CN2281979Y - The body of the ozone generator - Google Patents

Abstract

The utility model provides an ozone generator's organism, it includes that one is pipy electrode A, one is spiral column's electrode B, a quartz capsule, the built-in electrode B of quartz capsule, the last sleeve pipe that contains the air inlet and the lower casing pipe that contains the gas outlet constitute an air chamber with pipy electrode A jointly, this air chamber embeds into quartz capsule, uses the stable discharge interval and the even distribution discharge area between formation electrode A and electrode B to can draw forth the air that contains ozone in the air chamber.

Description

The body of the ozone generator

The utility model relates to the structure of an ozone generator, mainly referring to a main body for generating ozone.

Ozone generation has been widely used for deodorizing, sterilizing, mildew removing and other functions. This utility model provides an improvement on the body part of the ozone generating place of this type of ozone generator, so as to generate ozone stably and effectively.

Commonly used ozone generators have many structures, mainly using high voltage to discharge between the two electrodes to generate ozone in the air in between, and then let the ozone escape by circulating air; the methods currently used are flat type, laminated plate type, etc. , although each has a practical effect, its discharge area is only a rough position, so that problems such as low efficiency and short life are generated.

The utility model aims at the deficiencies of the above-mentioned prior art, and aims to provide a body of an ozone generator with an improved structure, so that the ozone generation efficiency is higher and the life of the body is longer.

In order to achieve the above-mentioned purpose, the body structure of the ozone generator provided by the utility model mainly includes a tubular electrode, a columnar electrode with threaded protrusions, and a pressure-resistant, heat-insulated body (quartz tube, etc.) , wherein the columnar electrode is installed in the quartz tube, and the high-voltage power supply is installed on the two electrodes, and the high-voltage discharge between the spiral protrusion on one of the electrodes and the other electrode is used to generate ozone. The above composition mainly has the following characteristics:

1. The appearance of an electrode is a thread-shaped protrusion as the discharge position, which can evenly distribute the discharge area, and the distance between each discharge interval can be stably controlled, which has a strong discharge effect;

2. The distance between the two electrodes is easy to set;

3. Due to the uniform distribution of the discharge interval, it is not easy to overheat at any single point;

4. The circulating air (and ozone-containing gas) passes between the surface of the quartz tube and the hollow tube wall of the electrode. Because both of them are smooth walls, the circulating air is smooth and not stagnant;

5. Because the discharge position and spacing are effectively controlled, the efficiency is high, and it is easy to obtain the best discharge performance;

6. If the introduced air is first treated with a ceramic tube with filter and dehumidification functions into a clean and dry state (known technology), the efficiency will be higher and the service life will be longer;

7. The body of the utility model is easy to assemble, which is beneficial to production; and it is easy to control the quality, and the effect of generating ozone is easy to achieve.

Following structural drawings, the structure of the utility model is described in further detail as follows:

Fig. 1: Exploded view (partial section) of the utility model.

Fig. 2: Combination diagram (section) of the utility model.

Figure 3: Enlarged view of area A in Figure 2.

Figure 4: Another embodiment of electrode B.

As shown in Figure 1, the utility model mainly includes an electrode A1, a conductive spring 2, an upper casing 3, a lower casing 4, a quartz tube 5, an electrode B6, and the like.

The above-mentioned electrode A1 is a hollow tubular body, which is a good conductor, and the conductive spring 2 conducts the power supply to the electrode A1.

A sealing rubber ring 31 and a joint cover 32 are arranged on the upper casing 3 .

An insulating plug 51 is provided at the opening of the quartz tube 5, and the insulating plug 51 can pass through a conductive guide rod 61 to conduct power supply.

An air intake branch pipe 33 is arranged on the upper casing 3 . An air outlet branch pipe 41 is arranged below the lower casing 4 , and a positioning seat 42 is arranged at the bottom of the lower casing 4 .

The electrode B6 is a columnar body, which is a good electrical conductor, on which there are thread-like protrusions 62 distributed on the columnar body in a spiral state.

As shown in Figure 2, it is the state of the combination of the above components.

The conductive spring 2 is socketed on the electrode A1, and the power line 71 is assembled; the upper part of the electrode A1 is closely connected to the upper casing 3, and the lower part is closely connected to the lower casing 4; the electrode A1 and the upper casing 3 and the lower casing 4 are in common Combined into one body, the central part of the combination can be placed into a quartz tube 5, etc. (detailed later), and the clean and dry air is introduced by the inlet branch pipe 33, and the air is led out by the outlet branch pipe 41 to contain ozone after the electric shock.

A combination cover 32 is arranged above the upper casing 3, and a rubber ring 31 is arranged in the middle. The rubber ring 31 is in close contact with the quartz tube 5, and the rubber ring 31 is combined between the combination cover 32 and the upper casing 3; Cannot escape from here.

The quartz tube 5 is a test tubular body, which can be inserted into the hollow body formed by the electrode A1, the upper casing 3 and the lower casing 4; the bottom of the quartz tube 5 is positioned by the positioning seat 42, and the top is positioned by the rubber ring 31 is sealed and positioned, and a stable gap 8 is formed between the positioned quartz tube 5 and the inner tube wall of the electrode A1. The gap 8 is discharged to generate air with ozone, and then flows through the outlet branch pipe 41 to lead out.

The electrode B6 can be placed in the quartz tube 5, and the top is sealed by an insulating plug 51 to make the electrode B6 into a stable state. A conductive screw 61 is arranged above the electrode B6, and the conductive screw 61 is connected to the power supply 72; the conductive screw 61 passes through the insulating plug. 51 and locked on the electrode B6. The spiral protrusion 62 of the above-mentioned electrode B6 is slightly placed on the inner tube wall of the quartz tube 5 .

The above-mentioned device makes each protrusion 62 of the electrode B6 and the inner tube wall of the electrode A1 to be approximately the same distance, which is the discharge position between the electrode A1 and the electrode B6, and the air in the gap 8 therebetween (please refer to FIG. 3 ) That is, part of it is converted into ozone due to electric shock (known technology).

In summary, the utility model is characterized in that the spiral protrusion 62 of the electrode B6 is set as the discharge area, which can stably control the discharge effect.

According to the above characteristics, the protrusion 62 of the electrode B6 can be ring-shaped (as shown in FIG. 4 ), and the ring-shaped protrusion 62 is a discharge area, and its distribution and gap 8 can also be determined easily.

What is disclosed above is a preferred embodiment of the present utility model, and all partial equivalent changes or modifications derived from the technical idea of the present utility model and easily deduced by those skilled in the art shall not depart from Within the scope covered by the technical solution of the utility model.

In summary, no matter the purpose, means and efficacy of this utility model, it shows that it is very different from the body structure of the known ozone generator, and it is first created and practical, which should meet the conditions of utility model patents, so Apply in accordance with the law.

Claims (2)

1. A body of an ozone generator, mainly comprising two electrodes and a quartz tube, characterized in that: An electrode A: a hollow tube, with a casing above it, which contains an air inlet branch pipe, and a casing below it, which contains an air outlet branch pipe; A quartz tube: in the shape of a hollow tube, set in the center of the electrode A, there is a gap between the outer surface and the inner wall of the electrode A through which air can circulate; 1. Electrode B: a columnar body with thread-like protrusions on the outside, set in the quartz tube; With the above structure, the power supply is respectively connected to the two electrodes, so that the air between the screw-shaped protrusion and the inner wall of the electrode A is discharged to generate ozone, which is led out through the outlet branch pipe. 2. The body of the ozone generator as claimed in claim 1, wherein the protrusion of the electrode B is ring-shaped.