CN204724328U - A kind of static lampblack purification device - Google Patents
A kind of static lampblack purification device Download PDFInfo
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- CN204724328U CN204724328U CN201520370121.5U CN201520370121U CN204724328U CN 204724328 U CN204724328 U CN 204724328U CN 201520370121 U CN201520370121 U CN 201520370121U CN 204724328 U CN204724328 U CN 204724328U
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Abstract
The utility model discloses a kind of static lampblack purification device, comprise independent ionization module of arranging and the dust collection module be positioned at above described ionization module, it is characterized in that: also comprise housing, the leading flank of described housing is provided with the opening for described ionization module and dust collection module turnover, is arranged in described housing described ionization module and dust collection module plug-in.Ionization module and dust collection module are adopted the set-up mode of plug-in, can do to carry out dismounting to ionization module and dust collection module conveniently by drawing, promoting, so that improve the convenience of installation and maintenance, and can dismantle easily to clean; Multiple independently dust collection module is set, had both been conducive to reducing height to facilitate cleaning, and also can have taked different cleaning ways according to the pollution level of different dust collection module, thus improve the efficiency of cleaning.
Description
Technical field
The utility model relates to a kind of lampblack absorber, especially a kind of static lampblack purification device for lampblack absorber.
Background technology
Static lampblack purification device is primarily of ionized region and two, accumulation area part composition, both effects are respectively: its ambient air is ionized by prickle point discharge or tungsten filament electrion by ionized region, produce a large amount of charged particle, to be attached on smoke particle through these particles of ionized space when cooking fume thus to make it charged; Charged smoke particle is through accumulation area, and convergence dust collecting pole plate under electric field force effect, completes static flue gas removing process.
As application number a kind of lampblack absorber electrode field plate oil-fume separating device disclosed in the Chinese patent of 201320455148.5, comprise electrostatic field purifier, the at least two panels high voltage negative plate that this electrostatic field purifier comprises housing and is longitudinally arranged in housing, ionized region is formed between adjacent two high voltage negative plates, naked conductive filament is connected with between two high voltage negative plates, housing is high-voltage anode plate, is formed and trap district between high voltage negative plate and high-voltage anode plate.
Similar above-mentioned this electrostatic field purifier, because ionized region and accumulation area are an entirety, cleaning difficulty is its subject matter in use, be directly connected to electrostatic equipment and can continue high efficiency playing a role, simultaneously with electrostatic equipment oil-collecting after the safety issue such as issuable arcing electric discharge, short circuit closely bound up.When needing cleaning after a period of time, because the size of electrostatic equipment entirety is comparatively large, polar plate spacing is little in addition, and cleaning can be had any problem; On the other hand, the electrostatic equipment of integration is difficult to adjust flexibly when operating mode changes, can only integral replacing electrostatic equipment to adapt to new operating mode.If cleaning not in time, not in place, will cause electrostatic equipment efficiency reduction even lost efficacy, likely cause more serious safety problem.
For this reason, also the electrostatic equipment of some modularized designs is had, as application number a kind of no-ozone cleanable electrostatic dust collector disclosed in the Chinese patent application of 200810030063.6, containing ionized region, accumulation area, ionized region is above accumulation area, and ionized region is connected to high-voltage ac power, and accumulation area is connected to high-voltage DC power supply, adjacent animating electrode sheet is different the two poles of the earth, and adjacent collecting electrode sheet is different the two poles of the earth.This electrostatic equipment, by ionized region and accumulation area modularized design, makes ionized region and accumulation area to carry out different combinations, but due to the frequent cleaning of needs, above-mentioned module does not have construct for handling easily, makes to operate certain difficulty.
Utility model content
Technical problem to be solved in the utility model is for prior art Problems existing, provides a kind of static lampblack purification device improving installation and maintenance convenience.
The utility model solves the problems of the technologies described above adopted technical scheme: a kind of static lampblack purification device, comprise independent ionization module of arranging and the dust collection module be positioned at above described ionization module, it is characterized in that: also comprise housing, the leading flank of described housing is provided with the opening for described ionization module and dust collection module turnover, is arranged in described housing described ionization module and dust collection module plug-in.
For ease of reducing the height of dust collection module, being convenient to cleaning, being provided with multiple dust collection modules of upper and lower layout above described ionization module, different cleaning ways can being taked according to the pollution level of different dust collection module thus, thus improve the efficiency of cleaning.
In the utility model, preferred plug-in set-up mode is, described ionization module is provided with ionization module first slide rail extended in front and rear direction near the side of described housing, position corresponding in described housing is provided with ionization module second slide rail be slidably matched with described ionization module first slide rail; Described dust collection module is provided with dust collection module first slide rail extended in front and rear direction near the side of described housing, position corresponding in described housing is provided with dust collection module second slide rail be slidably matched with described dust collection module first slide rail.Alternative, also can adopt the mode that slide rail coordinates with guide rail, or the mode etc. that slide rail coordinates with chute.
For ease of exerting a force to ionization module and dust collection module, the leading flank of described ionization module is provided with the first in command, and the leading flank of described dust collection module is provided with the second in command.
The ionization plate of ionization module, the preferred set-up mode of the collecting plate of dust collection module are, described ionization module comprises multiple staggered, spaced apart high pressure ionization plate and ground connection ionization plate and is positioned at the ionization insulation board at described high pressure ionization plate and ground connection ionization plate two ends, the two ends of described high pressure ionization plate and ground connection ionization plate are located by described ionization insulation board, be electrically connected mutually between described high pressure ionization plate, be electrically connected mutually between described ground connection ionization plate; Described high pressure ionization plate is provided with electric discharge tungsten filament; Described dust collection module comprises multiple staggered, spaced apart high-voltage dust-collecting plate and ground connection collecting plate and is positioned at the control of dust insulation board at described high-voltage dust-collecting plate and ground connection collecting plate two ends, the two ends of described high-voltage dust-collecting plate and ground connection collecting plate are located by described control of dust insulation board, be electrically connected mutually between described high-voltage dust-collecting plate, be electrically connected mutually between described ground connection collecting plate; Described high pressure ionization plate and high-voltage dust-collecting plate are connected respectively to different high voltage sourcies, described ground connection ionization plate and ground connection collecting plate ground connection respectively.
Further, the mode that ionization plate and collecting plate are preferably connected power supply is, described ionization module also comprises the first ionization spring pressuring plate and the second ionization spring pressuring plate that are arranged on described ionization insulation board side, described high pressure ionization plate realizes electrical connection through described ionization insulation board is connected to described first ionization spring pressuring plate, and described ground connection ionization plate realizes electrical connection through described ionization insulation board is connected to described second ionization spring pressuring plate; Described dust collection module also comprises the first control of dust spring pressuring plate and the second control of dust spring pressuring plate that are arranged on described control of dust insulation board side, described high-voltage dust-collecting plate is connected to described first control of dust spring pressuring plate through described control of dust insulation board and realizes electrical connection, and described ground connection collecting plate is connected to described second control of dust spring pressuring plate through described control of dust insulation board and realizes electrical connection; Described first ionization spring pressuring plate and the first control of dust spring pressuring plate are connected respectively to different high voltage sourcies, described second ionization spring pressuring plate and the second control of dust spring pressuring plate ground connection respectively.
Further, in sliding process, electrical connection also can easily be kept for making ionization module and dust collection module, one end adjacent with dust collection module with described ionization module is provided with the side plate of insulation in described housing, described side plate ionizes position corresponding to spring pressuring plate with described first and is provided with contiguously and ionizes high pressure shell fragment, ionize position corresponding to spring pressuring plate be provided with ionization grounding elastic part contiguously with described second; Position corresponding with described first control of dust spring pressuring plate on described side plate is provided with control of dust high pressure shell fragment contiguously, the position corresponding with described second control of dust spring pressuring plate is provided with control of dust grounding elastic part contiguously.
Further, for ease of the slip in housing of ionization module, dust collection module, one in described ionization module second slide rail, in described dust collection module second slide rail one is arranged on described side plate.
Compared with prior art, the utility model has the advantage of: set-up mode ionization module and dust collection module being adopted plug-in, can do to carry out dismounting to ionization module and dust collection module conveniently by drawing, promoting, so that improve the convenience of installation and maintenance, and can dismantle easily to clean; Multiple independently dust collection module is set, had both been conducive to reducing height to facilitate cleaning, and also can have taked different cleaning ways according to the pollution level of different dust collection module, thus improve the efficiency of cleaning; Adopt the electric connection mode of spring pressuring plate and high pressure shell fragment, ionization module and dust collection module can be made in sliding process also to keep the electrical connection with power supply easily.
Accompanying drawing explanation
The schematic diagram (hiding case box) of the lampblack absorber that Fig. 1 applies for static lampblack purification device of the present utility model;
Fig. 2 is the schematic diagram of static lampblack purification device of the present utility model first embodiment;
Fig. 3 is the decomposition texture schematic diagram of the static lampblack purification device of Fig. 2;
Fig. 4 is the decomposition texture schematic diagram (with Fig. 3 different visual angles) of the static lampblack purification device of Fig. 2;
Fig. 5 is the ionization module of the static lampblack purification device of Fig. 2 and the decomposition texture schematic diagram of dust collection module;
Fig. 6 is the schematic diagram of static lampblack purification device of the present utility model second embodiment.
Detailed description of the invention
Below in conjunction with accompanying drawing embodiment, the utility model is described in further detail.
See Fig. 1, a kind of application has the lampblack absorber of static lampblack purification device of the present utility model, comprise the cabinet be arranged on above exhaust fume collecting hood 1, be provided with centrifugal blower 3 in cabinet, be arranged on the lower outlet housing 4 of the air outlet of centrifugal blower 3, be arranged on static lampblack purification device 5 above lower outlet housing 4, outlet housing 6 is provided with, for being discharged in the flue of building by purified gas above static lampblack purification device 5.
Embodiment one
See Fig. 2 ~ Fig. 5, static lampblack purification device 5 of the present utility model, comprises housing 51, to be placed in housing 51 independently ionization module 52 and dust collection module 53.Housing 51 is fixed in cabinet, its leading flank has opening 511, so that ionization module 52 and dust collection module 53 load and unload from the leading flank of housing 51, bottom surface also has opening 512, purifies so that oil smoke enters in static lampblack purification device 5 from the bottom surface of housing 51.The leading flank opening part of housing 51 is provided with panel 54, and height, the length of the height of panel 54, length and ionization module 52 and dust collection module 53 are mated, thus ionization module 52 and dust collection module 53 can be limited in housing 51.The side plate 55 of insulation is provided with (from Fig. 3 and Fig. 4 near the position of ionization module 52 and dust collection module 53 one end in housing 51, for being arranged on the left side in housing 51, alternative, also can right side in housing 51), for being electrically connected with ionization module 52 and dust collection module 53, power so that external power source is ionization module 52 and dust collection module 53.
Ionization module 52 and dust collection module 53 plug-in be arranged in housing 51, ionization module 52 is positioned at the below of dust collection module 53, near the opening of housing 51 bottom surface, after making oil smoke enter into static lampblack purification device 5 from lower outlet housing 4, first ionizes.
Ionization module 52 comprises multiple spaced apart high pressure ionization plate 521 and ground connection ionization plate 522 in the horizontal direction, and oil smoke passes through from the gap between high pressure ionization plate 521 and ground connection ionization plate 522 from the bottom to top.The two ends of high pressure ionization plate 521 and ground connection ionization plate 522 are located by ionization insulation board 523 respectively, and the end of high pressure ionization plate 521, ground connection ionization plate 522 is all formed with the first ionization contact end portion 524 and the second ionization contact end portion 525 through ionization insulation board 523.High pressure ionization plate 521 layout adjacent with ground connection ionization plate 522, then alternate layout between high pressure ionization plate 521, between ground connection ionization plate 522, what be namely formed as that the adjacent both sides of high pressure ionization plate 521 arrange is ground connection ionization plate 522, and the adjacent both sides of ground connection ionization plate 522 are arranged be high pressure ionization plate 521, the form of high pressure ionization plate 521 and ground connection ionization plate 522 interlaced arrangement.The first ionization contact end portion 524 at high pressure ionization plate 521 two ends all ionizes spring pressuring plate 526 with first and is connected thus realizes the electrical connection between high pressure ionization plate 521, high pressure ionization plate 521 is provided with the electric discharge tungsten filament 5211 parallel with ground connection ionization plate 522; And the second ionization contact end portion 525 of ground connection ionization plate 522 all ionizes spring pressuring plate 527 with second and is connected, thus be grounded the electrical connection between ionization plate 522.In the present embodiment, first ionization spring pressuring plate 526 is positioned in the middle part of ionization insulation board 523, second ionization spring pressuring plate 527 then has two, lay respectively at above and below the first ionization spring pressuring plate 526, first ionization spring pressuring plate 526 and the second ionization spring pressuring plate 527 all can be and flatly extend from front to back on ionization insulation board 523, thus are electrically connected with high pressure ionization plate 521, ground connection ionization plate 522 respectively.Side plate 55 ionizes position corresponding to spring pressuring plate 526 to be provided with to ionize high pressure shell fragment 551 with first, ionize position corresponding to spring pressuring plate 527 and be provided with second and ionize grounding elastic part 552, ionization high pressure shell fragment 551 and first ionizes spring pressuring plate 526 and contacts, and be connected to the first high voltage source, ionization grounding elastic part 552 and second ionizes spring pressuring plate 527 and contacts, and ground connection.
Ionization insulation board 523 is provided with ionization module first slide rail 5231 extended in front and rear direction near the side of housing 51, top and bottom, the correspondence position of side plate 55 and housing 51 is then provided with ionization module second slide rail 56 be slidably matched with ionization module first slide rail 5231, the leading flank of ionization insulation board 523 is also provided with the first in command 5232 through panel 54, thus by pulling the first in command 5232, housing 51, side plate 55 slide, so that the handling of ionization module 52 relatively can to pull ionization module 52.
Ionization module 52 is powered separately, such ionization voltage just significantly can raise ionization voltage in certain ionization space, promote electric discharge tungsten filament 5211 discharge effect, make gas particles thing fully charged, and dust collection module 53 overtension need not be considered and produce the drawback of air breakdown; And dust collection module 53 can consider the area of collecting plate, voltage, cross relation between flow resistance, and without the need to considering the impact of ionization voltage, promoting the raising of control of dust combination property, significantly reducing the design difficulty of dust collection module 53.
Dust collection module 53 comprises multiple spaced apart high-voltage dust-collecting plate 531 and ground connection collecting plate 532 in the horizontal direction, the two ends of high-voltage dust-collecting plate 531 and ground connection collecting plate 532 are located by control of dust insulation board 533 respectively, and the end of high-voltage dust-collecting plate 531, ground connection collecting plate 532 is all formed with the first control of dust contact end portion 534 and the second control of dust contact end portion 535 through control of dust insulation board 533.High-voltage dust-collecting plate 531 layout adjacent with ground connection collecting plate 532, then alternate layout between high-voltage dust-collecting plate 531, between ground connection collecting plate 532, what be namely formed as that the adjacent both sides of high-voltage dust-collecting plate 531 arrange is ground connection collecting plate 532, and the adjacent both sides of ground connection collecting plate 532 are arranged be high-voltage dust-collecting plate 531, the form of high-voltage dust-collecting plate 531 and ground connection collecting plate 532 interlaced arrangement.First control of dust contact end portion 534 of high-voltage dust-collecting plate 531 is all connected with the first control of dust spring pressuring plate 536, thus realizes the electrical connection between high-voltage dust-collecting plate 531; And the second control of dust contact end portion 535 of ground connection collecting plate 532 is all connected with the second control of dust spring pressuring plate 537, thus be grounded the electrical connection between collecting plate 532.In the present embodiment, first control of dust spring pressuring plate 536 is positioned in the middle part of control of dust insulation board 533, second control of dust spring pressuring plate 537 then has two, lay respectively at above and below the first control of dust spring pressuring plate 536, first control of dust spring pressuring plate 536 and the second control of dust spring pressuring plate 537 all can be and flatly extend from front to back on control of dust insulation board 533, thus are electrically connected with high-voltage dust-collecting plate 531, ground connection collecting plate 532 respectively.Position corresponding with the first control of dust spring pressuring plate 536 on side plate 55 is provided with control of dust high pressure shell fragment 553, the position corresponding with the second control of dust spring pressuring plate 537 is provided with control of dust grounding elastic part 554, control of dust high pressure shell fragment 553 contacts with the first control of dust spring pressuring plate 536, and be connected to the second high voltage source, control of dust grounding elastic part 554 contacts with the second control of dust spring pressuring plate 537.
Control of dust insulation board 533 is provided with dust collection module first slide rail 5331 extended in front and rear direction near the side of housing 51, top and bottom, the correspondence position of side plate 55 and housing 51 is then provided with dust collection module second slide rail 57 be slidably matched with dust collection module first slide rail 5331, the leading flank of control of dust insulation board 533 is also provided with the second in command 5332 through panel 54, thus by pulling the second in command 5332, housing 51, side plate 55 slide, so that the handling of dust collection module 53 relatively can to pull dust collection module 53.
During work, ionization module 52 and dust collection module 53 connect high voltage source respectively by ionization high pressure shell fragment 551 and control of dust high pressure shell fragment 553, its ambient air is ionized by electric discharge tungsten filament 5211 electrion by ionization module 52, produce a large amount of charged particle, to be attached on smoke particle through these particles of ionization module 52 region from bottom to up when cooking fume thus to make it charged; Charged smoke particle continues upwards through dust collection module 53 region, and the collecting plate of convergence heteropole under electric field force effect, completes static flue gas removing purification process.
The oil smoke amount running rear accumulation due to ionization module 52 and dust collection module 53 is different, therefore the cleaning frequency is also different with cleaning difficulty, and adopt the modular construction of above-mentioned this plug-in, reduce cost, simplify manufacture craft, ionization module 52 and dust collection module 53 can be cleaned according to the situation of actual greasy dirt, the height of each module can also be reduced simultaneously, cleaning hairbrush can better be cleaned, improve cleaning efficiency, reduce the probability that electrostatic equipment damages in cleaning process, also can individually ionization module 52 and dust collection module 53 be dismantled and be overhauled easily.
Embodiment two
See Fig. 6, in order to reach good fume purifying effect, the dust collection module 53 of static lampblack purification device 5 is highly often higher, has time enough to deflect under electric field force effect collect on collecting plate to make oil smoke.In the running of static lampblack purification device 5, the greasy dirt be accumulated on collecting plate is not equally distributed, but presents the state that centre is more, two ends are less.Therefore, the difference of the present embodiment and above-described embodiment one is, dust collection module 53 has two or more of upwards arranging successively, eachly to power separately, both be conducive to reducing and highly conveniently scrubbed, also can take different cleaning ways according to the pollution level of different dust collection module 53, thus improve the efficiency of cleaning.
It is the fastest that smoke particle thing above dust collection module 53 (being positioned at a dust collection module 53 of bottom) initial after ionization module 52 comparatively speaking accumulates, and dust collection module 53 accumulation of the top layer is the slowest, when needs are safeguarded, sometimes also the dust collection module 53 of bottom can be exchanged with the dust collection module 53 of the top, rerun work a period of time, by the time, when both smoke particle thing degree accumulation much the same, then start all to unify cleaning.
Claims (8)
1. a static lampblack purification device, comprise independent ionization module (52) of arranging and the dust collection module (53) being positioned at described ionization module (52) top, it is characterized in that: also comprise housing (51), the leading flank of described housing (51) is provided with the opening (511) passed in and out for described ionization module (52) and dust collection module (53), is arranged in described housing (51) described ionization module (52) and dust collection module (53) plug-in.
2. static lampblack purification device as claimed in claim 1, is characterized in that: described ionization module (52) top is provided with multiple dust collection modules (53) of upper and lower layout.
3. static lampblack purification device as claimed in claim 1 or 2, it is characterized in that: described ionization module (52) is provided with near the side of described housing (51) ionization module first slide rail (5231) extended in front and rear direction, position corresponding in described housing (51) is provided with ionization module second slide rail (56) be slidably matched with described ionization module first slide rail (5231); Described dust collection module (53) is provided with near the side of described housing (51) dust collection module first slide rail (5331) extended in front and rear direction, and position corresponding in described housing (51) is provided with dust collection module second slide rail (57) be slidably matched with described dust collection module first slide rail (5331).
4. static lampblack purification device as claimed in claim 3, it is characterized in that: the leading flank of described ionization module (52) is provided with the first in command (5232), the leading flank of described dust collection module (53) is provided with the second in command (5332).
5. static lampblack purification device as claimed in claim 3, it is characterized in that: described ionization module (52) comprises multiple staggered, spaced apart high pressure ionization plate (521) and ground connection ionization plate (522), and be positioned at the ionization insulation board (523) at described high pressure ionization plate (521) and ground connection ionization plate (522) two ends, the two ends of described high pressure ionization plate (521) and ground connection ionization plate (522) are located by described ionization insulation board (523), be electrically connected mutually between described high pressure ionization plate (521), be electrically connected mutually between described ground connection ionization plate (522), described high pressure ionization plate (521) is provided with electric discharge tungsten filament (5211),
Described dust collection module (53) comprises multiple staggered, spaced apart high-voltage dust-collecting plate (531) and ground connection collecting plate (532) and is positioned at the control of dust insulation board (533) at described high-voltage dust-collecting plate (531) and ground connection collecting plate (532) two ends, the two ends of described high-voltage dust-collecting plate (531) and ground connection collecting plate (532) are located by described control of dust insulation board (533), be electrically connected mutually between described high-voltage dust-collecting plate (531), be electrically connected mutually between described ground connection collecting plate (532);
Described high pressure ionization plate (521) and high-voltage dust-collecting plate (531) are connected respectively to different high voltage sourcies, described ground connection ionization plate (522) and ground connection collecting plate (532) ground connection respectively.
6. static lampblack purification device as claimed in claim 5, it is characterized in that: described ionization module (52) also comprises the first ionization spring pressuring plate (526) and the second ionization spring pressuring plate (527) that are arranged on described ionization insulation board (523) side, described high pressure ionization plate (521) realizes electrical connection through described ionization insulation board (523) is connected to described first ionization spring pressuring plate (526), described ground connection ionization plate (522) realizes electrical connection through described ionization insulation board (523) is connected to described second ionization spring pressuring plate (527),
Described dust collection module (53) also comprises the first control of dust spring pressuring plate (536) and the second control of dust spring pressuring plate (537) that are arranged on described control of dust insulation board (533) side, described high-voltage dust-collecting plate (531) realizes electrical connection through described control of dust insulation board (533) is connected to described first control of dust spring pressuring plate (536), and described ground connection collecting plate (532) realizes electrical connection through described control of dust insulation board (533) is connected to described second control of dust spring pressuring plate (537);
Described first ionization spring pressuring plate (526) and the first control of dust spring pressuring plate (536) are connected respectively to different high voltage sourcies, described second ionization spring pressuring plate (527) and the second control of dust spring pressuring plate (537) ground connection respectively.
7. static lampblack purification device as claimed in claim 6, it is characterized in that: one end adjacent with dust collection module (53) with described ionization module (52) is provided with the side plate (55) of insulation in described housing (51), described side plate (55) is gone up and to be ionized position corresponding to spring pressuring plate (526) with described first and be provided with contiguously and ionize high pressure shell fragment (551), ionize position corresponding to spring pressuring plate (527) be provided with contiguously and ionize grounding elastic part (552) with described second; Described side plate (55) is upper, and the position corresponding with described first control of dust spring pressuring plate (536) is provided with control of dust high pressure shell fragment (553) contiguously, the position corresponding with described second control of dust spring pressuring plate (537) is provided with control of dust grounding elastic part (554) contiguously.
8. static lampblack purification device as claimed in claim 7, is characterized in that: one in described ionization module second slide rail (56), in described dust collection module second slide rail (57) one is arranged on described side plate (55).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520370121.5U CN204724328U (en) | 2015-06-02 | 2015-06-02 | A kind of static lampblack purification device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520370121.5U CN204724328U (en) | 2015-06-02 | 2015-06-02 | A kind of static lampblack purification device |
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| CN204724328U true CN204724328U (en) | 2015-10-28 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109045901A (en) * | 2018-08-21 | 2018-12-21 | 莱美科技股份有限公司 | A kind of multisection type forming machine exhaust treatment system |
| CN114713374A (en) * | 2022-04-20 | 2022-07-08 | 新乡市万和过滤技术股份公司 | Electrostatic separator |
-
2015
- 2015-06-02 CN CN201520370121.5U patent/CN204724328U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109045901A (en) * | 2018-08-21 | 2018-12-21 | 莱美科技股份有限公司 | A kind of multisection type forming machine exhaust treatment system |
| CN109045901B (en) * | 2018-08-21 | 2024-03-19 | 莱美科技股份有限公司 | Multistage formula forming machine tail gas treatment system |
| CN114713374A (en) * | 2022-04-20 | 2022-07-08 | 新乡市万和过滤技术股份公司 | Electrostatic separator |
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