CN205516808U - Press filter - Google Patents
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- CN205516808U CN205516808U CN201620112266.XU CN201620112266U CN205516808U CN 205516808 U CN205516808 U CN 205516808U CN 201620112266 U CN201620112266 U CN 201620112266U CN 205516808 U CN205516808 U CN 205516808U
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- dehydration
- strainer
- conveying
- pressure
- mud
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Abstract
The utility model discloses a press filter, include the dehydration support, pressure mud support, dehydration mechanism and the pressure mud mechanism that include the two -layer frame construction who sets up from top to bottom at least, dehydration mechanism includes the dehydration that the frame number of piles the is the same transport screen of quantity and dehydration support, all is provided with a dehydration on each layer frame structures of dehydration support and carries the screen, and the direction of delivery of upper and lower two adjacent dehydration transport screens is opposite, press the mud establishment of institution on pressing the mud support. This press filter sets dehydration mechanism to and carries the screen including the dehydration annular that sets up from top to bottom two -layer at least, adds and establishes the dewatering device who accelerates the earth dehydration, and earth is from top to bottom carried and is dewatered through each dehydration annular transport screen in proper order, carries the screen through multilayer dehydration annular, and earth obtains abundant stroke and dewaters, and whole dehydration mechanism is small, compact structure, again through pressing mud mechanism to carry out compaction and further dehydration after the earth dehydration, whole press filter's structure sets up rationally, satisfies the operation requirement.
Description
Technical field
This utility model relates to a kind of pottery earth process equipment, in particular a kind of pressure filter.
Background technology
Before processing, the moisture contained in general pottery earth all compares many, needs with pressure filter mud
Water partial pressure in soil out, with reach use requirement.Existing pressure filter reaches dehydration to make earth
Requirement, dewatering device can arrange long, and such earth just has sufficient stroke to carry out processed,
But, long dewatering device volume is big, takes up space, the most not readily transportable；And existing filter pressing
The structure of machine arranges unreasonable, it is impossible to meets and uses requirement.
Therefore, prior art has yet to be improved and developed.
Utility model content
The purpose of this utility model is to provide a kind of pressure filter, it is intended to solve the dehydration of existing pressure filter
Organization volume is big, takes up space, and not readily transportable and pressure filter structure arranges irrational problem.
The technical solution of the utility model is as follows:
A kind of pressure filter, wherein, including:
At least include the dehydration support of the frame structure that two-layer from top to bottom arranges；
Pressure mud support；
For earth being carried out the dewatering device of processed；
For earth being carried out the mud-pressing mechanism of compacting and further processed；
Described dewatering device includes the dehydration conveying strainer that quantity is identical with the framework number of plies of dehydration support,
Be provided with on each story frame structure of dehydration support one dehydration conveying strainer, neighbouring two
The conveying direction of dehydration conveying strainer is contrary, and earth from top to bottom sequentially passes through each pull-up water conveying strainer
Carry out carrying and processed；Described mud-pressing mechanism is arranged on pressure mud support.
Described pressure filter, wherein, the framework number of plies of described dehydration support from top to bottom arranges three layers,
Including ground floor frame structure, second layer frame structure and third layer frame structure, dehydration conveying strainer
Arrange three, including the first dehydration conveying strainer, the second dehydration conveying strainer and the 3rd dehydration conveying filter
Band；One end of the ground floor frame structure of dehydration support is provided with the first drivewheel, the of dehydration support
The other end of one story frame structure is provided with the first driven pulley, described first dehydration conveying strainer rotating around
First drivewheel and the first driven pulley are formed cycloconveyor belt structure；The second layer frame of dehydration support
One end of shelf structure is provided with the second drivewheel, and the other end of the second layer frame structure of dehydration support sets
Being equipped with the second driven pulley, described second dehydration conveying strainer is rotating around driven at the second drivewheel and second
Cycloconveyor belt structure is formed on wheel；The one end at the third layer frame structure top of dehydration support is provided with
First strainer wheel, the other end at the third layer frame structure top of dehydration support is provided with the second strainer wheel,
One end bottom the third layer frame structure of dehydration support is provided with the 3rd strainer wheel, the of dehydration support
The other end bottom three story frame structures is provided with the 4th strainer wheel, and described 3rd dehydration conveying strainer divides
Be not wound on the first strainer wheel, the second strainer is taken turns, the 3rd strainer is taken turns and the 4th strainer wheel is above formed annular defeated
Send band structure；The conveying direction of the first dehydration conveying strainer and the conveying direction of the second dehydration conveying strainer
On the contrary, the conveying direction of the second dehydration conveying strainer and the conveying direction of the 3rd dehydration conveying strainer are contrary,
The conveying direction of the first dehydration conveying strainer and the conveying direction of the 3rd dehydration conveying strainer are identical；3rd
The conveying stroke of dehydration conveying strainer is more than the conveying stroke of the second dehydration conveying strainer, and the second dehydration is defeated
Send the conveying stroke conveying stroke more than the first dehydration conveying strainer of strainer.
Described pressure filter, wherein, the top of described ground floor frame structure is provided with the first gripper shoe,
First dehydration conveying strainer is close to the first gripper shoe and carries；The top of second layer frame structure sets
Being equipped with the second gripper shoe, the second dehydration conveying strainer is close to the second gripper shoe and carries；Third layer
The top of frame structure is provided with the 3rd gripper shoe, and the 3rd dehydration conveying strainer is close to the 3rd gripper shoe
On carry；It is provided with multiple in described first gripper shoe, the second gripper shoe and the 3rd gripper shoe
Conveniently drain the permeable hole of the moisture leached by dehydration conveying strainer；In the first gripper shoe, the second support
It is provided with water receiving tank below plate and the 3rd gripper shoe unit.
Described pressure filter, wherein, in ground floor frame structure, second layer frame structure and third layer
Being separately provided for accelerating the vibrating device of draining in frame structure, the vibrating device of each layer is respectively
Every story frame structure is driven to produce vibration.
Described pressure filter, wherein, under the first gripper shoe, the second gripper shoe and the 3rd gripper shoe
Side is respectively arranged with multiple moisture made in earth and is adsorbed the vacuum extractor of extrusion；At first
Fagging, the second gripper shoe and the 3rd gripper shoe be respectively arranged below multiple blowning installation, described in blow
Device of air is arranged between adjacent two vacuum extractor of each layer.
Described pressure filter, wherein, is provided with for tensioning first in one end of ground floor frame structure
First tensioner of dehydration conveying strainer, is provided with for tensioning in one end of second layer frame structure
Second dehydration conveying strainer the second tensioner, be provided with in one end of third layer frame structure for
3rd tensioner of tensioning the 3rd dehydration conveying strainer；Described first tensioner includes that one end is fixed
Spring in ground floor frame structure, the other end of spring connects regulating wheel, the first dehydration conveying filter
Band is rotating around forming cycloconveyor belt structure on the first drivewheel, regulating wheel and the first driven pulley；Institute
State the first tensioner include the dovetail groove being fixed in ground floor frame structure and be fastened in dovetail groove
Slide plate, described regulating wheel is connected with slide plate；Described second tensioner, the knot of the 3rd tensioner
The structure of structure and the first tensioner is consistent.
Described pressure filter, wherein, described mud-pressing mechanism include at least one pressure mud roller arrangement, first
Pressure mud conveying strainer and the second pressure mud conveying strainer, described pressure mud roller arrangement includes being arranged on pressure mud support
On pressure mud roller and pressure mud capping, pressure mud roller is connected with power set, described first press mud carry strainer divides
Do not walk around the multiple first pressure mud delivery wheels being arranged on pressure mud support and form cycloconveyor belt structure, the
Two pressure mud conveying strainers are walked around the multiple second pressure mud delivery wheels being arranged on pressure mud support respectively and are formed ring
Shape conveyer belt structure, described pressure mud capping is arranged to half arcuate structure matched with pressure mud roll structure, the
One pressure mud conveying strainer and the second pressure mud conveying strainer are defeated the input of mud-pressing mechanism and mud-pressing mechanism
Go out and be the most down pressed on mud roller by pressure mud capping between end, the first pressure mud conveying strainer
And second pressure mud conveying strainer between formed mud soil compaction transfer passage, first pressure mud conveying strainer and
Second pressure mud conveying strainer forms a trumpet-shaped feeding mouth, the first pressure at mud-pressing mechanism input end
Mud conveying strainer and second pressure mud conveying strainer mud-pressing mechanism output formed one trumpet-shaped go out
Material mouth, the outfan of the 3rd dehydration conveying strainer is placed in by the first pressure mud conveying strainer and the second pressure mud defeated
Send strainer above the feeding mouth that mud-pressing mechanism input end is formed.
Described pressure filter, wherein, before and after described pressure mud capping, two ends are provided with to limit and press mud capping to exist
It is parallel to press the postive stop baffle of motion on mud roller centerline direction；Pressure mud capping two ends postive stop baffle it
Between be evenly arranged with multiple auxiliary pressure roller.
Described pressure filter, wherein, described pressure mud roller arrangement arranges two, and two pressure mud roller arrangements depend on
On the secondary conveying direction being arranged on earth, two pressure mud roller arrangement conveyings connect；Two pressure mud roller arrangements
Between be provided with intermediate transfer roller, between described intermediate transfer roller and two pressure mud roller arrangements, conveying connects.
Described pressure filter, wherein, described mud-pressing mechanism also includes for cleaning the first pressure mud conveying filter
Device is cleaned and for cleaning the second cleaning device of the second pressure mud conveying strainer, institute with the first of earth
State the first cleaning device to include being arranged on the first cleaning structure above the first pressure mud conveying strainer and setting
The second cleaning structure below the first pressure mud conveying strainer, described first cleaning structure includes being fixed on
Two the first high-pressure nozzles press the first fixed plate on mud support, being arranged in the first fixed plate, two
Individual first high-pressure nozzle is placed in above the first pressure mud conveying strainer, two the first high-pressure nozzle external water pipes；
Second cleaning structure includes the second fixed plate being fixed on pressure mud support, is arranged in the second fixed plate
Two the second high-pressure nozzles, two the second high-pressure nozzles are placed in below the first pressure mud conveying strainer, two
Individual second high-pressure nozzle external water pipe；Two the first high-pressure nozzles and two the second high-pressure nozzles are staggered mutually
Position is arranged；The structure that the structure of described second cleaning device cleans device with first is consistent；Described pressure mud
Mechanism also includes the first windshield wiper device for blowing the moisture on the first pressure mud conveying strainer off and for scraping
Walking the second pressure mud and carry the second windshield wiper device of the moisture on strainer, described first windshield wiper device includes setting
Put above the first pressure mud conveying strainer first scrape water-bound and be arranged under the first pressure mud conveying strainer
The second of side scrapes water-bound, and described first scrapes water-bound includes arranging first be fixed on pressure mud support
Scrape hydropexis plate and be arranged on first scrape on hydropexis plate first scrape glue plate, first scrapes glue plate puts
Above the first pressure mud conveying strainer, the first cleaning structure and first is scraped water-bound and is successively set on first
On the conveying direction of pressure mud conveying strainer；Described second scrapes water-bound includes that setting is fixed on pressure mud support
On second scrape hydropexis plate and be arranged on second scrape on hydropexis plate second scrape glue plate, second scrapes
Glue plate is placed in below the first pressure mud conveying strainer, and the second cleaning structure and second is scraped water-bound and set successively
Put on the conveying direction of the first pressure mud conveying strainer；The structure of described second windshield wiper device is scraped with first
The structure of water device.
The beneficial effects of the utility model: this utility model is by providing a kind of pressure filter, by de-
Water mechanism is arranged to include the dehydration annular conveying strainer that at least two-layer is from top to bottom arranged, then in dehydration
Arranging, on annular conveying strainer, the dehydration device accelerating soil dehydration, earth from top to bottom sequentially passes through respectively
Individual dehydration annular conveying strainer carries and is dehydrated, by multilamellar dehydration annular conveying strainer, earth
Obtaining sufficient stroke to be dehydrated, whole dewatering device volume is little, compact conformation；After soil dehydration
Compacting and further processed is carried out again through mud-pressing mechanism；The structure of whole pressure filter arranges rationally,
Meet and use requirement.
Accompanying drawing explanation
Fig. 1 is the structural representation of pressure filter in this utility model.
Fig. 2 is the front view of pressure filter in this utility model.
Fig. 3 is the structural representation of tensioner in this utility model.
Fig. 4 is the structural representation pressing mud roller arrangement in this utility model.
Fig. 5 is the structural representation of blanking groove in this utility model.
Detailed description of the invention
For making the purpose of this utility model, technical scheme and advantage clearer, clear and definite, referring to
Accompanying drawing develops simultaneously embodiment to this utility model further description.
As Figure 1-5, a kind of pressure filter, including:
At least include the dehydration support 110 of the frame structure that two-layer from top to bottom arranges；
Pressure mud support 120；
For earth being carried out the dewatering device of processed；
For earth being carried out the mud-pressing mechanism of compacting and further processed；
Described dewatering device includes the dehydration conveying filter that quantity is identical with the framework number of plies of dehydration support 110
Band, each story frame structure of dehydration support 110 is provided with a dehydration conveying strainer, up and down
The conveying direction of adjacent two dehydration conveying strainers is contrary, and earth from top to bottom sequentially passes through each pull-up water
Conveying strainer carries out carrying and processed；Described mud-pressing mechanism is arranged on pressure mud support 120.
Specifically, the framework number of plies (i.e. dehydration conveying strainer quantity) of described dehydration support 110 is arranged
The most, the stroke that earth carries out being dehydrated is the longest, and the effect that earth carries out being dehydrated is the best.This enforcement
In example, requiring in satisfied dehydration and make equipment obtain under the requirement that volume is sufficiently small as far as possible, described dehydration is propped up
The framework number of plies of frame 110 from top to bottom arranges three layers and (includes ground floor frame structure, second layer framework
Structure and third layer frame structure), dehydration conveying strainer arranges three and (includes the first dehydration conveying strainer
211, the second dehydration conveying strainer 221 and the 3rd dehydration conveying strainer 231)；The of dehydration support 110
One end of one story frame structure is provided with the first drivewheel 212, the ground floor framework knot of dehydration support 110
The other end of structure is provided with the first driven pulley 213, and described first dehydration conveying strainer 211 is rotating around the
Cycloconveyor belt structure is formed on one drivewheel 212 and the first driven pulley 213；Dehydration support 110
One end of second layer frame structure is provided with the second drivewheel 222, the second layer framework of dehydration support 110
The other end of structure is provided with the second driven pulley 223, and described second dehydration conveying strainer is rotating around second
Cycloconveyor belt structure is formed on drivewheel 222 and the second driven pulley 223；The of dehydration support 110
The one end at three story frame structure tops is provided with the first strainer wheel 232, the third layer frame of dehydration support 110
The other end at shelf structure top is provided with the second strainer wheel 233, the third layer framework knot of dehydration support 110
One end bottom structure is provided with the 3rd strainer wheel 234, bottom the third layer frame structure of dehydration support 110
The other end be provided with the 4th strainer wheel 235, described 3rd dehydration conveying strainer 231 rotating around first
Ring is formed on strainer wheel the 232, second strainer wheel the 233, the 3rd strainer wheel 234 and the 4th strainer wheel 235
Shape conveyer belt structure；The conveying direction of the first dehydration conveying strainer 211 and the second dehydration conveying strainer 221
Conveying direction contrary, the conveying direction of the second dehydration conveying strainer 221 carries strainer with the 3rd dehydration
The conveying direction of 231 is contrary, the conveying direction of the first dehydration conveying strainer 211 and the 3rd dehydration conveying filter
Conveying direction with 231 is identical；The conveying stroke of the 3rd dehydration conveying strainer 231 is more than the second dehydration
The conveying stroke of conveying strainer 221, the conveying stroke of the second dehydration conveying strainer 221 takes off more than first
The conveying stroke of water conveying strainer 211: so, earth is defeated through the first dehydration conveying strainer 211
Enter to enter the first dehydration conveying strainer 211, then leave through the first outfan being dehydrated conveying strainer 211
First dehydration conveying strainer 211 enters the input of the second dehydration conveying strainer 221, by the second dehydration
The outfan of conveying strainer 221 enters the input of the 3rd dehydration conveying strainer 231, then is taken off by the 3rd
The outfan of water conveying strainer 231 leaves dewatering device, and the moisture in earth is through dehydration conveying strainer
Leach.
Because dehydration support 110 is arranged to the frame structure of multilamellar, in order to meet support dehydration conveying filter
The requirement of band, the top of described ground floor frame structure is provided with the first gripper shoe 111, and the first dehydration is defeated
Send strainer 211 to be close to the first gripper shoe 111 to carry；The top of second layer frame structure is provided with
Second gripper shoe 112, the second dehydration conveying strainer 221 is close to the second gripper shoe 112 and carries；
The top of third layer frame structure is provided with the 3rd gripper shoe 113, and the 3rd dehydration conveying strainer 231 is close to
3rd gripper shoe 113 carries；Described first gripper shoe the 111, second gripper shoe 112 and
Multiple permeable hole, the convenient moisture warp leached by dehydration conveying strainer it is provided with in three gripper shoes 113
Cross permeable hole to drain.In order to avoid the upper strata dehydration conveying moisture that leaches of strainer drops onto the dehydration of lower floor
On conveying strainer, under first gripper shoe the 111, second gripper shoe 112 and the 3rd gripper shoe 113 unit
Side is provided with water receiving tank: the moisture in earth leaches through dehydration conveying strainer, then by gripper shoe
Permeable hole discharge, enter water receiving tank, then drained by water receiving tank.
In order to accelerate the drainage effect in earth, ground floor frame structure, second layer frame structure and
It is separately provided for accelerating the vibrating device 240 of draining, the vibration of each layer in third layer frame structure
Device 240 drives ground floor frame structure/second layer frame structure/third layer frame structure generation to shake respectively
Dynamic, improve the dewatering speed carrying out the earth carried at dehydration conveying strainer further so that limited
Required dehydration requirement is reached in the frame structure of the number of plies.
In order to improve the dehydration requirement of earth further, in first gripper shoe the 111, second gripper shoe 112
With multiple vacuum extractor 250 that has been respectively arranged below of the 3rd gripper shoe 113, the evacuation of each layer
Device 250 action, makes the earth carrying out carrying at dehydration conveying strainer down be adsorbed so that earth
In the adsorbed extrusion of moisture, the discharge outlet of vacuum extractor 250 be discharged in water receiving tank.
Because vacuum extractor is down adsorbed the earth carrying out carrying at dehydration conveying strainer, in order to
Earth and dehydration conveying strainer is avoided to be adsorbed in the permeable hole of gripper shoe, impact dehydration conveying strainer
Drive earth to carry out follow-up conveying, support in first gripper shoe the 111, second gripper shoe 112 and the 3rd
Plate 113 be respectively arranged below multiple blowning installation 260, described blowning installation 260 is arranged on each
Between adjacent two vacuum extractor 250 of layer: earth and dehydration conveying strainer are adsorbed into gripper shoe
After permeable hole, blown afloat by 260 earth of blowning installation and dehydration conveying strainer, meet and use requirement.
Because dehydration conveying strainer the most often occurs lax, impact conveying effect,
In order to avoid dehydration conveying strainer relaxes, as it is shown on figure 3, arrange in one end of ground floor frame structure
There is the first tensioner 270 being dehydrated conveying strainer 211 for tensioning first, in second layer frame structure
One end be provided with the second tensioner 280 being dehydrated conveying strainer 221 for tensioning second, the 3rd
One end of story frame structure is provided with the 3rd tensioner for tensioning the 3rd dehydration conveying strainer 231
290；Described first tensioner 270 includes the spring 271 that one end is fixed in ground floor frame structure,
The other end of spring 271 connects regulating wheel 272, and the first dehydration conveying strainer 211 is rotating around main first
Cycloconveyor belt structure is formed: when first takes off on driving wheel 212, regulating wheel 272 and the first driven pulley 213
When water conveying strainer 211 occurs lax, the spring 271 compressed drives regulating wheel 272 to stretch out, makes
Obtain the first dehydration conveying strainer 211 to be tensioned.In the present embodiment, can only be past in order to limit spring 271
The direction motion making the first dehydration conveying strainer 211 tensioning (is avoided at the first dehydration conveying strainer 211
In course of conveying, spring 271 play causes the instability of conveying), described first tensioner 270 wraps
Include the dovetail groove 273 being fixed in ground floor frame structure and the slide plate being fastened in dovetail groove 273
274, described regulating wheel 272 is connected with slide plate 274: so, and spring 271 drives regulating wheel 272 to stretch
When going out, move in the direction only along dovetail groove 273, it is ensured that stablizing of conveying.Described second tensioning dress
The structure 290 putting the 280, the 3rd tensioner is consistent with the structure of the first tensioner 270.
As it is shown in figure 5, blanking for convenience, ground floor frame structure is provided with blanking groove 410,
Described blanking groove 410 is arranged on above the input of the first dehydration conveying strainer 211, blanking groove 410
It is arranged to funnel-shaped structure, is provided with one for the two-way worm screw 411 of homocline in blanking groove 410, the most double
Helical tooth to worm screw 411 one end is that forward is arranged, and the helical tooth of two-way worm screw 411 other end is anti-
To setting, two-way worm screw 411 is connected with power set.
Specifically, described mud-pressing mechanism includes at least one pressure mud roller arrangement, the first pressure mud conveying strainer
320 and second press mud conveying strainer 330, and described pressure mud roller arrangement includes that (as shown in Figure 4) is arranged on
Pressure mud roller 311 on pressure mud support 120 and pressure mud capping 312, pressure mud roller 311 is connected with power set,
Described first pressure mud conveying strainer 320 walks around multiple first pressures being arranged on pressure mud support 120 respectively
Mud delivery wheel 321 forms cycloconveyor belt structure, and the second pressure mud conveying strainer 330 walks around setting respectively
Multiple second pressure mud delivery wheels 331 on pressure mud support 120 form cycloconveyor belt structure, described
Pressure mud capping 312 is arranged to half arcuate structure matched with pressure mud roller 311 structure, the first pressure mud conveying
Strainer 320 and the second pressure mud carry the strainer 330 input at mud-pressing mechanism and the output of mud-pressing mechanism
The most down being pressed on mud roller 311 by pressure mud capping 312 between end, the first pressure mud is defeated
Send and between strainer 320 and the second pressure mud conveying strainer 330, form mud soil compaction transfer passage, first
Pressure mud conveying strainer 320 and the second pressure mud conveying strainer 330 form one at mud-pressing mechanism input end
Trumpet-shaped feeding mouth, the first pressure mud conveying strainer 320 and the second pressure mud conveying strainer 330 are at pressure mud
Mechanism's output forms a trumpet-shaped discharging opening, the outfan of the 3rd dehydration conveying strainer 231
It is placed in and is carried strainer 330 at mud-pressing mechanism input by the first pressure mud conveying strainer 320 and the second pressure mud
The top of the feeding mouth that place is formed: so, the earth through dewatering device processed is dehydrated from the 3rd
The outfan of conveying strainer 231 falls to by the first pressure mud conveying strainer 320 and the second pressure mud conveying filter
With 330 at the feeding mouth that mud-pressing mechanism input end is formed, then by the first pressure mud conveying strainer 320
Carrying with the second pressure mud conveying strainer 330, pressure mud capping 312 is the most down pressed on
On pressure mud roller 311, simultaneously by soil compaction and dehydration further, finally it is delivered to by the first pressure mud defeated
Send wheel 321 and the second pressure mud conveying strainer 330 trumpet-shaped mud-pressing mechanism output formation one
Discharge hole for discharge, completes soil compaction and processes.
Because being dependent between pressure mud capping 312 and pressure mud roller 311 under the action of gravity of pressure mud capping 312 pressing
Tightly on pressure mud roller 311, in order to prevent pressing mud capping 312 in equipment running process, depart from pressure mud
Roller 311, before and after described pressure mud capping 312, two ends are provided with postive stop baffle 313, to limit pressure mud capping
312 in the motion being parallel on pressure mud roller 311 centerline direction.
In the present embodiment, in order to strengthen the consolidation effect of earth, at the limiting block at pressure mud capping 312 two ends
Multiple auxiliary pressure roller 314 it is evenly arranged with: so between plate 313, when earth enters pressure mud roller arrangement,
Auxiliary pressure roller 314 coordinates pressure mud roller 311 to strengthen the consolidation effect to earth.
In order to improve soil compaction effect further, in the present embodiment, described pressure mud roller arrangement arranges two
Individual, two pressure mud roller arrangements are successively set on the conveying direction of earth, two pressure mud roller arrangement conveyings
Connect.
In order to the conveying making whole mud-pressing mechanism is compacter, it is provided with between two pressure mud roller arrangements
Intermediate transfer roller 315, between described intermediate transfer roller 315 and two pressure mud roller arrangements, conveying connects.
In order to avoid the first pressure mud conveying strainer 320 and the second pressure mud conveying strainer 330 are using one section
Occurring lax after time, described mud-pressing mechanism also includes pressing mud conveying strainer 320 for tensioning first
4th tensioner 340 and for tensioning second press mud conveying strainer 330 the 5th tensioner 350,
Described 4th tensioner 340 and the 5th tensioner 350 are all disposed within pressing on mud support 120, the
The structure of four tensioners 340 and the 5th tensioner 350 and the structure one of the first tensioner 270
Cause.
At mud-pressing mechanism, earth is by by the first pressure mud conveying strainer 320 and the second pressure mud conveying filter
Soil compaction transfer passage with 330 formation carries, and is compacted, many times earth meeting
It is crushed to death and is not easy to come off at the first pressure mud conveying strainer 320 and the second pressure mud conveying strainer 330, shadow
Ringing follow-up operation, in order to solve this problem, described mud-pressing mechanism also includes for cleaning the first pressure
The first of mud conveying strainer 320 earth cleans device 360 and for cleaning the second pressure mud conveying strainer 330
The second cleaning device, described first cleans device 360 includes being arranged on the first pressure mud conveying strainer 320
First cleaning structure of top and the second cleaning structure being arranged on below the first pressure mud conveying strainer 320,
Described first cleaning structure includes the first fixed plate being fixed on pressure mud support 120, is arranged on first
Two the first high-pressure nozzles in fixed plate, two the first high-pressure nozzles are placed in the first pressure mud conveying strainer
Above in the of 320, two the first high-pressure nozzle external water pipes；Second cleaning structure includes being fixed on pressure mud support
The second fixed plate on 120, two the second high-pressure nozzles being arranged in the second fixed plate, two second
High-pressure nozzle is placed in below the first pressure mud conveying strainer 320, two the second high-pressure nozzle external water pipes；
Two the first high-pressure nozzles and two the second high-pressure nozzles shift to install mutually；Described second cleans device
Structure with first clean device 360 structure consistent: so, two the first high-pressure nozzles and two
Second high-pressure nozzle carries out dislocation from upper and lower both direction to the first pressure mud conveying strainer 320 and sprays water with high pressure
Clean, so that the first pressure mud conveying strainer 320 is cleaned up.
Described dewatering device also includes for cleaning the 3rd clear of earth on the first dehydration conveying strainer 211
Cleaning device, for blow off second dehydration conveying strainer 221 earth cleaning politics, economics, organization, and ideology cleaning device and for blowing off
5th cleaning device of the 3rd dehydration conveying strainer 231 earth, the described 3rd cleans device, cleaning politics, economics, organization, and ideology
Cleaning device and the 5th cleans device and is arranged on dehydration support 110, and the 3rd cleans device, the 4th cleaning
It is consistent with the structure of the first cleaning device 370 that device and the 5th cleans the structure of device.
Because after the first pressure mud conveying strainer 320 is carried out by the first cleaning device 360, the first pressure
Can remain moisture on mud conveying strainer 320, second cleans device 370 to the second pressure mud conveying strainer
After 330 are carried out, the second pressure mud conveying strainer 330 can remain moisture, the impact pressure to earth
Real dehydrating effect, in order to solve such problem, described mud-pressing mechanism also includes for blowing the first pressure mud off
Carry the first windshield wiper device of the moisture on strainer 320 and be used for blowing the second pressure mud conveying strainer 330 off
On the second windshield wiper device of moisture, described first windshield wiper device includes being arranged on the first pressure mud conveying filter
Scrape water-bound with first above 320 and be arranged on second below the first pressure mud conveying strainer 320 and scrape
Water-bound, described first scrapes water-bound includes that arranging first be fixed on pressure mud support 120 scrapes water admittedly
Determine plate and be arranged on first scrape on hydropexis plate first scrape glue plate, first scrapes glue plate is placed in first
Above pressure mud conveying strainer 320, the first cleaning structure and first is scraped water-bound and is successively set on the first pressure
On the conveying direction of mud conveying strainer 320；Described second scrapes water-bound includes that setting is fixed on pressure mud and props up
On frame 120 second scrape hydropexis plate and be arranged on second scrape on hydropexis plate second scrape glue plate,
Second scrapes glue plate is placed in below the first pressure mud conveying strainer 320, and the second cleaning structure and second scrapes water
Structure is successively set on the conveying direction of the first pressure mud conveying strainer 320；Described second windshield wiper device
Structure consistent with the structure of the first windshield wiper device: so, first pressure mud conveying strainer 320 pass through
After first cleaning device 360 is carried out, then by the first windshield wiper device the first pressure mud conveying strainer 320
On moisture hang, it is ensured that follow-up mud soil compaction and dehydrating effect.
Described dewatering device also include for blow off first dehydration conveying strainer 211 on moisture the 3rd
Windshield wiper device, for blow off second dehydration conveying strainer 221 moisture the 4th windshield wiper device and for
Blow the 5th windshield wiper device of moisture of the 3rd dehydration conveying strainer 231 off, described 3rd windshield wiper device,
4th windshield wiper device and the 5th windshield wiper device are arranged on dehydration support 110, the 3rd windshield wiper device,
The structure of four windshield wiper devices and the 5th windshield wiper device is consistent with the structure of the first windshield wiper device.
This pressure filter is by being arranged to dewatering device to include the dehydration ring that at least two-layer is from top to bottom arranged
Shape conveying strainer, then the dehydration device accelerating soil dehydration, mud are set on dehydration annular conveying strainer
Soil from top to bottom sequentially passes through each dehydration annular conveying strainer and carries and be dehydrated, by many pull-ups
Water ring shape conveying strainer, earth obtains sufficient stroke and is dehydrated, and whole dewatering device volume is little,
Compact conformation；Compacting and further processed is carried out through mud-pressing mechanism again after soil dehydration；Whole
The structure of pressure filter arranges rationally, meets and uses requirement.
It should be appreciated that application of the present utility model is not limited to above-mentioned citing, common to this area
For technical staff, can be improved according to the above description or be converted, all these modifications and variations
All should belong to the protection domain of this utility model claims.
Claims (10)
1. a pressure filter, it is characterised in that including:
At least include the dehydration support of the frame structure that two-layer from top to bottom arranges；
Pressure mud support；
For earth being carried out the dewatering device of processed；
For earth being carried out the mud-pressing mechanism of compacting and further processed；
Described dewatering device includes the dehydration conveying strainer that quantity is identical with the framework number of plies of dehydration support,
Be provided with on each story frame structure of dehydration support one dehydration conveying strainer, neighbouring two
The conveying direction of dehydration conveying strainer is contrary, and earth from top to bottom sequentially passes through each pull-up water conveying strainer
Carry out carrying and processed；Described mud-pressing mechanism is arranged on pressure mud support.
Pressure filter the most according to claim 1, it is characterised in that the framework of described dehydration support
The number of plies from top to bottom arranges three layers, including ground floor frame structure, second layer frame structure and third layer
Frame structure, dehydration conveying strainer arrange three, including first dehydration conveying strainer, second dehydration defeated
Send strainer and the 3rd dehydration conveying strainer；One end of the ground floor frame structure of dehydration support is provided with
One drivewheel, the other end of the ground floor frame structure of dehydration support is provided with the first driven pulley, described
First dehydration conveying strainer is rotating around forming cycloconveyor belt knot on the first drivewheel and the first driven pulley
Structure；One end of the second layer frame structure of dehydration support is provided with the second drivewheel, the of dehydration support
The other end of two story frame structures is provided with the second driven pulley, described second dehydration conveying strainer rotating around
Second drivewheel and the second driven pulley are formed cycloconveyor belt structure；The third layer frame of dehydration support
The one end at shelf structure top is provided with the first strainer wheel, the third layer frame structure top of dehydration support
The other end is provided with the second strainer wheel, and the one end bottom the third layer frame structure of dehydration support is provided with
3rd strainer wheel, the other end bottom the third layer frame structure of dehydration support is provided with the 4th strainer wheel,
Described 3rd dehydration conveying strainer rotating around first strainer take turns, second strainer wheel, the 3rd strainer wheel and
4th strainer wheel is upper forms cycloconveyor belt structure；The conveying direction and second of the first dehydration conveying strainer
The conveying direction of dehydration conveying strainer is contrary, the conveying direction of the second dehydration conveying strainer and the 3rd dehydration
The conveying direction of conveying strainer is contrary, the conveying direction of the first dehydration conveying strainer and the 3rd dehydration conveying
The conveying direction of strainer is identical；The conveying stroke of the 3rd dehydration conveying strainer is more than the second dehydration conveying filter
The conveying stroke of band, the conveying stroke of the second dehydration conveying strainer is defeated more than the first dehydration conveying strainer
See off journey.
Pressure filter the most according to claim 2, it is characterised in that described ground floor frame structure
Top be provided with the first gripper shoe, the first dehydration conveying strainer is close to the first gripper shoe and carries；
The top of second layer frame structure is provided with the second gripper shoe, and the second dehydration conveying strainer is close to second
Gripper shoe carries；The top of third layer frame structure is provided with the 3rd gripper shoe, and the 3rd dehydration is defeated
Send strainer to be close in the 3rd gripper shoe to carry；Described first gripper shoe, the second gripper shoe and
The permeable hole of multiple moisture conveniently drained and leached by dehydration conveying strainer it is provided with in three gripper shoes；
It is provided with water receiving tank below the first gripper shoe, the second gripper shoe and the 3rd gripper shoe unit.
Pressure filter the most according to claim 3, it is characterised in that ground floor frame structure,
It is separately provided for accelerating the vibration dress of draining in second layer frame structure and third layer frame structure
Putting, the vibrating device of each layer drives every story frame structure to produce vibration respectively.
Pressure filter the most according to claim 4, it is characterised in that the first gripper shoe, second
Multiple moisture made in earth that is respectively arranged below of gripper shoe and the 3rd gripper shoe is adsorbed extrusion
Vacuum extractor；Being respectively arranged below of the first gripper shoe, the second gripper shoe and the 3rd gripper shoe
Multiple blowning installation, described blowning installation is had to be arranged between adjacent two vacuum extractor of each layer.
Pressure filter the most according to claim 5, it is characterised in that in ground floor frame structure
One end is provided with the first tensioner being dehydrated conveying strainer for tensioning first, ties at second layer framework
One end of structure is provided with the second tensioner being dehydrated conveying strainer for tensioning second, at third layer frame
One end of shelf structure is provided with the 3rd tensioner for tensioning the 3rd dehydration conveying strainer；Described
One tensioner includes the spring that one end is fixed in ground floor frame structure, and the other end of spring connects
Regulating wheel, the first dehydration conveying strainer is rotating around on the first drivewheel, regulating wheel and the first driven pulley
Form cycloconveyor belt structure；Described first tensioner includes being fixed in ground floor frame structure
Dovetail groove and the slide plate being fastened in dovetail groove, described regulating wheel is connected with slide plate；Described second tensioning
Device, the 3rd tensioner structure consistent with the structure of the first tensioner.
Pressure filter the most according to claim 6, it is characterised in that described mud-pressing mechanism include to
A few pressure mud roller arrangement, the first pressure mud conveying strainer and the second pressure mud conveying strainer, described pressure mud roller
Device includes being arranged on the pressure mud roller on pressure mud support and pressure mud capping, and pressure mud roller is connected with power set,
Described first pressure mud conveying strainer walks around the multiple first pressure mud delivery wheels being arranged on pressure mud support respectively
Formed cycloconveyor belt structure, second pressure mud conveying strainer walk around respectively be arranged on pressure mud support on many
Individual second pressure mud delivery wheel forms cycloconveyor belt structure, and described pressure mud capping is arranged to and pressure mud roll structure
Half arcuate structure matched, the first pressure mud conveying strainer and the second pressure mud conveying strainer are at mud-pressing mechanism
Input and the outfan of mud-pressing mechanism between by pressure mud capping be the most down pressed on pressure mud
On roller, form mud soil compaction conveying between the first pressure mud conveying strainer and the second pressure mud conveying strainer logical
Road, the first pressure mud conveying strainer and the second pressure mud conveying strainer form one at mud-pressing mechanism input end
Trumpet-shaped feeding mouth, the first pressure mud conveying strainer and the second pressure mud conveying strainer export at mud-pressing mechanism
Forming a trumpet-shaped discharging opening at end, the outfan of the 3rd dehydration conveying strainer is placed in by the first pressure
The feeding mouth that mud conveying strainer and the second pressure mud conveying strainer are formed at mud-pressing mechanism input end upper
Side.
Pressure filter the most according to claim 7, it is characterised in that before and after described pressure mud capping two
End is provided with to limit presses mud capping being parallel to press the postive stop baffle of motion on mud roller centerline direction；?
It is evenly arranged with multiple auxiliary pressure roller between the postive stop baffle at pressure mud capping two ends.
Pressure filter the most according to claim 8, it is characterised in that described pressure mud roller arrangement is arranged
Two, two pressure mud roller arrangements are successively set on the conveying direction of earth, and two pressure mud roller arrangements are defeated
Send connection；It is provided with intermediate transfer roller, described intermediate transfer roller and two between two pressure mud roller arrangements
Between pressure mud roller arrangement, conveying connects.
Pressure filter the most according to claim 9, it is characterised in that described mud-pressing mechanism also wraps
Include and clean device for the first of cleaning the first pressure mud conveying strainer earth and press mud defeated for cleaning second
Sending the second cleaning device of strainer, described first cleans device includes being arranged on the first pressure mud conveying strainer
First cleaning structure of top and the second cleaning structure being arranged on below the first pressure mud conveying strainer, institute
State the first cleaning structure to include the first fixed plate being fixed on pressure mud support, be arranged on the first fixed plate
On two the first high-pressure nozzles, two the first high-pressure nozzles are placed in above the first pressure mud conveying strainer,
Two the first high-pressure nozzle external water pipes；Second cleaning structure includes be fixed on pressure mud support second
Fixed plate, two the second high-pressure nozzles being arranged in the second fixed plate, two the second high-pressure nozzles are put
Below the first pressure mud conveying strainer, two the second high-pressure nozzle external water pipes；Two the first high pressure sprays
Head and two the second high-pressure nozzles shift to install mutually；The structure of described second cleaning device is clear with first
The structure of cleaning device is consistent；Described mud-pressing mechanism also includes for blowing off on the first pressure mud conveying strainer
First windshield wiper device of moisture and scrape water dress for blowing second of moisture on the second pressure mud conveying strainer off
Putting, described first windshield wiper device includes that being arranged on first above the first pressure mud conveying strainer scrapes water-bound
Scraping water-bound with being arranged on second below the first pressure mud conveying strainer, described first scrapes water-bound includes
Arrange first be fixed on pressure mud support scrape hydropexis plate and be arranged on first and scrape the on hydropexis plate
One scrapes glue plate, first scrape glue plate is placed in first pressure mud conveying strainer above, the first cleaning structure and
First scrapes water-bound is successively set on the conveying direction of the first pressure mud conveying strainer；Described second scrapes water
Structure includes arranging second be fixed on pressure mud support and scrapes hydropexis plate and be arranged on second and scrape hydropexis
On plate second scrapes glue plate, and second scrapes glue plate is placed in below the first pressure mud conveying strainer, and second is clear
Wash structure and second scrape water-bound be successively set on first pressure mud conveying strainer conveying direction on；Described
The structure of the second windshield wiper device and the structure of the first windshield wiper device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620112266.XU CN205516808U (en) | 2016-02-03 | 2016-02-03 | Press filter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620112266.XU CN205516808U (en) | 2016-02-03 | 2016-02-03 | Press filter |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205516808U true CN205516808U (en) | 2016-08-31 |
Family
ID=56775953
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620112266.XU Withdrawn - After Issue CN205516808U (en) | 2016-02-03 | 2016-02-03 | Press filter |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205516808U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105561662A (en) * | 2016-02-03 | 2016-05-11 | 吕英 | Filter press |
| CN112791495A (en) * | 2020-12-25 | 2021-05-14 | 四川宝石机械石油钻头有限责任公司 | Drilling mud negative pressure sieve |
-
2016
- 2016-02-03 CN CN201620112266.XU patent/CN205516808U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105561662A (en) * | 2016-02-03 | 2016-05-11 | 吕英 | Filter press |
| CN112791495A (en) * | 2020-12-25 | 2021-05-14 | 四川宝石机械石油钻头有限责任公司 | Drilling mud negative pressure sieve |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160831 Effective date of abandoning: 20170825 |
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| AV01 | Patent right actively abandoned |