CN110002404A

CN110002404A - Ozone generating system with oil removing, dedusting and water removal

Info

Publication number: CN110002404A
Application number: CN201810008027.3A
Authority: CN
Inventors: 陈栢辉
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-01-04
Filing date: 2018-01-04
Publication date: 2019-07-12

Abstract

The present invention is a kind of with oil removing, the ozone generating system of dedusting and water removal, it is mainly by an air compressor, one air filter, and one ozone generation device formed, it is designed by the structure of the air filter, so that after entering the air filter by the gas of air compressor output, the gas generates the different flowing of multiple flow velocity inside the air filter, allow moisture in gas, oil, and dust particle is effectively separated, and it is able to filter out almost anhydrous oil-free and dust particle gas, using the gas source as needed for providing ozone generation device generation, it can actually achieve the purpose that effect promotes the ozone generating system and produces the ozone generation device service life in ozoniferous quality and ozone generating system.

Description

Ozone generating system with oil removing, dedusting and water removal

Technical field

The present invention is related with ozone generating system, particularly relates to a kind of ozone generation system with oil removing, dedusting and water removal System.

Background technique

It is the oxidant of strength since the property of ozone is active, and there is purification air and drinking water, sterilization, processing work The functions such as industry waste, therefore be commonly used in industry and life.

As shown in fig.1, the ozone generating system of display general industry, is mainly received by air compressor 101 Collection and storage gas are then removed again to carry out fraction dust, water droplet etc. to compressed gas by 3 points of combinations 102, and set Compressed gas feeding freezing type drier 103 is just dried, makes the water in compressed gas by fixed operating pressure appropriate Steam condensation is at drop, to achieve the purpose that reduce water capacity, is and then carried out again by contaminant filter 104 condensed Compressed gas carries out the filtering of impurity, and filtered compressed gas is reached in gas receiver 105 and is stored, then will compression Gas reaches adsorbing air drier 106 and oxygen producing machine (PSA) 107 carries out the drying and purification of compressed gas, then Will it is dry with purified compressed gas via air accurate filter 108, calmed the anger contaminant particles in body, oil gas with filtering contracting With foul smell, achieve the effect that purification gas, be subsequently transmitted to storage barrel storage 109, to be produced as single-tube ventilation type ozone Raw device 110 or honeycomb type water-cooled ozone generator 111 carry out the gas source needed for ozone generates, and via flowmeter 112 control transmission flows, and by monitoring module 113 to ozone concentration Auto-Sensing and compensation.However, this is industrial smelly Oxygen generation system still has following defects that must improve immediately in actual use situation:

Due to the single-tube air-cooled ozone producer 110 or honeycomb type water-cooled ozone generator 111 service life and Generated ozone quality is all related with gas source, that is, when enter the single-tube air-cooled ozone producer 110 or The gas of honeycomb type water-cooled ozone generator 111 is purer, free from admixture, and machine service life is longer, the matter of produced ozone Amount is better, and therefore, which passes through combination 102, freezing type drier 103, filter 104, absorption type at this 3 points Dried-air drier 106, air accurate filter 108 etc. purify gas, but in actual use situation, gas purifying effect Still slightly dislike insufficient, therefore, how to issue a kind of ozone generating system, can make to enter the single-tube air-cooled ozone producer Or it will be the motivation of the invention researched and developed that the gas of honeycomb type water-cooled ozone generator, which more purifies,.

Summary of the invention

The purpose of the present invention is to provide a kind of ozone generating systems with oil removing, dedusting and water removal, promote ozone and produce Raw system produces the service life of ozone generation device in ozoniferous quality and ozone generating system.

Then, in order to reach foregoing purpose, the ozone of a kind of provided oil removing, dedusting and water removal according to the present invention generates system System includes:

One air compressor provides the air supply opening of a compressed gas with one；

One air filter includes a filtering body, filter net group and a sleeve；Wherein the filtering body has an accommodating empty Between, one finally connect the air supply opening and the air inlet communicated with the accommodating space and the gas outlet that communicates with the accommodating space； Net group of the filter is set to the accommodating space and is set by at least two net unit concatenation groups of filter, and respectively the net unit of the filter includes a connection Diskware, one first plate and one second plate, wherein the connection diskware, there is a connection pan portion, one to be convexly equipped in the connection pan portion The connecting section of upper disk surface, the connecting section have one to be convexly equipped in the terminal pad through the guide duct of the connection pan portion and one The connecting ring portion of subordinate's disk；There is first plate one first plate portion, one to be convexly equipped in the first plate portion's upper face and be fixedly arranged on The ring portion of the connecting ring portion, one through the first plate portion and for another net unit of the filter connecting section place extension pipe portion, At least two are convexly equipped in the pipe portion of the first plate subordinate's plate face, and respectively the pipe portion has a pipeline and at least through the first plate portion Two are set to the respectively pipe portion and the pipeline are made to be distinguished into the blocking part of one first slot section and one second slot section, and respectively the blocking part has One makes the first perforation that the first slot section is communicated with the second slot section；Second plate is fixedly arranged on the upper face in the first plate portion, and The overlap aperture and at least two envelopes that are set in the extension pipe portion with one set the column portion of respectively the first slot section, and respectively the column portion has One the second perforation communicated with the first slot section；Enable the connection of the connection diskware of the last one net unit of the filter in net group of the filter Pipe portion is connected in the gas outlet of the filtering body；The casing, set are fixed in the connection of the connection diskware of the last one net unit of the filter Ring portion, and the outer tube diameter of the casing is less than the ring diameter of the connection pan portion of the connection diskware of the last one net unit of the filter；And

One ozone generation device, the gas source supply interface for the gas outlet for finally connecting the air filter with one.

Preferably, the first perforation that wherein respectively the second of second plate of the net unit of the filter is perforated with first plate is in It is staggered.

Preferably, wherein first net unit of the filter in net group of the filter, the extension pipe portion of first plate is for a plug Part, which seals, to be set.

Preferably, wherein the plug member has that an envelope is located at the piston part of the extension pipe portion, a range covers first plate is each The masking stopper of the pipe portion and a guide channel recessed by the masking stopper.

Preferably, wherein the quantity of the air filter be four it is concatenated with one another, and the ozone generating system further include according to Between the air inlet of the secondary filtering body for being connected to the air supply opening and first air filter that are located at the air compressor 3 points of combinations, freezing type drier, filter, gas receiver, adsorbing air drier, oxygen producing machine, air secondary filter Device and storage barrel；The gas outlet of the filtering body of the 4th air filter and the gas source supply of the ozone generation device connect Connection is equipped with flow meters between mouthful.

Preferably, wherein the quantity of the air filter is two, and the ozone generating system further includes a connection and is located at 3 points between the air supply opening of the air compressor and the air inlet of the filtering body of first air filter combine, one It is sequentially communicated the mistake of the gas outlet and second air filter that are located at the filtering body of first air filter The first activated carbon elements between the air inlet of ontology, freezing type drier, the second activated carbon elements and being sequentially communicated are filtered to be located at Filter, gas receiver, suction between the gas outlet of second air filter and the gas source supply interface of the ozone generation device Attached formula dried-air drier, oxygen producing machine, air accurate filter, storage barrel and flowmeter.

Preferably, the discharge outlet that wherein filtering body is located at lowest part with more one, net group of the filter is to be located at the filtering Between the air inlet and discharge outlet of ontology.

Accordingly, the present invention is mainly made of an air compressor, an air filter and an ozone generation device, It is designed by the structure of the air filter, so that after entering the air filter by the gas of air compressor output, the gas Body generates the different flowing of multiple flow velocity inside the air filter, and moisture, oil and the dust particle in gas is allowed to be able to The effect of being effectively separated, reach gas filtration, and then almost anhydrous oil-free and dust particle gas is filtered out, allow this Gas is finally flow in the ozone generation device, provides the gas source needed for the ozone generation device generates, effectively to promote ozone production Raw system produces the service life of ozone generation device in ozoniferous quality and ozone generating system.

In addition, being less than the connection diskware of the last one net unit of the filter by the outer tube diameter of the casing of the air filter The ring gauge structure design of pan portion is connected, and is reduced the connection pan portion and the mistake of the connection diskware of the last one net unit of the filter The gap of the inner cylinder wall surface of ontology apart is filtered, it therefore, should after gas enters accommodating space via the air inlet of the filtering body Gas can flow to lower layer's filter space via the lesser gap of several times by the upper level filter space of large space, and the gas is flowing at this time When through the gap, flow velocity is effectively increased, and the i.e. amplification unhurried current when flowing through the big lower layer's filter space of several times, make the intracorporal water of gas Point, oil and dust particle efficiently separated, separated moisture, oil and dust particle can be attached to the filtering sheet The inner cylinder wall surface of body and the effect of go downstream, reach gas filtration.

Detailed description of the invention

Fig. 1 is the schematic diagram of prior art ozone generating system.

Fig. 2 is the system block diagrams of first embodiment of the invention.

Fig. 3 is the stereogram exploded view of first embodiment of the invention, shows the decomposing state of air filter.

Fig. 4 is the combination section of first embodiment of the invention, shows the profile status of air filter.

Fig. 5 is the combination section of first embodiment of the invention, shows another visual angle profile status of air filter.

Fig. 6 is the partial enlarged view of Fig. 5.

Fig. 7 is the three-dimensional partial cutaway view of first embodiment of the invention, the part section state that display filter is organized only.

Fig. 8 is the stereogram exploded view of first embodiment of the invention, the decomposing state that display filter is organized only.

Fig. 9 is the system schematic of second embodiment of the invention.

Figure 10 is the system schematic of third embodiment of the invention.

Description of symbols.

The prior art:

Air compressor 101

3 points of combinations 102

Freezing type drier 103

Contaminant filter 104

Gas receiver 105

Adsorbing air drier 106

Oxygen producing machine 107

Air accurate filter 108

Bucket storage 109

Single-tube air-cooled ozone producer 110

Honeycomb type water-cooled ozone generator 111

Flowmeter 112

Monitoring module 113；

The present invention:

Air compressor 201

Air supply opening 2011

Air filter 202

Ozone generation device 203,203A

Gas source supplies interface 2031

3 points of combinations 204

Freezing type drier 205

Contaminant filter 206

Gas receiver 207

Adsorbing air drier 208

Oxygen producing machine 209

Air accurate filter 210

Storage barrel 211

Flowmeter 212

First activated carbon elements 213

Second activated carbon elements 214

Filtering body 300

Accommodating space 301

Air inlet 302

Gas outlet 303

Filtration barrel body 304

Filtration barrel cover 305

Discharge outlet 306

The net group 400 of filter

Filter net unit 10A, 10B, 10C

Connect diskware 20,20A, 20B

Connect pan portion 21

Ring diameter 211,211A, 211B

Connecting section 22,22B

Guide duct 221

Connecting ring portion 23

First plate 30

First plate portion 31

Ring portion 32

Extend pipe portion 33

Pipe portion 34

Pipeline 35

First slot section 351

Second slot section 352

Blocking part 36

First perforation 361

Second plate 40

Overlap aperture 41

Column portion 42

Second perforation 421

Around portion 43

Ring end face 431

Casing 500

Outer tube diameter 501

Plug member 600

Piston part 601

Cover stopper 602

Guide channel 603

Gap S.

Attachment.

Attachment one: German IUTA is a to the test report copy of present application reality product, and model DO900S Test product；

Attachment two: it is a for the partial exploded view and partial enlarged view of the DO900S test product, illustrate the photo and the present invention Fig. 3 to Fig. 6 it is identical.

Specific embodiment

It is a kind of with the smelly of oil removing, dedusting and water removal provided by first embodiment of the invention refering to shown in Fig. 2 to Fig. 8 Oxygen generation system, mainly by 203 air compressor 201, an air filter 202 and an ozone generation device groups At, in which:

The air compressor 201 provides the air supply opening 2011 of a compressed gas with one；The air compressor (air Compressor) refer to the machinery that gas pressure is improved for compressed air.

The air filter 202 includes the net group 400 of a filtering body 300, one filter, sleeve 500 and a plug member 600； Wherein:

The filtering body 300 have an accommodating space 301, one finally connect the air supply opening 2011 and with 301 phase of accommodating space The gas outlet 303 that logical air inlet 302 and one is communicated with the accommodating space 301；In the present embodiment, the filtering body 300 be by One filtration barrel body 304 and the mutual spiral shell of a filtration barrel cover 305 are set, and the lowest part of the filtration barrel body 304 is equipped with a discharge outlet 306；The air inlet 302 is located at 305 side of filtration barrel cover, which is located at 305 top of filtration barrel cover.

The filter organize only 400 be set to the accommodating space 301 and set by three net unit 10A, 10B, 10C concatenation groups of filter and At, and it is between the air inlet 302 and discharge outlet 306 of the filtering body 300 that the filter organizes 400 only；The respectively net unit of the filter 10A, 10B, 10C include a connection diskware 20, one first plate 30 and one second plate 40, as shown in fig.3, the present embodiment It is middle that the net unit 10C of filter combined with the filtration barrel cover 305 is enabled to filter net unit 10C for the last one, and it is net to be followed successively by second filter Unit 10B and first net unit 10A of filter, and be that the net unit 10C of the last one filter is explained below, in which:

The connection diskware 20 is convexly equipped in the connecting section 22 of 21 upper disk surface of connection pan portion, the company with a connection pan portion 21, one Adapter tube portion 22 has a company that disk under the connection pan portion 21 is convexly equipped in through the guide duct 221 of the connection pan portion 21 and one Connect ring portion 23.

There is first plate 30 one first plate portion 31, one to be convexly equipped in 31 upper face of the first plate portion and be fixedly arranged on the company The ring portion 32, one of ring portion 23 is connect through the first plate portion 31 and is prolonged for what the connecting section 22B of the net unit 10B of another filter was placed It stretches pipe portion 33, at least two be convexly equipped in the pipe portion 34 of 31 lower face of the first plate portion, respectively the pipe portion 34 has one to run through first plate It the pipeline 35 in portion 31 and at least two is set to and respectively the pipe portion 34 and the pipeline 35 is made to be distinguished into one first slot section 351 and one second slot The blocking part 36 of section 352, and respectively the blocking part 36 has one to make the first slot section 351 communicates with the second slot section 352 first to wear Hole 361.

Second plate 40 is fixedly arranged on the upper face in the first plate portion 31, and has one to be set in the extension pipe portion 33 Overlap aperture 41 and at least two envelopes set the column portion 42 of respectively the first slot section 351, and respectively the column portion 42 has one and the first slot section 351 the second perforation 421 communicated；The ring for 32 inner ring surface of ring portion that second plate 40 is installed in first plate 30 with more one Around portion 43, and the ring end face 431 in the circular portion 43 and the lower disk of connection pan portion 21 of the connection diskware 20 are airtight；In the present embodiment Second perforation 421 of second plate 40 and the first perforation 361 of first plate 31 are in be staggered.

The connecting section 22 for enabling the filter organize the connection diskware 20 of the net unit 10C of the last one filter in 400 only is connected in The gas outlet 303 of the filtering body 300, and the 21 ring diameter of connection pan portion of the connection diskware 20 of the net unit 10C of the last one filter The connection pan portion of 211 connection diskware 20A, 20B greater than the net unit 10A of the first filter and net unit 10B of second filter 21A, 21B ring diameter 211A, 211B.

The casing 500, set are fixed in the connecting ring portion 23 of the connection diskware 20 of the net unit 10C of the last one filter, and the set The ring diameter 211 of the connection pan portion 21 of connection diskware 20 of the outer tube diameter 501 of pipe 500 less than the net unit 10C of the last one filter, makes The connection of the connection diskware 20 of the distance between the casing 500 and the filtration barrel body 304 greater than the net unit 10C of the last one filter The distance between pan portion 21 and the filtration barrel body 304；In the present embodiment, 500 sets of the casing postpones length and covers first filter The net unit 10A and net unit 10B of second filter.

There is the plug member 600 envelope to be located at the piston part 601 of extension pipe portion 33A of the net unit 10A of first filter, a range Cover first plate 30A respectively the masking stopper 602 of pipe portion 34A and a guide channel 603 recessed by the masking stopper 602.

The gas source of the ozone generation device 203, the gas outlet 303 for connecting the air filter 202 with one supplies interface 2031。

The above is each main member volume structure of first embodiment of the invention and combinations thereof state description.As for this hair The manner of execution and effect of bright embodiment, make the following instructions.

When the air compressor 201 exports the compressed air of institute via air supply opening 2011 and enter the air filtration When 202 inside of device, filtration path of the gas inside the air filter 202 is roughly divided into upper level filter processing, lower layer's mistake Filter handles and respectively filters net unit 10A, 10B, 10C filtration treatment, refering to shown in Fig. 5, Fig. 6.Wherein:

Upper level filter processing: the connection pan portion of the connection diskware 20 due to the present invention with the net unit 10C of the last one filter 21 ring diameter 211 is greater than the design of the outer tube diameter 501 of the casing 500, and is reduced the company of the net unit 10C of the last one filter The gap S of the inner cylinder wall surface of the connection pan portion 21 and the filtration barrel body 304 that connect diskware 20 apart, therefore, when gas is via the mistake After the air inlet 302 of filter ontology 300 enters accommodating space 301, which can be by the upper level filter space of large space via several times Lesser gap S flow to lower layer's filter space, and this upper level filter space and lower layer filter space are net with the last one filter The connection pan portion 21 of the connection diskware 20 of unit 10C is distinguished by boundary, and the gas is effectively increased when flowing through gap S at this time Flow velocity, and the i.e. amplification unhurried current when flowing through the big lower layer's filter space of several times, make the intracorporal moisture of gas, oil and dust particle It is efficiently separated, separated moisture, oil and dust particle can be attached to the inner cylinder wall surface of the filtering body 304 simultaneously The effect of going downstream, reaching gas filtration.

Lower layer's filtration treatment: when gas flows through lower layer's filter space by gap S and filters net list into each When before member, moisture, oil and the dust particle of part in gas can be allowed to separate again and be attached to the interior of the filtration barrel body 304 The inner and outer pipe wall surface of tube wall surface and the casing 500.

The net unit filtration treatment of each filter: flowed through after gas is via lower layer's filtration treatment the net unit 10A, 10B of each filter, When 10C, the gas can via the second slot section 352 of the first plate 30, first the 361, first slot section 352 of perforation of several times path, Second perforation 421 of several times path, the big times of number space amplification unhurried current for arriving connection diskware 20 and 40 phase clip space of the second plate again, Gas just constantly and in 40 flow process of first plate 30 and the second plate, with the second slot section 352, first perforation 361, First slot section 351, second perforation 421 generates under the different situation of multiple flow velocity, allows moisture, oil and dust in gas The effect of particle is effectively separated, and gas filtration is reached, and filter out almost anhydrous oil-free and dust particle gas Body.

Accordingly, a kind of ozone generating system with oil removing, dedusting and water removal provided by the present invention, wherein being generated in ozone It is designed in system regions especially through the structure of the air filter 202, so that being entered by the gas that air compressor 201 exports After the air filter 202, which generates the different flowing of multiple flow velocity inside the air filter 202, allows in gas Moisture, oil and dust particle be effectively separated, and be able to filter out almost anhydrous oil-free and dust particle Gas generates required gas source using the ozone generation device 203 as offer, can actually reach effect and promote the ozone generating system Produce the purpose in ozone generation device service life in ozoniferous quality and ozone generating system.

It is worth noting that a kind of ozone generating system with oil removing, dedusting and water removal provided by the present invention, wherein should The structure design of air filter 202 can actually filter out almost anhydrous oil-free and dust particle gas, refering to attachment one It is shown, for the test report from German IUTA to present application reality product, and the test product of model DO900S, and according to The compressed air separator that ISO 12500-3:2009 and ISO 12500-4:2009 standard is appraised and decided.Each photo of attachment two is should The partial exploded view and partial enlarged view of DO900S test product, and the photo is identical as Fig. 3 to Fig. 6 of the invention, it is same to have There is the ring diameter 211 of the connection pan portion 21 of the connection diskware 20 of the net unit 10C of the last one filter to be greater than the outer tube diameter of the casing 500 501 design, and it is reduced the connection pan portion 21 and the filtering body of the connection diskware 20 of the net unit 10C of the last one filter 300 inner cylinder wall surface at a distance of gap S structure feature.It can understand from the test report of attachment one and learn, air is removed Water rate have up to 99.9999% efficiency, to dust particle in its size between 1.15(μm) to 1.78(μm) between when, tool There is up to 99.81% removal rate, and in dust particle size between 1.78(μm) to 2.74(μm) when, removal rate is up to 100%.

It is noted that can not be needed with apparent, structure design of the invention using any via upper section explanation Substance, such as cloth, paper, porous porcelain or one layer of charcoal sand material are made filtering material and can divide impurities in gas From.

As shown in fig.9, a kind of ozone generation with oil removing, dedusting and water removal provided by second embodiment of the invention System is equally made of air compressor 201, air filter 202 and ozone generation device 203, due to a combination thereof State and the same first embodiment of effect, so it will not be repeated, and second embodiment is different in:

The ozone generation device 203 is single-tube air-cooled ozone producer 203 or honeycomb type water-cooled ozone generator 203A. The quantity of the air filter 202 is four concatenated with one another, and the ozone generating system further includes to be sequentially communicated and is located at the air 3 points between the air inlet 302 of the filtering body 300 of the air supply opening of compressor 201 and first air filter 202 Combination 204, freezing type drier 205, contaminant filter 206, gas receiver 207, adsorbing air drier 208, oxygen manufacture Machine 209, air accurate filter 210 and storage barrel 211；The filtering body 300 of the 4th air filter 202 goes out It is connected between port 303 and the gas source of the ozone generation device 203 supply interface 2031 and is equipped with flow meters 212, by above-mentioned Combination, can more be lifted into the degree of purification that the ozone generation device 203 generates required gas source, actually reach effect and promote the ozone Generation system produces the purpose in ozone generation device service life in ozoniferous quality and ozone generating system.

As shown in fig.10, a kind of ozone production with oil removing, dedusting and water removal provided by third embodiment of the invention Raw system, is equally made of air compressor 201, air filter 202 and ozone generation device 203, due to its group Conjunction state and the same first embodiment of effect, so it will not be repeated, and 3rd embodiment is different in:

The ozone generation device 203 is single-tube air-cooled ozone producer 203 or honeycomb type water-cooled ozone generator 203A. The quantity of the air filter 202 is two, and the ozone generating system further includes a connection and is located at the air compressor 201 3 points between air supply opening and the air inlet 302 of the filtering body 300 of first air filter 202 combine 204, one according to It is secondary to be connected to the gas outlet 303 for being located at the filtering body 300 of first air filter 202 and second air filter The first activated carbon elements 213, the 205, second activity of freezing type drier between the air inlet 302 of 202 filtering body 300 Carbon unit 214 and the gas for being sequentially communicated the gas outlet 303 and the ozone generation device 203 that are located at second air filter 202 Contaminant filter 206, gas receiver 207, adsorbing air drier 208, oxygen producing machine between source supply interface 2031 209, it is smelly can be more lifted into this by combinations of the above for air accurate filter 210, storage barrel 211 and flowmeter 212 Oxygen generator 203 generates the degree of purification of required gas source, actually reaches effect and promotes the ozoniferous quality of ozone generating system production And in ozone generating system the ozone generation device service life purpose.

In conclusion the various embodiments described above and attached drawing are only presently preferred embodiments of the present invention, when cannot be limited with this The range that the present invention is implemented, all equivalent changes made in accordance with the claims of the present invention and modification, all should belong to the invention patent institute The range covered.

Claims

1. a kind of ozone generating system with oil removing, dedusting and water removal, characterized by comprising:

One air filter includes a filtering body, filter net group and a sleeve；Wherein

The filtering body have an accommodating space, one finally connect the air supply opening and the air inlet that is communicated with the accommodating space and One gas outlet communicated with the accommodating space；

Net group of the filter is set to the accommodating space and is set by at least two net unit concatenation groups of filter, and respectively the net unit of the filter includes one Diskware, one first plate and one second plate are connected, wherein

The connection diskware is convexly equipped in the connecting section of the connection pan portion upper disk surface, connecting section tool with a connection pan portion, one There is a connecting ring portion that terminal pad subordinate's disk is convexly equipped in through the guide duct of the connection pan portion and one；

There is first plate one first plate portion, one to be convexly equipped in the first plate portion's upper face and be fixedly arranged on the ring of the connecting ring portion Extension pipe portion that portion, one place through the first plate portion and for the connecting section of another net unit of the filter at least two is convexly equipped in this The pipe portion of first plate subordinate's plate face, respectively the pipe portion has one to be set to the respectively pipe portion through the pipeline in the first plate portion and at least two And the pipeline is set to be distinguished into the blocking part of one first slot section and one second slot section, and respectively the blocking part has one to make the first slot section The first perforation communicated with the second slot section；

Second plate, is fixedly arranged on the upper face in the first plate portion, and the overlap aperture that is set in the extension pipe portion with one and extremely Few two envelopes set the column portion of respectively the first slot section, and respectively the column portion has second perforation communicated with the first slot section；

The connecting section of the connection diskware of the last one net unit of the filter in net group of the filter is enabled to be connected in going out for the filtering body Port；

The casing, set is fixed in the connecting ring portion of the connection diskware of the last one net unit of the filter, and the outer tube diameter of the casing is less than The ring diameter of the connection pan portion of the connection diskware of the last one net unit of the filter；And

2. as described in claim 1 with the ozone generating system of oil removing, dedusting and water removal, which is characterized in that respectively the filter is net Second perforation of second plate of unit is in be staggered with the first perforation of first plate.

3. as described in claim 1 with the ozone generating system of oil removing, dedusting and water removal, which is characterized in that net group of the filter In first net unit of the filter, the extension pipe portion of first plate seals for a plug member and sets.

4. as claimed in claim 3 with the ozone generating system of oil removing, dedusting and water removal, which is characterized in that plug member tool There is an envelope to be located at the piston part of the extension pipe portion, a range cover first plate respectively the masking stopper of the pipe portion and one by the screening Cover the recessed guide channel of stopper.

5. as described in claim 1 with the ozone generating system of oil removing, dedusting and water removal, which is characterized in that the air mistake The quantity of filter is four concatenated with one another, and the ozone generating system further includes and is sequentially communicated the gas supply for being located at the air compressor It mouthful is combined with 3 points between the air inlet of the filtering body of first air filter, freezing type drier, impurity mistake Filter, gas receiver, adsorbing air drier, oxygen producing machine, air accurate filter and storage barrel；4th air It is connected between the gas outlet of the filtering body of filter and the gas source of ozone generation device supply interface and is equipped with flow meters.

6. as described in claim 1 with the ozone generating system of oil removing, dedusting and water removal, which is characterized in that the air mistake The quantity of filter be two, and the ozone generating system further include a connection be located at the air compressor air supply opening and first 3 points of combinations, one between the air inlet of the filtering body of the air filter, which are sequentially communicated, is located at first air filtration The first activity between the air inlet of the filtering body of the gas outlet of the filtering body of device and second air filter Carbon unit, freezing type drier, the second activated carbon elements and being sequentially communicated be located at the gas outlet of second air filter with Contaminant filter, gas receiver between the gas source supply interface of the ozone generation device, adsorbing air drier, oxygen manufacture Machine, air accurate filter, storage barrel and flowmeter.

7. as described in claim 1 with the ozone generating system of oil removing, dedusting and water removal, which is characterized in that the filtering sheet The discharge outlet that body is located at lowest part with more one, net group of the filter is between the air inlet and discharge outlet of the filtering body.