CN207845467U - A kind of squeezing dehydration device for greasy dirt processing - Google Patents
A kind of squeezing dehydration device for greasy dirt processing Download PDFInfo
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- CN207845467U CN207845467U CN201721881022.9U CN201721881022U CN207845467U CN 207845467 U CN207845467 U CN 207845467U CN 201721881022 U CN201721881022 U CN 201721881022U CN 207845467 U CN207845467 U CN 207845467U
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- greasy dirt
- extrusion dehydration
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Abstract
The utility model is related to greasy dirt process fields, more particularly to a kind of squeezing dehydration device for greasy dirt processing, including extrusion dehydration box assembly, extrusion dehydration component, squeeze drive component, support plate and support base, the extrusion dehydration box assembly include left box body, rectangle connection frame, right case, rectangle mud guard, it is left into bucket, it is right into bucket and rectangle sludge pipe；The right end of the left box body is welded to connect rectangle connection frame；The right end of the rectangle connection frame is welded to connect right case；The left box body, rectangle connection frame are connected with the inside of right case；The centre of the rectangle connection frame is equipped with rectangle mud guard；Rectangle mud discharging mouth is set on the bottom surface of the rectangle connection frame, the lower end of rectangle mud discharging mouth is welded to connect rectangle sludge pipe.The utility model carries out extrusion dehydration processing by the way of the Bidirectional-squeezing of both sides to the liquefied mixture in greasy dirt so that the fluid in greasy dirt is fast and efficiently discharged with aqueous.
Description
Technical field
The utility model is related to greasy dirt process fields, are filled more particularly to a kind of extrusion dehydration for greasy dirt processing
It sets.
Background technology
During oil extraction, all can at the crude Treatment pot bottom of field joint stations, the corrosion failure of petroleum pipeline
Oily sludge is stockpiled, also will produce oily sludge in the operational process of sewage plant.These oily sludges belong to dangerous solid waste
Object, oil content is higher, generally 10-50%, and moisture content is generally 30-80%, mud containing rate 10-20%.Oily sludge can be right
Environment pollutes, so directly outer cannot arrange, is stacked the waste for air-drying or burying and can cause resource.Therefore, effectively
By in greasy dirt fluid and silt separate and re-use particularly significant；But existing greasy dirt separation equipment
Separative efficiency is relatively low, separating effect is poor.
Utility model content
The purpose of this utility model is to provide a kind of squeezing dehydration device for greasy dirt processing, is squeezed using both sides are two-way
The mode of pressure carries out extrusion dehydration processing to the liquefied mixture in greasy dirt so that the fluid and aqueous in greasy dirt are fast
Speed, efficient discharge, convenient for being recycled with aqueous to the fluid in greasy dirt, and convenient for silt mixture in greasy dirt
Be further processed.
The purpose of this utility model is achieved through the following technical solutions：
A kind of squeezing dehydration device for greasy dirt processing, including extrusion dehydration box assembly, extrusion dehydration component, extruding
Drive component, support plate and support base, the extrusion dehydration box assembly include left box body, rectangle connection frame, right case, rectangle gear
Mud plate, it is left into bucket, it is right into bucket and rectangle sludge pipe；The right end of the left box body is welded to connect rectangle connection frame；The square
The right end of shape connection frame is welded to connect right case；The left box body, rectangle connection frame are connected with the inside of right case；The square
The centre that shape connects frame is equipped with rectangle mud guard, and rectangle mud guard welds top surface, leading flank and the trailing flank of rectangle connection frame；Institute
It states and rectangle mud discharging mouth is set on the bottom surface of rectangle connection frame, the lower end of rectangle mud discharging mouth is welded to connect rectangle sludge pipe；The left side
Babinet top is welded to connect and is connected to left into bucket；The right case top is welded to connect and is connected to right into bucket；
The left end of the extrusion dehydration component is slidably connected in the inside of left box body；The right side of the extrusion dehydration component
End sliding connection is in the inside of right case；The upper end of the extrusion dehydration component is fixedly connected on the top of rectangle connection frame
Centre, extrusion dehydration component connection squeezes drive component；The extruding drive component is fixedly connected on rectangle connection frame
Top；One piece of support plate is respectively welded in the bottom end of the left box body and right case, and the bottom end of two pieces of support plates is all connected by bolt
It is connected on support base；
The lower end of the left side of the left box body is welded to connect and is connected to a left bank water pipe for carrying control valve；It is described
The lower end of the right side of right case is welded to connect and is connected to a right drainpipe for carrying control valve.
The extruding drive component includes driving motor, motor cabinet, drive shaft and driving gear；The driving motor is fixed
It is connected on motor cabinet；The motor cabinet is connected by screw on rectangle connection frame；The output end of the driving motor connects
Drive shaft；Gear is driven by key connection in the drive shaft；The driving gear connects extrusion dehydration component；The driving electricity
Machine is switched by wire connecting power and control.
The extrusion dehydration component includes spiral shell in rotation gear, rotary shaft, pedestal, left inside screwed pipe, left outside threaded rod, the right side
Line pipe, right external thread rod, left pushing-pulling-rack, left stripper plate, right pushing-pulling-rack and right stripper plate；The rotation gear is fixedly connected on rotation
In shaft；The both ends of the rotary shaft are connected to by bearing on pedestal, and the left end of the rotary shaft connects a left side by shaft coupling
Riffled tube is connected through a screw thread left outside threaded rod, the left end welding of the left outside threaded rod on the inside of the left inside screwed pipe
Left pushing-pulling-rack is connected, the right end of the left pushing-pulling-rack is connected by screw left stripper plate, the left stripper plate sliding connection
In the inside of left box body；The right end of the rotary shaft connects right riffled tube, the right end of the right riffled tube by shaft coupling
It is connected through a screw thread right external thread rod, the right end of the right external thread rod is welded to connect right pushing-pulling-rack, a left side for the right pushing-pulling-rack
End is connected by screw right stripper plate, and the right stripper plate sliding connection is in the inside of right case.
It is slidably connected one piece on the rectangle sludge pipe and lets out mud plate, round leakage hole is arranged in described let out in mud plate.
Multiple extrusion dehydration holes are respectively set on the left stripper plate and right stripper plate.
The beneficial effects of the utility model：A kind of squeezing dehydration device for greasy dirt processing of the utility model uses
The mode of both sides Bidirectional-squeezing carries out extrusion dehydration processing to the liquefied mixture in greasy dirt so that fluid in greasy dirt with
Aqueous is fast and efficiently discharged, convenient for being recycled with aqueous to the fluid in greasy dirt, and convenient for mud in greasy dirt
Husky mixture is further processed, and effectively can more improve the separation treatment efficiency of greasy dirt.
Description of the drawings
Fig. 1 is the overall structure diagram of the utility model；
Fig. 2 is the structural schematic diagram of the extrusion dehydration box assembly inside the utility model；
Fig. 3 is the structural schematic diagram of the rectangle connection frame inside the utility model；
Fig. 4 is the structural schematic diagram of the extrusion dehydration component inside the utility model；
Fig. 5 is the structural schematic diagram of the extruding drive component inside the utility model.
In figure：Extrusion dehydration box assembly 1；Left box body 1-1；Rectangle connects frame 1-2；Right case 1-3；Rectangle mud guard 1-4；
A left side is into bucket 1-5；The right side is into bucket 1-6；Rectangle sludge pipe 1-7；Let out mud plate 1-7-1；Extrusion dehydration component 2；Rotate gear 2-1；
Rotary shaft 2-2；Pedestal 2-3；Left inside screwed pipe 2-4；Left outside threaded rod 2-5；Right riffled tube 2-6；Right external thread rod 2-7；It is left
Pushing-pulling-rack 2-8；Left stripper plate 2-9；Right pushing-pulling-rack 2-10；Right stripper plate 2-11；Squeeze drive component 3；Driving motor 3-1；Electricity
Engine base 3-2；Drive shaft 3-3；Drive gear 3-4；Support plate 4；Support base 5.
Specific implementation mode
The utility model is described in further detail below in conjunction with the accompanying drawings.
Specific implementation mode one：
It is a kind of for greasy dirt processing squeezing dehydration device, including extrusion dehydration box assembly 1, extrusion dehydration component 2, squeeze
Press drive component 3, support plate 4 and support base 5；A kind of squeezing dehydration device for greasy dirt processing of the utility model,
Operation principle is：When in use, greasy dirt is put into the inside of extrusion dehydration box assembly 1 first, then will squeeze driving group
Part 3 is connected to power supply and is opened by controlling switch, squeezes drive component 3 and drives extrusion dehydration component 2 in extrusion dehydration box assembly 1
Inside it is shuttle extrusion dehydration processing is carried out to greasy dirt, it is mixed to can effectively improve solid mixture and liquid in greasy dirt
Close the separative efficiency of object.
The extrusion dehydration box assembly 1 includes left box body 1-1, rectangle connection frame 1-2, right case 1-3, rectangle mud guard 1-
4, it is left into bucket 1-5, it is right into bucket 1-6 and rectangle sludge pipe 1-7；The right end of the left box body 1-1 is welded to connect rectangle connection
Frame 1-2；The right end of the rectangle connection frame 1-2 is welded to connect right case 1-3；The left box body 1-1, rectangle connection frame 1-2 and
The inside of right case 1-3 is connected；The centre of the rectangle connection frame 1-2 is equipped with rectangle mud guard 1-4, rectangle mud guard 1-4
Weld top surface, leading flank and the trailing flank of rectangle connection frame 1-2；Rectangle spoil disposal is set on the bottom surface of the rectangle connection frame 1-2
Mouthful, the lower end of rectangle mud discharging mouth is welded to connect rectangle sludge pipe 1-7；The tops the left box body 1-1 be welded to connect and be connected to it is left into
Bucket 1-5；The tops the right case 1-3 are welded to connect and are connected to right into bucket 1-6；The extrusion dehydration box assembly 1 is using
When, greasy dirt can be poured by a left side into bucket 1-5 the inside of left box body 1-1, fallen greasy dirt into bucket 1-6 by the right side
Enter to the inside of right case 1-3, during extrusion dehydration 2 extrusion dehydration of component, the greasy dirt inside left box body 1-1 and the right side
Greasy dirt inside babinet 1-3 is moved to the direction of rectangle mud guard 1-4, and passes through rectangle mud guard 1-4 and extrusion dehydration group
The extruding of part 2 is carried out dehydrating, and connects the rectangle sludge pipe 1-7 discharges of the lower ends frame 1-2 after extruding by rectangle.
The left end of the extrusion dehydration component 2 is slidably connected in the inside of left box body 1-1；The extrusion dehydration component
2 right end is slidably connected in the inside of right case 1-3；The upper end of the extrusion dehydration component 2 is fixedly connected on rectangle company
The centre on the top of frame 1-2 is connect, the connection of extrusion dehydration component 2 squeezes drive component 3；The extruding drive component 3 is fixed
It is connected to the top of rectangle connection frame 1-2；One piece of support plate 4 of each welding in the bottom end of the left box body 1-1 and right case 1-3, two
The bottom end of block support plate 4 is all bolted on support base 5；
The lower end of the left side of the left box body 1-1 is welded to connect and is connected to a left bank water pipe for carrying control valve；
The lower end of the right side of the right case 1-3 is welded to connect and is connected to a right drainpipe for carrying control valve.
The extruding drive component 3 includes driving motor 3-1, motor cabinet 3-2, drive shaft 3-3 and driving gear 3-4；Institute
Driving motor 3-1 is stated to be fixedly connected on motor cabinet 3-2；The motor cabinet 3-2 is connected by screw in rectangle connection frame 1-2
On；The output end connection drive shaft 3-3 of the driving motor 3-1；Gear 3-4 is driven by key connection on the drive shaft 3-3；
The driving gear 3-4 connection extrusion dehydrations component 2；The driving motor 3-1 is switched by wire connecting power and control.Institute
It states and squeezes drive component 3 when in use, driving motor 3-1 drives driving gear 3-4 to rotate by drive shaft 3-3, drives gear
3-4 drives extrusion dehydration component 2 to work.
The extrusion dehydration component 2 includes rotation gear 2-1, rotary shaft 2-2, pedestal 2-3, left inside screwed pipe 2-4, left outside
Threaded rod 2-5, right riffled tube 2-6, right external thread rod 2-7, left pushing-pulling-rack 2-8, left stripper plate 2-9, right pushing-pulling-rack 2-10 and
Right stripper plate 2-11；The rotation gear 2-1 is fixedly connected on rotary shaft 2-2；The both ends of the rotary shaft 2-2 pass through bearing
It is connected on pedestal 2-3, the left end of the rotary shaft 2-2 connects left inside screwed pipe 2-4, the left inside screwed pipe by shaft coupling
Left outside threaded rod 2-5 is connected through a screw thread on the inside of 2-4, the left end of the left outside threaded rod 2-5 is welded to connect left pushing-pulling-rack 2-
The right end of 8, the left pushing-pulling-rack 2-8 are connected by screw left stripper plate 2-9, and the left stripper plate 2-9 sliding connections exist
The inside of left box body 1-1；The right end of the rotary shaft 2-2 connects right riffled tube 2-6, the right riffled tube by shaft coupling
The right end of 2-6 is connected through a screw thread right external thread rod 2-7, and the right end of the right external thread rod 2-7 is welded to connect right pushing-pulling-rack 2-
The left end of 10, the right pushing-pulling-rack 2-10 are connected by screw right stripper plate 2-11, and the right stripper plate 2-11 is slidably matched company
It is connected on the inside of right case 1-3.At work, rotation gear 2-1 is in the drive for driving gear 3-4 for the extrusion dehydration component 2
Under rotated, rotation gear 2-1 drives rotary shaft 2-2 rotations, the left end of rotary shaft 2-2 to drive left inside screwed pipe 2-4 rotations,
When left inside screwed pipe 2-4 rotations, the length that left outside threaded rod 2-5 is inserted into inside left inside screwed pipe 2-4 changes, left outside spiral shell
Rasp bar 2-5 drives left stripper plate 2-9 to carry out compressional movement by left pushing-pulling-rack 2-8；The right end of the rotary shaft 2-2 drives in the right side
Screwed pipe 2-6 rotations, when right riffled tube 2-6 is rotated, right external thread rod 2-7 is inserted into the length inside right riffled tube 2-6
It changes, right external thread rod 2-7 drives right stripper plate 2-11 to carry out compressional movement to greasy dirt by right pushing-pulling-rack 2-10.
It is slidably connected one piece on the rectangle sludge pipe 1-7 and lets out mud plate 1-7-1, described let out is arranged on mud plate 1-7-1
Round leakage hole.
Each multiple extrusion dehydration holes of setting on the left stripper plate 2-9 and right stripper plate 2-11.
A kind of squeezing dehydration device for greasy dirt processing of the utility model, its working principle is that：When in use, first
Greasy dirt is first put into the inside of extrusion dehydration box assembly 1, drive component 3 then will be squeezed and is connected to power supply and is opened by control
It closes and opens, squeeze drive component 3 and drive extrusion dehydration component 2 shuttle to greasy dirt in the inside of extrusion dehydration box assembly 1
Extrusion dehydration processing is carried out, the separative efficiency of solid mixture and liquid mixture in greasy dirt is can effectively improve；It is described to squeeze
Greasy dirt when in use, can be poured into the inside of left box body 1-1 by a left side into bucket 1-5, pass through the right side by pressure-off cistern assembly 1
Greasy dirt is poured into the inside of right case 1-3 into bucket 1-6, during extrusion dehydration 2 extrusion dehydration of component, left box body
The greasy dirt inside greasy dirt and right case 1-3 inside 1-1 is moved to the direction of rectangle mud guard 1-4, and is kept off by rectangle
Mud plate 1-4 and the extruding of extrusion dehydration component 2 are carried out dehydrating, and the rectangle for connecting the lower ends frame 1-2 after extruding by rectangle is arranged
The 1-7 discharges of mud pipe；When in use, driving motor 3-1 drives driving gear 3-4 to the extruding drive component 3 by drive shaft 3-3
Rotation, driving gear 3-4 drive extrusion dehydration component 2 to work；The extrusion dehydration component 2 at work, rotates gear
2-1 is rotated under the drive of driving gear 3-4, and rotation gear 2-1 drives rotary shaft 2-2 rotations, the left end of rotary shaft 2-2
Left inside screwed pipe 2-4 is driven to rotate, when left inside screwed pipe 2-4 is rotated, left outside threaded rod 2-5 is inserted into left inside screwed pipe 2-4
The length in portion changes, and left outside threaded rod 2-5 drives left stripper plate 2-9 to carry out compressional movement by left pushing-pulling-rack 2-8；It is described
The right end of rotary shaft 2-2 drives right riffled tube 2-6 rotations, and when right riffled tube 2-6 is rotated, right external thread rod 2-7 is inserted into
Length inside right riffled tube 2-6 changes, and right external thread rod 2-7 drives right stripper plate 2-11 by right pushing-pulling-rack 2-10
Compressional movement is carried out to greasy dirt.
Certainly, above description is not limitation of the utility model, and the utility model is also not limited to the example above, this skill
The variations, modifications, additions or substitutions that the those of ordinary skill in art field is made in the essential scope of the utility model, also belong to
In the scope of protection of the utility model.
Claims (5)
1. it is a kind of for greasy dirt processing squeezing dehydration device, including extrusion dehydration box assembly (1), extrusion dehydration component (2),
Squeeze drive component (3), support plate (4) and support base (5), it is characterised in that：The extrusion dehydration box assembly (1) includes left case
Body (1-1), rectangle connection frame (1-2), right case (1-3), rectangle mud guard (1-4), it is left into bucket (1-5), it is right into bucket (1-
And rectangle sludge pipe (1-7) 6)；The right end of the left box body (1-1) is welded to connect rectangle connection frame (1-2)；The rectangle connection
The right end of frame (1-2) is welded to connect right case (1-3)；The left box body (1-1), rectangle connection frame (1-2) and right case (1-3)
Inside be connected；The centre of the rectangle connection frame (1-2) is equipped with rectangle mud guard (1-4), rectangle mud guard (1-4) welding
Rectangle connects top surface, leading flank and the trailing flank of frame (1-2)；Rectangle spoil disposal is set on the bottom surface of the rectangle connection frame (1-2)
Mouthful, the lower end of rectangle mud discharging mouth is welded to connect rectangle sludge pipe (1-7)；Left box body (1-1) top is welded to connect and is connected to
A left side is into bucket (1-5)；Right case (1-3) top is welded to connect and is connected to right into bucket (1-6)；
The left end of the extrusion dehydration component (2) is slidably connected in the inside of left box body (1-1)；The extrusion dehydration component
(2) right end is slidably connected in the inside of right case (1-3)；The upper end of the extrusion dehydration component (2) is fixedly connected on
Rectangle connects the centre on the top of frame (1-2), and extrusion dehydration component (2) connection squeezes drive component (3)；The extruding is driven
Dynamic component (3) is fixedly connected on the top of rectangle connection frame (1-2)；The bottom end of the left box body (1-1) and right case (1-3) is each
One piece of support plate (4) is welded, the bottom end of two pieces of support plates (4) is all bolted on support base (5)；
The lower end of the left side of the left box body (1-1) is welded to connect and is connected to a left bank water pipe for carrying control valve；Institute
The lower end for stating the right side of right case (1-3) is welded to connect and is connected to a right drainpipe for carrying control valve.
2. a kind of squeezing dehydration device for greasy dirt processing according to claim 1, it is characterised in that：The extruding
Drive component (3) includes driving motor (3-1), motor cabinet (3-2), drive shaft (3-3) and driving gear (3-4)；The driving
Motor (3-1) is fixedly connected on motor cabinet (3-2)；The motor cabinet (3-2) is connected by screw in rectangle connection frame (1-2)
On；The output end connection drive shaft (3-3) of the driving motor (3-1)；By being keyed sliding tooth on the drive shaft (3-3)
It takes turns (3-4)；Driving gear (3-4) the connection extrusion dehydration component (2)；The driving motor (3-1) connects electricity by conducting wire
Source and control switch.
3. a kind of squeezing dehydration device for greasy dirt processing according to claim 2, it is characterised in that：The extruding
Dehydration package (2) includes rotation gear (2-1), rotary shaft (2-2), pedestal (2-3), left inside screwed pipe (2-4), left outside threaded rod
(2-5), right riffled tube (2-6), right external thread rod (2-7), left pushing-pulling-rack (2-8), left stripper plate (2-9), right pushing-pulling-rack (2-
And right stripper plate (2-11) 10)；The rotation gear (2-1) is fixedly connected in rotary shaft (2-2)；The rotary shaft (2-2)
Both ends be connected on pedestal (2-3) by bearing, the left end of the rotary shaft (2-2) connects left inside screwed pipe by shaft coupling
(2-4) is connected through a screw thread left outside threaded rod (2-5), the left outside threaded rod (2- on the inside of the left inside screwed pipe (2-4)
5) left end is welded to connect left pushing-pulling-rack (2-8), and the right end of the left pushing-pulling-rack (2-8) is connected by screw left stripper plate (2-
9), left stripper plate (2-9) sliding connection is in the inside of left box body (1-1)；The right end of the rotary shaft (2-2) passes through
Shaft coupling connects right riffled tube (2-6), and the right end of the right riffled tube (2-6) is connected through a screw thread right external thread rod (2-
7), the right end of the right external thread rod (2-7) is welded to connect right pushing-pulling-rack (2-10), and the left end of the right pushing-pulling-rack (2-10) is logical
It crosses screw and connects right stripper plate (2-11), right stripper plate (2-11) sliding connection is in the inside of right case (1-3).
4. a kind of squeezing dehydration device for greasy dirt processing according to claim 1, it is characterised in that：The rectangle
It is slidably connected one piece on sludge pipe (1-7) and lets out mud plate (1-7-1), round leakage hole is arranged in described let out in mud plate (1-7-1).
5. a kind of squeezing dehydration device for greasy dirt processing according to claim 3, it is characterised in that：It is described left crowded
Each multiple extrusion dehydration holes of setting on pressing plate (2-9) and right stripper plate (2-11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721881022.9U CN207845467U (en) | 2017-12-28 | 2017-12-28 | A kind of squeezing dehydration device for greasy dirt processing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721881022.9U CN207845467U (en) | 2017-12-28 | 2017-12-28 | A kind of squeezing dehydration device for greasy dirt processing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207845467U true CN207845467U (en) | 2018-09-11 |
Family
ID=63419464
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721881022.9U Expired - Fee Related CN207845467U (en) | 2017-12-28 | 2017-12-28 | A kind of squeezing dehydration device for greasy dirt processing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207845467U (en) |
-
2017
- 2017-12-28 CN CN201721881022.9U patent/CN207845467U/en not_active Expired - Fee Related
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180911 Termination date: 20201228 |
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| CF01 | Termination of patent right due to non-payment of annual fee |