CN108671624A - For oil exploitation vibrating type filtering equipment - Google Patents
For oil exploitation vibrating type filtering equipment Download PDFInfo
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- CN108671624A CN108671624A CN201810848972.4A CN201810848972A CN108671624A CN 108671624 A CN108671624 A CN 108671624A CN 201810848972 A CN201810848972 A CN 201810848972A CN 108671624 A CN108671624 A CN 108671624A
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- shaft
- vibrating
- bull stick
- oil
- flexibly connected
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- 238000001914 filtration Methods 0.000 title claims abstract description 107
- 230000007246 mechanism Effects 0.000 claims abstract description 107
- 244000309464 bull Species 0.000 claims description 44
- 238000012216 screening Methods 0.000 claims description 23
- 230000002787 reinforcement Effects 0.000 claims description 20
- 230000008878 coupling Effects 0.000 claims description 15
- 238000010168 coupling process Methods 0.000 claims description 15
- 238000005859 coupling reaction Methods 0.000 claims description 15
- 241000883990 Flabellum Species 0.000 claims description 12
- 241000237858 Gastropoda Species 0.000 claims 1
- 230000000694 effects Effects 0.000 abstract description 15
- 230000010355 oscillation Effects 0.000 abstract description 5
- 230000033001 locomotion Effects 0.000 description 8
- 230000005540 biological transmission Effects 0.000 description 4
- 238000010586 diagram Methods 0.000 description 3
- 238000005553 drilling Methods 0.000 description 2
- 230000006870 function Effects 0.000 description 2
- 238000009434 installation Methods 0.000 description 2
- 230000007480 spreading Effects 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000004140 cleaning Methods 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 235000013399 edible fruits Nutrition 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 230000005662 electromechanics Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 239000012530 fluid Substances 0.000 description 1
- 230000008018 melting Effects 0.000 description 1
- 238000002844 melting Methods 0.000 description 1
- 238000000034 method Methods 0.000 description 1
- 230000008450 motivation Effects 0.000 description 1
- 230000008569 process Effects 0.000 description 1
- 238000007711 solidification Methods 0.000 description 1
- 230000008023 solidification Effects 0.000 description 1
- 239000004575 stone Substances 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D36/00—Filter circuits or combinations of filters with other separating devices
- B01D36/02—Combinations of filters of different kinds
-
- E—FIXED CONSTRUCTIONS
- E21—EARTH OR ROCK DRILLING; MINING
- E21B—EARTH OR ROCK DRILLING; OBTAINING OIL, GAS, WATER, SOLUBLE OR MELTABLE MATERIALS OR A SLURRY OF MINERALS FROM WELLS
- E21B43/00—Methods or apparatus for obtaining oil, gas, water, soluble or meltable materials or a slurry of minerals from wells
- E21B43/34—Arrangements for separating materials produced by the well
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- Life Sciences & Earth Sciences (AREA)
- Engineering & Computer Science (AREA)
- Geology (AREA)
- Mining & Mineral Resources (AREA)
- Physics & Mathematics (AREA)
- Environmental & Geological Engineering (AREA)
- Fluid Mechanics (AREA)
- General Life Sciences & Earth Sciences (AREA)
- Geochemistry & Mineralogy (AREA)
- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Combined Means For Separation Of Solids (AREA)
Abstract
The invention discloses for oil exploitation vibrating type filtering equipment, its structure includes motor, oil inlet, chamber door, filtered host, supporting rack, motor is mechanically connected with oil inlet, oil inlet is fixedly mounted on filtered host left upper end, chamber door is hinged with filtered host front surface, filtered host lower end is fixedly mounted on supporting rack upper end, filtered host includes shell, actuating unit, main drive gear, primary screener mechanism, preliminary removing is carried out to the silt inside the oil that has just produced by primary screener mechanism, then the Oscillation Amplitude of by-pass filtration net is improved by pneumatic vibrating filter mechanism, which improves the effects of filtering, rotating filter is carried out by secondary filtration mechanism simultaneously, one passes through vibration filtering, one passes through rotating filter, the effect of filtering is more；The oil clung to by-pass filtration net surface by Gua Wang mechanisms is purged, it is ensured that by-pass filtration net can be used normally.
Description
Technical field
The present invention relates to for oil exploitation vibrating type filtering apparatus field, oil exploitation is used for particularly with regard to one kind
Vibrating type filtering equipment.
Background technology
Oil vibrating type filtering equipment is under the jurisdiction of the solidification control system for well drilling liguid of oil-gas drilling, is mud cleaning system
Main machinery, oil is filtered by the vibration of filter screen.
But current oil exploitation vibrating type filtering equipment contains silt, such as when being worked inside oil
Fruit only by filter screen effect, it may occur however that the case where silt blocks filter screen, so oil cannot enter
Filter screen causes work to be obstructed；And oil has viscosity, is easy sticky net during the filtration process, causes to be difficult to filter.
Invention content
In view of the deficiencies of the prior art, the present invention is to realize by the following technical solutions：It is vibrated for oil exploitation
Formula filter plant, structure include motor, oil inlet, chamber door, filtered host, supporting rack, the motor and oil inlet machine
Tool connects, and the oil inlet is fixedly mounted on filtered host left upper end, and chamber door is hinged with filtered host front surface, the filtering
Host lower end is fixedly mounted on supporting rack upper end.
The filtered host includes shell, actuating unit, main drive gear, primary screener mechanism, pneumatic vibrating filter
Structure, driving mechanism, secondary filtration mechanism, Gua Wang mechanisms, connector, the shell left upper end are equipped with connector, the connector
It is connected with oil inlet, enclosure left end bottom surface is installed with actuating unit, the actuating unit upper end and main biography
Motivation structure lower end is fixedly connected, and the main drive gear upper end is flexibly connected with primary screener mechanism lower end, the fixed installation
It is connected in primary screener mechanism and enclosure left upper end and with connector, pneumatic vibrating filter mechanism lower end is fixed
It mounted on main drive gear upper end and is flexibly connected, pneumatic vibrating filter mechanism upper end is connected with primary screener mechanism
It connects, the driving mechanism upper end is flexibly connected with actuating unit end, the driving mechanism lower end and secondary filtration mechanism lower end
Flexible connection, the secondary filtration mechanism are fixedly mounted right end inside the housing, secondary filtration mechanism upper end and scrape net machine
Structure lower end is mutually welded and is mechanically connected, and Gua Wang mechanisms upper end fits with pneumatic vibrating filter mechanism upper end face.
As advanced optimizing for the technical program, the actuating unit includes motor, motor shaft, axle bed, worm screw, driving
Gear, fixed round block, mobility framework, catch bar, the motor are fixedly mounted left end bottom surface inside the housing, the motor shaft with
Electromechanics connect, and the motor shaft is through axle bed inside and is gap-matched, and the axle bed bottom end is fixed and is welded in
Enclosure bottom surface, the motor shaft end are mutually welded and are mechanically connected with worm screw head end, the worm screw and driving gear phase
It engages, fixed round block is fixed on the driving gear, the fixed round block is mounted on inside mobility framework and between using
Gap coordinates, and the mobility framework surface is mutually welded with catch bar lower end, and the catch bar upper end is fixedly mounted on main drive gear
It lower end and is flexibly connected, the driving gear is flexibly connected with driving mechanism.
As advanced optimizing for the technical program, the main drive gear include shifting axle, primary axis rail, towing plate,
Mobile dish, two level sliding rail, level-one reinforcement block, a word bar, fixed rotary shaft, two level reinforcement block, sliding block, fixed glides, the shifting
Moving axis is fixedly connected with catch bar, and the shifting axle is mounted on inside primary axis rail and is gap-matched, the shifting axle
It is fixedly mounted on towing plate lower end, the towing plate upper end is installed with mobile dish, two level is mounted in the middle part of the mobile dish
It inside sliding rail and is gap-matched, level-one reinforcement block is equipped in the middle part of the mobile dish, the level-one reinforcement block is mounted on one
It inside word bar head end and is gap-matched, fixed rotary shaft, the two level reinforcement block installation is equipped in the middle part of the word bar
It in a word bar terminus inner and is gap-matched, the two level reinforcement block is welded in sliding block lower end, and the sliding block is mounted on
It inside fixed glides and is gap-matched, is fixedly connected with pneumatic vibrating filter mechanism lower end in the middle part of the sliding block, it is described
Upper end of slide block is fixedly connected with primary screener mechanism lower end.
As advanced optimizing for the technical program, the primary screener mechanism includes interlocking lever, rotating disk, connection skin
Band, screening rotating shaft, screening flabellum, screen holes, the interlocking lever lower end is fixedly mounted on upper end of slide block and is flexibly connected, described
Interlocking lever upper end is fixedly mounted on inside rotating disk and is flexibly connected, and the rotating disk is lived by connecting belt with screening rotating shaft
Dynamic connection, the screening rotating shaft outer surface are welded with screening flabellum, screen holes are equipped on the right side of the screening flabellum.
As advanced optimizing for the technical program, the pneumatic vibrating filter mechanism includes drive rod, track bull stick, tooth
Wheel group, bull stick, shaft coupling, piston block, air-pressure chamber, connection long slab, vibrating spring, protection pipe, by-pass filtration net, filter chamber, institute
It states drive rod head end to be fixedly mounted in the middle part of sliding block and be flexibly connected, the drive rod end is matched with track bull stick using gap
It closes, track bull stick lower end is mutually welded and is mechanically connected with gear set upper end, and the bull stick head end is welded under gear set
Hold and be mechanically connected, be equipped with shaft coupling in the middle part of the bull stick, the shaft coupling upper end mutually welded with piston block lower surface and
Flexible connection, the shaft coupling be mounted on piston block inside and be gap-matched, the air-pressure chamber upper end with connect long slab
Lower surface fits, and the connection long slab upper surface fits with vibrating spring lower end, and the vibrating spring is mounted on protection pipe
Inside, the vibrating spring upper end fit with by-pass filtration surface off the net, and the by-pass filtration net is mounted on inside filter chamber,
The filter chamber is connected with screen holes.
As advanced optimizing for the technical program, the driving mechanism includes linkage belt, serrated disks, the first spiral
Bar, connection shaft, drive belt, the serrated disks are flexibly connected by the belt that links with the driving gear of left end, the saw
Tooth disk upper end is meshed with the first screw rod, first screw rod lower end through connection shaft inside and machinery even
It connects, the connection shaft is flexibly connected by drive belt with secondary filtration mechanism lower end.
As advanced optimizing for the technical program, the secondary filtration mechanism includes drive shaft, the long bull stick of connection, two
Grade filter screen rotates through filter chamber, oil outlet, and the drive shaft is flexibly connected by drive belt with shaft is connect, the company
Spreading bull stick lower end is through drive shaft inside and is mechanically connected, and the long bull stick upper end of connection is installed by embedded mode
It inside secondary filtration net and is mechanically connected, the secondary filtration net sets there are three and is mounted in rotating filter room altogether
Portion, the filter chamber left upper end that rotates through are connected with filter chamber's bottom righthand side, and the oil outlet, which is located at, rotates through filter chamber lower end, described
Long bull stick upper end is connected mutually to weld and be mechanically connected with Gua Wang mechanisms lower ends.
As advanced optimizing for the technical program, the Gua Wang mechanisms include the second screw rod, driving serrated disks, skin
Band, rotating disk, movable block, oscillating rod, arc tooth plate, rack, retaining rail, scraper, second screw rod lower end are welded in company
It spreading bull stick upper end and is mechanically connected, second screw rod upper end is meshed with driving serrated disks, the driving sawtooth
Disk is flexibly connected by belt with rotating disk, and movable block is installed in the rotating disk, and the movable block is mounted on pendulum
It inside lever and is gap-matched, the oscillating rod upper end is mutually welded with arc tooth plate lower end, the arc tooth plate top
It is meshed with rack, the rack is mounted on inside retaining rail and is gap-matched, and the arc tooth plate head end is equipped with and scrapes
Knife, the scraper lower surface fit with the online surface of by-pass filtration.
The beneficial effects of the present invention are：The present invention be used for oil exploitation vibrating type filtering equipment, by the oil of exploitation from
Oil inlet pours into, and it is in-house to enter primary screener by connector, opens motor and makes motor shaft, at this moment worm screw and then turns
Dynamic, the driving gear being meshed with worm screw starts to rotate, and at this moment drives the fixation round block on gear to drive mobility framework movement, makes
Obtaining catch bar pushes shifting axle to be moved inside primary axis rail, it is ensured that towing plate upper end can up move, and at this moment mobile dish exist
It is moved up inside two level sliding rail so that a word bar is run, and at this moment the sliding block of a word bar end moves inside fixed glides so that even
Lever is run, and passes through the linkage function of interlocking lever so that rotation disc spins, by the transmission for connecting belt so that screening rotating shaft
Rotation has driven screening flabellum rotation to carry out preliminary screening to oil, silt inside oil has been removed, and remaining oil is from sieve
It selects hole to enter inside pneumatic vibrating filter mechanism, has driven drive rod movement to work track bull stick by the movement of sliding block,
Make track bar rotation, by the operation of gear set, at this moment bar rotation, shaft coupling and then rotation has driven piston block to exist
Air-pressure chamber internal operation, by draught head so that connection long slab vibrates, at this moment vibration is transmitted on vibrating spring, by shaking
It moves the effect of spring, improves the Oscillation Amplitude of by-pass filtration net, so that by-pass filtration net is higher to be filtered oil；
Filtered oil flows into that secondary filtration is in-house, passes through the driving of driving mechanism so that drive shaft rotates, and at this moment connects
Long bull stick and then rotates, and the secondary filtration net at this moment connected on long bull stick carries out rotating filter to oil, vibrated by one
Filter, a rotating filter so that the effect of filtering is more；Second screw rod rotation simultaneously, the drive being meshed with the second screw rod
Dynamic serrated disks and then rotate, and make to rotate disc spins by the transmission of belt, and at this moment movable block moves, and drives oscillating rod pendulum
Dynamic, the arc tooth plate of oscillating rod upper end brings into operation, and the rack being meshed with arc tooth plate is run in retaining rail, it is ensured that rack
Running orbit, the scraper of rack head end and then runs, and the oil clung to by-pass filtration net surface is purged, it is ensured that level-one
Filter screen can work normally.
For the prior art, the present invention is used through primary screener mechanism to the silt inside the oil that has just produced
Preliminary removing is carried out, the Oscillation Amplitude of by-pass filtration net is then improved by pneumatic vibrating filter mechanism, which improves
The effect of filtering, at the same by secondary filtration mechanism carry out rotating filter, one by vibration filtering, one by rotating through
Filter, the effect of filtering is more；The oil clung to by-pass filtration net surface by Gua Wang mechanisms is purged, it is ensured that by-pass filtration
Net can be used normally.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is the structural schematic diagram that the present invention is used for oil exploitation vibrating type filtering equipment.
Fig. 2 is the sectional view that the present invention is used for oil exploitation vibrating type filtering equipment.
Fig. 3 is the detailed construction schematic diagram that the present invention is used for oil exploitation vibrating type filtering equipment.
Fig. 4 is structural schematic diagram of the present invention for the main drive gear of oil exploitation vibrating type filtering equipment.
In figure：Motor -1, oil inlet -2, chamber door -3, filtered host -4, supporting rack -5, shell -41, actuating unit -
42, main drive gear -43, primary screener mechanism -44, pneumatic vibrating filter mechanism -45, driving mechanism -46, secondary filtration machine
Structure -47, Gua Wang mechanisms -48, connector -49, motor -421, motor shaft -422, axle bed -423, worm screw -424, driving gear -
425, fixed round block -426, mobility framework -427, catch bar -428, shifting axle -431, primary axis rail -432, towing plate -433,
Mobile dish -434, two level sliding rail -435, level-one reinforcement block -436, a word bar -437, fixed rotary shaft -438, two level reinforcement block -
439, sliding block -4310, fixed glides -4311, interlocking lever -441, rotating disk -442, connection belt -443, screening rotating shaft -444,
Screen flabellum -445, screen holes -446, drive rod -451, track bull stick -452, gear set -453, bull stick -454, shaft coupling -
455, piston block -456, air-pressure chamber -457, connection long slab -458, vibrating spring -459, protection pipe -4510, by-pass filtration net -
4511, filter chamber -4512, linkage belt -461, serrated disks -462, the first screw rod -463, connection shaft -464, driving skin
Band -465, drive shaft -471, the long bull stick -472 of connection, secondary filtration net -473, rotate through filter chamber -474, oil outlet -475,
Second screw rod -481, driving serrated disks -482, belt -483, rotating disk -484, movable block -485, oscillating rod -486, arc
Shape tooth plate -487, rack -488, retaining rail -489, scraper -4810.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode and description of the drawings, the preferred embodiment that the present invention is further explained.
Embodiment
Please refer to Fig.1-Fig. 4, the present invention is provided to oil exploitation vibrating type filtering equipment, structure include motor 1,
Oil inlet 2, chamber door 3, filtered host 4, supporting rack 5, the motor 1 are mechanically connected with oil inlet 2, and the oil inlet 2 is fixed
Mounted on 4 left upper end of filtered host, chamber door 3 is hinged with 4 front surface of filtered host, and 4 lower end of the filtered host is fixedly mounted
In 5 upper end of supporting rack.
The filtered host 4 shakes including shell 41, actuating unit 42, main drive gear 43, primary screener mechanism 44, air pressure
Dynamic filter mechanism 45, driving mechanism 46, secondary filtration mechanism 47, Gua Wang mechanisms 48, connector 49,41 left upper end of the shell are set
There are connector 49, the connector 49 to be connected with oil inlet 2,41 inside left end bottom surface of the shell is installed with engine
Structure 42,42 upper end of the actuating unit are fixedly connected with 43 lower end of main drive gear, 43 upper end of the main drive gear and primary
44 lower end of sorting mechanism is flexibly connected, it is described be fixedly mounted on primary screener mechanism 44 and 41 inside left upper end of shell and with even
Interface 49 is connected, and 45 lower end of pneumatic vibrating filter mechanism is fixedly mounted on 43 upper end of main drive gear and activity connects
It connects, 45 upper end of pneumatic vibrating filter mechanism is connected with primary screener mechanism 44,46 upper end of the driving mechanism and power
The flexible connection of mechanism 42 end, 46 lower end of the driving mechanism are flexibly connected with secondary filtration mechanism 47 lower end, the two level mistake
Filter structure 47 is fixedly mounted on 41 inside right end of shell, and 47 upper end of secondary filtration mechanism is mutually welded with Gua Wang mechanisms 48 lower ends
And it is mechanically connected, 48 upper end of Gua Wang mechanisms fits with 45 upper end face of pneumatic vibrating filter mechanism, the engine
Structure 42 includes motor 421, motor shaft 422, axle bed 423, worm screw 424, driving gear 425, fixed round block 426, mobility framework
427, catch bar 428, the motor 421 are fixedly mounted on 41 inside left end bottom surface of shell, the motor shaft 422 and motor 421
Mechanical connection, the motor shaft 422 is through 423 inside of axle bed and is gap-matched, and weldering is fixed in 423 bottom end of the axle bed
It is connected to 41 inner bottom surface of shell, 422 end of the motor shaft is mutually welded and is mechanically connected with 424 head end of worm screw, the worm screw
424 are meshed with driving gear 425, and fixed round block 426 is fixed on the driving gear 425, and the fixed round block 426 is pacified
Mounted in 427 inside of mobility framework and it is gap-matched, 427 surface of the mobility framework is mutually welded with 428 lower end of catch bar,
428 upper end of the catch bar is fixedly mounted on 43 lower end of main drive gear and is flexibly connected, the driving gear 425 and driving
Mechanism 46 be flexibly connected, the main drive gear 43 include shifting axle 431, primary axis rail 432, towing plate 433, mobile dish 434,
Two level sliding rail 435, a word bar 437, fixed rotary shaft 438, two level reinforcement block 439, sliding block 4310, is fixed level-one reinforcement block 436
Slide plate 4311, the shifting axle 431 are fixedly connected with catch bar 428, and the shifting axle 431 is mounted on inside primary axis rail 432
And it is gap-matched, the shifting axle 431 is fixedly mounted on 433 lower end of towing plate, and peace is fixed in 433 upper end of the towing plate
Equipped with mobile dish 434,434 middle part of the mobile dish is mounted on 435 inside of two level sliding rail and is gap-matched, the movement
434 middle part of disk is equipped with level-one reinforcement block 436, and the level-one reinforcement block 436 is mounted on inside 437 head end of a word bar and between using
Gap coordinates, and 437 middle part of the word bar is equipped with fixed rotary shaft 438, and the two level reinforcement block 439 is mounted on 437 end of a word bar
End is internal and is gap-matched, and the two level reinforcement block 439 is welded in 4310 lower end of sliding block, and the sliding block 4310 is mounted on
It inside fixed glides 4311 and is gap-matched, 4310 middle part of the sliding block is fixed with 45 lower end of pneumatic vibrating filter mechanism
Connection, 4310 upper end of the sliding block are fixedly connected with primary screener mechanism 44 lower end, and the primary screener mechanism 44 includes gearing
Bar 441, rotating disk 442 connect belt 443, screening rotating shaft 444, screen flabellum 445, screen holes 446, under the interlocking lever 441
End is fixedly mounted on 4310 upper end of sliding block and is flexibly connected, and 441 upper end of the interlocking lever is fixedly mounted on inside rotating disk 442
And it is flexibly connected, the rotating disk 442 is flexibly connected by connecting belt 443 with screening rotating shaft 444, the screening rotating shaft
444 outer surfaces are welded with screening flabellum 445, and 445 right side of the screening flabellum is equipped with screen holes 446, the pneumatic vibrating filtering
Mechanism 45 includes drive rod 451, track bull stick 452, gear set 453, bull stick 454, shaft coupling 455, piston block 456, air-pressure chamber
457, long slab 458, vibrating spring 459, protection pipe 4510, by-pass filtration net 4511, filter chamber 4512, the drive rod are connected
451 head ends are fixedly mounted on 4310 middle part of sliding block and are flexibly connected, and 451 end of the drive rod is used with track bull stick 452
Clearance fit, 452 lower end of track bull stick are mutually welded and are mechanically connected with 453 upper end of gear set, 454 head end of the bull stick
It is welded in 453 lower end of gear set and is mechanically connected, the middle part of the bull stick 454 is equipped with shaft coupling 455, on the shaft coupling 455
End is mutually welded and is flexibly connected with 456 lower surface of piston block, and the shaft coupling 455 is mounted on 456 inside of piston block and adopts
With clearance fit, 457 upper end of the air-pressure chamber fits with 458 lower surface of long slab is connect, 458 upper surface of connection long slab with
459 lower end of vibrating spring fits, and the vibrating spring 459 is mounted on inside protection pipe 4510,459 upper end of the vibrating spring
It fits with 4511 lower surface of by-pass filtration net, the by-pass filtration net 4511 is mounted on inside filter chamber 4512, the filtering
Room 4512 is connected with screen holes 446, and the driving mechanism 46 includes linkage belt 461, serrated disks 462, the first screw rod
463, shaft 464, drive belt 465, the driving gear 425 that the serrated disks 462 pass through link belt 461 and left end are connected
Flexible connection, 462 upper end of the serrated disks is meshed with the first screw rod 463,463 lower end of the first screw rod through
It inside connection shaft 464 and is mechanically connected, the connection shaft 464 passes through under drive belt 465 and secondary filtration mechanism 47
End flexible connection, the secondary filtration mechanism 47 include drive shaft 471, the long bull stick 472 of connection, secondary filtration net 473, rotation
Filter chamber 474, oil outlet 475, the drive shaft 471 is flexibly connected by drive belt 465 with shaft 464 is connect, described
472 lower end of long bull stick is connected through 471 inside of drive shaft and is mechanically connected, long 472 upper end of bull stick of connection passes through
Embedded mode is mounted on 473 inside of secondary filtration net and is mechanically connected, and the secondary filtration net 473 sets there are three and pacifies altogether
Mounted in rotating through inside filter chamber 474,474 left upper end of filter chamber that rotates through is connected with 4512 bottom righthand side of filter chamber, it is described go out
Hydraulic fluid port 475, which is located at, rotates through 474 lower end of filter chamber, long 472 upper end of bull stick of the connection mutually welded with Gua Wang mechanisms 48 lower ends and
Mechanical connection, the Gua Wang mechanisms 48 include the second screw rod 481, driving serrated disks 482, belt 483, rotating disk 484, move
Motion block 485, oscillating rod 486, arc tooth plate 487, rack 488, retaining rail 489, scraper 4810, under second screw rod 481
End is welded in long 472 upper end of bull stick of connection and is mechanically connected, 481 upper end of the second screw rod and driving serrated disks 482
It is meshed, the driving serrated disks 482 are flexibly connected by belt 483 with rotating disk 484, fixed in the rotating disk 484
Movable block 485 is installed, the movable block 485 is mounted on 486 inside of oscillating rod and is gap-matched, the oscillating rod
486 upper ends are mutually welded with 487 lower end of arc tooth plate, and 487 top of the arc tooth plate is meshed with rack 488, the rack 488
It mounted on 489 inside of retaining rail and is gap-matched, 487 head end of the arc tooth plate is equipped with scraper 4810, the scraper
4810 lower surfaces fit with 4511 upper surface of by-pass filtration net.
The oil of exploitation is poured into from oil inlet 2, is entered inside primary screener mechanism 44 by connector 49, electricity is opened
Machine 421 is so that motor shaft 422, and at this moment and then rotation, the driving gear 425 being meshed with worm screw 424 start to rotate worm screw 424,
At this moment drive the fixation round block 426 on gear 425 that mobility framework 427 is driven to move so that catch bar 428 pushes shifting axle 431
It is moved inside primary axis rail 432, it is ensured that 433 upper end of towing plate can up move, and at this moment mobile dish 434 are in two level sliding rail
It is moved up inside 435 so that a word bar 437 is run, and at this moment the sliding block 4310 of 437 end of a word bar moves inside fixed glides 4311
It is dynamic so that interlocking lever 441 is run, and passes through the linkage function of interlocking lever 441 so that rotating disk 442 rotates, by connecting belt
443 transmission so that screening rotating shaft 444 rotates, and has driven the screening rotation of flabellum 445 to carry out preliminary screening to oil, by stone
Oily internal silt is removed, and remaining oil is entered from screen holes 446 inside pneumatic vibrating filter mechanism 45, passes through sliding block 4310
Movement driven drive rod 451 movement to track bull stick 452 work so that track bull stick 452 rotate, pass through gear set 453
Operation, at this moment bull stick 454 rotate, shaft coupling 455 and then rotates, and has driven piston block 456 in 457 internal operation of air-pressure chamber,
By draught head so that connection long slab 458 vibrates, at this moment vibration is transmitted on vibrating spring 459, passes through vibrating spring 459
Effect, improve the Oscillation Amplitude of by-pass filtration net 4511, so that by-pass filtration net 4511 is higher to carry out oil
Filter；Filtered oil flows into inside secondary filtration mechanism 47, passes through the driving of driving mechanism 46 so that 471 turns of drive shaft
It is dynamic, it at this moment connects long bull stick 472 and and then rotates, the secondary filtration net 473 at this moment connected on long bull stick 472 rotates oil
Filtering, passes through a vibration filtering, a rotating filter so that the effect of filtering is more；Second screw rod 481 rotation simultaneously,
The driving serrated disks 482 being meshed with the second screw rod 481 and then rotate, and make rotating disk 484 by the transmission of belt 483
Rotation, the at this moment movement of movable block 485, drives oscillating rod 486 to swing, and the arc tooth plate 487 of 486 upper end of oscillating rod brings into operation,
The rack 488 being meshed with arc tooth plate 487 is run in retaining rail 489, it is ensured that the running orbit of rack 488, rack 488 are first
The scraper 4810 at end is and then run, and the oil clung to 4511 surface of by-pass filtration net is purged, it is ensured that by-pass filtration net
4511 can work normally.
Filter screen abbreviation strainer of the present invention is process by the woven wire of different meshes, and effect was
Filter melting stream and increase stream resistance, so as to filtering off mechanical admixture and improving the effect for being kneaded or being plasticized.
Problems solved by the invention is oil exploitation vibrating type filtering equipment when being worked, and is contained inside oil
Silt, if only the effect for passing through filter screen, it may occur however that the case where silt blocks filter screen, so oil is not just
Filter screen can be entered, work is caused to be obstructed；And oil has viscosity, is easy sticky net during the filtration process, causes to be difficult to
Filter, the present invention are combined with each other by above-mentioned component, are equipped with actuating unit 42, main drive gear 43, primary screener mechanism 44, gas
Vibration filtering mechanism 45, driving mechanism 46, secondary filtration mechanism 47, Gua Wang mechanisms 48 are pressed, by primary screener mechanism 44 to rigid
The silt inside oil produced carries out preliminary removing, then improves by-pass filtration net by pneumatic vibrating filter mechanism 45
4511 Oscillation Amplitude, which improves the effects of filtering, at the same by secondary filtration mechanism 47 carry out rotating filter, one
By vibration filtering, one by rotating filter, the effect of filtering is more；By Gua Wang mechanisms 48 to 4511 table of by-pass filtration net
The oil that face is clung is purged, it is ensured that by-pass filtration net 4511 can be used normally.
Claims (8)
1. being used for oil exploitation vibrating type filtering equipment, structure includes motor (1), oil inlet (2), chamber door (3), filtering master
Machine (4), supporting rack (5), it is characterised in that：The motor (1) is mechanically connected with oil inlet (2), and the oil inlet (2) is fixed
Mounted on filtered host (4) left upper end, chamber door (3) is hinged with filtered host (4) front surface, filtered host (4) lower end
It is fixedly mounted on supporting rack (5) upper end.
The filtered host (4) include shell (41), actuating unit (42), main drive gear (43), primary screener mechanism (44),
Pneumatic vibrating filter mechanism (45), driving mechanism (46), secondary filtration mechanism (47), Gua Wang mechanisms (48), connector (49), institute
It states shell (41) left upper end and is equipped with connector (49), the connector (49) is connected with oil inlet (2), in the shell (41)
Portion left end bottom surface is installed with actuating unit (42), and actuating unit (42) upper end is fixed with main drive gear (43) lower end
Connection, main drive gear (43) upper end is flexibly connected with primary screener mechanism (44) lower end, described to be fixedly mounted on primary
The internal left upper end of sorting mechanism (44) and shell (41) and it is connected with connector (49), the pneumatic vibrating filter mechanism
(45) lower end is fixedly mounted on main drive gear (43) upper end and is flexibly connected, pneumatic vibrating filter mechanism (45) upper end
It is connected with primary screener mechanism (44), driving mechanism (46) upper end is flexibly connected with actuating unit (42) end, described
Driving mechanism (46) lower end is flexibly connected with secondary filtration mechanism (47) lower end, and the secondary filtration mechanism (47) is fixedly mounted on
The internal right end of shell (41), secondary filtration mechanism (47) upper end is mutually welded with Gua Wang mechanisms (48) lower end and machinery connects
It connects, Gua Wang mechanisms (48) upper end fits with pneumatic vibrating filter mechanism (45) upper end face.
2. according to claim 1 be used for oil exploitation vibrating type filtering equipment, it is characterised in that：The actuating unit
(42) include motor (421), motor shaft (422), axle bed (423), worm screw (424), driving gear (425), fixed round block
(426), mobility framework (427), catch bar (428), the motor (421) are fixedly mounted on shell (41) internal left end bottom surface,
The motor shaft (422) is mechanically connected with motor (421), and the motor shaft (422) is internal through axle bed (423) and uses
Clearance fit, axle bed (423) bottom end are fixed and are welded in shell (41) inner bottom surface, motor shaft (422) end and snail
Bar (424) head end is mutually welded and is mechanically connected, and the worm screw (424) is meshed with driving gear (425), the driving gear
(425) fixed round block (426) is fixed on, the fixed round block (426) is mounted on mobility framework (427) inside and uses
Clearance fit, mobility framework (427) surface are mutually welded with catch bar (428) lower end, and catch bar (428) upper end is fixed
It mounted on main drive gear (43) lower end and is flexibly connected, the driving gear (425) is flexibly connected with driving mechanism (46).
3. according to claim 1 be used for oil exploitation vibrating type filtering equipment, it is characterised in that：The main drive gear
(43) include shifting axle (431), primary axis rail (432), towing plate (433), mobile dish (434), two level sliding rail (435), level-one
Reinforcement block (436), a word bar (437), fixed rotary shaft (438), two level reinforcement block (439), sliding block (4310), fixed glides
(4311), the shifting axle (431) is fixedly connected with catch bar (428), and the shifting axle (431) is mounted on primary axis rail
(432) it inside and is gap-matched, the shifting axle (431) is fixedly mounted on towing plate (433) lower end, the towing plate
(433) upper end is installed with mobile dish (434), be mounted in the middle part of the mobile dish (434) two level sliding rail (435) it is internal and
It is gap-matched, level-one reinforcement block (436) is equipped in the middle part of the mobile dish (434), the level-one reinforcement block (436) is mounted on
It inside one word bar (437) head end and is gap-matched, fixed rotary shaft (438), institute is equipped in the middle part of the word bar (437)
Two level reinforcement block (439) is stated mounted on word bar (437) terminus inner and is gap-matched, the two level reinforcement block
(439) it is welded in sliding block (4310) lower end, the sliding block (4310) is mounted on fixed glides (4311) inside and uses gap
Cooperation, sliding block (4310) middle part are fixedly connected with pneumatic vibrating filter mechanism (45) lower end, sliding block (4310) upper end
It is fixedly connected with primary screener mechanism (44) lower end.
4. according to claim 1 be used for oil exploitation vibrating type filtering equipment, it is characterised in that：The primary screener machine
Structure (44) include interlocking lever (441), rotating disk (442), connection belt (443), screening rotating shaft (444), screening flabellum (445),
Screen holes (446), interlocking lever (441) lower end are fixedly mounted on sliding block (4310) upper end and are flexibly connected, the gearing
Bar (441) upper end is fixedly mounted on rotating disk (442) inside and is flexibly connected, and the rotating disk (442), which passes through, connects belt
(443) it is flexibly connected with screening rotating shaft (444), screening rotating shaft (444) outer surface is welded with screening flabellum (445), described
It screens and is equipped with screen holes (446) on the right side of flabellum (445).
5. according to claim 1 be used for oil exploitation vibrating type filtering equipment, it is characterised in that：The pneumatic vibrating mistake
Filter structure (45) includes drive rod (451), track bull stick (452), gear set (453), bull stick (454), shaft coupling (455), lives
Chock (456), air-pressure chamber (457), connection long slab (458), vibrating spring (459), protection pipe (4510), by-pass filtration net
(4511), filter chamber (4512), drive rod (451) head end are fixedly mounted in the middle part of sliding block (4310) and are flexibly connected,
Drive rod (451) end is gap-matched with track bull stick (452), track bull stick (452) lower end and gear set
(453) upper end is mutually welded and is mechanically connected, and bull stick (454) head end is welded in gear set (453) lower end and machinery connects
It connects, shaft coupling (455), shaft coupling (455) upper end and piston block (456) lower surface phase is equipped in the middle part of the bull stick (454)
It welds and is flexibly connected, the shaft coupling (455) is mounted on piston block (456) inside and is gap-matched, the gas
Pressure chamber (457) upper end fits with long slab (458) lower surface is connect, the connection long slab (458) upper surface and vibrating spring
(459) lower end fits, and the vibrating spring (459) is mounted on protection pipe (4510) inside, vibrating spring (459) upper end
It fits with by-pass filtration net (4511) lower surface, the by-pass filtration net (4511) is mounted on filter chamber (4512) inside, institute
Filter chamber (4512) is stated with screen holes (446) to be connected.
6. according to claim 1 be used for oil exploitation vibrating type filtering equipment, it is characterised in that：The driving mechanism
(46) include linkage belt (461), serrated disks (462), the first screw rod (463), connection shaft (464), drive belt
(465), the serrated disks (462) are flexibly connected by the belt (461) that links with the driving gear (425) of left end, the saw
Tooth disk (462) upper end is meshed with the first screw rod (463), the first screw rod (463) lower end through connection shaft
(464) it inside and is mechanically connected, the connection shaft (464) passes through under drive belt (465) and secondary filtration mechanism (47)
End flexible connection.
7. according to claim 1 be used for oil exploitation vibrating type filtering equipment, it is characterised in that：The secondary filtration machine
Structure (47) includes drive shaft (471), the long bull stick (472) of connection, secondary filtration net (473), rotates through filter chamber (474), is fuel-displaced
Mouth (475), the drive shaft (471) are flexibly connected by drive belt (465) with shaft (464) is connect, the connection length
Bull stick (472) lower end is internal through drive shaft (471) and is mechanically connected, and long bull stick (472) upper end of connection passes through
It is internal and be mechanically connected that embedded mode is mounted on secondary filtration net (473), and the secondary filtration net (473) sets that there are three simultaneously altogether
And it is internal mounted on filter chamber (474) is rotated through, filter chamber (474) left upper end that rotates through is connected with filter chamber (4512) bottom righthand side
It connects, the oil outlet (475), which is located at, rotates through filter chamber (474) lower end, long bull stick (472) upper end of connection and Gua Wang mechanisms
(48) lower end is mutually welded and is mechanically connected.
8. according to claim 1 be used for oil exploitation vibrating type filtering equipment, it is characterised in that：The Gua Wang mechanisms
(48) include the second screw rod (481), driving serrated disks (482), belt (483), rotating disk (484), movable block (485),
Oscillating rod (486), arc tooth plate (487), rack (488), retaining rail (489), scraper (4810), second screw rod
(481) lower end is welded in long bull stick (472) upper end of connection and is mechanically connected, the second screw rod (481) upper end and driving
Serrated disks (482) are meshed, and the driving serrated disks (482) are flexibly connected by belt (483) with rotating disk (484),
Movable block (485) is installed on the rotating disk (484), it is internal simultaneously that the movable block (485) is mounted on oscillating rod (486)
And be gap-matched, oscillating rod (486) upper end is mutually welded with arc tooth plate (487) lower end, the arc tooth plate (487)
Top is meshed with rack (488), and the rack (488) is mounted on retaining rail (489) inside and is gap-matched, described
Arc tooth plate (487) head end is equipped with scraper (4810), scraper (4810) lower surface and by-pass filtration net (4511) upper surface
It fits.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810848972.4A CN108671624A (en) | 2018-07-28 | 2018-07-28 | For oil exploitation vibrating type filtering equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810848972.4A CN108671624A (en) | 2018-07-28 | 2018-07-28 | For oil exploitation vibrating type filtering equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108671624A true CN108671624A (en) | 2018-10-19 |
Family
ID=63815040
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810848972.4A Withdrawn CN108671624A (en) | 2018-07-28 | 2018-07-28 | For oil exploitation vibrating type filtering equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108671624A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110732172A (en) * | 2019-11-14 | 2020-01-31 | 绍兴上虞学峰能源科技有限公司 | grading filter for oil exploitation |
-
2018
- 2018-07-28 CN CN201810848972.4A patent/CN108671624A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110732172A (en) * | 2019-11-14 | 2020-01-31 | 绍兴上虞学峰能源科技有限公司 | grading filter for oil exploitation |
| CN110732172B (en) * | 2019-11-14 | 2020-10-02 | 东阳汉林传感器有限公司 | Hierarchical filter equipment is used in oil development |
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Application publication date: 20181019 |
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| WW01 | Invention patent application withdrawn after publication |