided with a protective box outside, which is used to provide a boost function for the lithium battery;

The light guide column is located above the keys of the main control board and the LED indicator lights;

The ceramic sheet is a rectangular plate structure with one large and one small, connected to the output end of the high voltage pack;

The ceramic sheet fixing part is arranged above the large ceramic sheet;

The ceramic sheet fixing part is divided into two parts: the lower part in the horizontal direction is a large part of the fixing part, and the large card slot fixes the large ceramic part on the large part; The chip is fixed on the small chip fixing part.

An ozone component of a skin beauty instrument ozone generator, characterized in that the ceramic sheet is a rectangular plate structure with one large and one small, and is connected to the output end of the high voltage pack;

A ceramic sheet fixing piece is arranged on the top of the ceramic sheet;

The ceramic piece fixing part is divided into two parts: the lower horizontal part is the large piece fixing part, and the large card slot fixes the large ceramic piece on the large piece fixing part; the upper vertical part is the small piece fixing part, and the small card slot fixes the small ceramic piece On the small piece fixed part.

A working circuit of a skin beauty instrument ozone generator, characterized in that it includes: a lithium battery, a power switch, a buck-boost circuit, a main control circuit, a boost circuit, an isolation protection circuit, a high-voltage package circuit, and a ceramic sheet;

The output terminals of the power switch are respectively connected to the buck-boost line and the boost line;

The buck-boost circuit is used to boost and buck the output voltage of the lithium battery, and then provide a stable power supply for the main control circuit;

The output ends of the main control circuit are respectively connected to the booster circuit;

The output end of the booster line is connected to the high-voltage package line;

The isolation line is used to isolate the main control line and the high-voltage package line;

The output end of the high-voltage package line is connected to the ceramic chip;

The input end of the ceramic sheet is connected to a high-voltage package line, and the output end is in contact with the skin;

The high voltage is isolated through the capillary pores of the ceramic sheet to generate a safe voltage for contact with the skin; the jumping electric spark generated between the capillary pores of the ceramic sheet and the skin ionizes the oxygen near the skin to generate ozone gas;

The ceramic sheet is a rectangular plate structure with one large and one small;

The ceramic sheet fixing part is arranged above the large ceramic sheet;

The ceramic sheet fixing part is divided into two parts: the lower part in the horizontal direction is a large part of the fixing part, and the large card slot fixes the large ceramic part on the large part; The chip is fixed on the small chip fixing part.

Further, the main control board is in the shape of a flat plate, and the lithium battery is in a rectangular parallelepiped structure.

Furthermore, the lithium battery itself has its own protection circuit for providing protection functions such as over-current, over-charge, and over-discharge.

Further, the buttons and LED lights on the main control board are used to indicate the working status of the product, and the red and blue lights flash alternately to indicate the different power consumption gears during work.

Further, the boost circuit boosts the input lithium battery voltage to 16-22VDC. Further, the high-voltage package line can effectively control the low voltage input from the booster line to 6KV-10KV.

Description of drawings

Fig. 1 is a schematic diagram of the mechanical structure of the product of the present invention.

In the figure: body-1, main control board-2, lithium battery-3, high-voltage pack-4, large and small ceramic sheets-5, ceramic sheet fixing parts-6, light guide column-7, switch-8.

Fig. 2 is a circuit diagram of the product workflow of the present invention.

Detailed ways

The skin beauty instrument ozone generator of the present invention includes: a main body 1, a main control board 2, a lithium battery 3, a high voltage pack 4, large and small ceramic sheets 5, ceramic sheet fixing parts 6, a light guide column 7, and a switch 8.

The body is composed of an upper cover 11, a middle frame 12, and a lower cover 13, and an accommodating space is provided in the middle of the body. The main control board 2, the lithium battery 3, the high voltage pack 4, the large and small ceramic sheets 5, the ceramic sheet fixing parts 6, the light guide column 7, and the switch 8 are all arranged in the accommodating space. The main control board 2 is also provided with a power switch, an LED indicator light charging socket and a high voltage pack connection port. The lithium battery 3 is connected to the main control board 2. The input end of the high-voltage pack 4 is connected to the main control board 2, and the output end is connected to large and small ceramic chips 5. Large and small ceramic sheets 5 are fixed by ceramic sheet fixtures 6 . The light guide column 7 is installed above the buttons of the main control board and the LED indicator lights.

The working circuit includes: charging protection circuit, lithium battery, power switch, boost circuit, buck-boost circuit, main control circuit, high-voltage package circuit, isolation circuit, and ceramic sheet.

The working process is as follows: the input end of the charging protection circuit is connected to the MICRO USB, and the output end is connected to the lithium battery. The charger is connected to the charging protection circuit through MICRO USB, and the constant voltage and constant current pass through the charger to charge the lithium battery. When charging, the indicator light of the charger lights up red. When fully charged, the indicator light of the charger lights up green.

In addition to connecting the input terminal to the charging protection circuit for charging, the lithium battery itself also has a protection board, which has protection functions such as over-current, over-charge, and over-discharge. The other output end is connected to a power switch.

The output terminals of the power switch are respectively connected to the boost circuit and the buck-boost circuit.

The buck-boost circuit boosts and bucks the output voltage of the lithium battery, and then provides a stable power supply for the main control circuit.

The input end of the main control circuit is connected to the buck-boost circuit, and the output end is respectively connected to the charging protection circuit, the boost circuit and the isolation circuit. The main control circuit is to control the normal operation and stop operation of the whole machine. The working status of the product is indicated by the buttons and LED lights on the main control board. When connected to the charging protection circuit with a charger, the product automatically switches to the charging state and stops working. When the charger connected with the charging protection circuit is unplugged, the whole machine will automatically adjust to enter the standby state, and when the button on the main control board is lightly pressed, the whole machine will return to normal operation. When the indicator is working, the red and blue lights flash alternately, and the frequency of the red and blue lights flashing alternately varies according to the power consumption gear during work. The higher the power consumption gear, the faster the red and blue lights flash alternately. The lower the power consumption gear, the slower the frequency of red and blue lights flashing alternately. When the working power is insufficient, the red LED light is always on. When the working power is too low to supply power, the red and blue lights are off without blinking, and the whole machine stops working.

The input terminal of the boost circuit is connected to the power switch and the main control circuit. The boost circuit boosts the input lithium battery voltage to 16-22VDC, and the output end of the boost circuit is connected to the high voltage package protection circuit.

The input end of the isolation line is connected to the control signal output by the output end of the main control line, and the control signal output by the output end of the isolation line is connected to the input end of the high voltage package line, and the main control line is isolated from the high voltage line to avoid wrong control of the main control line A signal malfunction has occurred.

The input end of the high voltage package line is connected with the boost line and the isolation protection line. The output end of the high-voltage package line is connected to the ceramic chip. The high-voltage package line can effectively control the low voltage input by the booster line to a high voltage of 6KV-10KV, and the high-voltage package line is connected between large and small ceramic chips.

The input end of the ceramic sheet is connected to the high-voltage package line, and the output end is in contact with the skin. The high voltage output by the high voltage package circuit isolates a safe voltage through the capillary pores of the ceramic sheet and contacts the electrostatic effect of the skin. The electrical spark jumps between the pores of the ceramic sheet and the skin to ionize the oxygen near the skin to generate ozone gas. The contact distance between the ceramic sheet and the skin must be kept at 1-2mm, and the amount of ozone produced is 0.1mg per cubic meter for one hour.

What is described above is only a preferred embodiment of the present invention, and the present invention is not limited to the above examples. It can be understood that other improvements and changes directly derived or conceived by those skilled in the art without departing from the basic concept of the present invention should be considered to be included in the protection scope of the present invention.

Claims (7)

1. a kind of skin U.S. instrument ozone generation device, which is characterized in that including：Ontology (1), master control borad (2), lithium battery (3), high pressure Wrap (4), potsherd (5), potsherd fixing piece (6), light-guiding pillar (7)；

The ontology (1) is cuboid, is divide into upper part and lower part, and for installing plasma contact surface, lower part is convenient for for upper part It is hand-held；

The ontology (1) includes：Upper cover (11), center (12), lower cover (13)；

The master control borad (2), lithium battery (3), high voltage package (4), potsherd (5), potsherd fixing piece (6), light-guiding pillar (7) are located at In the accommodating space of upper cover (11) and center (12)；

Connectivity port of the master control borad (2) equipped with power switch, LED light, button and high voltage package；

The lithium battery (3) connect with master control borad (2)；

The high voltage package (4) connect with master control borad (2), and high voltage package (4) is rectangular parallelepiped structure and outside is equipped with protecting box, is used for Boost function is provided to lithium battery (3)；

The potsherd (5) is small one and large one rectangle tabular structure, is connect with the output end of high voltage package (4)；

It is equipped with the potsherd fixing piece (6) above big potsherd；

The potsherd fixing piece (6) is divided into two parts：Lower horizontal direction is large stretch of fixed part, and big card slot is by big potsherd It is fixed on large stretch of fixed part；Top vertical direction is small pieces fixed part, and small potsherd is fixed on small pieces and fixed by small card slot In portion.

2. a kind of working line of skin U.S. instrument ozone generation device, which is characterized in that including：Lithium battery, power switch, buck Circuit, master control circuit, booster circuit, insulation blocking circuit, high voltage package circuit, potsherd；

The output end of the power switch is separately connected buck circuit and booster circuit；

Then the voltage that the buck circuit is used to export lithium battery provides one by boosting and decompression to master control circuit Stable power supply source；

The output end of the master control circuit is separately connected booster circuit；

The output end of the booster circuit accesses high voltage package circuit；

The isolation circuit is for keeping apart master control circuit and high voltage package circuit；

The output end of the high voltage package circuit connects potsherd；

The potsherd input terminal connects high voltage package circuit, exports end in contact skin；

The high pressure is isolated by the pore of potsherd, is generated a kind of safe voltage and is used for and skin contact；The hair of potsherd The oxygen near jump spark ionization skin generated between pore and skin, generates ozone gas；

The potsherd is small one and large one rectangle tabular structure；

It is equipped with the potsherd fixing piece above big potsherd；

The potsherd fixing piece is divided into two parts：Lower horizontal direction is large stretch of fixed part, and big card slot consolidates big potsherd It is scheduled on large stretch of fixed part；Top vertical direction is small pieces fixed part, and small potsherd is fixed on small pieces fixed part by small card slot On.

3. skin U.S. instrument ozone generation device according to claim 1, which is characterized in that the master control borad (2) is flat Shape, the lithium battery (3) are rectangular parallelepiped structure.

4. the working line of skin U.S. instrument ozone generation device according to claim 2, which is characterized in that the lithium battery sheet The also included protection circuit of body, for providing overcurrent, overcharging, Cross prevention function.

5. the working line of skin U.S. instrument ozone generation device according to claim 2, which is characterized in that on the master control borad Button and LED light be used to indicate the working condition of product, and used when indicating work with the frequency of red blue lamp alternately flicker The gear of electricity is different.

6. the working line of skin U.S. instrument ozone generation device according to claim 2, which is characterized in that the booster circuit The lithium battery voltage of input is risen into 16-22VDC.

7. the working line of skin U.S. instrument ozone generation device according to claim 2, which is characterized in that the high pressure envelope curve Booster circuit can be inputted the low-voltage come in effectively control and rise to 6KV-10KV by road.