CN205235774U - Hollow fiber curtain formula membrane module detection device - Google Patents
Hollow fiber curtain formula membrane module detection device Download PDFInfo
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- CN205235774U CN205235774U CN201521060835.2U CN201521060835U CN205235774U CN 205235774 U CN205235774 U CN 205235774U CN 201521060835 U CN201521060835 U CN 201521060835U CN 205235774 U CN205235774 U CN 205235774U
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Abstract
The utility model relates to a hollow fiber curtain formula membrane module detection device of MBR biomembrane group ware is by device frame, elevating system, fixed hoist and mount, activity hoist and mount, long oblique orbit 14, short oblique orbit 17, drip and drench groove 16 and constitute with detection cell body 28. The device can rise with a fixed hoist and mount piece and an activity hoist and mount drive film element through electric block, through the rail transport subassembly, reduces personnel intensity of labour, improves production efficiency, can also improve space utilization to no liquid drips and drenches to ground, realizes the energy saving and improves the production site management.
Description
[technical field]
The utility model belongs to water-treatment technology field. More specifically, the utility model relates to a kind of hollow fiber curtain type membrane component checkout gear for the biological film group device of MBR.
[background technology]
Doughnut curtain type membrane element for the biological film group device of MBR is made up of parts such as film frame, hollow-fibre membrane, fluid sealants. Wherein in the time producing membrane component, need carry out sealing propertytest and fluid drips pouring to membrane component, existing sealing propertytest and a pouring method are manually membrane component to be lifted to detecting groove test, then assembly is fit into drip in shower device car to carry out, and after solution drips pouring, can carry out follow-up work. Therefore, existing curtain type film assembly sealing propertytest and dripping drenches that floor space is large, production scene not manageability, personnel labor intensity is large and efficiency is low, for example in detection groove, detect membrane component and become hygrometric state from former dry state, membrane component weight increases, and causes operating personnel from cell body, to take out membrane component labour intensity and increases. Membrane component packs in a pouring car, easily causes fluid drips to be drenched to ground, causes corrosion and the seepage on ground, deposits demand floor space large simultaneously, is not easy to produce in enormous quantities.
These technological deficiencies that exist for prior art, the inventor has carried out lot of experiments and analysis and research on the basis of summing up prior art, has finally completed the utility model.
[summary of the invention]
[technical problem that will solve]
The purpose of this utility model is to provide a kind of hollow fiber curtain type membrane component checkout gear for the biological film group device of MBR.
[technical scheme]
The utility model is achieved through the following technical solutions.
The utility model relates to a kind of hollow fiber curtain type membrane component checkout gear for the biological film group device of MBR, and it comprises device frame and elevating mechanism. Described hollow fiber curtain type membrane component checkout gear is made up of with detection cell body 28 device frame, elevating mechanism, fixing lifting part, movable hanging piece installing, long oblique orbit 14, short oblique orbit 17, a pouring groove 16;
Described device frame is made up of with side crossbeam 12 vertical brace summer 4, short supporting traverse 6, connecting cross beam 7; The mode that vertically brace summer 4 is parallel to each other with two rows arranges, at vertical brace summer 4 installation side, the top crossbeams 12 of every row, to vertical brace summer 4 is fixedly connected with; On corresponding vertical brace summer 4 tops, connecting cross beam 7 is installed, thereby the vertical brace summer 4 of two rows is fixedly connected with, and short supporting traverse 6 is installed on corresponding vertical brace summer 4 tops, vertically brace summer 4 is fixedly connected with by being fixedly connected with beam 5 with short supporting traverse 6, and vertically brace summer 4 is fixedly connected with by bearing diagonal beam 11 with side crossbeam 12; In vertical brace summer 4 bottoms, base plate 3 is set, strengthens gusset 1 base plate 3 is fixedly connected with vertical brace summer 4; Base plate 3 fixes on the ground by set bolt 2;
In one end of described device frame, mounting and fixing support 8 on connecting cross beam 7, and in fixed mount 8 centre positions, electric block 9 is installed, steel wire rope 18 one end are connected with electric block 9;
On short supporting traverse 6, start from one end of mounting and fixing support 8 and sequentially install short oblique orbit 17, horizontal rail 13 and long oblique orbit 14 parallel with side crossbeam 12, with short oblique orbit 17 ends, gear block is installed respectively at long oblique orbit 14;
Steel wire rope 18 by suspension ring be connected quarter butt 22 and connect, fixing spacing with fixed block on suspension ring both sides; At connection quarter butt 22 two ends, short hook 21 is installed respectively, and fixing spacing with fixed block on short hook 21 both sides, form fixing lifting part by short hook 21, connection quarter butt 22 with fixed block;
At connection stock 23 both ends, roller 20 is installed respectively and is linked up with 19 with long, fixing spacing with fixed block respectively in roller 20 and length hook 19 both sides, all weld a hook on connection 23 liang of tops of stock; Form movable hanging piece installing by long hook 19, roller 20, connection stock 23, hook and fixed block;
Fixing lifting part is connected with movable hanging piece installing by short hook 21;
Below short oblique orbit 17, arrange and detect cell body 28, setting pressure table 25, valve 26 and gas source pipe interface 27 on wall; In checkout gear, arrange to drip below horizontal rail 13 and drench groove 16, so that 15 of collection membrane elements drench liquid, its liquid is returned and is detected in cell body 28 by pump.
According to a kind of optimal way of the present utility model, the length of short supporting traverse 6 and connecting cross beam 7 is 1.5～3.0 times of membrane component 15 width.
According to another kind of optimal way of the present utility model, short supporting traverse 6 is 1:5～10 with the Length Ratio of side crossbeam 12.
According to another kind of optimal way of the present utility model, long oblique orbit 14, horizontal rail 13 are 1:10～20:0.2～0.4 with the horizontal length ratio of short oblique orbit 17.
According to another kind of optimal way of the present utility model, long oblique orbit 14 is 10～20 ° with the angle of horizontal rail 13 extended lines; Short oblique orbit 17 is 40～60 ° with the angle of horizontal rail 13 extended lines.
According to another kind of optimal way of the present utility model, described gear block or fixed block be match with fixed part shape and there is the hard material part of fixing its component function.
To illustrate in greater detail the utility model below.
The utility model relates to a kind of hollow fiber curtain type membrane component checkout gear for the biological film group device of MBR, and it comprises device frame and elevating mechanism. Described hollow fiber curtain type membrane component checkout gear is made up of with detection cell body 28 device frame, elevating mechanism, fixing lifting part, movable hanging piece installing, long oblique orbit 14, short oblique orbit 17, a pouring groove 16;
Described device frame is made up of with side crossbeam 12 vertical brace summer 4, short supporting traverse 6, connecting cross beam 7; The mode that vertically brace summer 4 is parallel to each other with two rows arranges, at vertical brace summer 4 installation side, the top crossbeams 12 of every row, to vertical brace summer 4 is fixedly connected with; On corresponding vertical brace summer 4 tops, connecting cross beam 7 is installed, thereby the vertical brace summer 4 of two rows is fixedly connected with, and short supporting traverse 6 is installed on corresponding vertical brace summer 4 tops, vertically brace summer 4 is fixedly connected with by being fixedly connected with beam 5 with short supporting traverse 6, and vertically brace summer 4 is fixedly connected with by bearing diagonal beam 11 with side crossbeam 12; In vertical brace summer 4 bottoms, base plate 3 is set, strengthens gusset 1 base plate 3 is fixedly connected with vertical brace summer 4; Base plate 3 fixes on the ground by set bolt 2.
Described device frame is made with metal material, and its metal is for example aluminium alloy extrusions, bar section of stainless steel, stainless iron section bar or the ordinary steel section bar of selling in the market.
In the utility model, all parts of described device frame can adopt welding manner that they are coupled together. If employing welding manner, it is not have hell and high water that different materials adopts different welding manners for those skilled in the art, is apparent.
In the utility model, all parts of described device frame can adopt fixture connected mode that they are coupled together. The fixture that the utility model uses can be the various metal fixings of selling in the market, its metal fixing structure is unimportant, this is that it can closely couple together two parts, and normally operation just can be for the utility model can not hinder the utility model device. If adopt fixture connected mode, it is also apparent selecting these metal fixings for those skilled in the art.
In the utility model, the length of short supporting traverse 6 and connecting cross beam 7 is 1.5～3.0 times of membrane component 15 width. If the length of short supporting traverse 6 and connecting cross beam 7 is less than 1.5 times of membrane component 15 width, can be not easy to personnel's operation; If short supporting traverse 6 and the length of connecting cross beam 7 are greater than 3.0 times of membrane component 15 width, can support strength inadequate, floor space increases; Therefore, short supporting traverse 6 is that 1.5～3.0 times of membrane component 15 width are structurally rational with the length of connecting cross beam 7.
In the utility model, short supporting traverse 6 is 1:5～10 with the Length Ratio of side crossbeam 12. If short supporting traverse 6 is greater than 1:5 with the Length Ratio of side crossbeam 12, can support strength inadequate, floor space increases; If short supporting traverse 6 is less than 1:10 with the Length Ratio of side crossbeam 12, can extend and drip the pouring time, therefore, short supporting traverse 6 is 1:5～10th with the Length Ratio of side crossbeam 12, appropriate.
In one end of described device frame, mounting and fixing support 8 on connecting cross beam 7, and in fixed mount 8 centre positions, electric block 9 is installed, steel wire rope 18 one end are connected with electric block 9. Use portable automatically controlled button control electric block 9 to control steel wire rope 18, make it will determine lifting part and movable hanging piece installing moves up and down.
On short supporting traverse 6, start from one end of mounting and fixing support 8 and sequentially install short oblique orbit 17, horizontal rail 13 and long oblique orbit 14 parallel with side crossbeam 12, with short oblique orbit 17 ends, gear block is installed respectively at long oblique orbit 14;
In the utility model, long oblique orbit 14, horizontal rail 13 are 1:10～20:0.2～0.4 with the horizontal length ratio of short oblique orbit 17.
Three described tracks are the tracks made from same metal material with identical concave cross section shape, and their basic role is that these membrane components 15 are transported to and are detected in cell body 28, is convenient to detect membrane component 15, and realize a pouring.
In the utility model, long oblique orbit 14 is 10～20 ° with the angle of horizontal rail 13 extended lines. If described angle is less than 10 °, can be not easy to personnel's operation; If described angle is greater than 20 °, can decrease speed be not easy to control; Therefore, to be controlled at 10～20 ° be appropriate to described angle.
In the utility model, short oblique orbit 17 is 40～60 ° with the angle of horizontal rail 13 extended lines. If described angle is less than 40 °, can be not easy to personnel's operation; If described angle is greater than 60 °, can be not easy to guide roller and enters track; Therefore, to be controlled at 40～60 ° be rational to described angle.
Steel wire rope 18 by suspension ring be connected quarter butt 22 and connect, fixing spacing with fixed block on suspension ring both sides; At connection quarter butt 22 two ends, short hook 21 is installed respectively, and fixing spacing with fixed block on short hook 21 both sides, form fixing lifting part by short hook 21, connection quarter butt 22 with fixed block;
At connection stock 23 both ends, roller 20 is installed respectively and is linked up with 19 with long, fixing spacing with fixed block respectively in roller 20 and length hook 19 both sides, all weld a hook on connection 23 liang of tops of stock; Form movable hanging piece installing by long hook 19, roller 20, connection stock 23, hook and fixed block;
Fixing lifting part is connected with movable hanging piece installing by short hook 21;
Below short oblique orbit 17, arrange and detect cell body 28, setting pressure table 25, valve 26 and gas source pipe interface 27 on wall; In checkout gear, arrange to drip below horizontal rail 13 and drench groove 16, so that 15 of collection membrane elements drench liquid, its liquid is returned and is detected in cell body 28 by pump. Described detection cell body 28 is installed exhaust-valve with a pouring groove 16 in its cell body bottom.
In the utility model, described gear block or fixed block be match with fixed part shape and there is the hard material part of fixing its component function.
The using method of the utility model device is as follows:
To in detection cell body 28, fill water, membrane component 15 is immersed in to certain hour in groove, again membrane component 15 water outlets are clogged with pipe plug, another water outlet connects tracheae, Open valve 26 is filled with air, and in the time that the pressure in membrane component 15 is greater than water pressure, membrane component 15 occurs bubble at breakage, leak can be determined its breakage thus, repairs.
By automatically controlled pushbutton enable electric block 9, to fix lifting part and drop to membrane component 15 positions, movable hanging piece installing is suspended on short hook 21, again the membrane component 15 of repairing is positioned on long hook 19, by automatically controlled pushbutton enable electric block 9, membrane component 15 and movable hanging piece installing are risen along short oblique orbit 17, drop on again in horizontal rail 13, decline fixing lifting part and movable hanging piece installing are departed from by electric block 9 by automatically controlled button, with manual type, membrane component is pushed into track end along horizontal rail 13 and drips pouring.
Loop in the manner described above, until horizontal rail 13 is booked membrane component 15, allows the water droplet of membrane component 15 pour in 16 pouring grooves simultaneously, then by pump, its water is recycled to and detects cell body 28, to again utilize. Described water can replace with other suitable liquid, be this liquid can be to the utility model device with membrane component 15, the environment of use the utility model device is caused to any infringement.
Treat that the fluid drips pouring in membrane component 15 is complete, membrane component 15 is pushed into long oblique orbit 14 ends along 13 horizontal rail, allow membrane component fall and be placed on ground.
[beneficial effect]
The beneficial effects of the utility model are:
1, this device can, by electric block and fixing lifting part and the rising of movable hanging piece installing drive membrane component, by rail transport assembly, reduce personnel labor intensity.
2, membrane component is vertically placed in 13 horizontal rail, and the spacing while dripping pouring between membrane component is less, can deposit more membrane component, thereby can improve space availability ratio in limited space.
3, this device is dripped and is drenched groove the solution in membrane component is reclaimed by setting, and no liquid is dripped and drenched to ground, thereby without the Seepage on ground, realizes and save the energy and improve production scene management.
[brief description of the drawings]
Accompanying drawing 1 is the utility model hollow fiber curtain type membrane component structure of the detecting device schematic diagram;
Accompanying drawing 2 is fixing lifting part and the movable hanging piece installing schematic diagrames in the utility model hollow fiber curtain type membrane component checkout gear.
In figure:
1-strengthens gusset, 2-set bolt, 3-base plate, the vertical brace summer of 4-, 5-is fixedly connected with beam, the short supporting traverse of 6-, 7-connecting cross beam, 8-fixed mount, 9-electric block, 10-steel cable, 11-bearing diagonal beam, 12-side crossbeam, 13-horizontal rail, the long oblique orbit of 14-, 15-membrane component, 16-drips pouring groove, the short oblique orbit of 17-, 18-steel wire rope, the long hook of 19-, 20-roller, the short hook of 21-, 22-connects quarter butt, 23-connects stock, 24-locating piece, 25-Pressure gauge, 26-valve, 27-gas source pipe, 28-detects cell body.
[detailed description of the invention]
Can understand better the utility model by following embodiment.
Embodiment 1: the utility model hollow fiber curtain type membrane component checkout gear
The utility model hollow fiber curtain type membrane component checkout gear is made up of with detection cell body 28 device frame, elevating mechanism, fixing lifting part, movable hanging piece installing, long oblique orbit 14, short oblique orbit 17, a pouring groove 16;
Described device frame is made up of with side crossbeam 12 vertical brace summer 4, short supporting traverse 6, connecting cross beam 7; The mode that vertically brace summer 4 is parallel to each other with two rows arranges, at vertical brace summer 4 installation side, the top crossbeams 12 of every row, to vertical brace summer 4 is fixedly connected with; On corresponding vertical brace summer 4 tops, connecting cross beam 7 is installed, thereby the vertical brace summer 4 of two rows is fixedly connected with, and short supporting traverse 6 is installed on corresponding vertical brace summer 4 tops, vertically brace summer 4 is fixedly connected with by being fixedly connected with beam 5 with short supporting traverse 6, and vertically brace summer 4 is fixedly connected with by bearing diagonal beam 11 with side crossbeam 12; In vertical brace summer 4 bottoms, base plate 3 is set, strengthens gusset 1 base plate 3 is fixedly connected with vertical brace summer 4; Base plate 3 fixes on the ground by set bolt 2; The length of short supporting traverse 6 and connecting cross beam 7 is 2.0 times of membrane component 15 width. Short supporting traverse 6 is 1:7 with the Length Ratio of side crossbeam 12.
In one end of described device frame, mounting and fixing support 8 on connecting cross beam 7, and in fixed mount 8 centre positions, electric block 9 is installed, steel wire rope 18 one end are connected with electric block 9; Use portable automatically controlled button control electric block 9 to control steel wire rope 18, make it will determine lifting part and movable hanging piece installing moves up and down.
On short supporting traverse 6, start from one end of mounting and fixing support 8 and sequentially install short oblique orbit 17, horizontal rail 13 and long oblique orbit 14 parallel with side crossbeam 12, with short oblique orbit 17 ends, gear block is installed respectively at long oblique orbit 14;
Long oblique orbit 14, horizontal rail 13 are 1:14:0.35 with the horizontal length ratio of short oblique orbit 17. Long oblique orbit 14 is 18 ° with the angle of horizontal rail 13 extended lines. Short oblique orbit 17 is 46 ° with the angle of horizontal rail 13 extended lines.
Steel wire rope 18 by suspension ring be connected quarter butt 22 and connect, fixing spacing with fixed block on suspension ring both sides; At connection quarter butt 22 two ends, short hook 21 is installed respectively, and fixing spacing with fixed block on short hook 21 both sides, form fixing lifting part by short hook 21, connection quarter butt 22 with fixed block;
At connection stock 23 both ends, roller 20 is installed respectively and is linked up with 19 with long, fixing spacing with fixed block respectively in roller 20 and length hook 19 both sides, all weld a hook on connection 23 liang of tops of stock; Form movable hanging piece installing by long hook 19, roller 20, connection stock 23, hook and fixed block;
Fixing lifting part is connected with movable hanging piece installing by short hook 21;
Below short oblique orbit 17, arrange and detect cell body 28, setting pressure table 25, valve 26 and gas source pipe interface 27 on wall; In checkout gear, arrange to drip below horizontal rail 13 and drench groove 16, so that 15 of collection membrane elements drench liquid, its liquid is returned and is detected in cell body 28 by pump.
Embodiment 2: the utility model hollow fiber curtain type membrane component checkout gear
The present embodiment hollow fiber curtain type membrane component structure of the detecting device is identical with the structure of embodiment 1, and the length that is short supporting traverse 6 and connecting cross beam 7 is 1.5 times of membrane component 15 width. Short supporting traverse 6 is 1:10 with the Length Ratio of side crossbeam 12; Long oblique orbit 14, horizontal rail 13 are 1:20:0.2 with the horizontal length ratio of short oblique orbit 17. Long oblique orbit 14 is 10 ° with the angle of horizontal rail 13 extended lines. Short oblique orbit 17 is 60 ° with the angle of horizontal rail 13 extended lines.
Embodiment 3: the utility model hollow fiber curtain type membrane component checkout gear
The present embodiment hollow fiber curtain type membrane component structure of the detecting device is identical with the structure of embodiment 1, and the length that is short supporting traverse 6 and connecting cross beam 7 is 3.0 times of membrane component 15 width. Short supporting traverse 6 is 1:5 with the Length Ratio of side crossbeam 12; Long oblique orbit 14, horizontal rail 13 are 1:10:0.4 with the horizontal length ratio of short oblique orbit 17. Long oblique orbit 14 is 20 ° with the angle of horizontal rail 13 extended lines. Short oblique orbit 17 is 40 ° with the angle of horizontal rail 13 extended lines.
Embodiment 4: the utility model hollow fiber curtain type membrane component checkout gear
The present embodiment hollow fiber curtain type membrane component structure of the detecting device is identical with the structure of embodiment 1, and the length that is short supporting traverse 6 and connecting cross beam 7 is 2.5 times of membrane component 15 width. Short supporting traverse 6 is 1:8 with the Length Ratio of side crossbeam 12; Long oblique orbit 14, horizontal rail 13 are 1:18:0.3 with the horizontal length ratio of short oblique orbit 17. Long oblique orbit 14 is 14 ° with the angle of horizontal rail 13 extended lines. Short oblique orbit 17 is 54 ° with the angle of horizontal rail 13 extended lines.
Claims (6)
1. for the hollow fiber curtain type membrane component checkout gear of the biological film group device of MBR,It comprises device frame and elevating mechanism, it is characterized in that it by device frame, elevating mechanism,Fixing lifting part, movable hanging piece installing, long oblique orbit (14), short oblique orbit (17), a pouring groove(16) with detection cell body (28) composition;
Described device frame is by vertical brace summer (4), short supporting traverse (6), connecting cross beam(7) with side crossbeam (12) composition; The side that vertically brace summer (4) is parallel to each other with two rowsFormula arranges, at the vertical brace summer of every row (4) top installation side crossbeam (12), to will erectStraight brace summer (4) is fixedly connected with; Install on corresponding vertical brace summer (4) topConnecting cross beam (7), thus the vertical brace summer of two rows (4) is fixedly connected with, and in phaseShort supporting traverse (6) is installed on corresponding vertical brace summer (4) top, vertically brace summer (4)Be fixedly connected with by being fixedly connected with beam (5) with short supporting traverse (6), and vertical brace summer (4)Be fixedly connected with by bearing diagonal beam (11) with side crossbeam (12); At vertical brace summer (4)Bottom arranges base plate (3), strengthens gusset (1) by base plate (3) and vertical brace summer (4)Be fixedly connected with; Base plate (3) fixes on the ground by set bolt (2);
In one end of described device frame, at the upper mounting and fixing support (8) of connecting cross beam (7),And fixed mount (8) centre position install electric block (9), steel wire rope (18) one end withElectric block (9) connects;
Upper at short supporting traverse (6), start and and side from one end of mounting and fixing support (8)Parallel short oblique orbit (17), the horizontal rail (13) of sequentially installing of face crossbeam (12) is with longOblique orbit (14), at long oblique orbit (14) and short oblique orbit (17) end mounting block respectivelyPosition piece;
Steel wire rope (18) by suspension ring be connected quarter butt (22) and connect, on suspension ring both sides with solidDetermine piece fixing spacing; At connection quarter butt (22) two ends, short hook (21) is installed respectively, andShort hook 21 both sides are fixing spacing with fixed block, by short hook (21), connection quarter butt (22)With the fixing lifting part of fixed block composition;
At connection stock (23) both ends, roller (20) and long hook (19) are installed respectively,Fixing spacing with fixed block respectively in roller (20) and long hook (19) both sides, long in connectionA hook is all welded on bar (23) two tops; By long hook (19), roller (20), connectionStock (23), hook and the piece installing of fixed block composition movable hanging;
Fixing lifting part is connected with movable hanging piece installing by short hook (21);
Arrange and detect cell body (28), setting pressure table on wall in short oblique orbit (17) below(25), valve (26) and gas source pipe interface (27); In checkout gear in horizontal rail (13)Below arranges to drip drenches groove (16), drenches liquid so that collection membrane element (15) drips, and its liquid is logicalCrossing pump returns in detection cell body (28).
2. checkout gear according to claim 1, is characterized in that short supporting traverse (6)With the length of connecting cross beam (7) be 1.5～3.0 times of membrane component (15) width.
3. checkout gear according to claim 1, is characterized in that short supporting traverse (6)With the Length Ratio of side crossbeam (12) be 1:5～10.
4. checkout gear according to claim 1, it is characterized in that long oblique orbit (14),Horizontal rail (13) is 1:10～20:0.2～0.4 with the horizontal length ratio of short oblique orbit (17).
5. checkout gear according to claim 1, is characterized in that long oblique orbit (14)With the angle of horizontal rail (13) extended line be 10～20 °; Short oblique orbit (17) and levelThe angle of track (13) extended line is 40～60 °.
6. checkout gear according to claim 1, is characterized in that described gear blockOr fixed block be match with fixed part shape and have and fix the hard of its component functionMaterial part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521060835.2U CN205235774U (en) | 2015-12-17 | 2015-12-17 | Hollow fiber curtain formula membrane module detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521060835.2U CN205235774U (en) | 2015-12-17 | 2015-12-17 | Hollow fiber curtain formula membrane module detection device |
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| CN205235774U true CN205235774U (en) | 2016-05-18 |
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| CN201521060835.2U Active CN205235774U (en) | 2015-12-17 | 2015-12-17 | Hollow fiber curtain formula membrane module detection device |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107998890A (en) * | 2017-12-05 | 2018-05-08 | 东莞理工学院 | A kind of method and its device for producing hollow fiber film assembly |
| CN109647210A (en) * | 2018-12-27 | 2019-04-19 | 天津膜天膜科技股份有限公司 | A kind of bonding casting device of Novel hollow fiber curtain type film assembly |
| CN110841485A (en) * | 2019-11-20 | 2020-02-28 | 湖南欧威爱特新材料科技有限公司 | Filter element integrating device |
-
2015
- 2015-12-17 CN CN201521060835.2U patent/CN205235774U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107998890A (en) * | 2017-12-05 | 2018-05-08 | 东莞理工学院 | A kind of method and its device for producing hollow fiber film assembly |
| CN107998890B (en) * | 2017-12-05 | 2019-10-22 | 东莞理工学院 | A kind of method and device thereof producing hollow fiber film assembly |
| CN109647210A (en) * | 2018-12-27 | 2019-04-19 | 天津膜天膜科技股份有限公司 | A kind of bonding casting device of Novel hollow fiber curtain type film assembly |
| CN110841485A (en) * | 2019-11-20 | 2020-02-28 | 湖南欧威爱特新材料科技有限公司 | Filter element integrating device |
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Effective date of registration: 20170424 Address after: 102206 Beijing Haidian District City Life Science Park Road No. 23-2 originwater building Patentee after: Beijing Bishuiyuan Science and Technology Co., Ltd. Address before: 101407 Beijing city Huairou District Yanqi Economic Development Zone Park south two Street No. 4 Patentee before: Beijing Bishui Yuanmo Science and Technology Co., Ltd. |