WO2008095353A1

WO2008095353A1 - An ozone sterilizing and ventilating shoe

Info

Publication number: WO2008095353A1
Application number: PCT/CN2007/001892
Authority: WO
Inventors: Bo Yin
Original assignee: Bo Yin
Priority date: 2007-02-02
Filing date: 2007-06-15
Publication date: 2008-08-14
Also published as: CN100525665C; CN101011193A

Abstract

An ozone sterilizing and ventilating shoe includes a miniature ozonizer system disposed in shoe body. The miniature ozonizer system includes a housing (2),an elastic pedal type air pump (10), a circuit unit, a ceramic ozone generating plate (5), an inlet hole (25), an inlet pipe having an air filter (11), an inlet one-way valve (12), and a vent one-way valve (14). The housing is divided into an ozone chamber (23) and a circuit chamber (24). When the elastic pedal type air pump (10) is not compressed, air is sucked via the inlet pipe into the elastic pedal type air pump. When the elastic pedal type air pump (10) is compressed, the ozonized air is discharged via vent hole (19) into the outside.

Description

Ozone sterilization ventilation shoes

The present application relates to an ozone sterilization and ventilation shoe, in particular to a practical health care shoe for preventing and treating athlete's foot, eliminating foot odor, ventilating and tiring, and keeping the inside of the shoe dry. Background technique

Medically known as athlete's foot (Hong Kong foot), is a common chronic infectious skin disease caused by shallow fungus (formerly known as mold) infection of the toe seam, the foot side or the plantar surface of the foot. The prevalence of athlete's foot is much higher than that of handcuffs ("Hong Kong Hand"). In the southern part of mainland China, the prevalence of athlete's foot can be as high as

50%- 60%; In the northern region, the prevalence of athlete's foot can be as high as 40% - 50%. The patient coverage covers all populations. After spring warming, in the dermatology clinic, the ankle and foot patients are increasing, and in summer and autumn, it is the highest incidence of skin diseases. The ankle disease is unbearable, and the patient may have secondary infections, partial ulceration, swelling, pain, and even walking difficulties, which may endanger human health. The pathogen of the foot is the pathogenic skin filamentous fungus. The fungus has a strong vitality, is not afraid of cold, is not afraid of light, and is not afraid of drying. Even if it leaves the human body for months or even years and ten years, it cannot completely die, in nature. It can be described everywhere, everywhere. After the athlete's foot is cured (ie, killing the pathogenic fungus), the bacteria are exposed to it, especially those with local skin damage, and it is easy to re-infect and relapse. Foot odor is due to the secretion of small sweat glands in the foot, which produces odor under the decomposition of bacteria and mold. Sweating provides moist breeding conditions for bacteria, so foot odor is often associated with hyperhidrosis. The secretion of sweat glands is the nutrient base of bacteria. The human body is also an excellent constant temperature hotbed. The bacteria are exponentially multiplied and multiplied in this environment. When the human body feels the disease, it is the result of a large number of bacteria. In short, foot lice and foot odor are caused by fungal and bacterial infections. In the past, people relied on a variety of bactericidal drugs to passive treatment, and these bactericidal drugs rely on drug toxicity sterilization, bactericidal drugs are less toxic, bactericidal is not obvious, and toxicity is also a serious side effect on the human body. Some patients are burned off the skin by some bactericidal drugs, ulceration, and even lifelong disability, but after a period of time, foot and foot odors are making a comeback.

In recent years, with the improvement of people's living standards, people began to pursue health and comfort. In order to solve the above problems, some shoes with certain special functions, such as ventilation health shoes, medicine health shoes, magnetic therapy shoes, massage shoes, electric shoes, etc. It came into being, and each has its own merits. There are also several patent exchanges. The sneakers have only come up with a certain method at the speed of ventilation. However, in the air exchange, there are bacteria and fungi in their own right, so they cannot take the medical care function of treating the symptoms and curing the symptoms. Summary of the invention

The object of the present invention is to solve the problems of poor breathability, sweating of the feet, foot odor, and mania of bacterial activity, such as leather shoes, sports shoes, and sneakers, and even enough.

The technical solution adopted to achieve the object of the present invention is: To solve these problems, we have developed this ozone sterilization and ventilation shoe. Ozone is recognized as a broad-spectrum high-efficiency fungicide. The sterilization rate is several hundred times that of chlorine, and it is physically sterilized without residue. Ozone is a gas, no holes, no dead ends. The ozone generator is installed in the shoe to disinfect and sterilize. First, there must be sufficient amount of ozone and ozone concentration. The efficiency and structure of the electrolysis method and the ultraviolet method ozone generator cannot be applied in the shoe. The high voltage power supply of the ordinary corona method. In particular, transformers are large in size and difficult to put in shoes. Too large changes in the structure of the shoes can cause a series of problems. Therefore, the development of an efficient integrated micro-ozone generator power supply with sufficient power is the core issue of our development. After three hundred years of hard work and experimentation, we finally solved this problem and successfully passed the impact and reliability experiments. The invention patent is an embodiment of this achievement.

Ozone can kill a variety of bacteria and fungi, purify the air, we want to keep passing the air through the shoes through the ozone? Wenshan ventilation conditions, to achieve the purpose of sterilization and ventilation.

The ozone sterilization ventilation shoe provided by the present application comprises a micro ozone generator system installed in a shoe body, wherein the micro ozone generator system comprises a cavity, an elastomer foot pump, a rechargeable battery, and a piezoelectric transformer type. High-voltage generator circuit and control circuit, ceramic ozone generating sheet, inlet check valve, outlet check valve, air guiding passage and air outlet; cavity in the cavity can be further divided into ozone chamber and circuit chamber, ceramic ozone generation The chip is installed in the ozone chamber, the rechargeable battery, the piezoelectric transformer type high voltage generator circuit and the control circuit are installed in the circuit room; one end of the elastic foot pump is connected with the inlet check valve; the other end is passed through the outlet check valve, the ozone chamber When the elastomeric foot pump is not compressed, the outside air is sucked into the honeycomb of the elastomeric foot pump through the inlet check valve. When the elastomer foot pump is compressed, the ozonized gas is passed through the air outlet. Discharged to the outside world.

The ozone generator system further includes an intake duct communicating with the inlet check valve and an air inlet having an air filter to draw air into the elastomeric foot pump; the outlet check valve further passes through the air guide passage The ozone chamber is connected. The cavity of the ozone generator system may be a whole body, and is connected to the sole of the rear root portion of the shoe body by glue or screw, and the cavity of the cavity is divided into an ozone chamber and an electric circuit chamber by a partition plate, and an upper cover plate Located in the ozone chamber and the circuit room, and under the elastomeric foot pump, the upper cover has two holes that communicate with the air inlet and the air outlet respectively. The upper cover covers the ozone chamber and the circuit chamber so that the two chambers are isolated and sealed. The cavity and partition are made of a hard solid material.

The cavity of the ozone generator system may also be a split type, wherein a cavity formed by a part of the cavity serves as an electric circuit chamber, and the part is connected to the sole of the rear root portion of the shoe body by glue or screw, and the other part is formed by the cavity. The cavity serves as an ozone chamber, which is mounted on the toe portion, and the circuit chamber and the ozone chamber are connected by metal wires.

Further, the circuit chamber of the ozone generator system can be divided into two upper and lower layers, a rechargeable battery is installed in the upper layer of the circuit chamber, a piezoelectric transformer type high voltage generator circuit and a control circuit are installed in the lower layer, and the control circuit uses a wire and a touch control switch. And the status indicator is connected. After the switch is turned on during use, the line is turned on, the indicator light is on, and the high-frequency pulse high voltage is generated by the piezoelectric transformer type high-voltage generator circuit, and the high-frequency pulse high-voltage matching is connected to the ozone generating film loop, that is, ozone is generated.

The control switch and status indicator are integrated, using a touch switch and a patch-type three-color LED. The two control modes are designed by different touch time limits. Mode 1 is manual random operation and mode 2 is automatic intermittent operation. A status indication, that is, the light on, off, and flash of the lamp, corresponding to three states of the ozone generation system being turned on, off, and low.

The elastomer foot pump of the present application is processed into a honeycomb structure by using an elastomer material silica gel, and is surrounded by a sealed flexible diaphragm, which can be freely disassembled and replaced. The materials used in other structures are ozone resistant. The ozone gas pipe is made of an ozone-resistant rubber material.

In addition, this application specifically uses the Chinese national patent that I have declared, and the application number is

200720115330. 0 bird's beak type 腮 power spool check valve.

The fresh air required to ensure the production of ozone in the ozone generator system is realized by the honeycomb-type elastomer foot pump and the inlet and outlet pipes installed on the upper cover, and the air inlet of the air pump is provided with a small air inlet. Check valve, intake duct clamped in the rear upper, air inlet with air filter; air outlet micro check valve, air guide passage, ozone chamber, air outlet pipe, ozone air pipe and ozone installed at the air pump outlet Export. Honeycomb-type elastomeric foot pump, when the foot root presses down on the air pump, the honeycomb elastomer is squeezed and contracted, and the air is compressed to be imported into the miniature The check valve is closed, and flows out from the outlet micro-check valve, enters the ozone chamber along the air guide tube, mixes with the ozone gas, and then diffuses through the ozone air tube and the ozone outlet in the i3⁄4t part of the shoe foot and slowly spreads, thereby playing a role of sterilization. Until the ozone gradually decomposes and decays into oxygen and spills out of the shoe. When the root is lifted during walking, the compressed honeycomb elastomer is restored to generate a negative pressure, the outlet micro-check valve is closed, the inlet micro-check valve is opened, and the air inlet is installed through the air filter. And the intake duct draws fresh air into the honeycomb of the air pump. Therefore, through the walking of the person, a stepping action completes an ozone gas source or a pulse of ventilation. As the walking steps progress, the ozone gas continuously kills various bacteria and fungi in the shoes and feet. If the power is turned off during walking, the ozone generating sheet does not produce ozone, but the entire ventilation process works as usual to achieve the purpose of ventilation.

Because the honeycomb elastomer foot pump works with the power of walking. The faster the walking, the higher the efficiency of the air pump, the greater the ventilation volume, and the more the production of ozonized gas, the better the sterilization effect.

The advantage of this application is that the battery is a rechargeable battery, and the battery is not required to be replaced frequently. The product is equipped with a dedicated charger. Even if the battery is dead, good ventilation and ventilation are still available.

The power source used in the present invention can be directly powered by a disposable battery, a rechargeable battery, or a foot power generator.

In the design of the invention, the function of walking power combined with ozone sterilization is skillfully utilized to form a micro-shaped ozone generator system, and can be installed in various shoes, which can well solve the prevention and treatment of athlete's foot and eliminate the foot. Stinky health problems. DRAWINGS

1 is a schematic view showing a typical structure of an embodiment 1 (with a heel) of an ozone sterilization and ventilation shoe of the present application;

Figure 2 is a schematic view showing a typical structure of an embodiment 2 (flat shoe - 1) of the ozone sterilization and ventilation shoe of the present application;

Fig. 3 is a view showing a typical structure of an embodiment 3 (flat shoe-2) of the ozone sterilization ventilation shoe of the present application. detailed description

Referring now to Figure 1, a first embodiment of the present application - Example 1 is described. This application stinks The oxygen sterilization ventilation shoe is a micro ozone generator system installed in the shoe body, and the embodiment 1 is a heel shoe.

The ozone generator system is composed of: at the heel of the sole 1, a cavity 2 is mounted, the cavity 2 is made of a hard material, and a partition 8 is arranged in the middle of the cavity 2 to divide the cavity 2 into an ozone chamber. 23 and two parts of the circuit room 24, the cavity can also be integrally injection molded, directly formed into an ozone chamber and a circuit room. The cavity 2 is fixed on the sole 1 by glue or screw 3. The upper cover 4 is made of engineering plastics (such as polycarbonate), has high strength, is durable, and can carry the gravity of the human body during movement, and is covered in the ozone chamber 23 On the circuit chamber 24, two completely independent sealed ozone chambers 23 and circuit chambers 24 are formed. A ceramic ozone generating sheet 5 is mounted in the ozone chamber 23, and a piezoelectric transformer type high voltage generator circuit and a control circuit 7 are mounted on the lower layer of the circuit chamber 24, and a rechargeable battery 6 is mounted on the upper layer. The charging electrode 9 is mounted on the upper middle part of the rear heel and can be connected to an external charger at any time to charge the battery 6 through the elastic electrode reed. The control circuit is connected to the touch control switch and the status indicator 20 through the wire 21, and in the circuit-on state, the high-voltage circuit 7 generates a high-frequency pulse high voltage and is connected to the ceramic ozone generating sheet 5 through a wire to generate ozone, and the status indicator is bright; When the touch control switch 20 is in the off state, no high voltage is generated, the ozone generating sheet cannot generate ozone, and the status indicator is off. When the battery is low, the indicator light flashes.

The honeycomb type elastomeric foot pump 10 on the upper cover 4 and its outlet and inlet lines constitute a gas source in the ozone generator system. At the air inlet of the air pump 10, an intake: type check valve 12 is connected, which communicates with an intake duct 11 sandwiched in the rear upper, and an air inlet 25 with air filtering; an air outlet micro-single is installed at the outlet of the air pump 10 The valve 14 is composed of an outlet air passage 15, an ozone chamber 23, an outlet pipe port 16, an ozone gas pipe 17, and an ozone outlet 19. The honeycomb type elastomer foot pump 10 is processed into a honeycomb structure by a high-elastic silica gel, and is formed by sealing a flexible enamel film. When the root of the foot is pressed down on the elastic foot pump 10, the honeycomb type silicone body shrinks and deforms, the air is compressed, and the air inlet micro-check valve 12 is closed, and flows out from the air outlet micro-check valve 14 The air guiding passage 15 enters the ozone chamber 23 to generate ozonated mixed air, which enters the shoe through the air outlet port 16; 3⁄4A ozone air duct, and then through the ozone outlet 19 and the insole 18 with the vent hole. When the heel is lifted and there is no human body gravity to press the elastic foot pump 10, the honeycomb type silicone elastomer generates a negative pressure by its own elastic recovery mode, and the negative pressure closes the air outlet micro-check valve 14 to close the air inlet micro-single Open to valve 12, through the air The filtered intake port 25, the intake duct 11 draws fresh air into the honeycomb of the air pump. Therefore, through the walking of the person, a stepping action completes an ozone gas source supply or ventilation process.

The structural arrangement of this embodiment is only an advantageous embodiment, and there may be other forms of deformation. For example, the intake micro-check valve 12 is not limited to the intake duct 11 and the air inlet 25 with the air filter and the elastomer. The foot pump 10 is in communication and can communicate with the outside in any other manner to allow the elastomeric foot pump 10 to draw in outside air. The outlet check valve 14 can also be directly connected to the ozone chamber 23 having an air outlet, and when the elastomer foot pump 10 is compressed, a mixed gas of ozone and air is discharged to the outside through the air outlet.

Referring now to Figure 2, a second embodiment of the present application will be described. The ozone sterilizing ventilating shoe of the present application is equipped with a micro ozone generator system in the shoe body. This embodiment 2 is a flat shoe

Referring to FIG. 2, the circuit chamber 24 is changed from the upper and lower two chambers to the battery chamber 24-1 and the circuit chamber 24-2 divided by the partition 8-1. The battery chamber 24-1 is provided with a battery 6, and the circuit chamber 24- The piezoelectric transformer type high voltage generator circuit and the control circuit 7 are installed in 2. The cavity 2 is bonded to the sole 1 by glue. The installation position and operating procedures of the ozone chamber 23 and the rest are identical to those of the shoes.

Referring to Figure 3, a third embodiment of the present application, Example 3, is based on Example 2, which moves the ozone chamber 23 to the space of the toe. The cavity 2 is divided into a cavity 2-1 and a cavity 2-2, and the cavity 2-1 is divided into a battery chamber 24-1 and a circuit chamber 24-2 by a partition 8-1. The chamber 2-2 forms a ozone chamber with a cover 4-2 having a uniform small hole, and the ozone chamber outlet nozzles 16, 17, 19 are omitted. The rest of the installation position, operating procedures are consistent with the shoes.

Further, for various shoes having very good air permeability, the elastic foot pump and the inlet and outlet lines may not be installed on the basis of the third embodiment, and the ozone gas is spread in the shoe by its own partial pressure of gas.

The above is only a few specific embodiments of the present application, and the present application is not limited thereto, and any improvement and/or modification made by those skilled in the art without departing from the spirit of the present application belongs to the protection scope of the present application. .

Claims

An ozone sterilization ventilation shoe comprising a micro ozone generator system installed in a shoe body, characterized in that the micro ozone generator system comprises a cavity (2), an elastomer, a foot pump

(10), rechargeable battery (6), piezoelectric transformer type high voltage generator circuit and control circuit (7), ceramic ozone generating sheet (5), inlet check valve (12), outlet check valve (14), guide Gas passage

(15) and the air outlet (19); the cavity in the cavity (2) can be further divided into an ozone chamber

(23) and circuit room (24). Ceramic ozone generating sheet (5) installed in the ozone chamber (23), rechargeable battery (6), piezoelectric transformer type high voltage generator circuit and control circuit (7) installed in the circuit room

(twenty four). The elastomer foot pump (10) is in communication with the inlet check valve (12), and the other end is in communication with the air outlet through the outlet check valve (14) and the ozone chamber (23). When the elastomeric foot pump (10) is not compressed, ambient air through the inlet check valve (I ²⁾ is sucked into the air pump elastomeric tread (10) honeycomb, when the elastomeric foot pump (10) is compressed, The ozonized gas is discharged to the outside through the gas outlet (19).

The ozone sterilization ventilating shoe according to claim 1, wherein the ozone generator system further comprises an intake duct (11) communicating with the inlet check valve (12) and an air filter. An air inlet (25) for drawing air into the elastomeric foot pump (10); the outlet check valve (14) is further in communication with the ozone chamber (23) through the air guiding passage (15).

The ozone sterilization and ventilation shoe according to claim 1, characterized in that the cavity (2) as a whole is connected to the sole (1) of the rear part of the shoe body by gluing or screw (3). The cavity of the cavity (2) is divided into an ozone chamber (23) and a circuit chamber (24) by a partition (8). An upper cover plate (4) is located on the ozone chamber (23) and the circuit chamber (24), and the elastic foot pump (10) has two holes, respectively, and an intake duct ( 11) communicating with the air guiding passage (15), the upper cover (4) covers the ozone chamber (23) and the circuit chamber (24), so that the two chambers are isolated and sealed. The cavity (2) and the partition (8) are made of a hard solid material.

The ozone sterilization and ventilation shoe according to claim 3, wherein the ozone chamber (23) is further connected to the air outlet (19) through the ozone air duct (17), and the air outlet (19) is further connected to the air outlet (19). The insole (18) in the shoe with venting holes communicates, and the ozone gas pipe (17) is odor resistant Made of oxygen rubber material.

The ozone sterilization ventilating shoe according to claim 3, wherein the cavity (2) is a split type, wherein a cavity formed by a part of the cavity serves as a circuit chamber (24-1, 24-2) The part is connected to the sole (1) of the rear root portion of the shoe body by glue or screw (3), and the cavity formed by the other part of the cavity serves as an ozone chamber (23), which is installed at the toe portion. An air guiding passage (15) connecting the outlet check valve (14) and the ozone chamber (23) extends inside the sole. The gas outlet is uniformly located on the cover plate (4-2) on the ozone chamber (23), and the ozonized gas is directly discharged, and the circuit chamber is further divided into two chambers (24-1) and (24-2). The rechargeable battery (6) and the electrical circuit (7) are housed separately.

The ozone sterilization and ventilation shoe according to claim 5, characterized in that the rechargeable battery (6) is connected to a charging electrode (9) having a resilient electrode reed. The ozone sterilizing ventilating shoe further includes a control switch and a status indicator light (20) coupled to the control circuit. And the elastomeric foot pump (10) communicates with the air-filtered air inlet (25) embedded in the rear shoe through the inlet check valve (12) and the intake duct (11). The control switch and status indicator (20) are integrated and mounted on the side of the shoe.

The ozone sterilization and ventilation shoe according to claim 6, wherein the elastic foot pump (10) is processed into a honeycomb structure by using an elastomer material silica gel, and is sealed with a sealed flexible diaphragm. Disassemble and replace. Other structural materials are ozone resistant materials.

The ozone sterilization and ventilation shoe according to claim 6, wherein the control switch adopts a touch mode switch mode, wherein the mode is a random operation when the mode is on, and the automatic intermittent operation is performed when the mode is on; The lamp (20) adopts a patch type three-color LED indicator, and the diode indicator lights on, off and flash respectively indicate on, off and under power status indications.

9. The ozone sterilization ventilating shoe according to claim 8, wherein the touch control switch (20) is pressed for 3 seconds, the odor generator system is activated, the system is turned off after 5 seconds, and the power is turned off or the battery is turned off. When the depletion ozone generating piece does not work, the elastic foot pump (10) works as usual during the walking process of the person wearing the shoes, and plays the role of ventilation and ventilation in the shoe. 10. According to the ozone sterilization shoes that are swayed by the requirements of the profit-making, the power supply can be directly powered by a disposable battery, a rechargeable battery or a foot power generator.