CN209368102U - A kind of slurry dewatering processing unit - Google Patents
A kind of slurry dewatering processing unit Download PDFInfo
- Publication number
- CN209368102U CN209368102U CN201821992323.3U CN201821992323U CN209368102U CN 209368102 U CN209368102 U CN 209368102U CN 201821992323 U CN201821992323 U CN 201821992323U CN 209368102 U CN209368102 U CN 209368102U
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- frame
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- side wall
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Abstract
The utility model relates to slurry dewatering technical fields, more particularly, to a kind of slurry dewatering processing unit, it includes mounting rack and the dewatering frame group being arranged on mounting rack, and it is provided with from top to bottom on mounting rack at least two layers, dewatering frame group includes accommodating frame and positioned at the stripper plate for accommodating frame upper end, the stripper plate is anode plate, the bottom for accommodating frame is cathode plate, mud input port is provided on the stripper plate, apopore is provided on the cathode plate, described one end for accommodating frame and mounting rack are rotatablely connected, and the one end for accommodating frame and mounting rack rotation connection is provided with turnover mechanism, the receiving frame is separately positioned with the side wall and receiving frame ontology of one end of mounting rack rotation connection far from it, and the side wall is defined as sealing side wall, sealing cylinder is provided on the mounting rack to be connected with sealing side wall, the receiving The lower end of frame is connected with water collection agencies.The utility model has the effect of higher slurry dewatering efficiency.
Description
Technical field
The utility model relates to slurry dewatering technical fields, more particularly, to a kind of slurry dewatering processing unit.
Background technique
Mud water content with higher, due to characteristic of the moisture in conjunction with sludge granules, using mechanical means dewatering tool
There is certain limitation.The method of electric osmose dehydration is thereby produced, electric osmose dehydration passes to be inserted into metal electrode board in mud
Direct current, under the action of electric field, water flows to cathode from anode in mud, electric osmose is generated, so that the water content of anode side is big
It is big to reduce, and the water content of cathode improves, and drainage arrangement can be arranged in cathode side and drained, and reduces cathode side and becomes silted up
The water content of mud.
When the mud between two electrode plates is blocked up, after moisture content declines between mud, under the electrical efficiency of mud
Drop, and then dehydration efficiency is caused to be lower.
Utility model content
In view of the deficienciess of the prior art, the utility model lies in that providing a kind of slurry dewatering processing unit, advantage
It is that there is higher slurry dewatering efficiency.
The technical purpose of the utility model has the technical scheme that a kind of slurry dewatering processing dress
It sets, including mounting rack and the dewatering frame group being arranged on mounting rack, and is provided at least two from top to bottom on mounting rack
Layer, dewatering frame group include accommodating frame and the stripper plate positioned at receiving frame upper end, and the stripper plate is anode plate, the receiving frame
Bottom be cathode plate, be provided with mud input port on the stripper plate, apopore, the receiving be provided on the cathode plate
One end of frame and mounting rack are rotatablely connected, and the one end for accommodating frame and mounting rack rotation connection is provided with turnover mechanism, the appearance
Frame of receiving is separately positioned with the side wall and receiving frame ontology of one end of mounting rack rotation connection far from it, and the side wall is defined as sealing
Side wall is provided with sealing cylinder on the mounting rack and is connected with sealing side wall, and the lower end of the receiving frame is connected with water collection agencies.
By using above-mentioned technical proposal, dewatering frame group is arranged in the modularization of upper and lower multilayer, the single size for accommodating frame
Reduce, so that anode plate and cathode plate are more close, therefore allows what the moisture in mud was more easier to flow to cathode plate, in turn
Accelerate the moisture discharge in mud.After moisture removal in mud, is separated when sealing side plate with frame is accommodated, pass through tipper
Structure allow accommodate frame the inclined direction ground in one end, at this time dewatered mud can from accommodate frame in deviate from.
The utility model is further arranged to: the water collection agencies include that the collection bucket for accommodating frame lower end is arranged in, and are collected
The lower end for accommodating frame is enclosed in interior by bucket in bucket-shaped and collection bucket upper end opening.
By using above-mentioned technical proposal, the water flowed out from the water outlet of cathode plate is all flowed into collection bucket, convenient
It is unified to collect from the moisture removed in frame is accommodated, conveniently further this part is purified.
The utility model is further arranged to: mechanical dehydration mechanism, the mechanical dehydration machine are provided on the receiving frame
Structure includes and accommodates the stripper plate that is flexibly connected of frame, be provided on the receiving frame by stripper plate drive to cathode plate it is close or
Separate extruding driving assembly.
By using above-mentioned technical proposal, stripper plate advances under the action of squeezing driving assembly to cathode plate, is located at yin
Mud between pole plate and anode plate is squeezed, and the moisture in mud is squeezed out faster, and is flowed by apopore
In drip pan.
The utility model is further arranged to: the driving assembly that squeezes includes being all provided in four corners for accommodating frame upper end
It is equipped with one connector, is fixed on and is accommodated on frame in one end of connector, the other end stretches to the inside for accommodating frame, connector
Setting squeezes spring between anode plate, is located on the position above stripper plate in connector and is further fixed on electromagnet.
By using above-mentioned technical proposal, it is powered to electromagnet, stripper plate separate cathode plate under the attraction of electromagnet, this
When be passed through mud into input port, mud fills up between the anode plate and cathode plate accommodated in frame, then to anode plate and cathode
Plate is powered, and the moisture in mud is attracted and flowed out from apopore by cathode plate.While anode plate and cathode plate are powered,
Electromagnet is powered off, stripper plate advances under the action of squeezing spring to cathode plate, extruding of the mud in stripper plate and cathode plate
Lower acceleration squeezes out the moisture in mud.
The utility model is further arranged to: being accommodated and is additionally provided with ejecting mechanism on frame, ejecting mechanism includes being located at anode
Push plate between plate and cathode plate accommodates outer frame and is additionally provided with connection frame, release cylinder is provided on connection frame, releases cylinder
Piston rod, which penetrates to accommodate, to be connected in frame with push plate.
By using above-mentioned technical proposal, after the completion of slurry dewatering, cylinder is released by starting and drives push plate, it can be more
Easily mud is released from receiving frame.
The utility model is further arranged to: push plate includes the connecting plate fixed with the piston rod for releasing cylinder, connecting plate
In long strip, the upper end of connecting plate is rotatably connected to the identical rotor plate of thickness, offers link slot on rotor plate, on connecting plate
Mating groove is offered, when connecting plate and rotor plate turn in the state of the flush of the same side, mating groove link slot pair
Answer and be connected to, shaped spring is located in mating groove, and the upper and lower ends of shaped spring respectively with mating groove and link slot
Bottom is fixed.
By using above-mentioned technical proposal, rotor plate is in always to the sealing inclined state in side wall side, but is rotated
Plate has the trend of state concordant with connecting plate of turning to always under the action of shaped spring, thus the gradient of rotor plate according to
According to the adjusting of the size adaptation of distance between stripper plate and cathode plate, while four sides of push plate closely connect with frame inner wall is accommodated
Touching.And then it ensure that stripper plate not will receive push plate obstruction when advancing to cathode plate.
The utility model is further arranged to: being additionally provided with limit assembly on the receiving frame, the limit assembly includes
It is arranged in and accommodates on the one end of frame far from sealing side wall, and the multiple circular insertion holes being arranged from top to bottom, inserts in the hole and set
It is equipped with limit shaft, one end of limit shaft, which is inserted into, to insert in the hole, and the other end is connect in receiving outer frame with a set of blocks plate, integrated board
The piston rod for being pushed cylinder passes through, and is secured to, and integrated board is provided with dsah-pot, dsah-pot far from receiving frame on one side
In be provided with buffer spring, limit shaft passes through integrated board and stretches in dsah-pot to be fixedly connected with one end of buffer spring, is buffered
The other end of spring is fixedly connected with the bottom of dsah-pot.
By using above-mentioned technical proposal, when stripper plate is by carrying out tentatively mud to the close mode of cathode plate
It is close to sealing side wall side by push plate by driving release cylinder after dehydration, limit can be driven simultaneously when releasing cylinder moving
Axis movement.The limit shaft of face stripper plate part is squeezed keeping out for plate and cannot be introduced into receiving frame, and in retraction dsah-pot.
Above stripper plate and the limit shaft of lower section then passes through insertion hole and enters in receiving frame, therefore limit shaft can be to extruding
Plate plays the role of limit, so that stripper plate can not be separate or close to cathode plate.When push plate continues to advance to sealing side wall,
It is squeezed again positioned at the mud accommodated in frame, so that further dehydration has been carried out, so that slurry dewatering is more abundant.
The utility model is further arranged to: push plate is fitted with rubber layer, push plate and appearance in the one side towards sealed sides wall
It receives and frame side wall and squeezes the position of plate surface contact and be provided with the rubber layer of a circle, the stripper plate and accommodate inside four side of frame
The position of contact is also fitted with a circle rubber layer.
By using above-mentioned technical proposal, enhances the air-tightness to slurry dewatering component, reduce mud to the greatest extent and be squeezed again
It is leaked out from receiving frame during press-dehydrating.
The utility model is further arranged to: the bottom of mounting rack is provided with a collecting tank.
By using above-mentioned technical proposal, can be fallen into collecting tank from the dewatered mud being pushed out in frame is accommodated,
Mud after convenient for dehydration is done to be handled in next step.
In conclusion the utility model has the following beneficial effects:
1, dewatering frame group is arranged in the modularization of upper and lower multilayer, and the single size for accommodating frame reduces, so that anode plate and yin
Pole plate is more close, therefore allows what the moisture in mud was more easier to flow to cathode plate, and then accelerate the moisture in mud
Discharge；
2, mechanical dehydration mechanism is set, it is further to accelerate slurry dewatering efficiency；
3, after position-limit mechanism limits stripper plate, mud type is squeezed by driving push plate, it can be further
Dehydrating operations are carried out to mud, and then further decrease the moisture content in mud.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the utility model；
Fig. 2 is the structural schematic diagram of the single group dewatering frame group of the utility model；
Fig. 3 is the enlarged structure schematic diagram in Fig. 2 at A
Appended drawing reference: 1, mounting rack；2, dewatering frame group；3, vertical bar；4, reinforcing frame；5, frame is accommodated；6, stripper plate；7, cathode
Plate；8, apopore；9, anode plate；10, input port；11, tumble cylinder；12, connector；13, spring is squeezed；14, electromagnet；
15, side wall is sealed；16, sealing cylinder；17, collection bucket；18, delivery outlet；19, push plate；20, connection frame；21, cylinder is released；22,
Connecting plate；23, link slot；24, mating groove；25, shaped spring；26, it is inserted into hole；27, limit shaft；28, integrated board；29, it buffers
Cylinder；30, buffer spring；31, rubber layer；32, collecting tank；33, rotor plate.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
As shown in Figure 1, being a kind of slurry dewatering processing unit disclosed by the utility model, including mounting rack 1 and setting
Dewatering frame group 2 on mounting rack 1, dewatering frame group 2 for storing mud, and be provided with from top to bottom on mounting rack 1 to
It is two layers few.
As shown in Figure 2,3, mounting rack 1 includes four vertical bars 3 and reinforcing frame 4 arranged with rectangular form, reinforcing frame 4
In rectangular shape, vertical bar 3 is arranged on four corner locations in reinforcing frame 4.Dewatering frame group 2 includes accommodating frame 5 and stripper plate
6, a length of 120cm, width 50cm, a height of 10cm of frame 5 are accommodated, accommodates the bottom of frame 5 for cathode plate 7, with matrix on cathode plate 7
Form arranges water hole 8 of overfilling, and stripper plate 6 is anode plate 9, and the input port 10 for inputting mud, anode are offered on anode plate 9
Plate 9, which is located at, to be accommodated in frame 5 and is adapted with frame 5 is accommodated.
The one end and reinforcing frame 4 for accommodating frame 5 are rotatablely connected, and mounting rack 1 and receiving frame 5 are rotatablely connected on the vertical bar 3 of one end
It is additionally provided with tumble cylinder 11(referring to Fig.1).The cylinder body and vertical bar 3 of tumble cylinder 11 are rotatablely connected, and the work of tumble cylinder 11
Stopper rod and the outside for accommodating frame 5 are rotatablely connected.Axis, tumble cylinder 11 and the receiving that tumble cylinder 11 and vertical bar 3 are rotatablely connected
The axis and receiving frame 5 and the axis being rotatablely connected of reinforcing frame 4 that frame 5 is rotatablely connected are mutually parallel.
As shown in Figure 2,3, it accommodates on frame 5 and is provided with mechanical dehydration mechanism, mechanical dehydration mechanism includes stripper plate 6 and sets
It sets in the extruding driving assembly for accommodating 5 upper end of frame, squeezing driving assembly includes being provided in four corners for accommodating 5 upper end of frame
One connector 12, connector 12 is L-shaped, and the edge other end that one end of connector 12 is fixed on receiving frame 5 stretches to appearance
Receive the inside of frame 5.Setting squeezes spring 13 between connector 12 and anode plate 9, squeezes one end and the connector 12 of spring 13
Fixed, the upper surface of the other end and stripper plate 6 is fixed, and squeezes 13 central axes of spring perpendicular to stripper plate 6, in connector 12
Position above stripper plate 6
It accommodates frame 5 and is defined as sealing side wall 15 far from its side wall for being rotatablely connected one end with fixed frame, fixed frame is close to close
It seals there are certain gap between one end of side wall 15 and sealing side wall 15, fixed frame is fixed on one end of sealing side wall 15
There is sealing cylinder 16, the piston rod of sealing cylinder 16 is vertical with sealing side wall 15 and is fixedly connected.
It is in horizontal state in receiving frame 5 under original state, is powered to electromagnet 14, stripper plate 6 is in electromagnet 14
Attract lower separate cathode plate 7, be passed through mud into input port 10 at this time, mud fills up the anode plate 9 and cathode plate accommodated in frame 5
It between 7, is then powered to anode plate 9 and cathode plate 7, the moisture in mud is attracted and flowed from apopore 8 by cathode plate 7
Out.While anode plate 9 and cathode plate 7 are powered, electromagnet 14 is powered off, stripper plate 6 under the action of squeezing spring 13 to
Cathode plate 7 advances, and what mud accelerated under stripper plate 6 and the extruding of cathode plate 7 squeezes out the moisture in mud.
As shown in Figure 2,3, it is connected with collection bucket 17 in each lower end for accommodating frame 5, collection bucket 17 is in bucket-shaped and collects
The upper end opening of bucket 17 will accommodate in 5 lower end of frame is enclosed in, and 17 lower end delivery outlet 18 of collection bucket, delivery port is connected with efferent duct.
The moisture being removed in mud is unified to flow into efferent duct from delivery outlet 18 after flowing into collection bucket 17 from apopore 8
Unified collection is done, so that the water deviate from mud is done further purified treatment.
As shown in Figure 2,3, it accommodates and is additionally provided with ejecting mechanism on frame 5, ejecting mechanism includes being located at anode plate 9 and cathode plate
Push plate 19 between 7, push plate 19 are arranged towards sealing side wall 15.Accommodate the company of being fixed on the one end of frame 5 far from sealing side wall 15
Frame 20 is connect, is fixed on connection frame 20 and releases cylinder 21, the piston rod for releasing cylinder 21 penetrates to accommodate in frame 5 to be connected with push plate 19
It connects.Push plate 19 includes the connecting plate 22 fixed with the piston rod of releasing cylinder 21, and connecting plate 22 is in long strip, connecting plate 22 it is upper
End is rotatably connected to the identical rotor plate 33 of thickness, and the width of connecting plate 22 is the half of 33 width of rotor plate.On rotor plate 33
Link slot 23 is offered, mating groove 24 is offered on connecting plate 22.When connecting plate 22 and rotor plate 33 turn to the same side table
When in the state that face is concordant, 24 link slot 23 of mating groove is corresponding and is connected to.Shaped spring 25 is located in mating groove 24, and is formed
Bottom of the upper and lower ends of spring 25 respectively with mating groove 24 and link slot 23 is fixed.Stripper plate 6 and cathode plate 7 are apart from maximum
When, it had both squeezed spring 13 and had been compressed into most in short-term, the distance between stripper plate 6 and cathode plate 7 size are less than connecting plate 22, rotation
Plate 33 is in total height dimension under concordant state.
Therefore, rotor plate 33 is in always to the sealing inclined state in 15 side of side wall, but rotor plate 33 is in sizing bullet
Always there is the trend for turning to state concordant with connecting plate 22, so the gradient of rotor plate 33 is according to crowded under the action of spring 25
The adjusting of the size adaptation of distance between pressing plate 6 and cathode plate 7, while four sides of push plate 19 closely connect with 5 inner wall of frame is accommodated
Touching.
As shown in Figure 2,3, it accommodates and is additionally provided with limit assembly on frame 5, limit assembly includes that setting is accommodating frame 5 far from close
It seals on one end of side wall 15, and the multiple circular insertion holes 26 being arranged from top to bottom, is inserted into hole 26 and is provided with limit shaft 27.
One end of limit shaft 27 is inserted into insertion hole 26, and the other end is connect outside receiving frame 5 with a set of blocks plate 28.28 quilt of integrated board
The piston rod of push cylinder passes through, and is secured to.Integrated board 28 is provided with dsah-pot 29 far from receiving frame 5 on one side, delays
Rush in cylinder 29 and be provided with buffer spring 30, limit shaft 27 pass through integrated board 28 stretch in dsah-pot 29 with buffer spring 30 one
End is fixedly connected, and the other end of buffer spring 30 is fixedly connected with the bottom of dsah-pot 29.
When being dehydrated using dewatering device to mud, limit shaft 27 is located at one end in insertion hole 26 and accommodates frame 5
Side wall keep concordant, during the effect that stripper plate 6 is squeezed spring 13 is advanced to cathode plate 7, rotor plate 33 by
Effect to stripper plate 6 rotates, and more tilts to sealing 15 side of side wall.And when stripper plate 6 is by cathode plate 7
After close mode carries out preliminary dehydration to mud, cylinder 21 is released by driving, push plate 19 is allowed to lean on to sealing 15 side of side wall
Closely, releasing when cylinder 21 moves can drive limit shaft 27 to move simultaneously.The limit shaft 27 of 6 part of face stripper plate is squeezed plate
6 keep out cannot be introduced into receiving frame 5, and in retraction dsah-pot 29.Above stripper plate 6 and the limit shaft 27 of lower section then
It enters to and is accommodated in frame 5 across insertion hole 26, therefore limit shaft 27 can play the role of limit to stripper plate 6, so that squeezing
Plate 6 can not be separate or close to cathode plate 7.When push plate 19 continues to advance to sealing side wall 15, positioned at the mud accommodated in frame 5
It is squeezed again, so that further dehydration has been carried out, so that slurry dewatering is more abundant.
After slurry dewatering, allows sealing side wall 15 far from frame 5 is accommodated by controlling sealing cylinder 16, then pass through again
Tumble cylinder 11 makes receiving frame 5 integral inclined downwards, releases cylinder 21 then through control and limit shaft 27 is exited receiving frame
5, control electromagnet 14, which is powered, after limit shaft 27 exits and accommodates frame 5 attracts stripper plate 6, so that stripper plate 6 is far from cathode plate 7.
Stripper plate 6 allows push plate 19 far from release 21 ontology of cylinder and will be dehydrated far from cathode plate 7 and then secondary driving release cylinder 21
Mud afterwards, which is released, accommodates frame 5.A collecting tank 32 is placed in the bottom of mounting rack 1, it can be by dewatered slurry collecting.
Push plate 19 is fitted with rubber layer 31, push plate 19 and receiving 5 side wall of frame and squeezes in the one side towards sealing side wall 15
The position of 6 surface of pressing plate contact is provided with the rubber layer 31 of a circle.In addition, the position of stripper plate 6 and receiving 5 four side interior contact of frame
It sets and is also fitted with a circle rubber layer 31.With this, enhance the air-tightness to slurry dewatering component
The implementation principle of the present embodiment are as follows: be filled with mud after accommodating in frame 5, first with dewatering device to receiving frame 5
In mud carry out extrusion dehydration, be powered while extrusion dehydration to two electrode plates and carry out electro-osmosis method dehydration, it is then sharp again
It drives push plate 19 to carry out extrusion dehydration to mud again with cylinder 21 is released, passes through tumble cylinder 11 after slurry dewatering and allow appearance
Frame 5 of receiving tilts obliquely, finally releases dewatered mud using release cylinder 21 and accommodates frame 5.
The embodiment of present embodiment is the preferred embodiment of the utility model, and not limitation is originally practical new according to this
The protection scope of type, therefore: the equivalence changes that all structures, shape, principle according to the utility model are done should all be covered by practical
Within novel protection scope.
Claims (9)
1. a kind of slurry dewatering processing unit, it is characterized in that: including the dehydration of mounting rack (1) and setting on mounting rack (1)
Frame group (2), and being provided with from top to bottom at least two layers on mounting rack (1), dewatering frame group (2) include accommodate frame (5) and
Positioned at the stripper plate (6) for accommodating frame (5) upper end, the stripper plate (6) is anode plate (9), and the bottom for accommodating frame (5) is yin
Pole plate (7) is provided with mud input port (10) on the stripper plate (6), is provided with apopore (8), institute on the cathode plate (7)
It states the one end for accommodating frame (5) and mounting rack (1) is rotatablely connected, and the one end for accommodating frame (5) and mounting rack (1) rotation connection is arranged
There is turnover mechanism, it is described to accommodate frame (5) side wall and receiving frame (5) ontology far from itself and one end of mounting rack (1) rotation connection
Separately positioned, the side wall is defined as sealing side wall (15), is provided with sealing cylinder (16) and sealed sides on the mounting rack (1)
Wall (15) is connected, and the lower end for accommodating frame (5) is connected with water collection agencies.
2. a kind of slurry dewatering processing unit according to claim 1, it is characterized in that: the water collection agencies include that setting exists
The collection bucket (17) of frame (5) lower end is accommodated, collection bucket (17) will accommodate frame (5) in the upper end opening of bucket-shaped and collection bucket (17)
Lower end be enclosed in.
3. a kind of slurry dewatering processing unit according to claim 1, it is characterized in that: being provided on the receiving frame (5)
Mechanical dehydration mechanism, the mechanical dehydration mechanism include the stripper plate (6) being flexibly connected with receiving frame (5), the receiving frame (5)
On be provided with stripper plate (6) driven to the extruding driving assembly close or separate to cathode plate (7).
4. a kind of slurry dewatering processing unit according to claim 3, it is characterized in that: the extruding driving assembly is included in
Four corners for accommodating frame (5) upper end are provided with one connector (12), are fixed on receiving in one end of connector (12)
On frame (5), the other end stretches to the inside for accommodating frame (5), and setting squeezes spring between connector (12) and anode plate (9)
(13), it is located on the position above stripper plate (6) in connector (12) and is further fixed on electromagnet (14).
5. a kind of slurry dewatering processing unit according to claim 4 pushes away it is characterized in that: accommodating and being additionally provided on frame (5)
Mechanism out, ejecting mechanism include the push plate (19) between anode plate (9) and cathode plate (7), accommodate and are additionally provided with outside frame (5)
Connection frame (20) is provided on connection frame (20) and releases cylinder (21), and the piston rod for releasing cylinder (21), which penetrates, to be accommodated in frame (5)
It is connected with push plate (19).
6. a kind of slurry dewatering processing unit according to claim 5, it is characterized in that: push plate (19) includes and releases cylinder
(21) the fixed connecting plate (22) of piston rod, connecting plate (22) is in long strip, and the upper end of connecting plate (22) is rotatably connected to thickness
Identical rotor plate (33) is spent, is offered link slot (23) on rotor plate (33), mating groove (24) is offered on connecting plate (22),
When connecting plate (22) and rotor plate (33) turn in the state of the flush of the same side, mating groove (24) link slot (23)
Corresponding and be connected to, shaped spring (25) is located in mating groove (24), and the upper and lower ends of shaped spring (25) respectively with cooperation
The bottom of slot (24) and link slot (23) is fixed.
7. a kind of slurry dewatering processing unit according to claim 6, it is characterized in that: being also set up on the receiving frame (5)
There is limit assembly, the limit assembly includes setting on accommodating the one end of frame (5) far from sealing side wall (15), and from top to bottom
The multiple circular insertion holes (26) being arranged are inserted into hole (26) and are provided with limit shaft (27), one end insertion of limit shaft (27)
Into insertion hole (26), the other end is connect with a set of blocks plate (28) outside in receiving frame (5), and integrated board (28) is pushed cylinder
Piston rod passes through, and is secured to, and integrated board (28) is provided with dsah-pot (29), dsah-pot far from receiving frame (5) on one side
(29) be provided in buffer spring (30), limit shaft (27) pass through integrated board (28) stretch in dsah-pot (29) with buffer spring
(30) one end is fixedly connected, and the other end of buffer spring (30) is fixedly connected with the bottom of dsah-pot (29).
8. a kind of slurry dewatering processing unit according to claim 7, it is characterized in that: push plate (19) is towards sealing side wall
(15) it is fitted in one side rubber layer (31), the position that push plate (19) is contacted with receiving frame (5) side wall and stripper plate (6) surface
The rubber layer (31) for being equipped with a circle is installed, the stripper plate (6) and the position for accommodating (5) four side interior contact of frame are also fitted with one
It encloses rubber layer (31).
9. a kind of slurry dewatering processing unit according to claim 1, it is characterized in that: the bottom of mounting rack (1) is arranged
There is a collecting tank (32).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821992323.3U CN209368102U (en) | 2018-11-29 | 2018-11-29 | A kind of slurry dewatering processing unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821992323.3U CN209368102U (en) | 2018-11-29 | 2018-11-29 | A kind of slurry dewatering processing unit |
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| Publication Number | Publication Date |
|---|---|
| CN209368102U true CN209368102U (en) | 2019-09-10 |
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ID=67834429
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821992323.3U Active CN209368102U (en) | 2018-11-29 | 2018-11-29 | A kind of slurry dewatering processing unit |
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| CN (1) | CN209368102U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109336362A (en) * | 2018-11-29 | 2019-02-15 | 杭州渗源环境科技有限公司 | A kind of slurry dewatering processing unit |
-
2018
- 2018-11-29 CN CN201821992323.3U patent/CN209368102U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109336362A (en) * | 2018-11-29 | 2019-02-15 | 杭州渗源环境科技有限公司 | A kind of slurry dewatering processing unit |
| CN109336362B (en) * | 2018-11-29 | 2024-02-27 | 杭州渗源环境科技有限公司 | Mud dewatering treatment device |
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