CN204778900U - Multicore filter with takeover of catchmenting - Google Patents
Multicore filter with takeover of catchmenting Download PDFInfo
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- CN204778900U CN204778900U CN201520503730.3U CN201520503730U CN204778900U CN 204778900 U CN204778900 U CN 204778900U CN 201520503730 U CN201520503730 U CN 201520503730U CN 204778900 U CN204778900 U CN 204778900U
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Abstract
The utility model provides a multicore filter with takeover of catchmenting, contains a filter unit, a loading support plate that sets firmly above this filter unit, reaches one and sets up in this filter unit's fixed unit. This filter unit includes that the filter, of a first direction interval arrangement on the three edge lies in first takeovers of catchmenting of filter one side, reach one and lie in the takeover of catchmenting of the second of filter opposite side. It should be first should fixed unit to compel to make tightly, the second catchments, and the takeover joins firmly the filter. The utility model discloses lie in utilizing each filter to establish but not with the takeover that is positioned that this is first, the second catchments of spiro union mode with the stopper, and should can compel to join it tightly by fixed unit each other firmly, reach the purpose of quick installation by means of the here.
Description
Technical field
The utility model relates to a kind of water filter, particularly relates to a kind of multicore strainer with adapter of catchmenting.
Background technology
Such as No. 4877521, United States Patent (USP), TaiWan, China utility model patent bulletin No. M415750, No. M323930 and No. 542009, multicore strainer disclosed in it all comprises a Unitary injection formed respectively and has the lid of multiple runner of sequentially connecting, and multiple respectively from lower to upper and to be spirally connected or the corresponding filter housing tank being locked on this lid of snap fit; Such as TaiWan, China utility model patent bulletin No. M336073 and No. M323334 again, multicore strainer disclosed in it is the pedestal comprising a Unitary injection formed and have multiple runner of sequentially connecting respectively, and multiple respectively from top to bottom and to be spirally connected or the corresponding filter housing tank being locked on this pedestal of snap fit.Above-mentioned sayed multicore strainer, its lid or the manufacturing cost of pedestal is high, and owing to being adopt the mode of Unitary injection formed to manufacture, because compact dimensions is large, just the possibility of described lid or the distortion of pedestal shape is easily had, in addition, also because described filter housing tank to be spirally connected or snap fit is fixed on described lid or pedestal, therefore also there is more time-consuming and not convenient shortcoming installing.
Moreover, for the filtered water used needed for industrial board (water coolant), its preparation method wants Multi-channel filtering unlike tap water, only need through one filtration step, that is, the filter housing tank that filter material is housed only needs one can complete, therefore when for maintaining certain turnover water yield, the required filter housing tank adopted can become large because of size, thus has and be difficult to manufacture and the higher shortcoming of cost.
Summary of the invention
The purpose of this utility model is to provide a kind of easy for installation and contribute to the multicore strainer with adapter of catchmenting that reduces costs.And the filter housing tank preparing large-size is not needed when industrial application.
The multicore strainer with adapter of catchmenting of the present utility model, comprises a filtering unit, a loading support plate be fixedly arranged on above this filtering unit, and a fixed cell being arranged at one of them of this filtering unit and this loading support plate.
This filtering unit comprise multiple along a spaced strainer of first direction, one be positioned at catchment adapter and one of first of described strainer side and be positioned at second of described strainer opposite side and catchment adapter.
Each strainer have a housing defining a filtration cartridge volume, one be communicated with this filtration cartridge volume and in the face of this first the first sleeve pipe catchmenting adapter, and one be communicated with this filtration cartridge volume and in the face of this second catchment adapter the second sleeve pipe, this first, second sleeve pipe extends along a second direction perpendicular to this first direction.
This first catchment adapter have one along this first direction extend and define first main channel first supervisor, and multiple the first bifurcated pipe being communicated with this first main channel respectively, described first bifurcated pipe extends along this second direction and is socketed on described first sleeve pipe respectively.
This second catchment adapter have one along this first direction extend and define second main channel second supervisor, and multiple the second branch pipe being communicated with this second main channel respectively, described second branch pipe extends along this second direction and is socketed on described second sleeve pipe respectively.
Make to this fixed cell packing this first, second catchment adapter firmly link described strainer.
The multicore strainer with adapter of catchmenting of the present utility model, this first, second supervisor has a pressurized plane in contrast to first, second branch pipe described respectively, this fixed cell comprise two in oppositely arrange and respectively from two lateral margins of this loading support plate to the limiting plate of downward-extension, described limiting plate abuts against to packing respectively in described pressurized plane.
The multicore strainer with adapter of catchmenting of the present utility model, this first catchment adapter also have multiple respectively from the caulking groove that described first bifurcated pipe is recessed, this second catchment adapter also have multiple respectively from the caulking groove that described second bifurcated pipe is recessed, this fixed cell comprise two respectively from two lateral margins of this loading support plate to the gripping plate of downward-extension, described gripping plate has the clamping part that multiple shape matches with described caulking groove respectively.
The multicore strainer with adapter of catchmenting of the present utility model, this first catchment adapter also have multiple respectively from the fixing ditch that described first bifurcated pipe is recessed, this second catchment adapter also have multiple respectively from described second bifurcated pipe recessed fixing ditch, each strainer also has the stopper slot that two run through this first sleeve pipe and this second sleeve pipe respectively, and this fixed cell comprises and multiplely wears described stopper slot respectively and be fixedly arranged on the latch of described fixing ditch.
The multicore strainer with adapter of catchmenting of the present utility model, this first supervisor has the first opening being communicated with this first main channel in the blind end oppositely arranged with, and this second supervisor has the second opening being communicated with this second main channel in the blind end oppositely arranged with.
The multicore strainer with adapter of catchmenting of the present utility model, this first main channel is in through continuously, described first bifurcated pipe is in being communicated with this first main channel in parallel, this second main channel is in through continuously, described second bifurcated pipe is in being communicated with this second main channel in parallel, and the filtration cartridge volume of described strainer is not communicated with mutually.
The multicore strainer with adapter of catchmenting of the present utility model, this first opening of this first supervisor and this second this second opening be responsible for are towards same direction.
The multicore strainer with adapter of catchmenting of the present utility model, the number of filters of this filtering unit is three, this is first years old, second catchment adapter there are three first respectively, second bifurcated pipe, this first opening of this first supervisor and this second this second opening direction towards the opposite be responsible for, this first adapter of catchmenting also has one and to be arranged in this first supervisor and the water bloking piece of this first opening contiguous, this first main channel is made to be divided into a discontinuous through first short water channel and a first long water channel, this first short water channel is communicated with this first opening and first branch pipe, this first long water channel is communicated with all the other two first branch pipes, this second adapter of catchmenting also has one and to be arranged in this second supervisor and the water bloking piece of this second opening contiguous, this second main channel is made to be divided into a discontinuous through second short water channel and a second long water channel, this second short water channel is communicated with this second opening and second branch pipe, this second long water channel is communicated with all the other two second branch pipes, this first short water channel, this second long water channel, this first long water channel and this second short water channel make the filtration cartridge volume of described strainer sequentially be connected in series connection.
The multicore strainer with adapter of catchmenting of the present utility model, also comprise multiple first screw, the housing of each strainer has the cap that a shell tank and are connected to this shell tank, this cap has multiple the first screw being arranged at top, and described first screw passes this loading support plate and is locked in the first screw of described strainer respectively.
The multicore strainer with adapter of catchmenting of the present utility model, also there is multiple second screw, this first, second catchment adapter also have respectively multiple be arranged at intervals at this first, second supervisor top screw hole column, described second screw through this loading support plate and be locked in respectively this first, second catchment adapter screw hole column.
The beneficial effects of the utility model, be each strainer do not need to be positioned in a screw connection manner this first, second to catchment adapter, but by socket and this fixed cell just can fast and packing will firmly link each other, so contribute to saving the settling time, in addition, another beneficial effect of the present utility model is to utilize parallelly by the design of water stream, can contribute to reducing the size of required filter housing tank in industrial application, so can contribute to reducing costs.
Accompanying drawing explanation
Fig. 1 is a stereographic map, illustrates that the utility model has first embodiment of the multicore strainer of adapter of catchmenting;
Fig. 2 is a stereographic map, and the assembled state of this first embodiment is described;
Fig. 3 is a sectional view, illustrates that two limiting plates of this first embodiment make to packing one first adapter of catchmenting catchment to take over firmly link each strainer with one second respectively;
Fig. 4 is a sectional view, illustrates that three the first bifurcated pipes of this first embodiment are in being communicated with this first main channel in parallel, and three the second bifurcated pipes are also in being communicated with this second main channel in parallel;
Fig. 5 is a sectional view, and a change case of this first embodiment is described, first opening and one second second opening be responsible for of one first supervisor are directions towards the opposite;
Fig. 6 is a sectional view, illustrates that the utility model has second embodiment of the multicore strainer of adapter of catchmenting;
Fig. 7 is a stereographic map, illustrates that the utility model has the 3rd embodiment of the multicore strainer of adapter of catchmenting;
Fig. 8 is a sectional view, illustrates that two gripping plates of the 3rd embodiment make to packing one first adapter of catchmenting catchment to take over firmly link each strainer with one second respectively;
Fig. 9 is a stereographic map, illustrates that the utility model has the 4th embodiment of the multicore strainer of adapter of catchmenting;
Figure 10 is a stereographic map, and the assembled state of the 4th embodiment is described;
Figure 11 is a sectional view, illustrates that each latch of the 4th embodiment is arranged in corresponding stopper slot and is fixedly arranged on a fixing ditch.
Embodiment
Below in conjunction with drawings and Examples, the utility model is described in detail.
Consult Fig. 1 to Fig. 4, the utility model has first embodiment of the multicore strainer of adapter of catchmenting, and comprises a filtering unit 1, loading support plate 2, fixed cell, multiple first screw 90, and multiple second screw 91.
Filtering unit 1 comprises three and is positioned at catchment adapter 12 and one of first of described strainer 11 side along a spaced strainer of first direction L1 11, and is positioned at second of described strainer 11 opposite side and catchments adapter 13.
It is worth mentioning that, in the present first embodiment, strainer 11 quantity of this filtering unit 1 also can not be limited to three, also can reach identical object for two, need as limit.
Each strainer 11 has a housing 111, defining a filtration cartridge volume 110 and is communicated with this filtration cartridge volume 110 and in the face of this first the first sleeve pipe 112 catchmenting adapter 12, and one is communicated with this filtration cartridge volume 110 and in the face of this second the second sleeve pipe 113 catchmenting adapter 13.
The housing 111 of each strainer 11 has the cap 115 that a shell tank 114 and are connected to this shell tank 114, and this cap 115 has multiple the first screw 116 being arranged at top.This first, second sleeve pipe 112,113 extends along a second direction L2 perpendicular to this first direction L1.
This first adapter 12 of catchmenting has one and extends and the first supervisor 121, three defining first main channel 120 the first bifurcated pipe 122 of being communicated with this first main channel 120 respectively along this first direction L1, and multiple screw hole column 123 being arranged at intervals at these the first supervisor 121 tops.
This first supervisor 121 has the first opening 125 being communicated with this first main channel 120 in the blind end 124 oppositely arranged with, and a pressurized plane 126 in contrast to described first branch pipe 122.Described first bifurcated pipe 122 extends along this second direction L2 and is socketed on described first sleeve pipe 112 respectively.Described herein, this first main channel 120 is in through continuously, and described first bifurcated pipe 122 is in being communicated with this first main channel 120 in parallel.
This second adapter 13 of catchmenting has one and extends and the second supervisor 131, three defining second main channel 130 the second branch pipe 132 of being communicated with this second main channel 130 respectively along this first direction L1, and multiple screw hole column 133 being arranged at intervals at these the second supervisor 131 tops.
This second supervisor 131 has the second opening 135 being communicated with this second main channel 130 in the blind end 134 oppositely arranged with, and a pressurized plane 136 in contrast to described second branch pipe 132.Described second branch pipe 132 extends along this second direction L2 and is socketed on described second sleeve pipe 113 respectively.Described herein, this second main channel 130 is in through continuously, and described second bifurcated pipe 132 is in being communicated with this second main channel 130 in parallel.
By first, second bifurcated pipe 122,132 described respectively in being connected with this first, second main channel 120,130 in parallel, the filtration cartridge volume 110 of described strainer 11 can not be communicated with mutually, identical filter core loaded by described strainer 11, and current just can take parallel way to filter simultaneously.
This loading support plate 2 is fixedly arranged on above this filtering unit 1.
This fixed cell is arranged at one of them of this filtering unit 1 and this loading support plate 2, and packing make this first, second adapter 12,13 of catchmenting firmly link described strainer 11.In the present first embodiment, this fixed cell is arranged at this loading support plate 2, and comprise two in oppositely arrange and respectively from two lateral margins of this loading support plate 2 to the limiting plate 31 of downward-extension, described limiting plate 31 abuts against to packing respectively in described pressurized plane 126,136.
Described first screw 90 passes this loading support plate 2 and is locked in the first screw 116 of described strainer 11 respectively.
Described second screw 91 through this loading support plate 2 and be locked in respectively this first, second to catchment the screw hole column 123,133 of adapter 12,13.
In the present first embodiment, this first opening 125 of this first supervisor 121 second is responsible for this second opening 135 of 131 towards same direction with this, is particularly suitable for when the water-in and water-out pipe arrangement of installation environment is in the same side.But also accessible, when the water-in and water-out pipe arrangement of installation environment is at not homonymy, this first opening 125 of this first supervisor 121 also can be direction towards the opposite with this second this second opening 135 being responsible for 131, as shown in Figure 5.
Consult Fig. 6, have second embodiment of the multicore strainer of adapter of catchmenting for the utility model, this second embodiment is similar to this first embodiment, and the Main Differences of this second embodiment and this first embodiment is:
This first adapter 12 of catchmenting also has one and to be arranged in this first supervisor 121 and the water bloking piece 129 of this first opening 125 contiguous, and this water bloking piece 129 makes this first main channel 120 be divided into a discontinuous through first short water channel 1201 and a first long water channel 1202, this second adapter 13 of catchmenting also has one and to be arranged in this second supervisor 131 and the water bloking piece 139 of this second opening 135 contiguous, this water bloking piece 139 makes this second main channel 130 be divided into a discontinuous through second short water channel 1301 and a second long water channel 1302, wherein, this first short water channel 1201 is communicated with this first opening 125 and first branch pipe 122, this first long water channel 1202 is communicated with all the other two the first branch pipes 122, this second short water channel 1301 is communicated with this second opening 135 and second branch pipe 132, this second long water channel 1302 is communicated with all the other two the second branch pipes 132, whereby, allow this first short water channel 1201, this second long water channel 1302, this first long water channel 1202 and this second short water channel 1301 are sequentially connected in series connection with the filtration cartridge volume 110 of described strainer 11, so, when user is for the different types of filter core of employing, the utility model also can reach existing in-line multicore strainer, the effect of its sequentially Multi-channel filtering.
Via above explanation, can again advantage of the present utility model be summarized as follows:
One, the utility model utilizes first, second branch pipe 122,132 described to be directly be socketed on first, second sleeve pipe 112,113 described respectively, and again by this fixed cell packing adapter 12,13 of catchmenting this first, second be firmly linked to the design of described strainer 11, remove from whereby and adopt the sealed locator means that is spirally connected, so compared to existing multicore strainer, the utility model effectively can save the settling time.
Two, the utility model utilizes first, second bifurcated pipe 122,132 described respectively in the design be connected with this first, second main channel 120,130 in parallel, reach the shunting effect of fluid whereby, so effectively can reduce the size of industrial required filter housing tank, and then contribute to reducing costs.
Three, described water bloking piece 129,139 of the present utility model can be arranged at this first supervisor 121 respectively and second be responsible for design in 131 with this, makes the utility model also can have in-line filter effect.
Consult Fig. 7 and Fig. 8, have the 3rd embodiment of the multicore strainer of adapter of catchmenting for the utility model, the 3rd embodiment is similar to this first embodiment, and the Main Differences of the 3rd embodiment and this first embodiment is:
This first adapter 12 of catchmenting also has three respectively from the caulking groove 127 that described first bifurcated pipe 122 is recessed, and this second adapter 13 of catchmenting also has three respectively from the caulking groove 137 that described second bifurcated pipe 132 is recessed.
In this 3rd embodiment, this fixed cell be arranged at this loading support plate 2 and comprise two respectively from two lateral margins of this loading support plate 2 to the gripping plate 32 of downward-extension, described gripping plate 32 has the clamping part 321 that multiple shape matches with described caulking groove 127,137 respectively.
So, the 3rd embodiment also can reach the object identical with this first embodiment above-mentioned and effect.
Consult Fig. 9 to 11, have the 4th embodiment of the multicore strainer of adapter of catchmenting for the utility model, the 4th embodiment is similar to this first embodiment, and the Main Differences of the 4th embodiment and this first embodiment is:
This first adapter 12 of catchmenting also has three respectively from the fixing ditch 128 that described first bifurcated pipe 122 is recessed, this second catchment adapter 13 also have three respectively from described second bifurcated pipe 132 recessed fixing ditch 138, each strainer 11 also has the stopper slot 117 that two run through this first sleeve pipe 112 and this second sleeve pipe 113 respectively.
In this 4th embodiment, this fixed cell is arranged at this filtering unit 1, and this fixed cell multiplely wears described stopper slot 117 respectively and be fixedly arranged on the latch 33 of described fixing ditch 128,138.
So, the 4th embodiment also can reach the object identical with this first embodiment above-mentioned and effect.
In sum, this novel multicore strainer with adapter of catchmenting, be each strainer 11 be with sheathed but not be spirally connected or snap fit be positioned this first, second to catchment adapter 12,13, and by will firmly link each other with utilizing this fixed cell packing, so can contribute to saving the settling time, in addition, basis is novel to be utilized parallelly by the design of water stream, also contribute to reducing the size of required filter housing tank in industrial application, reduce so cost can be beneficial to, therefore really can reach this novel object.
Claims (10)
1. there is a multicore strainer for adapter of catchmenting, comprise a filtering unit, and a loading support plate be fixedly arranged on above this filtering unit, this filtering unit comprises multiple along a spaced strainer of first direction, it is characterized in that:
This filtering unit also comprises one and is positioned at first of described strainer side and catchments adapter, and one is positioned at second of described strainer opposite side and catchments adapter, wherein,
Each strainer have a housing defining a filtration cartridge volume, one be communicated with this filtration cartridge volume and in the face of this first the first sleeve pipe catchmenting adapter, and one be communicated with this filtration cartridge volume and in the face of this second catchment adapter the second sleeve pipe, this first, second sleeve pipe extends along a second direction perpendicular to this first direction
This first catchment adapter have one along this first direction extend and define first main channel first supervisor, and multiple the first bifurcated pipe being communicated with this first main channel respectively, described first bifurcated pipe extends along this second direction and is socketed on described first sleeve pipe respectively
This second catchment adapter have one along this first direction extend and define second main channel second supervisor, and multiple the second branch pipe being communicated with this second main channel respectively, described second branch pipe extends along this second direction and is socketed on described second sleeve pipe respectively; And
This have catchment adapter multicore strainer also comprise the fixed cell that is arranged at one of them of this filtering unit and this loading support plate, make to this fixed cell packing this first, second catchment take over firmly link described strainer.
2. the multicore strainer with adapter of catchmenting according to claim 1, it is characterized in that: this first, second supervisor has a pressurized plane in contrast to first, second branch pipe described respectively, this fixed cell comprise two in oppositely arrange and respectively from two lateral margins of this loading support plate to the limiting plate of downward-extension, described limiting plate abuts against to packing respectively in described pressurized plane.
3. the multicore strainer with adapter of catchmenting according to claim 1, it is characterized in that: this first catchment adapter also have multiple respectively from the caulking groove that described first bifurcated pipe is recessed, this second catchment adapter also have multiple respectively from the caulking groove that described second bifurcated pipe is recessed, this fixed cell comprise two respectively from two lateral margins of this loading support plate to the gripping plate of downward-extension, described gripping plate has the clamping part that multiple shape matches with described caulking groove respectively.
4. the multicore strainer with adapter of catchmenting according to claim 1, it is characterized in that: this first catchment adapter also have multiple respectively from the fixing ditch that described first bifurcated pipe is recessed, this second catchment adapter also have multiple respectively from described second bifurcated pipe recessed fixing ditch, each strainer also has the stopper slot that two run through this first sleeve pipe and this second sleeve pipe respectively, and this fixed cell comprises and multiplely wears described stopper slot respectively and be fixedly arranged on the latch of described fixing ditch.
5. the multicore strainer with adapter of catchmenting according to claim 1, it is characterized in that: this first supervisor has the first opening being communicated with this first main channel in the blind end oppositely arranged with, this second supervisor has the second opening being communicated with this second main channel in the blind end oppositely arranged with.
6. the multicore strainer with adapter of catchmenting according to claim 5, it is characterized in that: this first main channel is in through continuously, described first bifurcated pipe is in being communicated with this first main channel in parallel, this second main channel is in through continuously, described second bifurcated pipe is in being communicated with this second main channel in parallel, and the filtration cartridge volume of described strainer is not communicated with mutually.
7. the multicore strainer with adapter of catchmenting according to claim 6, is characterized in that: this first opening of this first supervisor and this second this second opening be responsible for are towards same direction.
8. the multicore strainer with adapter of catchmenting according to claim 5, it is characterized in that: the number of filters of this filtering unit is three, this is first years old, second catchment adapter there are three first respectively, second bifurcated pipe, this first opening of this first supervisor and this second this second opening direction towards the opposite be responsible for, this first adapter of catchmenting also has one and to be arranged in this first supervisor and the water bloking piece of this first opening contiguous, this first main channel is made to be divided into a discontinuous through first short water channel and a first long water channel, this first short water channel is communicated with this first opening and first branch pipe, this first long water channel is communicated with all the other two first branch pipes, this second adapter of catchmenting also has one and to be arranged in this second supervisor and the water bloking piece of this second opening contiguous, this second main channel is made to be divided into a discontinuous through second short water channel and a second long water channel, this second short water channel is communicated with this second opening and second branch pipe, this second long water channel is communicated with all the other two second branch pipes, this first short water channel, this second long water channel, this first long water channel and this second short water channel make the filtration cartridge volume of described strainer sequentially be connected in series connection.
9. having according to any one of claim 1 to 8 catchment adapter multicore strainer, it is characterized in that: also comprise multiple first screw, the housing of each strainer has the cap that a shell tank and are connected to this shell tank, this cap has multiple the first screw being arranged at top, and described first screw passes this loading support plate and is locked in the first screw of described strainer respectively.
10. the multicore strainer with adapter of catchmenting according to claim 9, it is characterized in that: also there is multiple second screw, this first, second catchment adapter also have respectively multiple be arranged at intervals at this first, second supervisor top screw hole column, described second screw through this loading support plate and be locked in respectively this first, second catchment adapter screw hole column.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520503730.3U CN204778900U (en) | 2015-07-13 | 2015-07-13 | Multicore filter with takeover of catchmenting |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520503730.3U CN204778900U (en) | 2015-07-13 | 2015-07-13 | Multicore filter with takeover of catchmenting |
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| CN204778900U true CN204778900U (en) | 2015-11-18 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107875713A (en) * | 2017-12-26 | 2018-04-06 | 威孔过滤科技（苏州）有限公司 | The filter component that gathers materials |
| CN110430929A (en) * | 2016-11-08 | 2019-11-08 | 滨特尔过滤解决方案有限责任公司 | Particle separation system and method |
| KR20220075829A (en) * | 2020-11-30 | 2022-06-08 | 주식회사 마이크로필터 | Muti-connected unit and manifold assembly including the same |
-
2015
- 2015-07-13 CN CN201520503730.3U patent/CN204778900U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110430929A (en) * | 2016-11-08 | 2019-11-08 | 滨特尔过滤解决方案有限责任公司 | Particle separation system and method |
| CN107875713A (en) * | 2017-12-26 | 2018-04-06 | 威孔过滤科技（苏州）有限公司 | The filter component that gathers materials |
| KR20220075829A (en) * | 2020-11-30 | 2022-06-08 | 주식회사 마이크로필터 | Muti-connected unit and manifold assembly including the same |
| KR102481181B1 (en) | 2020-11-30 | 2022-12-26 | 주식회사 마이크로필터 | Muti-connected unit and manifold assembly including the same |
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