CN108671588A - Special two device for phase saparation of petroleum gas - Google Patents
Special two device for phase saparation of petroleum gas Download PDFInfo
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- CN108671588A CN108671588A CN201810848969.2A CN201810848969A CN108671588A CN 108671588 A CN108671588 A CN 108671588A CN 201810848969 A CN201810848969 A CN 201810848969A CN 108671588 A CN108671588 A CN 108671588A
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- oil
- bull stick
- plate
- gas
- fixedly mounted
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D19/00—Degasification of liquids
- B01D19/0073—Degasification of liquids by a method not covered by groups B01D19/0005 - B01D19/0042
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- C—CHEMISTRY; METALLURGY
- C10—PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
- C10G—CRACKING HYDROCARBON OILS; PRODUCTION OF LIQUID HYDROCARBON MIXTURES, e.g. BY DESTRUCTIVE HYDROGENATION, OLIGOMERISATION, POLYMERISATION; RECOVERY OF HYDROCARBON OILS FROM OIL-SHALE, OIL-SAND, OR GASES; REFINING MIXTURES MAINLY CONSISTING OF HYDROCARBONS; REFORMING OF NAPHTHA; MINERAL WAXES
- C10G33/00—Dewatering or demulsification of hydrocarbon oils
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- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Oil, Petroleum & Natural Gas (AREA)
- Engineering & Computer Science (AREA)
- General Chemical & Material Sciences (AREA)
- Organic Chemistry (AREA)
- Centrifugal Separators (AREA)
Abstract
The invention discloses special two device for phase saparation of petroleum gas, its structure includes quick operating valve, hinge, chamber door, gas outlet, warning lamp, separation host, supporting rack, outlet pipe, flowline, quick operating valve is mounted on separation host left end, hinge is mutually welded with chamber door, chamber door is connected by hinge with separation host front surface, gas outlet is fixedly mounted on separation host upper center, oil-inlet mechanism is made to drive separating mechanism operation by the weight of oil itself, separating mechanism detaches the oil gas of oil, gas is drawn by suction mechanism again, such oil gas separation is more preferably, so that Oil-gas Separation obtain it is more abundant；Pass through the operation of buoyant means again so that defogging mechanism works, and is excluded to the fog in gas, fog is prevented to be discharged in air, pollutes environment；When liquid inside equipment reach a certain height, buoyant means drive electrical conduction mechanism operation, remind administrative staff, the liquid inside equipment is discharged.
Description
Technical field
It is special particularly with regard to a kind of petroleum gas the present invention relates to petroleum gas special two device for phase saparation field
With two device for phase saparation.
Background technology
Oil-gas Separation is the crude oil deaeration phenomenon for reducing and occurring along with Fluid pressure in production process, in practical oil gas
In production, since the mode and condition of decompression are different, there are three types of the separate mode of oil gas is usual, gs-oil separator is that oil well is given birth to
A kind of device that the crude oil of output is separated with natural gas.
But current two device for phase saparation of oil gas cannot be well by Oil-gas Separation, and the defogging effect inside equipment
It is bad, when causing gas to be discharged inside contain fog, these fogs contain the substance of oil, can pollute air；In equipment
During portion is detached, it cannot timely remind administrative staff that internal liquid is discharged when liquid product is full, it may
Lead to equipment internal damage.
Invention content
In view of the deficiencies of the prior art, the present invention is to realize by the following technical solutions：Petroleum gas special two
Device for phase saparation, structure include quick operating valve, hinge, chamber door, gas outlet, warning lamp, separation host, supporting rack, outlet pipe, go out
Oil pipe, the quick operating valve are mounted on separation host left end, and the hinge mutually welds with chamber door, the chamber door by hinge with detach
Host front surface is connected, and the gas outlet is fixedly mounted on separation host upper center, and the warning lamp is fixedly mounted on point
From host upper end and on the right side of gas outlet, the separation host lower end is fixed and is welded in supporting rack upper end, the outlet pipe
Upper end is mounted on by embedded mode inside separation host lower end, and the flowline upper end is mounted on separation by embedded mode and leads
Inside machine lower end.
The separation host includes host housing, oil-inlet mechanism, separating mechanism, suction mechanism, buoyant means, fogbroom
Structure, transmission mechanism, electrical conduction mechanism, oil reservoirs, reservoir bed, the host housing front surface is hinged with chamber door, outside the host
Left upper end is installed with oil-inlet mechanism inside shell, and the oil-inlet mechanism lower end is gap-matched with separating mechanism lower end, institute
It states separating mechanism upper end to be meshed with suction mechanism upper end, the suction mechanism lower end is located at separating mechanism upper right side, described point
Structure lower end disembark equipped with oil reservoirs, the suction mechanism lower end is connected with oil reservoirs, and the buoyant means lower end is mounted on storage
It on water layer and is flexibly connected, the buoyant means left upper end is mutually welded and is flexibly connected with defogging mechanism lower end, described to remove
Mist mechanism upper end is located on the right side of suction mechanism, and the buoyant means upper right side is mutually welded and is mechanically connected with transmission mechanism lower end,
The transmission mechanism is flexibly connected with electrical conduction mechanism, and the electrical conduction mechanism is electrically connected with warning lamp, and the oil reservoirs are located at water storage
Layer top, the flowline upper end are connected with oil reservoirs, and the outlet pipe upper end is connected with reservoir bed.
As advanced optimizing for the technical program, the oil-inlet mechanism include oil inlet, latch plate, fixed plate, spring,
Down-pressed pole, sliding block, fixed glides, the oil inlet are fixedly mounted on left upper end inside host housing, are set inside the oil inlet
There are latch plate, the latch plate head end to be fixedly connected with dead plate upper end, the fixed plate lower end is fixedly mounted on oil inlet bottom
Face, the latch plate middle lower surface are mutually welded with spring upper end, and the lower spring end is fixedly mounted on oil inlet bottom surface, described
Latch plate end is fixedly connected with down-pressed pole upper end, and the down-pressed pole lower end is equipped with sliding block, and the sliding block is mounted on fixed glides
Internal and be gap-matched, the down-pressed pole lower end is gap-matched with separating mechanism.
As advanced optimizing for the technical program, the separating mechanism includes track bull stick, separating barrel, bearing, driving
Bull stick, interior driving gear, baffle, the track bull stick are gap-matched with down-pressed pole lower end, and the track bull stick is mounted on
Inside separating barrel, the separating barrel upper center is equipped with bearing, and track bull stick upper end is through Bearing inner and uses
Clearance fit, the driving bull stick lower end want to weld and be mechanically connected with track bull stick lower end, and the driving bull stick upper end is passed through
It is through at interior driving gear internal and is mechanically connected, the baffle is fixedly mounted on separating barrel upper right side, the interior driving gear
It is meshed with suction mechanism.
As advanced optimizing for the technical program, the suction mechanism includes planetary gear, interior linkage gear, air-breathing turn
Bar, air-breathing flabellum, air inlet, escape pipe are equipped with interior driving gear inside the planetary gear left end and are meshed, described
Interior linkage gear is installed inside planetary gear right end and is meshed, air-breathing bull stick upper end is through in interior linkage gear
Portion and be mechanically connected, air-breathing bull stick lower end is welded with air-breathing flabellum and is mechanically connected, the air-breathing flabellum head end with
Air inlet is connected, and the air inlet is located at separating barrel upper right side, and the air-breathing flabellum, end are connected with escape pipe, described
Escape pipe lower end is mounted on inside oil reservoirs, and the suction mechanism is connected with defogging mechanism.
As advanced optimizing for the technical program, the buoyant means include floating block, fixing axle, left side towing plate, a left side
Side slide, left-side slide bar, right side towing plate, right side sliding block, right-side slide bar, long slide bar, the floating block and reservoir bed upper surface phase
Fitting, the floating block are mounted on long slide bar and are gap-matched, and the floating block upper end is equipped with fixing axle, the fixing axle
It is fixedly connected with left side towing plate lower end, left side towing plate upper end is fixedly mounted on left slider, the left slider
It on left-side slide bar and is gap-matched, right side towing plate lower end is fixedly mounted in fixing axle, the right side
Side-lining plate upper end is fixedly mounted on the sliding block of right side, and the right side sliding block is mounted on right-side slide bar and is matched using gap
It closes, the left slider is mutually welded and is flexibly connected with defogging mechanism lower end, the right side sliding block and transmission mechanism lower end phase
It welds and is flexibly connected.
As advanced optimizing for the technical program, the defogging mechanism includes drive rod, Track fusion bar, driving turn
Axis, belt, linkage shaft, demisting shaft, demisting flabellum, demisting mouth, mist eliminator, the drive rod lower end and left slider upper table
Face is mutually welded, and the drive rod upper end is gap-matched with Track fusion bar, and Track fusion bar end is through driving
It inside shaft and is mechanically connected, the drive shaft is flexibly connected by belt with the linkage shaft of surface, the demisting
Shaft end is through linkage shaft inside and is mechanically connected, and the demisting shaft head end is mutually welded with demisting flabellum and machine
Tool connects, and the demisting mouth is fixedly mounted on the right side of demisting flabellum, and the mist eliminator is mounted on escape pipe lower end.
As advanced optimizing for the technical program, the transmission mechanism includes mobile bar, movable block, fine and smooth bar, linkage
Bar group, rotating disk, the mobile bar lower end are mutually welded and are flexibly connected with right side sliding block upper surface, the mobile bar upper end with
Movable block mutually welds, and the fine and smooth bar is through movable block inside and is gap-matched, and interlocking bar group lower end is fixed
It on movable block and is flexibly connected, interlocking bar group upper end is fixedly mounted on the rotating pan and is flexibly connected, institute
Rotating disk is stated to be flexibly connected with electrical conduction mechanism.
As advanced optimizing for the technical program, interlocking lever, energization shaft, energization disk, flexible circuit conductor, energization plate are described
Energization shaft is flexibly connected by interlocking lever with rotating disk, and the energization shaft is mounted on inside energization disk, and the energization disk is logical
It crosses flexible circuit conductor to be electrically connected with energization plate, the energization plate is mutually welded with warning lamp lower end.
The beneficial effects of the present invention are：Special two device for phase saparation of petroleum gas of the present invention, by oil from oil inlet
It being discharged into, passes through the weight of oil itself so that latch plate end pushes, by spring so that spring sheet reset, such one
Come, latch plate will move up and down, and down-pressed pole has been driven to move up and down, and the sliding block in the middle part of down-pressed pole is transported inside fixed glides
Row, it is ensured that the motion track of down-pressed pole, at this moment down-pressed pole lower end work track bull stick, at this moment track bull stick start turn
Dynamic, liquid is flown to by the rotation of track bull stick on separating barrel inner wall, and oil reservoirs and reservoir bed are slipped down to along separating barrel inner wall
Inside passes through the density of oil and water so that oil floats on the water, has driven driving bull stick to turn by track bar rotation
Dynamic, at this moment interior driving gear, which is followed, rotates, and the planetary gear being meshed with interior driving gear, which is followed, to be run, at this moment interior linkage gear
Rotation so that air-breathing bar rotation has driven air-breathing flabellum to absorb gas, has been discharged to inside escape pipe by air inlet,
It is discharged again from gas outlet, the effect of baffle to prevent inside liquid splash to air inlet, and the effect of such Oil-gas Separation is more
It is good so that Oil-gas Separation obtains more abundant；The gas of sub-fraction there are oil reservoirs inside, entered and caught by escape pipe lower end
Inside day with fog, demisting is carried out, is prevented inside fog device for transferring, while by the rising of the water inside reservoir bed, driven
Floating block floats so that left side towing plate lower end rises, and at this moment the left slider of left side towing plate upper end is transported inside left-side slide bar
Row so that left slider has driven drive rod to work Track fusion bar, and at this moment Track fusion bar starts to rotate so that drive
Turn shaft rotation is dynamic, makes the shaft rotation that links by the transmission of belt, at this moment demisting shaft has driven demisting flabellum to rotate, manufacture
Wind energy, is removed fog by demisting mouth, and fog is preferably prevented to be discharged from gas outlet；Similarly right side sliding block has driven shifting
Lever moves so that movable block moves, and at this moment interlocking bar group is run, and by the linkage function of interlocking bar group rotation is spiraled
Turn, pass through the linkage of interlocking lever so that energization shaft rotates, and when the liquid inside equipment reaches certain altitude, is powered
Shaft and energization disk are connected so that flexible circuit conductor is conductive, and energization plate obtains electric, and at this moment warning lamp lights, and reminds administrative staff, in equipment
The liquid product in portion is full, needs to be discharged.
For the prior art, the present invention uses the weight by oil itself that oil-inlet mechanism is made to drive separating mechanism
Operation, separating mechanism detaches the oil gas of oil, then is drawn gas by suction mechanism, such oil gas separation
More preferably so that Oil-gas Separation obtains more abundant；Pass through the operation of buoyant means again so that defogging mechanism works, in gas
Fog is excluded, and fog is prevented to be discharged in air, pollutes environment；When liquid inside equipment reach a certain height, buoyancy
Mechanism drives electrical conduction mechanism operation, reminds administrative staff, the liquid inside equipment is discharged.
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 of special two device for phase saparation of petroleum gas of the present invention.
Fig. 2 is the sectional view of special two device for phase saparation of petroleum gas of the present invention.
Fig. 3 is the detailed construction schematic diagram of special two device for phase saparation of petroleum gas of the present invention.
Fig. 4 is the detailed construction schematic diagram of special two device for phase saparation of petroleum gas of the present invention.
Fig. 5 is the working state structure schematic diagram of the buoyant means of special two device for phase saparation of petroleum gas of the present invention.
In figure：Quick operating valve -1, chamber door -3, gas outlet -4, warning lamp -5, separation host -6, supporting rack -7, goes out hinge -2
Water pipe -8, flowline -9, host housing -61, oil-inlet mechanism -62, separating mechanism -63, suction mechanism -64, buoyant means -65,
Defogging mechanism -66, transmission mechanism -67, electrical conduction mechanism -68, oil reservoirs -69, reservoir bed -610, oil inlet -621, latch plate -
622, fixed plate -623, spring -624, down-pressed pole -625, sliding block -626, fixed glides -627, track bull stick -631, separating barrel -
632, bearing -633, driving bull stick -634, interior driving gear -635, baffle -636, planetary gear -641, interior linkage gear -
642, air-breathing bull stick -643, air-breathing flabellum -644, air inlet -645, escape pipe -646, floating block -651, fixing axle -652, left side
Towing plate -653, left slider -654, left-side slide bar -655, right side towing plate -656, right side sliding block -657, right-side slide bar -
658, long slide bar -659, drive rod -661, Track fusion bar -662, drive shaft -663, belt -664, linkage shaft -665,
Demisting shaft -666, demisting flabellum -667, demisting mouth -668, mist eliminator -669, mobile bar -671, movable block -672, fine and smooth bar -
673, interlocking bar group -674, rotating disk -675, interlocking lever -681, energization shaft -682, energization disk -683, flexible circuit conductor -684, logical
Battery plate -685.
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. 5, the present invention provides special two device for phase saparation of petroleum gas, structure include quick operating valve 1,
Hinge 2, chamber door 3, gas outlet 4, warning lamp 5, separation host 6, supporting rack 7, outlet pipe 8, flowline 9, the quick operating valve 1 are installed
In 6 left end of separation host, the hinge 2 is welded with 3 phase of chamber door, and the chamber door 3 passes through hinge 2 and 6 front surface phase of separation host
Connection, the gas outlet 4 are fixedly mounted on 6 upper center of separation host, and the warning lamp 5 is fixedly mounted in separation host 6
It holds and positioned at 4 right side of gas outlet, 6 lower end of the separation host is fixed and is welded in 7 upper end of supporting rack, 8 upper end of the outlet pipe
It is mounted on inside 6 lower end of separation host by embedded mode, 9 upper end of the flowline is mounted on separation host by embedded mode
Inside 6 lower ends.
The separation host 6 includes host housing 61, oil-inlet mechanism 62, separating mechanism 63, suction mechanism 64, buoyant means
65, defogging mechanism 66, transmission mechanism 67, electrical conduction mechanism 68, oil reservoirs 69, reservoir bed 610,61 front surface of the host housing with
Chamber door 3 is hinged, and 61 inside left upper end of the host housing is installed with oil-inlet mechanism 62,62 lower end of the oil-inlet mechanism with
63 lower end of separating mechanism is gap-matched, and 63 upper end of the separating mechanism is meshed with 64 upper end of suction mechanism, the air-breathing
64 lower end of mechanism is located at 63 upper right side of separating mechanism, and 63 lower end of the separating mechanism is equipped with oil reservoirs 69, the suction mechanism 64
Lower end is connected with oil reservoirs 69, and 65 lower end of the buoyant means is mounted on reservoir bed 610 and is flexibly connected, the buoyancy
65 left upper end of mechanism is mutually welded and is flexibly connected with 66 lower end of defogging mechanism, and 66 upper end of the defogging mechanism is located at suction mechanism
64 right sides, 65 upper right side of the buoyant means mutually welds and is mechanically connected with 67 lower end of transmission mechanism, the transmission mechanism 67 and
Electrical conduction mechanism 68 is flexibly connected, and the electrical conduction mechanism 68 is electrically connected with warning lamp 5, and the oil reservoirs 69 are located on reservoir bed 610
Side, 9 upper end of the flowline are connected with oil reservoirs 69, and 8 upper end of the outlet pipe is connected with reservoir bed 610, the oil inlet
Mechanism 62 includes oil inlet 621, latch plate 622, fixed plate 623, spring 624, down-pressed pole 625, sliding block 626, fixed glides
627, the oil inlet 621 is fixedly mounted on 61 inside left upper end of host housing, and the oil inlet 621 is internally provided with latch plate
622,622 head end of the latch plate is fixedly connected with 623 upper end of fixed plate, and 623 lower end of the fixed plate is fixedly mounted on oil inlet
621 bottom surfaces of mouth, 622 middle lower surface of the latch plate are mutually welded with 624 upper end of spring, and 624 lower end of the spring is fixedly mounted
In 621 bottom surface of oil inlet, 622 end of the latch plate is fixedly connected with 625 upper end of down-pressed pole, and 625 lower end of the down-pressed pole is set
There are sliding block 626, the sliding block 626 to be mounted on 627 inside of fixed glides and be gap-matched, 625 lower end of the down-pressed pole
It is gap-matched with separating mechanism 63, the separating mechanism 63 includes track bull stick 631, separating barrel 632, bearing 633, driving
Bull stick 634, interior driving gear 635, baffle 636, the track bull stick 631 is gap-matched with 625 lower end of down-pressed pole, described
Track bull stick 631 is mounted on inside separating barrel 632, and 632 upper center of the separating barrel is equipped with bearing 633, the track bull stick
631 upper ends are through 633 inside of bearing and are gap-matched, 634 lower end of driving bull stick and 631 lower end of track bull stick
Want to weld and be mechanically connected, 634 upper end of driving bull stick is through 635 inside of interior driving gear and is mechanically connected, institute
It states baffle 636 and is fixedly mounted on 632 upper right side of separating barrel, the interior driving gear 635 is meshed with suction mechanism 64, the suction
Mechanism of qi structure 64 includes planetary gear 641, interior linkage gear 642, air-breathing bull stick 643, air-breathing flabellum 644, air inlet 645, outlet
Pipe 646 is equipped with interior driving gear 635 inside 641 left end of the planetary gear and is meshed, and the planetary gear 641 is right
End is internal to be equipped with interior linkage gear 642 and is meshed, and 643 upper end of air-breathing bull stick is through in interior linkage gear 642
It portion and is mechanically connected, 643 lower end of air-breathing bull stick is welded with air-breathing flabellum 644 and is mechanically connected, the air-breathing flabellum
644 head ends are connected with air inlet 645, and the air inlet 645 is located at 632 upper right side of separating barrel, the air-breathing flabellum 644, end
End is connected with escape pipe 646, and 646 lower end of the escape pipe is mounted on inside oil reservoirs 69, the suction mechanism 64 and demisting
Mechanism 66 is connected, and the buoyant means 65 include floating block 651, fixing axle 652, left side towing plate 653, left slider 654, a left side
Sideslip bar 655, right side towing plate 656, right side sliding block 657, right-side slide bar 658, long slide bar 659, the floating block 651 and reservoir bed
610 upper surfaces fit, and the floating block 651 is mounted on long slide bar 659 and is gap-matched, 651 upper end of the floating block
Equipped with fixing axle 652, the fixing axle 652 is fixedly connected with 653 lower end of left side towing plate, 653 upper end of left side towing plate
It is fixedly mounted on left slider 654, the left slider 654 is mounted on left-side slide bar 655 and is gap-matched, institute
It states right side 656 lower end of towing plate to be fixedly mounted in fixing axle 652,656 upper end of right side towing plate is fixedly mounted on right side
On sliding block 657, the right side sliding block 657 is mounted on right-side slide bar 658 and is gap-matched, the left slider 654
Mutually weld and be flexibly connected with 66 lower end of defogging mechanism, the right side sliding block 657 mutually welded with 67 lower end of transmission mechanism and
Flexible connection, the defogging mechanism 66 include drive rod 661, Track fusion bar 662, drive shaft 663, belt 664, linkage turn
Axis 665, demisting shaft 666, demisting flabellum 667, demisting mouth 668, mist eliminator 669,661 lower end of the drive rod and left slider
654 upper surfaces are mutually welded, and 661 upper end of the drive rod is gap-matched with Track fusion bar 662, the Track fusion bar
662 ends are through 663 inside of drive shaft and are mechanically connected, and the drive shaft 663 passes through belt 664 and surface
The shaft 665 that links is flexibly connected, and 666 end of demisting shaft is through 665 inside of linkage shaft and is mechanically connected, described
666 head end of demisting shaft is welded and is mechanically connected with 667 phase of demisting flabellum, and the demisting mouth 668 is fixedly mounted on demisting fan
667 right side of leaf, the mist eliminator 669 are mounted on 646 lower end of escape pipe, and the transmission mechanism 67 includes mobile bar 671, movable block
672, fine and smooth bar 673, interlocking bar group 674, rotating disk 675,671 lower end of the mobile bar are mutually welded with 657 upper surface of right side sliding block
It connects and is flexibly connected, 671 upper end of the mobile bar and 672 phase of movable block are welded, and the fine and smooth bar 673 is through movable block
Inside 672 and it is gap-matched, 674 lower end of interlocking bar group is fixedly mounted on movable block 672 and is flexibly connected,
674 upper end of interlocking bar group is fixedly mounted in rotating disk 675 and is flexibly connected, the rotating disk 675 and electrical conduction mechanism
68 flexible connections, interlocking lever 681, energization shaft 682, energization disk 683, flexible circuit conductor 684, energization plate 685, the energization shaft
682 are flexibly connected by interlocking lever 681 with rotating disk 675, and the energization shaft 682 is mounted on inside energization disk 683, described logical
Electroplax 683 is electrically connected by flexible circuit conductor 684 with energization plate 685, and the energization plate 685 is mutually welded with 5 lower end of warning lamp.
Oil is discharged into from oil inlet 621, passes through the weight of oil itself so that 622 end of latch plate pushes, and leads to
Spring 624 is crossed so that latch plate 622 resets, so, latch plate 622 will move up and down, and drive about 625 down-pressed pole
Mobile, the sliding block 626 at 625 middle part of down-pressed pole is in 627 internal operation of fixed glides, it is ensured that the motion track of down-pressed pole 625, this
When 625 lower end of down-pressed pole work track bull stick 631, at this moment track bull stick 631 starts to rotate, and liquid passes through track bull stick
631 rotation is flown on 632 inner wall of separating barrel, is slipped down to inside oil reservoirs 69 and reservoir bed 610 along 632 inner wall of separating barrel,
Pass through the density of oil and water so that oil floats on the water, and 634 turns of driving bull stick has been driven by the rotation of track bull stick 631
Dynamic, at this moment interior driving gear 635 and then rotates, and the planetary gear 641 being meshed with interior driving gear 635, which is followed, to be run, at this moment
Interior linkage gear 642 rotate so that air-breathing bull stick 643 rotate, driven air-breathing flabellum 644 to absorb gas, by into
Gas port 645 is discharged to inside escape pipe 646, then is discharged from gas outlet 4, and the effect of baffle 636 to prevent liquid splash to air inlet
Inside mouthfuls 645, such Oil-gas Separation it is better so that Oil-gas Separation obtains more abundant；The gas of sub-fraction exists
It inside oil reservoirs 69, is entered inside mist eliminator 669 by 646 lower end of escape pipe, carries out demisting, prevent in fog device for transferring
Portion, while by the rising of the water inside reservoir bed 610, having driven floating block 651 to float so that 653 lower end of left side towing plate
Rise, at this moment the left slider 654 of left side 653 upper end of towing plate is in 655 internal operation of left-side slide bar so that left slider 654
Drive rod 661 has been driven to work Track fusion bar 662, at this moment Track fusion bar 662 starts to rotate so that drive shaft
663 rotations make the rotation of shaft 665 that links by the transmission of belt 664, and at this moment demisting shaft 666 has driven demisting flabellum 667
Rotation manufactures wind energy, is removed by 668 pairs of fogs of demisting mouth, and fog is preferably prevented to be discharged from gas outlet 4；It is similarly right
Side slide 657 has driven mobile bar 671 to move so that movable block 672 moves, and at this moment interlocking bar group 674 is run, and passes through interlocking bar
The linkage function of group 674 makes rotating disk 675 rotate, and passes through the linkage of interlocking lever 681 so that energization shaft 682 rotates, when setting
When standby internal liquid reaches certain altitude, energization shaft 682 is connected with energization disk 683 so that and flexible circuit conductor 684 is conductive,
Energization plate 685 must be electric, and at this moment warning lamp 5 lights, and reminds administrative staff, and the liquid product inside equipment is full, needs to be discharged.
Spring of the present invention be it is a kind of using elasticity come the machine components of work, the part made of elastic material exists
Outer force effect issues raw deformation, restores to the original state again after removing external force, also makees " spring ", be generally made of spring steel, the kind of spring
Class complexity is various, by shape point, mainly there is helical spring, scroll spring, flat spring, heterotypic spring etc..
Problems solved by the invention is that two device for phase saparation of oil gas cannot be well by Oil-gas Separation, and inside equipment
Defogging effect is bad, when causing gas to be discharged inside contain fog, these fogs contain the substance of oil, can pollute sky
Gas；During being detached inside equipment, administrative staff cannot be timely reminded to arrange internal liquid when liquid product is full
Go out, may result in equipment internal damage, the present invention is combined with each other by above-mentioned component, is equipped with oil-inlet mechanism 62, seperator
Structure 63, suction mechanism 64, buoyant means 65, defogging mechanism 66, transmission mechanism 67, electrical conduction mechanism 68, oil reservoirs 69, reservoir bed
610, make oil-inlet mechanism 62 that separating mechanism 63 be driven to run by the weight of oil itself, oil gas of the separating mechanism 63 to oil
It is detached, then is drawn gas by suction mechanism 64, such oil gas separation is more preferably so that Oil-gas Separation obtains more
Fully；Pass through the operation of buoyant means 65 again so that defogging mechanism 66 works, and is excluded to the fog in gas, prevents mist
Gas is discharged in air, pollutes environment；When liquid inside equipment reach a certain height, buoyant means 65 drive electrical conduction mechanism 68
Operation reminds administrative staff, the liquid inside equipment is discharged.
Claims (8)
1. special two device for phase saparation of petroleum gas, structure includes quick operating valve (1), hinge (2), chamber door (3), gas outlet
(4), warning lamp (5), separation host (6), supporting rack (7), outlet pipe (8), flowline (9), it is characterised in that：The quick operating valve
(1) be mounted on separation host (6) left end, the hinge (2) mutually welds with chamber door (3), the chamber door (3) by hinge (2) and
Separation host (6) front surface is connected, and the gas outlet (4) is fixedly mounted on separation host (6) upper center, the warning lamp
(5) it is fixedly mounted on separation host (6) upper end and on the right side of gas outlet (4), welding is fixed in separation host (6) lower end
In supporting rack (7) upper end, outlet pipe (8) upper end by embedded mode be mounted on separation host (6) lower end inside, it is described go out
Oil pipe (9) upper end is mounted on by embedded mode inside separation host (6) lower end；
The separation host (6) includes host housing (61), oil-inlet mechanism (62), separating mechanism (63), suction mechanism (64), floats
Force mechanisms (65), defogging mechanism (66), transmission mechanism (67), electrical conduction mechanism (68), oil reservoirs (69), reservoir bed (610), it is described
Host housing (61) front surface is hinged with chamber door (3), and the internal left upper end of the host housing (61) is installed with into oil machine
Structure (62), oil-inlet mechanism (62) lower end are gap-matched with separating mechanism (63) lower end, on the separating mechanism (63)
End is meshed with suction mechanism (64) upper end, and suction mechanism (64) lower end is located at separating mechanism (63) upper right side, described point
Structure (63) lower end disembark equipped with oil reservoirs (69), suction mechanism (64) lower end is connected with oil reservoirs (69), the buoyancy
Mechanism (65) lower end is mounted on reservoir bed (610) and is flexibly connected, buoyant means (65) left upper end and defogging mechanism
(66) lower end is mutually welded and is flexibly connected, and defogging mechanism (66) upper end is located on the right side of suction mechanism (64), the buoyancy
Mechanism (65) upper right side is mutually welded and is mechanically connected with transmission mechanism (67) lower end, the transmission mechanism (67) and electrical conduction mechanism
(68) it is flexibly connected, the electrical conduction mechanism (68) is electrically connected with warning lamp (5), and the oil reservoirs (69) are located at reservoir bed (610)
Top, flowline (9) upper end are connected with oil reservoirs (69), and outlet pipe (8) upper end is connected with reservoir bed (610)
It connects.
2. special two device for phase saparation of petroleum gas according to claim 1, it is characterised in that：The oil-inlet mechanism
(62) include oil inlet (621), latch plate (622), fixed plate (623), spring (624), down-pressed pole (625), sliding block (626),
Fixed glides (627), the oil inlet (621) are fixedly mounted on the internal left upper end of host housing (61), the oil inlet (621)
It is internally provided with latch plate (622), latch plate (622) head end is fixedly connected with fixed plate (623) upper end, the fixed plate
(623) lower end is fixedly mounted on oil inlet (621) bottom surface, latch plate (622) middle lower surface and spring (624) upper end phase
Welding, spring (624) lower end is fixedly mounted on oil inlet (621) bottom surface, latch plate (622) end and down-pressed pole
(625) upper end is fixedly connected, and down-pressed pole (625) lower end is equipped with sliding block (626), and the sliding block (626) is mounted on fixed slide
Plate (627) is internal and is gap-matched, and down-pressed pole (625) lower end is gap-matched with separating mechanism (63).
3. special two device for phase saparation of petroleum gas according to claim 1, it is characterised in that：The separating mechanism
(63) include track bull stick (631), separating barrel (632), bearing (633), driving bull stick (634), interior driving gear (635), gear
Plate (636), the track bull stick (631) are gap-matched with down-pressed pole (625) lower end, track bull stick (631) installation
Internal in separating barrel (632), separating barrel (632) upper center is equipped with bearing (633), track bull stick (631) upper end
It through bearing (633) inside and is gap-matched, the driving bull stick (634) lower end and track bull stick (631) lower end
Want to weld and be mechanically connected, the driving bull stick (634) upper end is internal through interior driving gear (635) and machinery connects
It connects, the baffle (636) is fixedly mounted on separating barrel (632) upper right side, the interior driving gear (635) and suction mechanism (64)
It is meshed.
4. special two device for phase saparation of petroleum gas according to claim 1, it is characterised in that：The suction mechanism
(64) include planetary gear (641), interior linkage gear (642), air-breathing bull stick (643), air-breathing flabellum (644), air inlet
(645), escape pipe (646) are equipped with interior driving gear (635) inside planetary gear (641) left end and are meshed, institute
It states and interior linkage gear (642) is installed inside planetary gear (641) right end and is meshed, air-breathing bull stick (643) upper end
It through interior linkage gear (642) inside and is mechanically connected, air-breathing bull stick (643) lower end is welded with air-breathing flabellum
(644) it and is mechanically connected, air-breathing flabellum (644) head end is connected with air inlet (645), air inlet (645) position
In separating barrel (632) upper right side, the air-breathing flabellum (644), end are connected with escape pipe (646), the escape pipe (646)
Lower end is mounted on oil reservoirs (69) inside, and the suction mechanism (64) is connected with defogging mechanism (66).
5. special two device for phase saparation of petroleum gas according to claim 1, it is characterised in that：The buoyant means
(65) include floating block (651), fixing axle (652), left side towing plate (653), left slider (654), left-side slide bar (655), the right side
Side-lining plate (656), right side sliding block (657), right-side slide bar (658), long slide bar (659), the floating block (651) and reservoir bed
(610) upper surface fits, and the floating block (651) is mounted on long slide bar (659) and is gap-matched, the floating block
(651) upper end is equipped with fixing axle (652), and the fixing axle (652) is fixedly connected with left side towing plate (653) lower end, the left side
Side-lining plate (653) upper end is fixedly mounted on left slider (654), and the left slider (654) is mounted on left-side slide bar
(655) it on and is gap-matched, right side towing plate (656) lower end is fixedly mounted in fixing axle (652), the right side
Side-lining plate (656) upper end is fixedly mounted on right side sliding block (657), and the right side sliding block (657) is mounted on right-side slide bar
(658) it on and is gap-matched, the left slider (654) is mutually welded with defogging mechanism (66) lower end and activity connects
It connects, the right side sliding block (657) is mutually welded and is flexibly connected with transmission mechanism (67) lower end.
6. special two device for phase saparation of petroleum gas according to claim 1, it is characterised in that：The defogging mechanism
(66) include drive rod (661), Track fusion bar (662), drive shaft (663), belt (664), linkage shaft (665), remove
Mist shaft (666), demisting flabellum (667), demisting mouth (668), mist eliminator (669), drive rod (661) lower end are slided with left side
Block (654) upper surface is mutually welded, and drive rod (661) upper end is gap-matched with Track fusion bar (662), the track
Drive rod (662) end is internal through drive shaft (663) and is mechanically connected, and the drive shaft (663) passes through belt
(664) be flexibly connected with the linkage shaft of surface (665), demisting shaft (666) end through linkage shaft (665)
Internal and be mechanically connected, demisting shaft (666) head end is mutually welded and is mechanically connected with demisting flabellum (667), described
Demisting mouth (668) is fixedly mounted on the right side of demisting flabellum (667), and the mist eliminator (669) is mounted on escape pipe (646) lower end.
7. special two device for phase saparation of petroleum gas according to claim 1, it is characterised in that：The transmission mechanism
(67) include mobile bar (671), movable block (672), fine and smooth bar (673), interlocking bar group (674), rotating disk (675), the shifting
Lever (671) lower end is mutually welded and is flexibly connected with right side sliding block (657) upper surface, mobile bar (671) upper end and shifting
Motion block (672) mutually welds, and the fine and smooth bar (673) is internal through movable block (672) and is gap-matched, the linkage
Bar group (674) lower end is fixedly mounted on movable block (672) and is flexibly connected, and peace is fixed in interlocking bar group (674) upper end
It in rotating disk (675) and is flexibly connected, the rotating disk (675) is flexibly connected with electrical conduction mechanism (68).
8. special two device for phase saparation of petroleum gas according to claim 1, it is characterised in that：The electrical conduction mechanism
(68) include interlocking lever (681), energization shaft (682), energization disk (683), flexible circuit conductor (684), energization plate (685), it is described logical
Electric shaft (682) is flexibly connected by interlocking lever (681) with rotating disk (675), and the energization shaft (682) is mounted on energization disk
(683) internal, the energization disk (683) is electrically connected by flexible circuit conductor (684) with energization plate (685), the energization plate (685) and
It mutually welds warning lamp (5) lower end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810848969.2A CN108671588A (en) | 2018-07-28 | 2018-07-28 | Special two device for phase saparation of petroleum gas |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810848969.2A CN108671588A (en) | 2018-07-28 | 2018-07-28 | Special two device for phase saparation of petroleum gas |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108671588A true CN108671588A (en) | 2018-10-19 |
Family
ID=63816009
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810848969.2A Withdrawn CN108671588A (en) | 2018-07-28 | 2018-07-28 | Special two device for phase saparation of petroleum gas |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108671588A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114106872A (en) * | 2021-11-23 | 2022-03-01 | 江苏华普泰克石油装备有限公司 | Petroleum and natural gas two-phase separation equipment |
-
2018
- 2018-07-28 CN CN201810848969.2A patent/CN108671588A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114106872A (en) * | 2021-11-23 | 2022-03-01 | 江苏华普泰克石油装备有限公司 | Petroleum and natural gas two-phase separation equipment |
| CN114106872B (en) * | 2021-11-23 | 2022-12-27 | 江苏华普泰克石油装备有限公司 | Petroleum and natural gas two-phase separation equipment |
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Application publication date: 20181019 |
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