CN203944194U - A kind of disc type filter-pressing device - Google Patents
A kind of disc type filter-pressing device Download PDFInfo
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- CN203944194U CN203944194U CN201420408942.9U CN201420408942U CN203944194U CN 203944194 U CN203944194 U CN 203944194U CN 201420408942 U CN201420408942 U CN 201420408942U CN 203944194 U CN203944194 U CN 203944194U
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- pressure vessel
- type filter
- filter core
- discharging tube
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Abstract
The utility model discloses a kind of disc type filter-pressing device, comprise pressure vessel, described pressure vessel bottom is provided with send slurry mouth and cake discharge mouth, and inner chamber is provided with filter core cluster and cake discharge mechanism; Described filter core cluster is made up of disc type filter core and the discharging tube of the stacked setting of polylith, described discharging tube inner chamber is divided into two chambers by the internal partition axially arranging along it, is respectively equipped with the outage that is communicated with odd-level, even level disc type filter core on the wall of described two chambers; Described cake discharge mechanism comprises the rotating shaft that runs through pressure vessel top, and described rotating shaft is positioned at one end and the rotating driving device transmission outside pressure vessel, and the one end that is positioned at pressure vessel inner chamber is connected with setting gauge and is scraped cake device by framework.The utility model is greatly simplified structure of pressing filter, and cost is low, nothing is worn and torn, labour intensity is low; Improve dehydrating effect and reduce energy consumption simultaneously.
Description
Technical field
The utility model relates to liquid-solid separation technical field, is specifically related to a kind of disc type filter-pressing device.
Background technology
Filter press is a kind of solid-liquid separation equipment, its operation principle is: filter pulp is applied to certain pressure, filtrate is separated, according to structure difference by filter medium with solid material, existing filter can be divided into: plate and frame filter press, chamber-type press filter, spiral shell pressing dehydrator and disc type pressing filter.
Plate and frame filter press specification is little, and its filter area only has 30 ~ 40m
2, the pressure that enters to starch of pump only has 0.6-0.8 Mpa, and chamber-type press filter filter area can arrive 120m
2enter to starch pressure and can reach 1.2-1.6 Mpa, but have that dismounting filter plate labour intensity is large, the operation cycle is long, need manually unload filter cake, contaminated environment, the moisture height of filter cake and improve into the large shortcoming of slurry pressure difficulty.
The water separation capability of spiral shell pressing dehydrator is limited, solid content is greater than to 0.5% mud and can only be concentrated to solid content 10% left and right.
Disc type pressing filter is that vacuum circular disk filter is packed in a horizontal pressure vessel, when work, in pressure vessel, fill the compressed air with 0.3MPa left and right, the operations such as disk type filter filters under this pressure, dehydration, discharging, filter cake conveying, whole production process is all to carry out in airtight pressure vessel, and shortcoming is that filter pressure is low, the moisture height of filter cake, complex structure, control point is many, energy consumption is high, cost is expensive.
Several filter presses all adopt mechanical pump transferring raw material slurry above, and mechanical pump exists serious wear, energy consumption is high, fault rate is high, price and send slurry pressure low shortcoming.
In recent years, energy-conservation for adapting to, the patent of a large amount of high-dryness filters is disclosed, the typical case who had already implemented has:
The Chinese utility model patent that the patent No. is " 201110078673.5 " discloses a kind of high-dryness filter and method, and Bian carries out mechanical presses with change chamber space, the slurry of solid content <5% can be made to the filter cake of 40% left and right; But its complex structure, component processing required precision is high, serious wear, equipment heaviness, cost is high, and will unclamp filter plate in the time of cake discharge, and the sealing surface of filter plate is easily stained with filtrate, need clear up piecewise to avoid affecting sealing effectiveness, and labour intensity is large.
The utility application that application number is " 201210289503.6 " discloses a kind of filter press and filter-pressing method thereof, be provided with polylith filter plate, the filter cake spatial volume that holds material is variable, and between adjacent filter plate, sealing ring is set, and seal length is long, easily leak, replacing sealing ring workload is large, expense is high, and will unclamp filter plate in the time of cake discharge, and the sealing surface of filter plate is easily stained with filtrate, need clear up piecewise to avoid affecting sealing effectiveness, labour intensity is large; Its filter-pressing method comprises that the gas pressurized filter cloth that the charging of employing driving pump is filtered, employing pressure is 5Mpa carries out press filtration, adopts high-temperature gas material drying, reach predetermined moisture content, repeatedly repeat above-mentioned steps, control system complexity.
Utility model content
The utility model discloses a kind of disc type filter-pressing device, can solve existing filter press and adopt variable chamber space structure, cause complex structure, serious wear, cost high, and the large problem of cleaning filter plate labor intensity.
The utility model is achieved through the following technical solutions:
A kind of disc type filter-pressing device, comprises pressure vessel, and described pressure vessel bottom is provided with send slurry mouth and cake discharge mouth, and inner chamber is provided with filter core cluster and cake discharge mechanism; Described filter core cluster is made up of the disc type filter core of the stacked setting of polylith and the discharging tube that vertically runs through polylith disc type filter core, between adjacent disc type filter core, leave interval, described discharging tube lower end passes pressure vessel bottom, described discharging tube inner chamber is divided into left and right two chambers by the internal partition axially arranging along it, on the wall of described two chambers, be respectively equipped with and be communicated with odd-level, the left outage of even level disc type filter core, right outage, two chamber lower ends that pass pressure vessel bottom are connected with respectively left three-way valve and right three-way valve; Described cake discharge mechanism comprises the rotating shaft that runs through pressure vessel top, described rotating shaft is positioned at one end and the rotating driving device transmission outside pressure vessel, the one end that is positioned at pressure vessel inner chamber is connected with setting gauge and is scraped cake device by framework, described setting gauge laminate pressure container intracavity bottom, the described cake device of scraping extends between adjacent disc type filter core, described in scrape cake device and be provided with the scraper of edge of a knife contact disc type cartridge surface.
Described disc type filter core comprises that two limit portions connect as one, middle part is the circular porous plate of outwardly convex formation cavity respectively, and be coated on the filter cloth of circular porous plate outer wall, in the cavity of described disc type filter core, be also provided with the pressure-bearing post that many two ends connect respectively two circular porous plate inwalls, on described porous plate and filter cloth, be respectively equipped with concentric, the fluid hole that diameter mates with discharging tube, be enclosed within on discharging tube by fluid hole, described discharging tube is positioned at the part of each disc type filter core cavity and also overlaps the inner washer that has two to fit in respectively two circular porous plate inwalls, on described porous plate and filter cloth, be also respectively equipped with tie rod hole, the pull bar parallel with discharging tube runs through the tie rod hole on every block of porous plate and filter cloth, and described pull bar two ends are connected with respectively tightening nut, on discharging tube between adjacent disc type filter core, also cover has outer washer.
Described rotating driving device is the motor that is connected in pressure vessel end face outer wall by upper spider, and the axle of described motor is connected with rotating shaft top by shaft coupling, and described rotating shaft is rotationally connected with pressure vessel end face, passes through packing box seal.
Described framework extends horizontally to pressure vessel inwall from rotating shaft, then extends to straight down bottom along pressure vessel inwall, then to discharging tube horizontal-extending; Described setting gauge is arranged on framework from pressure vessel inwall to the horizontally extending part of discharging tube, described in scrape cake device one end be connected in framework along pressure vessel inwall extend to straight down bottom part, the other end extends between adjacent disc type filter core; The upper and lower edge of a knife of described scraper contacts respectively two adjacent disc type cartridge surface.
Described framework extends to straight down bottom along pressure vessel inwall and is also connected with discharge ribbon.
Described cake discharge mouth is one end is connected with blind plate by flange straight pipe from its inner chamber of pressure vessel bottom connection, the other end; Described the first port that send slurry mouthful to be communicated with A three-way valve, the second port of described A three-way valve is communicated with straight pipe inner chamber, and the 3rd port is overfall mouth.
The first port of described left three-way valve and right three-way valve is communicated with respectively two chambers in discharging tube, and the second port is communicated with respectively compressed air or is accompanied by hot-air, and the 3rd port is communicated with filtrate outlet.
Described pressure vessel top is also provided with gas vent, and described pressure vessel inwall is also provided with lower cake circuit.
The utility model advantage is compared with prior art:
One, Bian, with determining chamber space structure, greatly simplifies structure of pressing filter, and cost is low;
Two, filtration operation is moved in airtight static equipment, without wearing and tearing, long service life;
Three, adopt driven by motor to scrape cake device and setting gauge carries out cake discharge, do not need to unclamp filter plate, also do not need to clear up piecewise filter plate, labour intensity is low;
Four, adopt three grades of dewatering types, first adopt and send stock pump that former slip is sent into disc type filter-pressing device, what be pressurized to setting send stock pump threshold value, adopt again pressure to apply static pressure higher than the fluid media (medium) that send stock pump threshold value, be pressurized to the mud jacking tank threshold value of setting, then by compressed air or be accompanied by the moisture in hot-air stripping filter cake, can reduce sending the specification requirement of stock pump, also avoid the high fault rate of sending stock pump to produce under high load capacity, in improving dehydrating effect, effectively reduce energy consumption.
Brief description of the drawings
Fig. 1 is disc type filter-pressing device structure cutaway view of the present utility model.
Fig. 2 is the A-A cutaway view of Fig. 1.
Fig. 3 is the m part enlarged drawing of Fig. 1.
Fig. 4 is the n part enlarged drawing of Fig. 1.
Fig. 5 is analysing and observe of disc type filter core and plan structure schematic diagram.
Fig. 6 is the operating process schematic diagram of secondary press filtration and stripping.
Fig. 7 is mud jacking jar structure schematic diagram.
Detailed description of the invention
Filter cake can be divided into two kinds of compressible filter cake and incompressible filter cakes, and for compressible filter cake, dewatering efficiency is to improve with filter pressure, and its extreme value can reach 5-8MPa; For incompressible filter cake, dewatering efficiency also improves with filter pressure, but extreme value only has 0.8-1.2MPa.
embodiment 1
A kind of disc type filter-pressing device as shown in Fig. 1 ~ 5, comprise pressure vessel 11, described pressure vessel 11 bottoms are provided with send slurry mouth and cake discharge mouth 17, and described cake discharge mouth 17 is connected with the straight pipe of blind plate by flange for one end is communicated with its inner chamber, the other end from pressure vessel 11 bottoms; Described the first port that send slurry mouthful to be communicated with A three-way valve 33, the second port of described A three-way valve 33 is communicated with straight pipe inner chamber, and the 3rd port is overfall mouth.
Described pressure vessel 11 bottoms are provided with send slurry mouth and cake discharge mouth 17, and described cake discharge mouth 17 is provided with filter core cluster and cake discharge mechanism for one end holds inner chamber from pressure, described filter core cluster is made up of the disc type filter core 10 of the stacked setting of polylith and the discharging tube 8 that vertically runs through polylith disc type filter core 10, described disc type filter core 10 comprises that two limit portions connect as one, middle part is the circular porous plate 22 of outwardly convex formation cavity respectively, and be coated on the filter cloth 21 of circular porous plate 22 outer walls, in the cavity of described disc type filter core 10, be also provided with the pressure-bearing post 23 that many two ends connect respectively two circular porous plate 22 inwalls, on described porous plate 22 and filter cloth 21, be respectively equipped with concentric, the fluid hole 26 that diameter mates with discharging tube 8, be enclosed within on discharging tube 8 by fluid hole 26, described discharging tube 8 is positioned at the part of each disc type filter core 10 cavitys and also overlaps the inner washer 24 that has two to fit in respectively two circular porous plate 22 inwalls, on described porous plate 22 and filter cloth 21, be also respectively equipped with tie rod hole 25, the pull bar 7 parallel with discharging tube 8 runs through the tie rod hole 25 on every block of porous plate 22 and filter cloth 21, described pull bar 7 two ends are connected with respectively tightening nut 12, on discharging tube 8 between adjacent disc type filter core 10, also cover has outer washer 9, make to leave interval between adjacent disc type filter core 10, described discharging tube 8 lower ends pass pressure vessel 11 bottoms, described discharging tube 8 inner chambers are divided into a left side by the internal partition 15 axially arranging along it, right two chambers, on the wall of described two chambers, be respectively equipped with connection odd-level, the left outage 6-1 of even level disc type filter core 10, right outage 6-2, two chamber lower ends that pass pressure vessel 11 bottoms are connected with respectively left three-way valve 16-1 and right three-way valve 16-2, the first port of described left three-way valve 16-1 and right three-way valve 16-2 is communicated with respectively two chambers in discharging tube 8, the second port is communicated with respectively compressed air or is accompanied by hot-air, the 3rd port is communicated with filtrate outlet, described cake discharge mechanism comprises the rotating shaft 3 that runs through pressure vessel 11 tops, described rotating shaft 3 is positioned at one end and rotating driving device 1 transmission outside pressure vessel 11, described rotating driving device 1 is for being connected in the motor of pressure vessel 11 end face outer walls by upper spider 2, the axle of described motor is connected with rotating shaft 3 tops by shaft coupling, described rotating shaft 3 is rotationally connected with pressure vessel 11 end faces, seals by stuffing-box 4, one end that described rotating shaft 3 is positioned at pressure vessel 11 inner chambers is connected with setting gauge 14 and is scraped cake device 19 by framework 5, described framework 5 extends horizontally to pressure vessel 11 inwalls from rotating shaft 3, extend to straight down bottom along pressure vessel 11 inwalls again, then to discharging tube 8 horizontal-extendings, described setting gauge 14 is arranged on framework 5 from pressure vessel 11 inwalls to the horizontally extending part of discharging tube 8, laminate pressure container 11 intracavity bottoms, described scrape cake device 19 one end be connected in framework 5 along pressure vessel 11 inwalls extend to straight down bottom part, the other end extends between adjacent disc type filter core 10, the described described scraper 20 of scraping cake device 19 and be provided with the upper and lower edge of a knife and contact respectively two adjacent disc type filter core 10 surfaces, described framework 5 extends to straight down bottom along pressure vessel 11 inwalls and is also connected with discharge ribbon 27, described pressure vessel 11 tops are also provided with gas vent 39, and described pressure vessel 11 inwalls are also provided with lower cake circuit 18.
The method that uses as shown in Figure 6 the mud of above-mentioned disc type filter-pressing device press filtration moisture 98 ~ 95%, sludge filter cake is compressible, comprises the following steps:
A) separately establish a mud jacking tank 30, mud jacking tank 30 tops are provided with mud jacking tank exhaust outlet 31, fluid media (medium) entrance 32, safety valve 37, pressure gauge 38 and grouting valve 41, bottom is provided with grout outlet 40, the oar mouth that send of described pressure vessel 11 send stock pump 29 to export by sending slurry valve 35 to be communicated with respectively, is communicated with grout outlet 40 by mud jacking valve 36, and the 3rd port of described A three-way valve 33 is communicated with former slurry tank 28, employing send stock pump 29 that moisture 98 ~ 95% mud is sent into respectively pressure vessel 11 and mud jacking tank 30 from former slurry tank 28, in the time that mud jacking tank 30 fills, close the grouting valve 41 of mud jacking tank 30, mud jacking tank exhaust outlet 31 and mud jacking valve 36, in the time that pressure vessel 11 fills, the left three-way valve 16-1 of 8 two chamber belows of the gas vent 39 of closing presure container 11 and discharging tube and the second port of right three-way valve 16-2, open the 3rd port of left three-way valve 16-1 and right three-way valve 16-2 and discharge filtrate, continue to carry moisture 98 ~ 95% mud to pressure vessel 11, carry out the one-level dehydration of lower pressure, on the filter cloth 21 of disc type filter core 10, form gradually filter cake, along with the increase gradually of filter cake thickness, filtering required pressure also increases gradually, when send the operating pressure of stock pump 29 to reach 0.6MPa threshold value time, can obtain the filter cake of moisture content 78 ~ 75%, left three-way valve 16-1 and right three-way valve 16-2 the 3rd port do not have or only have the discharge of micro-filtrate, close and send stock pump 29 and slurry valve 35,
B) open the mud jacking valve 36 in A three-way valve 33 second conduits that mud jacking tank 30 bottoms are communicated with disc type filter-pressing devices, pass into the compressed air of 5-8MP from mud jacking tank 30 overhead stream body medium entrances 32, by compressed-air actuated static pressure, the mud of moisture 98 ~ 95% in mud jacking tank 30 is pressed into pressure vessel 11, carry out secondary dehydration, obtain the filter cake of moisture content 62 ~ 60%, left three-way valve 16-1 and right three-way valve 16-2 the 3rd port do not have or only have the discharge of micro-filtrate, close mud jacking valve 36, fluid media (medium) entrance 32, pressure vessel 11 send oar mouth, open the gas vent 39 of pressure vessel 11 and the 3rd port of A three-way valve 33, make unfiltered mud in pressure vessel 11 flow back to raw material slurry tank 28,
C) close the 3rd port of gas vent 39 and A three-way valve 33, close again the second port of left three-way valve 16-1 the 3rd port and right three-way valve 16-2, pass into the compressed air of 0.4-1MPa from left three-way valve 16-1 the second port, the left outage 6-1 of compressed air in discharging tube 8 left chamber enters odd-level disc type filter core 10 inner chambers, see through again porous plate 22 and filter cloth 21 by the moisture stripping in sludge filter cake hole, again by the moisture stripping in the sludge filter cake hole on even level disc type filter core 10, then enter even level disc type filter core 10 inner chambers, right outage 6-2 in right chamber, discharge from right three-way valve 16-2 the 3rd port of right chamber below, realize three grades of dehydrations, for improving three grades of dehydrating effects, can alternately pass into compressed air from left side and right chamber below respectively, discharge from opposite side, it is better that employing hot-air carries out the dehydrating effect of stripping, the water content of the sludge filter cake after three grades of dehydrations can reach 59 ~ 56%, compares the sludge filter cake of the water content 85% that traditional filter press processes, and energy consumption can also reduce 66%,
D) close the second port of left three-way valve 16-1 and right three-way valve 16-2, open the blind plate of cake discharge mouth 17, actuating motor 1 drives scrape the cake device 19, scraper 20, discharge ribbon 27, setting gauge 14 that are fixed on framework 5 to rotate, and after the paste sludge filter cake on the filter cloth of disc type filter core 10 21 is scraped, transfers the outer row of cake discharge mouth 17 to; Process-cycle foreshortens to 1 one 2h, compared with general manual cleaning's filter press, can raise labour productivity more than 2-5 times.
embodiment 2
The filter-pressing method of moisture 85% silica slurry, silica filter cake is incompressible, and what in mud jacking tank 30, pass into is the water of 1Mpa, and mud jacking tank 30 inner chambers are provided with the capsule 34 on fluid media (medium) entrance 32 that is enclosed within as shown in Figure 7.
All the other are implemented as embodiment 1.
One-level silica filter cake moisture content 75% left and right obtaining of dewatering, secondary silica filter cake moisture content 70% left and right obtaining of dewatering, silica filter cake water content after three grades of dehydrations can reach below 50%, the silica filter cake of comparing the water content 65% that traditional filter press processes, energy consumption can also reduce 30%.
Claims (8)
1. a disc type filter-pressing device, comprises pressure vessel (11), it is characterized in that: described pressure vessel (11) bottom is provided with send slurry mouth and cake discharge mouth (17), and inner chamber is provided with filter core cluster and cake discharge mechanism, described filter core cluster is made up of the disc type filter core (10) of the stacked setting of polylith and the discharging tube (8) that vertically runs through polylith disc type filter core (10), between adjacent disc type filter core (10), leave interval, described discharging tube (8) lower end passes pressure vessel (11) bottom, described discharging tube (8) inner chamber is divided into a left side by the internal partition (15) axially arranging along it, right two chambers, on the wall of described two chambers, be respectively equipped with connection odd-level, the left outage (6-1) of even level disc type filter core (10), right outage (6-2), two chamber lower ends that pass pressure vessel (11) bottom are connected with respectively left three-way valve (16-1) and right three-way valve (16-2), described cake discharge mechanism comprises the rotating shaft (3) that runs through pressure vessel (11) top, described rotating shaft (3) is positioned at pressure vessel (11) outer one end and rotating driving device (1) transmission, the one end that is positioned at pressure vessel (11) inner chamber is connected with setting gauge (14) and is scraped cake device (19) by framework (5), described setting gauge (14) laminate pressure container (11) intracavity bottom, the described cake device (19) of scraping extends between adjacent disc type filter core (10), described in scrape cake device (19) and be provided with the scraper (20) on edge of a knife contact disc type filter core (10) surface.
2. a kind of disc type filter-pressing device as claimed in claim 1, it is characterized in that: described disc type filter core (10) comprises that two limit portions connect as one, middle part is the circular porous plate (22) of outwardly convex formation cavity respectively, and be coated on the filter cloth (21) of circular porous plate (22) outer wall, in the cavity of described disc type filter core (10), be also provided with the pressure-bearing post (23) that many two ends connect respectively two blocks of circular porous plates (22) inwall, on described porous plate (22) and filter cloth (21), be respectively equipped with concentric, the fluid hole (26) that diameter mates with discharging tube (8), be enclosed within on discharging tube (8) by fluid hole (26), described discharging tube (8) is positioned at the part of each disc type filter core (10) cavity and also overlaps the inner washer (24) that has two to fit in respectively two blocks of circular porous plates (22) inwall, on described porous plate (22) and filter cloth (21), be also respectively equipped with tie rod hole (25), the pull bar (7) parallel with discharging tube (8) runs through the tie rod hole (25) on every block of porous plate (22) and filter cloth (21), and described pull bar (7) two ends are connected with respectively tightening nut (12), on discharging tube (8) between adjacent disc type filter core (10), also cover has outer washer (9).
3. a kind of disc type filter-pressing device as claimed in claim 1, it is characterized in that: described rotating driving device (1) is for being connected in the motor of pressure vessel (11) end face outer wall by upper spider (2), the axle of described motor is connected with rotating shaft (3) top by shaft coupling, described rotating shaft (3) is rotationally connected with pressure vessel (11) end face, seals by stuffing-box (4).
4. a kind of disc type filter-pressing device as claimed in claim 1, it is characterized in that: described framework (5) extends horizontally to pressure vessel (11) inwall from rotating shaft (3), extend to straight down bottom along pressure vessel (11) inwall again, then to discharging tube (8) horizontal-extending; Described setting gauge (14) is arranged on framework (5) from pressure vessel (11) inwall to the horizontally extending part of discharging tube (8), described scrape cake device (19) one end be connected in framework (5) along pressure vessel (11) inwall extend to straight down bottom part, the other end extends between adjacent disc type filter core (10); The upper and lower edge of a knife of described scraper (20) contacts respectively adjacent two disc type filter cores (10) surface.
5. a kind of disc type filter-pressing device as claimed in claim 4, is characterized in that: described framework (5) extends to straight down bottom along pressure vessel (11) inwall and is also connected with discharge ribbon (27).
6. a kind of disc type filter-pressing device as claimed in claim 1, is characterized in that: described cake discharge mouth (17) is one end is connected with blind plate by flange straight pipe from its inner chamber of pressure vessel (11) bottom connection, the other end; Described the first port that send slurry mouthful to be communicated with A three-way valve (33), the second port of described A three-way valve (33) is communicated with straight pipe inner chamber, and the 3rd port is overfall mouth.
7. a kind of disc type filter-pressing device as claimed in claim 1, it is characterized in that: the first port of described left three-way valve (16-1) and right three-way valve (16-2) is communicated with respectively two chambers in discharging tube (8), the second port is communicated with respectively compressed air or is accompanied by hot-air, and the 3rd port is communicated with filtrate outlet.
8. a kind of disc type filter-pressing device as claimed in claim 1, is characterized in that: described pressure vessel (11) top is also provided with gas vent (39), and described pressure vessel (11) inwall is also provided with lower cake circuit (18).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420408942.9U CN203944194U (en) | 2014-07-24 | 2014-07-24 | A kind of disc type filter-pressing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420408942.9U CN203944194U (en) | 2014-07-24 | 2014-07-24 | A kind of disc type filter-pressing device |
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| CN203944194U true CN203944194U (en) | 2014-11-19 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420408942.9U Withdrawn - After Issue CN203944194U (en) | 2014-07-24 | 2014-07-24 | A kind of disc type filter-pressing device |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104138677A (en) * | 2014-07-24 | 2014-11-12 | 吴植仁 | Disk type filter pressing device and filter pressing method |
| CN104785002A (en) * | 2015-04-30 | 2015-07-22 | 吴植仁 | Disk type filter pressing device |
| CN104906859A (en) * | 2015-06-19 | 2015-09-16 | 奥源科技有限公司 | Filtering membrane bracket |
-
2014
- 2014-07-24 CN CN201420408942.9U patent/CN203944194U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104138677A (en) * | 2014-07-24 | 2014-11-12 | 吴植仁 | Disk type filter pressing device and filter pressing method |
| CN104138677B (en) * | 2014-07-24 | 2016-09-14 | 吴植仁 | A kind of disc type filter-pressing device and filter-pressing method |
| CN104785002A (en) * | 2015-04-30 | 2015-07-22 | 吴植仁 | Disk type filter pressing device |
| CN104906859A (en) * | 2015-06-19 | 2015-09-16 | 奥源科技有限公司 | Filtering membrane bracket |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20141119 Effective date of abandoning: 20160914 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |