CN203303728U - Novel slag separation and filtering device - Google Patents
Novel slag separation and filtering device Download PDFInfo
- Publication number
- CN203303728U CN203303728U CN2013202977002U CN201320297700U CN203303728U CN 203303728 U CN203303728 U CN 203303728U CN 2013202977002 U CN2013202977002 U CN 2013202977002U CN 201320297700 U CN201320297700 U CN 201320297700U CN 203303728 U CN203303728 U CN 203303728U
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- clear water
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Abstract
The utility model provides a novel slag separation filtering device. The novel slag separation filtering device comprises a hybrid mesh type slag separation filtering device and a drum type slag separation filtering device, wherein the hybrid mesh type slag separation filtering device is used for deep treatment after the treatment of the drum type slag separation filtering device. By adopting the novel slag separation filtering device provided by the utility model, large solid impurities and small solid impurities such as hair, fiber and soap scum can be automatically cleared, so that workers do not need to watch over or clear meshes in a harsh environment in an incoming water pretreatment process, the difficult problem of manually clearing the meshes is solved, and the novel slag separation filtering device has the advantages of saving the labor, reducing the deslagging energy consumption and the like.
Description
Technical field
The utility model is a kind of novel every slag filter.
Background technology
In actual life, the factory's water that enters of sewage treatment plant is life and industry and commerce combined sewage, enter the solid impurity that some larger volumes are arranged in factory's water, the regeneration water factory water source of hotel's device is the draining of hotel guest room bathing pool, be called waste water, some hairs, fiber and soap scum are arranged in waste water, and entering factory's water and waste water needed to carry out every slag and filtration treatment before advanced treating.
At present, most net grid and be fixing plate armature every the slag screen pack, the solid impurity entered in factory's water or waste water is constantly shifted to flat every the slag screen pack with current, be attached to gradually the net grid and every slag screen pack water inlet side, need to arrange staff ceaselessly to remove and be attached to net grid and the solid impurity on the slag screen pack, otherwise solid impurity can stop up flat net grid and, every the slag screen pack, enter factory's water or waste water and can not flow into swimmingly the advanced treating operation.
The utility model content
It is a kind of novel every slag filter that technical problem to be solved in the utility model is to provide, and solves a kind of Automatic-mesh-cleaning in prior art, do not need artificial clear net, effectively remove solid and the fine impurities such as hair, fiber and soap scum novel every slag filter.
At the utility model, provide a kind of novel every slag filter, comprise that the hybrid network type is every slag filter, described hybrid network type comprises every the slag lautertuns every slag filter, described second cylinder that is equipped with in the middle part of the slag lautertuns, described the second cylinder is every the slag lautertuns, being separated into sewage input side, clear water output region, washing net side three parts; Directly over described the second cylinder, be provided with press roll, the cylinder face veneer of the rolling drum surface of described press roll and described the second cylinder arranges;
In described clear water output region, described front panel every slag lautertuns bottom is provided with the first clear water delivery outlet, and described rear board every slag lautertuns bottom is provided with the second clear water delivery outlet; On described left plate every slag lautertuns top, the sewage input interface is installed, described left plate every slag lautertuns bottom is equipped with the second blowdown interface, and described right plate every slag lautertuns bottom is equipped with the 3rd blowdown interface; Below the second cylinder, be provided with the clear water holding tank, the left plate top of described clear water holding tank is equipped with the clear water input interface, and the right plate bottom of described clear water holding tank is equipped with the 3rd clear water output interface;
The described net side lower part of washing is equipped with and washes net nylon bruss cylinder, describedly washes the brush finish of net nylon bruss cylinder and the wire side of the second cylinder is close to setting, washes net nylon bruss cylinder upper right side the second passive cylinder is installed;
Described right side every the slag lautertuns is provided with and connects the slag funnel, in the described top that connects the slag funnel, space mounting has the first passive cylinder, the rolling drum surface of described the first passive cylinder is close to the brush finish setting of slagging-off nylon bruss cylinder, the lower left of described slagging-off nylon bruss cylinder is provided with hook end row comb, and the hook-shaped end of described hook end row comb can be deep into the nylon brush layer of described slagging-off nylon bruss cylinder;
Described hybrid network type also comprises annular fourdrinier wire every slag filter, and the screen cloth of annular fourdrinier wire joins end to end and circularizes, the second cylinder and the first passive cylinder the ring in, press roll, the second passive cylinder, slagging-off nylon bruss cylinder, wash net nylon bruss cylinder the ring outside.
Further, described the second cylinder two ends respectively are provided with the glue strip of paper used for sealing.
Further, the described clear water delivery outlet of described front panel bottom connects the first clear water output interface, and the described clear water delivery outlet of described rear board bottom connects the second clear water output interface.
Further, describedly novelly every slag filter, also comprise that cylinder type is every the slag device, described cylinder type comprises the first cylinder every the slag device, one end of described the first cylinder is selvage passive tooth torus, the other end of described the first cylinder is selvage positioning guide rail ring, and described selvage passive tooth torus is furnished with driven wheel; One end of described selvage passive tooth torus is water inlet, and an end of described selvage positioning guide rail ring is the solid impurity outlet, and described solid impurity outlet below connects the ballast screen plate, and the position of described water inlet is higher than the position of described solid impurity outlet;
Described the first cylinder below is provided with water receiving tank, and there is spray thrower described the first cylinder top, and the side plate of described water receiving tank has output interface, and the base plate of described water receiving tank has the blowdown interface; Described output interface is connected every the described sewage input interface of slag filter with described hybrid network type.
Further, described the first cylinder is tubular cylinder shape, and the center of circle line of described the first cylinder and horizontal angle are 20 degree.
Further, described selvage passive tooth torus periphery evenly is furnished with seven driven gears and a driven wheel, and described selvage positioning guide rail ring periphery evenly is furnished with eight locating wheels.
Further, described water receiving tank is taken from the spray water source of described spray thrower, by booster water pump and pipeline the described spray thrower of water suction of described water receiving tank.
It is novel every slag filter that employing the utility model provides, can automatically remove larger solid impurity and the tiny solid impurity such as hair, fiber and soap scum, make factory's water pretreatment operation not need workman's on duty and clear net in rugged environment, solve the difficult problem of the clear net of staff, have the advantages such as the labour of saving, minimizing slagging-off energy consumption.
The accompanying drawing explanation
Accompanying drawing described herein is used to provide further understanding of the present utility model, forms the application's a part, and schematic description and description of the present utility model, for explaining the utility model, does not form improper restriction of the present utility model.In the accompanying drawings:
Fig. 1 has schematically shown cylinder type that the utility model embodiment provides every slag;
Fig. 2 has schematically shown driven wheel that the utility model embodiment provides and the schematic diagram of seven Positioning Gears;
Fig. 3 has schematically shown hybrid network type that the utility model embodiment the provides front section view every slag filter;
Fig. 4 has schematically shown hybrid network type that the utility model embodiment the provides side sectional view every slag filter;
Fig. 5 has schematically shown the hook end row comb that the utility model embodiment provides.
The specific embodiment
Below with reference to the accompanying drawings and in conjunction with the embodiments, describe the utility model in detail.
Referring to Fig. 1 to Fig. 4, it is a kind of novel every slag filter that the utility model embodiment provides, by cylinder type, formed every slag filter two parts every slag device and hybrid network type, wherein cylinder type is first order pretreatment every the slag device, hybrid network is second level pretreatment every slag filter, and second level pretreatment is the pretreated deep level of processing of the first order.
As shown in Figure 1, cylinder type comprises that every the slag device the first cylinder 110, the first cylinders 110 are tubular cylinder shape, and the axial line of the first cylinder 110 and horizontal angle are 20 degree, and an end of the first cylinder 110 is selvage passive tooth torus 116; As shown in Figure 2, selvage passive tooth torus 116 peripheries evenly are furnished with seven driven gears 165 and a driven wheel 115, and driven wheel 115 is connected with CD-ROM drive motor 114; The other end of the first cylinder 110 is selvage positioning guide rail ring 112, and selvage positioning guide rail ring 112 peripheries evenly are furnished with eight locating wheels.
During operation CD-ROM drive motor 114, the first cylinder 110, under the positioning action of driven wheel 115 and seven Positioning Gears 165 and eight locating wheels, along selvage passive tooth torus 116 and selvage positioning guide rail ring 112, rotates with a fixing center of circle.
One end of selvage passive tooth torus 116 is provided with oral siphon 117, and oral siphon 117 is arranged on the position of the first interior space of cylinder 110 near selvage passive tooth torus 116; One end of selvage positioning guide rail ring 112 is the solid impurity outlet, and solid impurity outlet below connects ballast screen plate 111, and the position of oral siphon 117 water inlets is higher than the position of solid impurity outlet.
The first cylinder 110 belows are provided with water receiving tank 120, the water flowed in the first cylinder 110 from oral siphon 117 can all flow into water receiving tank 120 through the mesh of the first cylinder 110, there is spray thrower 113 the first cylinder 110 tops, the nozzle of spray thrower 113 is downward, water receiving tank 120 is taken from the water source of spray thrower 113, by booster water pump and pipeline (not shown in FIG.) the water suction spray thrower 113 of tank 120;
The side plate of water receiving tank 120 has output interface 118, and the base plate of water receiving tank 120 has the first blowdown interface 119, the first blowdown interfaces 119 to close when flat, during cleaning, opens the first blowdown interface 119 sewage effluents.
This cylinder type is as follows every the running of slag device:
(1) enter factory's water and constantly flow into the first interior space of cylinder 110 through oral siphon 117, the mesh that moisture content sees through the first cylinder 110 flows into water receiving tank 120 downwards, and solid impurity is attached at the first cylinder 110 inwalls;
(2) with the first cylinder 110, rotate, the solid impurity that is attached to the first cylinder 110 inwalls moves up, in moving process, the part solid impurity falls to the first cylinder 110 inwall bottoms at Action of Gravity Field, when the solid impurity that still is attached to the first cylinder 110 inwalls moves to spray thrower 113 below, the current that sprayed by spray thrower 113 wash from the first cylinder 110 inwalls and fall to the first cylinder 110 inwall bottoms, because solid impurity outlet one end of the first cylinder 110 is lower, so solid impurity outlet one end can be shifted in the position of solid impurity drop;
(3) solid impurity is shifted to the solid impurity outlet through repeatedly dropping, and finally falls into and connects ballast screen plate 111, and the water remained in solid impurity flows into water receiving tanks 120 through connecing ballast screen plate 111;
(4) put and connect the slag cloth bag connecing ballast screen plate 111, regularly collect and connect the solid impurity in the slag cloth bag.
Because the first cylinder 110 gyrates, the solid impurity that makes to be attached to the first cylinder 110 inwalls drops in moving past journey upper, through repeatedly dropping, shift to the solid impurity outlet, finally fall into and connect ballast screen plate 111, the current of spray thrower 113 sprays ceaselessly rinse again the wire side of the first cylinder 110, so its drainability is in optimum state substantially.
As shown in Figure 3 and Figure 4, the hybrid network type comprises every the slag lautertuns every slag filter, and the second cylinder 5 is arranged on every slag lautertuns middle part, every the slag lautertuns, being separated into three parts, left side is sewage input side 2, and right side is the clear water output region for the inner space of washing net side 7, the second cylinders 5; At the second cylinder 5 two ends, respectively be provided with glue strip of paper used for sealing 3.
Directly over the second cylinder 5, be provided with press roll 6, the wire side of the rolling drum surface of press roll 6 and the second cylinder 5 is close to setting, and press roll 6 is a kind of free gravity movable drums.The support of press roll 6 (not shown in FIG.) is separately fixed on the front panel and rear board of slag lautertuns, the axle head cover of press roll 6 has bearing, bearing can slide up and down along support, for example, respectively at two end support flutings, bearing can slide up and down in groove, move while make press roll 6 to rotate vertically downward.
In the clear water output region, every front panel bottom and the rear board bottom of slag lautertuns, respectively be provided with a clear water delivery outlet 4, clear water delivery outlet 4 respectively is equipped with the first clear water output interface 41 and the second clear water output interface 42.
On the left plate top every the slag lautertuns, sewage input interface 1 is installed, every the left plate bottom of slag lautertuns, the second blowdown interface 19 is installed, every the right plate bottom of slag lautertuns, the 3rd blowdown interface 14 is installed.Below the second cylinder 5, be provided with clear water holding tank 17, the left plate top of clear water holding tank 17 is equipped with clear water input interface 18, and the right plate bottom is equipped with the 3rd clear water output interface 13.
Be equipped with and wash net nylon bruss cylinder 16 washing net side 7 bottoms, wash the brush finish of net nylon bruss cylinder 16 and the wire side of the second cylinder 5 and be close to setting, wash net nylon bruss cylinder 16 upper right side the second passive cylinder 15 is installed.
Every the right side of slag lautertuns, be provided with and connect slag funnel 10, connect space mounting in the top of slag funnel 10 the first passive cylinder 9, slagging-off nylon bruss cylinder 11 and hook end row comb 12 are arranged, the first passive cylinder 9 be positioned at slagging-off nylon bruss cylinder 11 directly over, the brush finish of slagging-off nylon bruss cylinder 11 and the rolling drum surface of the first passive cylinder 9 are close to setting, and hook end row comb 12 is positioned at the lower left of slag nylon bruss cylinder 11;
Hook end row comb 12 is comprised of movable axis 121, gag lever post 122, row's comb 123, and row's comb 123 is processed by some steel wires, and the comb end is hook-shaped, and the end of row's comb 123 is vertically fixed on movable axis 121, and gag lever post 122 is close to row's comb 123 belows and is arranged.
Hook end row comb 12 be take movable axis 121 and is the center of circle, and hook-shaped end relies on gravity downward, and under gag lever post 122 supported, during 12 rotation of hook end row comb, its hook-shaped end just was deep into the nylon brush layer of slagging-off nylon bruss cylinder 11, but did not touch the axle center of slagging-off nylon bruss cylinder 11.
This hybrid network type also comprises annular fourdrinier wire 8 every slag filter, the screen cloth of annular fourdrinier wire 8 joins end to end and circularizes, the second cylinder 5 and the first passive cylinder 9, in ring, the passive cylinder 15 of press roll 6, second, slagging-off nylon bruss cylinder 11, are washed net nylon bruss cylinder 16 outside ring.
Annular fourdrinier wire 8 passes between the second cylinder 5 and press roll 6, the second cylinder 5 is drive rolls, and press roll 6 is passive cylinders, and the second cylinder 5 rolls clockwise, drives annular fourdrinier wire 8 and moves, and press roll 6 inhours are rolled.Annular fourdrinier wire 8 passes between the first passive cylinder 9 and slagging-off nylon bruss cylinder 11, slagging-off nylon bruss cylinder 11 is drive rolls, while rolling clockwise, is reverse rolling with respect to annular fourdrinier wire 8 moving directions; Annular fourdrinier wire 8 is at the second cylinder 5 and wash between net nylon bruss cylinder 16 and pass, and washing net nylon bruss cylinder 16 is drive rolls, while rolling clockwise, is reverse rolling with respect to annular fourdrinier wire 8 moving directions.
The point on wire side between the second cylinder 5 and press roll 6 of take is example, and annular fourdrinier wire 8 moving process are as follows:
When the second cylinder 5 rolls, the rolling of this o'clock with the second cylinder 5 is shifted to the right to the first passive cylinder 9, in the position of the first passive cylinder 9, turn to approximately 180 degree, wire side to moving down into the second passive cylinder 15, in the position of the second passive cylinder 15, turn to approximately 40 degree, wire side to move on to the second cylinder 5 to the right, in the position of the second cylinder 5, turn to approximately 180 degree, wire side to moving left to press roll 6, so constantly loopy moving;
When slagging-off nylon bruss cylinder 11 rolls, constantly cleaning the wire side of the annular fourdrinier wire 8 of being close to the first passive cylinder 9; Hook end row comb 12 be take movable axis 121 and is the center of circle, and in the nylon brush layer of its hook-shaped end down into slagging-off nylon bruss cylinder 11, when slagging-off nylon bruss cylinder 11 rolled, the nylon bruss of nylon bruss cylinder 11 in the continuous combing of hook end row comb 12 hook-shaped end;
While washing 16 rolling of net nylon bruss cylinder, constantly cleaning the wire side of the annular fourdrinier wire 8 of being close to the second cylinder 5 wire sides;
The hybrid network type is connected with the output interface 118 of cylinder type every the slag device every the sewage input interface 1 of slag filter, and the hybrid network type is total output interface of this device every the 3rd clear water output interface 13 of slag filter.
This hybrid network type is as follows every the running of slag filter:
(1) waste water of cylinder type in slag device water receiving tank 120 connects sewage input interface 1 by output interface 118, constantly flows into sewage input side 2, and the mesh that moisture content sees through cylinder 5 and annular fourdrinier wire 8 flows to the clear water output region and washes net side 7; Under hydraulic pressure and flow action, the solid impurity in waste water is pushed to the wire side of annular fourdrinier wire 8, and is attached at the wire side of annular fourdrinier wire 8;
(2) with annular fourdrinier wire 8, move, solid impurity is brought to press roll 6 lower ends, and annular fourdrinier wire 8 and the contained moisture content of solid impurity are squeezed cylinder 6 extruding, and moisture content sees through cylinder 5 and flows into the clear water output region downwards;
(3) with annular fourdrinier wire 8, move, after solid impurity moved on to the first passive cylinder 9, because annular fourdrinier wire 8 turns to 180 degree, the part solid impurity on wire side will break away from annular fourdrinier wire 8 and fall and connect slag funnel 10; The a part of solid impurity that the remains in annular fourdrinier wire 8 wire sides nylon bruss cylinder 11 that removed the gred is swept from annular fourdrinier wire 8 and is fallen and connect slag funnel 10, and now the solid impurity such as some fibre can turn the brush finish that invests slagging-off nylon bruss cylinder 11;
(4) turn the fiber that invests slagging-off nylon bruss cylinder 11 and with slagging-off nylon bruss cylinder 11, be rolled to the hook-shaped end of hook end row comb 12, hooked from slagging-off nylon bruss cylinder 11 by hook-shaped end, fall and connect slag funnel 10;
(5) annular fourdrinier wire 8 the second passive cylinder 15 enter after turning to and wash net side 7, through washing after net nylon bruss cylinder 16 scrubs clean, return to sewage input side 2, so constantly circulation.
Because annular fourdrinier wire 8 is wrapped in the wire side of the second cylinder 5 towards sewage input side 2, cylinder 5 will keep clean state; The annular fourdrinier wire 8 that returns to sewage input side 2 through 11 slagging-off of slagging-off nylon bruss cylinder, wash net nylon bruss cylinder 16 and scrub after, cleaner, so the drainability of cylinder 5 and annular fourdrinier wire 8 is in optimum state substantially.
It is novel every slag filter that employing the utility model provides, can automatically remove larger solid impurity and the tiny solid impurity such as hair, fiber and soap scum, make factory's water pretreatment operation not need workman's on duty and clear net in rugged environment, solve the difficult problem of the clear net of staff, have the advantages such as the labour of saving, minimizing slagging-off energy consumption.
The foregoing is only preferred embodiment of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations.All within spirit of the present utility model and principle, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection domain of the present utility model.
Claims (7)
- One kind novel every slag filter, comprise that the hybrid network type is every slag filter, it is characterized in that, described hybrid network type comprises every the slag lautertuns every slag filter, described second cylinder that is equipped with in the middle part of the slag lautertuns, described the second cylinder is every the slag lautertuns, being separated into sewage input side, clear water output region, washing net side three parts; Directly over described the second cylinder, be provided with press roll, the cylinder face veneer of the rolling drum surface of described press roll and described the second cylinder arranges; In described clear water output region, described front panel every slag lautertuns bottom is provided with the first clear water delivery outlet, and described rear board every slag lautertuns bottom is provided with the second clear water delivery outlet; On described left plate every slag lautertuns top, the sewage input interface is installed, described left plate every slag lautertuns bottom is equipped with the second blowdown interface, and described right plate every slag lautertuns bottom is equipped with the 3rd blowdown interface; Below the second cylinder, be provided with the clear water holding tank, the left plate top of described clear water holding tank is equipped with the clear water input interface, and the right plate bottom of described clear water holding tank is equipped with the 3rd clear water output interface;The described net side lower part of washing is equipped with and washes net nylon bruss cylinder, describedly washes the brush finish of net nylon bruss cylinder and the wire side of the second cylinder is close to setting, washes net nylon bruss cylinder upper right side the second passive cylinder is installed;Described right side every the slag lautertuns is provided with and connects the slag funnel, in the described top that connects the slag funnel, space mounting has the first passive cylinder, the rolling drum surface of described the first passive cylinder is close to the brush finish setting of slagging-off nylon bruss cylinder, the lower left of described slagging-off nylon bruss cylinder is provided with hook end row comb, and the hook-shaped end of described hook end row comb can be deep into the nylon brush layer of described slagging-off nylon bruss cylinder;Described hybrid network type also comprises annular fourdrinier wire every slag filter, and the screen cloth of annular fourdrinier wire joins end to end and circularizes, the second cylinder and the first passive cylinder the ring in, press roll, the second passive cylinder, slagging-off nylon bruss cylinder, wash net nylon bruss cylinder the ring outside.
- 2. according to claim 1 novel every slag filter, it is characterized in that, described the second cylinder two ends respectively are provided with the glue strip of paper used for sealing.
- 3. according to claim 1 and 2 novel every slag filter, it is characterized in that, the described clear water delivery outlet of described front panel bottom connects the first clear water output interface, and the described clear water delivery outlet of described rear board bottom connects the second clear water output interface.
- 4. according to claim 1 novel every slag filter, it is characterized in that, describedly novelly every slag filter, also comprise that cylinder type is every the slag device, described cylinder type comprises the first cylinder every the slag device, one end of described the first cylinder is selvage passive tooth torus, the other end of described the first cylinder is selvage positioning guide rail ring, and described selvage passive tooth torus is furnished with driven wheel; One end of described selvage passive tooth torus is water inlet, and an end of described selvage positioning guide rail ring is the solid impurity outlet, and described solid impurity outlet below connects the ballast screen plate, and the position of described water inlet is higher than the position of described solid impurity outlet;Described the first cylinder below is provided with water receiving tank, and there is spray thrower described the first cylinder top, and the side plate of described water receiving tank has output interface, and the base plate of described water receiving tank has the blowdown interface; Described output interface is connected every the described sewage input interface of slag filter with described hybrid network type.
- 5. according to claim 4 novel every slag filter, it is characterized in that, described the first cylinder is tubular cylinder shape, the center of circle line of described the first cylinder and horizontal angle are 20 degree.
- 6. according to claim 4 novel every slag filter, it is characterized in that, described selvage passive tooth torus periphery evenly is furnished with seven driven gears and a driven wheel, and described selvage positioning guide rail ring periphery evenly is furnished with eight locating wheels.
- According to claim 4 novel every slag every the slag device, it is characterized in that, described water receiving tank is taken from the spray water source of described spray thrower, by booster water pump and pipeline the described spray thrower of water suction of described water receiving tank.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013202977002U CN203303728U (en) | 2013-05-28 | 2013-05-28 | Novel slag separation and filtering device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013202977002U CN203303728U (en) | 2013-05-28 | 2013-05-28 | Novel slag separation and filtering device |
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| Publication Number | Publication Date |
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| CN203303728U true CN203303728U (en) | 2013-11-27 |
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| CN2013202977002U Expired - Fee Related CN203303728U (en) | 2013-05-28 | 2013-05-28 | Novel slag separation and filtering device |
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| CN (1) | CN203303728U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104707391A (en) * | 2015-03-20 | 2015-06-17 | 上海秉汇智能新材料科技有限公司 | Novel energy backwashing filter |
-
2013
- 2013-05-28 CN CN2013202977002U patent/CN203303728U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104707391A (en) * | 2015-03-20 | 2015-06-17 | 上海秉汇智能新材料科技有限公司 | Novel energy backwashing filter |
| CN104707391B (en) * | 2015-03-20 | 2016-05-25 | 上海秉汇智能新材料科技有限公司 | A kind of new forms of energy backwash filter |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131127 Termination date: 20150528 |
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| EXPY | Termination of patent right or utility model |