CN2825059Y - Novel suspension material press-filtering dehydrating equipment - Google Patents
Novel suspension material press-filtering dehydrating equipment Download PDFInfo
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- CN2825059Y CN2825059Y CN 200520127788 CN200520127788U CN2825059Y CN 2825059 Y CN2825059 Y CN 2825059Y CN 200520127788 CN200520127788 CN 200520127788 CN 200520127788 U CN200520127788 U CN 200520127788U CN 2825059 Y CN2825059 Y CN 2825059Y
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- membrane filter
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Abstract
The utility model relates to novel suspension material press-filtering dehydrating equipment which comprises a frame, compressing equipment arranged on the upper end part of the frame, end drive equipment, an end compressing plate, a fixing plate, and at least one unit group which is composed of a plurality of membrane septum filter plates-dehydrating plate units in parallel arrangement. The utility model is characterized in that the membrane filter plates and the angle plates at four corners of the dehydrating plates are provided with material input via holes, compressed air via holes, thermal medium input and output via holes and water drainage via holes, and the middle position of each membrane filter plate-dehydrating plate unit group is provided with a middle drive plate with drive equipment. When the press-filtering plates-dehydrating plates are assembled and compressed, each via hole on the angle plates forms each undercurrent channel and is communicated with the corresponding interface arranged on the fixing plate, etc., so that the whole machine of the equipment has compact and reasonable structure and uniform stress, and the original branch pipes connected with outer pipes are all deleted so as to completely eliminate the large producing abuse caused and affected by the branch pipe with easy twist, deformation and damage, and the equipment has long service life.
Description
Technical field:
The utility model is a kind of novel suspension material pressure-filteration drying dehydration equipment, relates to suspension material solid-liquid separating equipment technical field.
Background technology:
The utility model is the modified invention of ZL20042059725.X " the suspension material pressure-filteration drying dehydration equipment " patent to the inventor, as seen from Figure 1 in the prior art because many groups of barrier film press filtration plate---the drying plate unit that are arranged in parallel that adopted barrier film press filtration plate (9) and drying plate (10) to combine, and material pan feeding passage (84 ') is arranged at the Shang Jiaochu of press filtration plate, and the drainage channel (144 ') that is provided with filtrate water, the thermal medium access way (74 ') of heating plate, (174 '), compressed air channel structures such as (134 '), make this dehydration equipment not only have small investment, power consumption is few, the dehydration rate height, advantage of high production efficiency, and operating cost is low, and certain improvement is also arranged service life.But because compressed air channel (134 ') in this equipment, hot media channel (74 '), (174 ') all adopts arm (135 '), (75 '), (175 ') is connected with barrier film press filtration plate (9) drying plate (10) in each unit respectively, not only arm is various, intersect in length and breadth and make outfit of equipment outward appearance confusion, and installation and maintenance are inconvenience very, what is more important is being closed up, draw back each barrier film press filtration plate (9), drying plate (10) work, during discharging, these arms can produce torsional deformation, and the operation of drawing back back and forth and closing up of long-term discharging, very easily make these arms because of torsional deformation, tired and damage and produce and leak, thus the life-span of equipment and the normal operation of production influenced.
Summary of the invention:
The purpose of this utility model is to provide a kind of structure more succinct, reasonable, be difficult for being damaged leakage, long service life, the suspension material pressure-filteration drying dehydration equipment that Operation and Maintenance is more convenient.
The purpose of this utility model is to realize like this, a kind of novel suspension material pressure-filteration drying dehydration equipment, include frame (1), be located at the end hold down gag (2) on the frame (1), end drive unit (4), end pressure strip (6) and at least one are by a plurality of membrane filter plates that are arranged in parallel---unit group and fixed head (12) that the drying plate unit is formed, wherein membrane filter plate---drying unit is to be made up of membrane filter plate (9) and drying plate (10), it is characterized in that being provided with material on membrane filter plate (9) and drying plate (10) four jiaos goes into material through hole (81) and (82), compressed air through hole (131) and (132), drainage hole (141) and (142), thermal medium enters through hole (71) and (72), thermal medium is drawn through hole (171) and (172), two inferior horns at membrane filter plate set out water hole (181), apopore (181) is connected with osculum (141), and the membrane filter plate drying plate compress close up in a little thus through holes form pan feeding undercurrent passages (84), compressed air undercurrent passage (134), draining undercurrent passage (144), thermal medium turnover undercurrent passage (74), (174).On filter plate (9), be provided with the pore (99) that is connected with compressed air through hole (131).
The dry filtering equipment of above-mentioned novel suspended material, owing to will be located at each membrane filter plate (9) originally, connecting branch on the drying plate (10) is (as compressed air connecting branch (135 '), thermal medium turnover connecting branch (75 '), (175 ') etc.) all leave out, all change the passage of undercurrent into, and be connected with corresponding Outer Tube again by the corresponding interface of being located on the equipment that is connected with the undercurrent passage, the improvement of this structure, make this dry filtering equipment have terminal with compact integral structure, rationally, operation maintenance is convenient, and overcome originally because of pipeline, the easy torsional deformation of branch pipe(tube) and damage the disadvantage of leakage, make equipment long service time, the production efficiency height.
Description of drawings:
1. Fig. 1 is existing suspension material pressure-filteration drying device structure schematic diagram;
2. Fig. 2 is the general structure schematic diagram of suspension material pressure-filteration drying equipment of the present utility model;
3. Fig. 3 is the side diagrammatic sketch of Fig. 2;
4. Fig. 4 is pressure-filteration drying of the present utility model unit group and the pipe-line system structural representation that is connected thereof;
5. Fig. 5 is the general structure schematic diagram of the dry filtering equipment of embodiment 1 suspension material of the present utility model;
6. Fig. 6 is the pressure-filteration drying unit group of the utility model embodiment 1 and the pipe-line system structural representation that is connected thereof;
7. Fig. 7 is the structural representation of pressure-filteration drying unit group with the pipe-line system that is communicated with outward of present embodiment 1;
8. Fig. 8 is the structural representation of the heat-resisting membrane filter plate of the utility model embodiment 1;
9. Fig. 9 is the A-A cutaway view of Fig. 8;
10. Figure 10 is the B-B cutaway view among Fig. 8;
11. Figure 11 is the local enlarged diagram of the G among Fig. 8;
12. Figure 12 is the front view of the skeleton of membrane filter plate;
13. Figure 13 is the C-C view of Figure 12;
14. Figure 14 is the front view of the heat resistant rubber barrier film of membrane filter plate;
15. Figure 15 is A ' among Figure 14-A ' cutaway view;
16. Figure 16 is the utility model embodiment 1 drying plate front view;
17. Figure 17 is the utility model embodiment 1 fixed head front view;
18. Figure 18 is the side diagrammatic sketch of Figure 17.
The specific embodiment:
Embodiment 1:
It is the symmetrically arranged pressure-filteration drying equipment in two ends by the novel suspension material pressure-filteration drying equipment in Fig. 5,6,7, the 8 visible present embodiments 1, its fixed head (12) is arranged at the frame central position, and be symmetrical set a membrane filter plate---drying plate unit group, one end pressure strip (6), one carries end drive plate (3), a hold down gag (2) of drive unit (4), and about membrane filter plate---drying plate unit group respectively is provided with a middle part drive plate (11) that carries drive unit (4) near place, the middle part at fixed head 1/3 place.The equipment of this spline structure, because at two groups of membrane filter plates---the place, middle part of drying plate unit group respectively establishes a middle part drive plate (11) that carries drive unit (4), just two cover linked transmission structures of original long-chain formula are changed into by four and carry drive mechanism that drive plate (3), (11) move, thereby make transmission accelerate the speed of press filtration, drying process, improved production efficiency, numerous and diverse drive mechanism is improved, and this being symmetrical arranged not only makes the machine stress equilibrium, long service life and enhancing productivity greatly.
By Fig. 8, through hole on (10) four jiaos of 16 visible membrane filter plates (9) above-mentioned in present embodiment 1 and the drying plates all is arranged on its gusset of four jiaos (97) and (107), wherein have into material through hole (81) and (82), compressed air through hole (131) and (132), drainage hole (141) and (142), thermal medium enters through hole (71) and (72), thermal medium is drawn through hole (171) and (172), and establish sealing ring (96) in the through hole on barrier film press filtration plate (9), the apopore (181) of barrier film press filtration plate two inferior horns and osculum (141), check valve interface (15) is connected, and osculum (141) communicates with undercurrent drainage channel (144), and check valve interface (15) is connected with equipment free flow drainage channel (18) outward.
To have structure more succinct, rationally except noted earlier for the dry filtering equipment that such structure makes present embodiment 1, leakage is difficult for being damaged, advantages such as long service life, it also can be discharged a large amount of drainages earlier when the press filtration operating mode by free flow drainage channel (18), this moment, the check valve (151) of check valve interface was in opening (referring to Fig. 7,11); And when this pressure-filteration drying equipment was in the row's of vacuumizing drainage operating mode, check valve (151) was a closed condition, and this moment, a small amount of drainage was discharged (referring to Fig. 6) from undercurrent drainage channel (144), thereby made drainage speed fast, the production efficiency height.And through hole all is arranged on four jiaos the gusset, can makes the intensity of membrane filter plate body good, not fragile, make barrier film can not make it aging impaired, thereby make the long service life of membrane filter plate because of the temperature of heat medium.
(84) shown in Fig. 6,7 are pan feeding undercurrent passage, (134) be compressed air undercurrent passage, (144) be draining undercurrent through hole, (74), (174) are thermal medium turnover undercurrent passage, (85) be outside pan feeding pipeline, (135) are outside compressed air piping, and (145) are externally drained pipeline, (75), (175) be external heat medium inlet and outlet piping, (5) are for being arranged at the compressed air back blow port on the end pressure strip (6).
By shown in Fig. 8,9,10 as seen, in order to improve the structure of pressure-filteration drying dehydration equipment septation filter plate, when being damaged, it is convenient to change and alleviate the weight of membrane filter plate, and it is heat-resisting good, in present embodiment 1, the skeleton (91) of press filtration plate (9) is had high-intensity framework and forms with the Y-shaped support plate that is connected as a body of square steel tube (911) (912) for what be made up of four square steel tubes (911), support plate (912) both sides are concave shape, and barrier film (92) is put on a suit of armour the both sides that are installed in skeleton (91).The press filtration plate of new construction is not only rational in infrastructure, few, in light weight with material like this, intensity is high, and is heat-resisting good, and the consumable accessory barrier film is convenient to change, make easy to maintenance, the maintenance time spent is few, thereby has improved the service life and the production efficiency of pressure-filteration drying dehydration equipment, has improved labor strength.
By shown in Figure 10,11,12 as seen, in order to increase the intensity of membrane filter plate, can be provided with the reinforcement (94) of elliptical shape at the place, middle part of support plate (912).
By shown in Fig. 5,13 as seen, in order to increase the intensity of support plate, can on support plate (92), be symmetrical arranged four power transmission boss (95).
By Fig. 8,15 as seen, on the heat resistant rubber barrier film (92) of membrane filter plate (9), groove is the rhone of drainage between its protruding filter, it is connected with apopore (181) by the gallery that communicates with it (98), and drainage is discharged by undercurrent drainage channel (144) or free flow drainage channel (18).
By drying plate shown in Figure 16 is the dry plate of a sheet soma, is provided with hot media channel (101) in it, and (107) are gusset, and (82) for going into material through hole, (132) are the compressed air through hole, and (142) are drainage hole, and (72), (172) are thermal medium turnover through hole.
By Figure 17, fixed head (12) in the 18 visible present embodiments 1 is located at two groups of membrane filter plates---among the drying plate unit group between (referring to Fig. 5), on fixed head (12), be provided with material pan feeding interface (8), compressed air interface (13), drainage interface (14), thermal medium inlet and outlet connectors (7), (17), and these interfaces respectively with dry filtering equipment inner septum filter plate---the pan feeding undercurrent passage (84) of drying plate unit group, compressed air undercurrent passage (134), drainage channel (144), thermal medium turnover undercurrent passage (74), (174) be connected, interface is located on the fixed head (12) at equipment center place, can make layout more reasonable, stress equalization is good.
Claims (8)
1. novel suspension material pressure-filteration drying dehydration equipment, include frame (1), be located at the end hold down gag (2) on the frame (1), end drive unit (4), end pressure strip (6) and at least one are by a plurality of membrane filter plates that are arranged in parallel---unit group and fixed head (12) that the drying plate unit is formed, wherein membrane filter plate---drying unit is to be made up of membrane filter plate (9) and drying plate (10), it is characterized in that being provided with material on membrane filter plate (9) and drying plate (10) four jiaos goes into material through hole (81) and (82), compressed air through hole (131) and (132), drainage hole (141) and (142), thermal medium enters through hole (71) and (72), thermal medium is drawn through hole (171) and (172), two inferior horns at membrane filter plate set out water hole (181), apopore (181) is connected with osculum (141), and the membrane filter plate drying plate compress close up in a little thus through holes form pan feeding undercurrent passages (84), compressed air undercurrent passage (134), draining undercurrent passage (144), thermal medium turnover undercurrent passage (74), (174), on filter plate (9), be provided with the pore (99) that is connected with compressed air through hole (131).
2. by the described pressure-filteration drying dehydration equipment of claim 1, it is characterized in that it is the symmetrically arranged pressure-filteration drying equipment in two ends, its fixed head (12) is arranged at the frame central position, and be symmetrical set a membrane filter plate---drying plate unit group, one end pressure strip (6), one carries end drive plate (3), a hold down gag (2) of drive unit (4), and about membrane filter plate---drying plate unit group respectively is provided with a middle part drive plate (11) that carries drive unit (4) near place, the middle part at fixed head 1/3 place.
3. by the described pressure-filteration drying dehydration equipment of claim 1, it is characterized in that the through hole on (10) four jiaos of its membrane filter plate (9) and the drying plates all is arranged on its gusset of four jiaos (97) and (107), wherein have into material through hole (81) and (82), compressed air through hole (131) and (132), drainage hole (141) and (142), thermal medium enters through hole (71) and (72), thermal medium is drawn through hole (171) and (172), and establish sealing ring (96) in the through hole on barrier film press filtration plate (9), the apopore (181) of barrier film press filtration plate two inferior horns and osculum (141), check valve interface (15) is connected, and osculum (141) communicates with undercurrent drainage channel (144), and check valve interface (15) is connected with equipment free flow drainage channel (18) outward.
4. by the described pressure-filteration drying dehydration equipment of claim 2, it is characterized in that the through hole on (10) four jiaos of its membrane filter plate (9) and the drying plates all is arranged on its gusset of four jiaos (97) and (107), wherein have into material through hole (81) and (82), compressed air through hole (131) and (132), drainage hole (141) and (142), thermal medium enters through hole (71) and (72), thermal medium is drawn through hole (171) and (172), and establish sealing ring (96) in the through hole on barrier film press filtration plate (9), the apopore (181) of barrier film press filtration plate two inferior horns and osculum (141), check valve interface (15) is connected, and osculum (141) communicates with undercurrent drainage channel (144), and check valve interface (15) is connected with equipment free flow drainage channel (18) outward.
5. by the described pressure-filteration drying dehydration equipment of claim 1, the skeleton (91) that it is characterized in that press filtration plate (9) has high-intensity framework and forms with the Y-shaped support plate that is connected as a body of square steel tube (911) (912) for what be made up of four square steel tubes (911), support plate (912) both sides are concave shape, and barrier film (92) is put on a suit of armour the both sides that are installed in skeleton (91).
6. by the described pressure-filteration drying dehydration equipment of claim 2, the skeleton (91) that it is characterized in that press filtration plate (9) has high-intensity framework and forms with the Y-shaped support plate that is connected as a body of square steel tube (911) (912) for what be made up of four square steel tubes (911), support plate (912) both sides are concave shape, and barrier film (92) is put on a suit of armour the both sides that are installed in skeleton (91).
7. by claim 5 or 6 described pressure-filteration drying dehydration equipments, it is characterized in that being provided with the reinforcement (94) of elliptical shape at the place, middle part of support plate (912).On support plate (92), be symmetrical arranged four power transmission boss (95).
8. by claim 2 or 4 or 6 or 7 described pressure-filteration drying dehydration equipments, it is characterized in that on fixed head (12), being provided with material pan feeding interface (8), compressed air interface (13), drainage interface (14), thermal medium inlet and outlet connectors (7), (17), and these interfaces are respectively with dry filtering equipment inner septum filter plate---the pan feeding undercurrent passage (84) of drying plate unit group, compressed air undercurrent passage (134), drainage channel (144), thermal medium turnover undercurrent passage (74), (174) are connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520127788 CN2825059Y (en) | 2005-10-24 | 2005-10-24 | Novel suspension material press-filtering dehydrating equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520127788 CN2825059Y (en) | 2005-10-24 | 2005-10-24 | Novel suspension material press-filtering dehydrating equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2825059Y true CN2825059Y (en) | 2006-10-11 |
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ID=37065242
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200520127788 Expired - Fee Related CN2825059Y (en) | 2005-10-24 | 2005-10-24 | Novel suspension material press-filtering dehydrating equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2825059Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105709473A (en) * | 2014-08-13 | 2016-06-29 | 杨晓初 | Combined tensioning type filter press |
-
2005
- 2005-10-24 CN CN 200520127788 patent/CN2825059Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105709473A (en) * | 2014-08-13 | 2016-06-29 | 杨晓初 | Combined tensioning type filter press |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |