CN208611853U - Self-operated type gas-liquid two-phase balancing device - Google Patents
Self-operated type gas-liquid two-phase balancing device Download PDFInfo
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- CN208611853U CN208611853U CN201820792252.6U CN201820792252U CN208611853U CN 208611853 U CN208611853 U CN 208611853U CN 201820792252 U CN201820792252 U CN 201820792252U CN 208611853 U CN208611853 U CN 208611853U
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Abstract
The utility model relates to vapor liquid equilibrium engineering device technique fields, are a kind of self-operated type gas-liquid two-phase balancing devices；Including vapor liquid equilibrium tank, vapor liquid equilibrium cylinder and floating ball；The top of vapor liquid equilibrium tank is equipped with gas-liquid input end, the top of vapor liquid equilibrium tank is equipped with outlet side, the lower part of vapor liquid equilibrium tank is equipped with outlet end, the right part of vapor liquid equilibrium cylinder is equipped with inlet end, the middle part of vapor liquid equilibrium cylinder is equipped with outlet side, the left end of vapor liquid equilibrium cylinder is equipped with liquid feeding end, and the left part lower end of vapor liquid equilibrium cylinder is equipped with outlet end, and the liquid feeding end of the outlet end and vapor liquid equilibrium cylinder of vapor liquid equilibrium tank is fixedly installed togather.The utility model reasonable and compact in structure, it is easy to use, pass through being used cooperatively for vapor liquid equilibrium tank, vapor liquid equilibrium cylinder and floating ball, it is adjusted from the variation of pressure by mechanical liquid level using gas-liquid, the purpose for realizing gas-liquid separation, has the characteristics that safe and reliable, small in size, stable low with failure rate, facilitates operation, it improves work efficiency, reduces production cost.
Description
Technical field
The utility model relates to vapor liquid equilibrium engineering device technique fields, are a kind of self-operated type gas-liquid two-phase balancing devices.
Background technique
Currently, during oil well produced liquid is delivered to treating stations on oil field, it will usually carry out gas-liquid point to Produced Liquid
From and individually measure.During this separate measurement, first is that the used usual volume of gas-liquid separation measuring equipment
Greatly, occupied space is big, is unfavorable for the integrated of equipment, skid and in-site installation and uses；Second is that gas circuit and fluid path use
Electronic control equipment controls gas-liquid output quantity, and Electronic control equipment is more, and a series of electric faults caused therefrom will lead to
Use process is unstable, influences the gage work of oil well produced liquid.In contrast, after-sales service cost is larger.
Summary of the invention
The utility model provides a kind of self-operated type gas-liquid two-phase balancing device, overcomes the defects of the prior art,
It can effectively solve existing apparatus, and there are gas-liquid separation measuring equipment occupied spaces to be unfavorable for in-site installation, Electronic control equipment greatly
It is more to lead to de-stabilising effect gage work and the big problem of maintenance cost.
The technical solution of the utility model is realized by following measures: a kind of self-operated type gas-liquid two-phase balance dress
It sets, including vapor liquid equilibrium tank, vapor liquid equilibrium cylinder and floating ball；It is equipped with gas-liquid input end on the top of vapor liquid equilibrium tank, it is flat in gas-liquid
The top of weighing apparatus tank is equipped with outlet side, is equipped with outlet end in the lower part of vapor liquid equilibrium tank, is equipped with air inlet in the right part of vapor liquid equilibrium cylinder
End, is equipped with outlet side at the middle part of vapor liquid equilibrium cylinder, liquid feeding end is equipped in the left end of vapor liquid equilibrium cylinder, on a left side for vapor liquid equilibrium cylinder
Subordinate end is equipped with outlet end, and the liquid feeding end of the outlet end and vapor liquid equilibrium cylinder of vapor liquid equilibrium tank is fixedly installed togather, and gas-liquid is flat
The outlet side of weighing apparatus tank and the inlet end of vapor liquid equilibrium cylinder are fixed together by escape pipe, are equipped in vapor liquid equilibrium cylinder
The piston that liquid is discharged by outlet side by outlet end discharge or gas can be moved left and right, in the fixed company in the left end of piston
It is connected to the piston rod for stretching out vapor liquid equilibrium cylinder liquid feeding end, is fixedly installed on the inner wall below vapor liquid equilibrium tank outlet end
Fixing seat is hinged with opening towards left wishbone in fixing seat, and the left end of wishbone is connected to by left connecting rod device with floating ball
Together, it is hinged with right connecting rod device in the right end of wishbone, the right end of right connecting rod device passes through outlet end and the work of vapor liquid equilibrium tank
Stopper rod links together.
Here is the further optimization and/or improvements to above-mentioned utility model technical solution:
The above-mentioned inner cavity left end in corresponding vapor liquid equilibrium cylinder feed liquor end position is fixedly installed with piston guide bush, in piston guide bush
Middle part on the outside of be integrally fixed with left baffle ring, be fixedly installed with right baffle ring in the right end of piston guide bush, left baffle ring and right baffle ring
Outside is fixedly installed togather on the inside of vapor liquid equilibrium cylinder respectively, the left part of left baffle ring, piston guide bush and vapor liquid equilibrium cylinder it
Between formed liquid stream ring cavity, between left baffle ring, piston guide bush, right baffle ring and the middle part of vapor liquid equilibrium cylinder formed air-flow ring cavity, in work
The left part of plug guide sleeve is equipped at least one fluid hole being connected with liquid stream ring cavity, is equipped at least one in the right part of piston guide bush
The venthole being connected with air-flow ring cavity is set with the work that can block fluid hole or venthole in the inside middle portion of piston guide bush
Plug, the piston rod for stretching out vapor liquid equilibrium cylinder liquid feeding end is fixedly connected in the left end of piston, and piston rod is connect with right connecting rod device
Together；The liquid feeding end of vapor liquid equilibrium cylinder is connected with the left part inner cavity of piston guide bush, the outlet end and liquid stream of vapor liquid equilibrium cylinder
Ring cavity is connected, and the outlet side of vapor liquid equilibrium cylinder is connected with air-flow ring cavity, the right side of vapor liquid equilibrium cylinder inlet end and piston guide bush
Portion inner cavity is connected.
Above-mentioned left connecting rod device includes connecting rod one and floating ball rod, and the lower end of connecting rod one and the left end of wishbone are hinged on one
It rises, the upper end of connecting rod one and the lower end of floating ball rod are hinged, and the upper end of floating ball rod and floating ball link together；Or/
With right connecting rod device includes connecting rod two and piston rod, and the left end of connecting rod two and the right end of wishbone are hinged, connecting rod two
Right end pass through vapor liquid equilibrium tank outlet end and piston rod left end it is hinged, the right end and piston rod of piston rod
Left end link together.
The above-mentioned right end in right baffle ring is fixedly connected with the force-application block of at least one.
The above-mentioned inside middle portion in vapor liquid equilibrium tank is fixedly installed with floating ball guiding trestle, at the middle part of floating ball guiding trestle
Equipped with mounting hole, the mounting hole that the upper end of floating ball rod passes through floating ball guiding trestle links together with floating ball.
It is above-mentioned to be fixedly installed with skid in vapor liquid equilibrium pot bottom.
It is above-mentioned that import short circuit is fixedly connected on the gas-liquid input end of vapor liquid equilibrium tank, it is fixed in the outer end that import is shorted
It is connected with connecting flange；It is fixedly connected with outlet on the outlet end of vapor liquid equilibrium cylinder to be shorted, is fixed in the outer end that outlet is shorted
It is connected with connecting flange；It is fixedly connected with outlet short circuit on the outlet side of vapor liquid equilibrium cylinder, is fixed in the outer end that outlet is shorted
It is connected with connecting flange；It is fixedly connected with connecting flange on the outlet end of vapor liquid equilibrium tank, in the liquid feeding end of vapor liquid equilibrium cylinder
On be fixedly connected with connecting flange, the outlet end of vapor liquid equilibrium tank and the liquid feeding end of vapor liquid equilibrium cylinder pass through connecting flange, bolt
It is fixedly installed togather with nut.
The utility model reasonable and compact in structure, it is easy to use, pass through matching for vapor liquid equilibrium tank, vapor liquid equilibrium cylinder and floating ball
Close use, using gas-liquid from pressure variation by mechanical liquid level adjust, realize the purpose of gas-liquid separation, have securely and reliably,
Small in size, the stable feature low with failure rate, facilitates operation, improves work efficiency, reduce production cost.
Detailed description of the invention
Attached drawing 1 is schematic diagram of main cross-sectional structure of the best embodiment of the utility model.
Attached drawing 2 is the enlarged structure schematic diagram in the utility model at A.
Coding in attached drawing is respectively as follows: 1 for vapor liquid equilibrium tank, and 2 be vapor liquid equilibrium cylinder, and 3 be floating ball, and 4 be escape pipe, and 5 are
Piston, 6 be piston rod, and 7 be fixing seat, and 8 be wishbone, and 9 be piston guide bush, and 10 be left baffle ring, and 11 be right baffle ring, and 12 be liquid stream
Ring cavity, 13 be air-flow ring cavity, and 14 be fluid hole, and 15 be venthole, and 16 be connecting rod one, and 17 be floating ball rod, and 18 be connecting rod two, 19
It is force-application block for piston rod, 20,21 be floating ball guiding trestle, and 22 are shorted for import, and 23 be connecting flange, and 24 is short to export
It connects, 25 are shorted for outlet.
Specific embodiment
The utility model is not limited by following embodiments, can technical solution according to the present utility model and actual conditions
Determine specific embodiment.
In the present invention, for ease of description, the description of the relative positional relationship of each component is according to specification
The Butut mode of attached drawing 1 is described, such as: front, rear, top, and bottom, left and right positional relationship be according to Figure of description 1
Butut direction determine.
The utility model is further described below with reference to examples and drawings:
As shown in attached drawing 1,2, which includes vapor liquid equilibrium tank 1, vapor liquid equilibrium cylinder 2 and floats
Ball 3；It is equipped with gas-liquid input end on the top of vapor liquid equilibrium tank 1, is equipped with outlet side at the top of vapor liquid equilibrium tank 1, it is flat in gas-liquid
The lower part of weighing apparatus tank 1 is equipped with outlet end, is equipped with inlet end in the right part of vapor liquid equilibrium cylinder 2, is equipped at the middle part of vapor liquid equilibrium cylinder 2
Gas end, is equipped with liquid feeding end in the left end of vapor liquid equilibrium cylinder 2, is equipped with outlet end, vapor liquid equilibrium in the left part lower end of vapor liquid equilibrium cylinder 2
The outlet end of tank 1 and the liquid feeding end of vapor liquid equilibrium cylinder 2 are fixedly installed togather, the outlet side of vapor liquid equilibrium tank 1 and vapor liquid equilibrium
The inlet end of cylinder 2 is fixed together by escape pipe 4, and being equipped with to move left and right in vapor liquid equilibrium cylinder 2 makes liquid
The piston 5 being discharged by outlet end discharge or gas by outlet side, is fixedly connected with stretching vapor liquid equilibrium in the left end of piston 5
The piston rod 6 of 2 liquid feeding end of cylinder is being fixedly installed with fixing seat 7 on the inner wall below 1 outlet end of vapor liquid equilibrium tank, solid
Opening is hinged in reservation 7 towards left wishbone 8, the left end of wishbone 8 is linked together by left connecting rod device with floating ball 3, in V
The right end of shape frame 8 is hinged with right connecting rod device, and the right end of right connecting rod device passes through the outlet end and piston rod 6 of vapor liquid equilibrium tank 1
It links together.Vapor liquid equilibrium tank 1 and floating ball 3 be it is existing public, floating ball 3 can be stainless steel floating ball；Vapor liquid equilibrium cylinder 2 is
Closed cylinder body can be opening towards right goblet, and right end is blind dead by ring flange；In this way, flat by vapor liquid equilibrium tank 1, gas-liquid
Weighing apparatus cylinder 2 and floating ball 3 are used cooperatively, and realize the mesh of gas-liquid separation by mechanical liquid level adjusting from the variation of pressure using gas-liquid
, have the characteristics that safe and reliable, small in size, stable low with failure rate, facilitate operation, improve work efficiency, drops
Low production cost.
Above-mentioned self-operated type gas-liquid two-phase balancing device can be made further optimization and/or improvements according to actual needs:
As shown in attached drawing 1,2, piston guide bush is fixedly installed in the inner cavity left end of corresponding 2 feed liquor end position of vapor liquid equilibrium cylinder
9, it is integrally fixed with left baffle ring 10 on the outside of the middle part of piston guide bush 9, is fixedly installed with right baffle ring in the right end of piston guide bush 9
11, inside of the outside of left baffle ring 10 and right baffle ring 11 respectively with vapor liquid equilibrium cylinder 2 is fixedly installed togather, left baffle ring 10, living
It fills in and forms liquid stream ring cavity 12, left baffle ring 10, piston guide bush 9, right baffle ring 11 and gas between guide sleeve 9 and the left part of vapor liquid equilibrium cylinder 2
Air-flow ring cavity 13 is formed between the middle part of liquid compensating cylinder 2, is equipped at least one and 12 phase of liquid stream ring cavity in the left part of piston guide bush 9
The fluid hole 14 of connection is equipped at least one venthole 15 being connected with air-flow ring cavity 13 in the right part of piston guide bush 9, in work
The inside middle portion of plug guide sleeve 9 is set with the piston 5 that can block fluid hole 14 or venthole 15, is fixedly connected in the left end of piston 5
There is the piston rod 6 for stretching out 2 liquid feeding end of vapor liquid equilibrium cylinder, piston rod 6 links together with right connecting rod device；Vapor liquid equilibrium cylinder 2
Liquid feeding end is connected with the left part inner cavity of piston guide bush 9, and the outlet end of vapor liquid equilibrium cylinder 2 is connected with liquid stream ring cavity 12, gas-liquid
The outlet side of compensating cylinder 2 is connected with air-flow ring cavity 13, and 2 inlet end of vapor liquid equilibrium cylinder is connected with the right part inner cavity of piston guide bush 9
It is logical.Piston 5 is left and right ends by blind dead cylindrical body；In this way, piston 5 is blocked on vapor liquid equilibrium cylinder 2 when piston 5 moves right
Venthole 15；When piston 5 is moved to the left, piston 5 blocks the fluid hole 14 on vapor liquid equilibrium cylinder 2.
As shown in attached drawing 1,2, left connecting rod device includes connecting rod 1 and floating ball rod 17, the lower end of connecting rod 1 and V-arrangement
The left end of frame 8 is hinged, and the upper end of connecting rod 1 and the lower end of floating ball rod 17 are hinged, floating ball rod 17 it is upper
End and floating ball 3 link together；Or/and right connecting rod device includes connecting rod 2 18 and piston rod 19, the left end of connecting rod 2 18 and
The right end of wishbone 8 is hinged, and the right end of connecting rod 2 18 passes through the outlet end of vapor liquid equilibrium tank 1 and a left side for piston rod 19
Hold hinged, the right end of piston rod 19 and the left end of piston rod 6 link together.In this way, when liquid in vapor liquid equilibrium tank 1
When face rises, floating ball 3 is acted on by liquid buoyancy to be risen, while connecting rod 1 and floating ball rod 17 being driven to move upwardly together, V-arrangement
The left end of frame is rotated up by the drive of connecting rod 1, and the right end of wishbone can then turn right, so that piston 5 is pushed to move right, it is living
Plug 5 blocks the venthole 15 on vapor liquid equilibrium cylinder 2, opens the fluid hole 14 on vapor liquid equilibrium cylinder 2, makes in vapor liquid equilibrium tank 1
Liquid enters in piston guide bush 9, and is entered in liquid stream ring cavity 12 by the fluid hole 14 on vapor liquid equilibrium cylinder 2, then passes through gas
Outlet end discharge on liquid compensating cylinder 2；When vapor liquid equilibrium tank 1 inside liquid level height drops to certain value, buoyancy suffered by floating ball 3
Less than its gravity, under the action of 3 gravity of floating ball, it will drive connecting rod 1 and floating ball rod 17 move downwardly together, wishbone
Left end is rotated down by the drive of connecting rod 1, and the right end of wishbone can then turn left, so that piston 5 be pulled to be moved to the left, piston 5 is stifled
The firmly fluid hole 14 on vapor liquid equilibrium cylinder 2 opens the venthole 15 on vapor liquid equilibrium cylinder 2, keeps the gas in vapor liquid equilibrium tank 1 logical
It is then led by piston subsequently into the right part inner cavity of piston guide bush 9 the right part inner cavity for crossing escape pipe 4 into vapor liquid equilibrium cylinder 2
Venthole 15 on set 9 enters in air-flow ring cavity 13, is discharged finally by the outlet side of vapor liquid equilibrium cylinder 2.
As shown in Fig. 2, the force-application block 20 of at least one is fixedly connected in the right end of right baffle ring 11.In this way, by applying
Power tool force is in force-application block 20, convenient for the installation and removal of right baffle ring 11.
As shown in Fig. 1, it is fixedly installed with floating ball guiding trestle 21 in the inside middle portion of vapor liquid equilibrium tank 1, is led in floating ball
It is equipped with mounting hole to the middle part of bracket 21, the upper end of floating ball rod 17 passes through the mounting hole of floating ball guiding trestle 21 and floating ball 3 connects
It is connected together.In this way, with the lifting of floating ball 3, it is upper and lower in the mounting hole on floating ball guiding trestle 21 convenient for floating ball rod 17
It is mobile.
As needed, skid is fixedly installed in 1 bottom of vapor liquid equilibrium tank.In this way, skid is convenient for whole lifting and removes
Fortune.
As shown in attached drawing 1,2, it is fixedly connected with import on the gas-liquid input end of vapor liquid equilibrium tank 1 and is shorted 22, in import
The outer end for being shorted 22 is fixedly connected with connecting flange 23；It is fixedly connected with outlet on the outlet end of vapor liquid equilibrium cylinder 2 and is shorted 24,
Connecting flange 23 is fixedly connected in the outer end that outlet is shorted 24；Outlet is fixedly connected on the outlet side of vapor liquid equilibrium cylinder 2
25 are shorted, is fixedly connected with connecting flange 23 in the outer end that outlet is shorted 25；It is fixedly connected on the outlet end of vapor liquid equilibrium tank 1
There is connecting flange 23, connecting flange 23, the outlet end of vapor liquid equilibrium tank 1 are fixedly connected on the liquid feeding end of vapor liquid equilibrium cylinder 2
It is fixedly installed togather with the liquid feeding end of vapor liquid equilibrium cylinder 2 by connecting flange 23, bolt and nut.In this way, import short circuit 22,
Outlet short circuit 24 and connecting flange 23 are convenient for and extraneous pipeline mounts and dismounts.
The above technical characteristic constitutes the most preferred embodiment of the utility model, with stronger adaptability and best implementation
Effect can increase and decrease non-essential technical characteristic, according to actual needs to meet the needs of different situations.
The use process of the best embodiment of the utility model: when work, oil well produced liquid (liquid phase) passes through vapor liquid equilibrium
The gas-liquid input end of tank 1 enters in vapor liquid equilibrium tank 1；(1) when liquid level rises in vapor liquid equilibrium tank 1, floating ball 3 is by liquid buoyancy
Effect rises, while connecting rod 1 and floating ball rod 17 being driven to move upwardly together, so that piston 5 is pushed to move right, piston 5
The venthole 15 on vapor liquid equilibrium cylinder 2 is blocked, the fluid hole 14 on vapor liquid equilibrium cylinder 2 is opened, makes the liquid in vapor liquid equilibrium tank 1
Enter in liquid stream ring cavity 12 into piston guide bush 9, and through the fluid hole 14 on vapor liquid equilibrium cylinder 2, it is then flat by gas-liquid
The outlet end discharge weighed on cylinder 2；(2) it is put down as oil well produced liquid persistently injects gas-liquid from the gas-liquid input end of vapor liquid equilibrium tank 1
Weigh tank 1, and the lasting outflow of liquid, 1 internal gas pressure of vapor liquid equilibrium tank can be gradually increased in vapor liquid equilibrium tank 1, biggish gas
The outflow of body pressure meeting 1 internal liquid of speed up gas and liquid compensator, to make the reduction of 1 inside liquid level of vapor liquid equilibrium tank；(3) work as gas-liquid
When compensator 1 inside liquid level height drops to certain value, buoyancy suffered by floating ball 3 is less than its gravity, in the effect of 3 gravity of floating ball
Under, it will drive connecting rod 1 and floating ball rod 17 move downwardly together, pull piston 5 to be moved to the left, piston 5 blocks vapor liquid equilibrium
Fluid hole 14 on cylinder 2 opens the venthole 15 on vapor liquid equilibrium cylinder 2, and the gas in vapor liquid equilibrium tank 1 is made to pass through escape pipe 4
Into the right part inner cavity of vapor liquid equilibrium cylinder 2, subsequently into the right part inner cavity of piston guide bush 9, then pass through going out on piston guide bush 9
Stomata 15 enters in air-flow ring cavity 13, is discharged finally by the outlet side of vapor liquid equilibrium cylinder 2；(4) as oil well produced liquid is from gas
The gas-liquid input end of liquid compensator 1 persistently injects vapor liquid equilibrium tank 1, the lasting discharge of gas in vapor liquid equilibrium tank 1, and gas-liquid is flat
Weighing apparatus 1 internal liquid of tank can not be discharged, and cause 1 inside liquid level of vapor liquid equilibrium tank that can gradually rise, then repeat the step of (1) to (3)
Suddenly.
Claims (10)
1. a kind of self-operated type gas-liquid two-phase balancing device, it is characterised in that including vapor liquid equilibrium tank, vapor liquid equilibrium cylinder and floating ball；?
The top of vapor liquid equilibrium tank is equipped with gas-liquid input end, outlet side is equipped at the top of vapor liquid equilibrium tank, under vapor liquid equilibrium tank
Portion is equipped with outlet end, is equipped with inlet end in the right part of vapor liquid equilibrium cylinder, outlet side is equipped at the middle part of vapor liquid equilibrium cylinder, in gas-liquid
The left end of compensating cylinder be equipped with liquid feeding end, the left part lower end of vapor liquid equilibrium cylinder be equipped with outlet end, the outlet end of vapor liquid equilibrium tank with
The liquid feeding end of vapor liquid equilibrium cylinder is fixedly installed togather, and the outlet side of vapor liquid equilibrium tank and the inlet end of vapor liquid equilibrium cylinder are by going out
Tracheae is fixed together, and being equipped with to move left and right in vapor liquid equilibrium cylinder makes liquid pass through outlet end discharge or gas
The piston being discharged by outlet side is fixedly connected with the piston rod for stretching out vapor liquid equilibrium cylinder liquid feeding end in the left end of piston, is leaning on
It is fixedly installed with fixing seat on inner wall below nearly vapor liquid equilibrium tank outlet end, opening is hinged in fixing seat towards left V-arrangement
The left end of frame, wishbone is linked together by left connecting rod device with floating ball, is hinged with right connecting rod device in the right end of wishbone, right
The outlet end that the right end of linkage passes through vapor liquid equilibrium tank links together with piston rod.
2. self-operated type gas-liquid two-phase balancing device according to claim 1, it is characterised in that corresponding vapor liquid equilibrium cylinder feed liquor
The inner cavity left end of end position is fixedly installed with piston guide bush, left baffle ring is integrally fixed on the outside of the middle part of piston guide bush, in work
The right end of plug guide sleeve is fixedly installed with right baffle ring, the outside of left baffle ring and right baffle ring respectively with the inside of vapor liquid equilibrium cylinder is fixed pacifies
It is fitted together, forms liquid stream ring cavity, left baffle ring, piston guide bush, the right side between left baffle ring, piston guide bush and the left part of vapor liquid equilibrium cylinder
Air-flow ring cavity is formed between baffle ring and the middle part of vapor liquid equilibrium cylinder, is equipped at least one and liquid stream ring cavity in the left part of piston guide bush
The fluid hole being connected is equipped at least one venthole being connected with air-flow ring cavity in the right part of piston guide bush, leads in piston
The inside middle portion of set is set with the piston that can block fluid hole or venthole, and it is flat to be fixedly connected with stretching gas-liquid in the left end of piston
The piston rod of weighing apparatus cylinder liquid feeding end, piston rod link together with right connecting rod device；The liquid feeding end and piston guide bush of vapor liquid equilibrium cylinder
Left part inner cavity be connected, the outlet end of vapor liquid equilibrium cylinder is connected with liquid stream ring cavity, the outlet side of vapor liquid equilibrium cylinder and air-flow
Ring cavity is connected, and vapor liquid equilibrium cylinder inlet end is connected with the right part inner cavity of piston guide bush.
3. self-operated type gas-liquid two-phase balancing device according to claim 2, it is characterised in that fixed in the right end of right baffle ring
It is connected with the force-application block of at least one.
4. self-operated type gas-liquid two-phase balancing device according to claim 1 or 2 or 3, it is characterised in that left connecting rod device packet
Connecting rod one and floating ball rod are included, the lower end of connecting rod one and the left end of wishbone are hinged, the upper end of connecting rod one and floating ball rod
Lower end it is hinged, the upper end of floating ball rod and floating ball link together；Or/and right connecting rod device includes two He of connecting rod
Piston rod, the left end of connecting rod two and the right end of wishbone are hinged, and the right end of connecting rod two passes through the liquid out of vapor liquid equilibrium tank
End is hinged with the left end of piston rod, and the right end of piston rod and the left end of piston rod link together.
5. self-operated type gas-liquid two-phase balancing device according to claim 4, it is characterised in that in the middle part of vapor liquid equilibrium tank
Side is fixedly installed with floating ball guiding trestle, is equipped with mounting hole at the middle part of floating ball guiding trestle, the upper end of floating ball rod passes through floating
The mounting hole of ball guiding trestle links together with floating ball.
6. self-operated type gas-liquid two-phase balancing device according to claim 1 or 2 or 3, it is characterised in that vapor liquid equilibrium tank bottom
Portion is fixedly installed with skid.
7. self-operated type gas-liquid two-phase balancing device according to claim 4, it is characterised in that vapor liquid equilibrium pot bottom is fixed
Skid is installed.
8. self-operated type gas-liquid two-phase balancing device according to claim 5, it is characterised in that vapor liquid equilibrium pot bottom is fixed
Skid is installed.
9. self-operated type gas-liquid two-phase balancing device according to claim 1 or 2 or 3, it is characterised in that vapor liquid equilibrium tank
It is fixedly connected with import short circuit on gas-liquid input end, is fixedly connected with connecting flange in the outer end that import is shorted；In vapor liquid equilibrium
It is fixedly connected with outlet on the outlet end of cylinder to be shorted, is fixedly connected with connecting flange in the outer end that outlet is shorted；In vapor liquid equilibrium
It is fixedly connected with outlet short circuit on the outlet side of cylinder, is fixedly connected with connecting flange in the outer end that outlet is shorted；In vapor liquid equilibrium
It is fixedly connected with connecting flange on the outlet end of tank, connecting flange, gas-liquid are fixedly connected on the liquid feeding end of vapor liquid equilibrium cylinder
The outlet end of compensator and the liquid feeding end of vapor liquid equilibrium cylinder are fixedly installed togather by connecting flange, bolt and nut.
10. self-operated type gas-liquid two-phase balancing device according to claim 8, it is characterised in that the gas-liquid of vapor liquid equilibrium tank into
It is fixedly connected with import short circuit on mouth end, is fixedly connected with connecting flange in the outer end that import is shorted；In going out for vapor liquid equilibrium cylinder
It is fixedly connected with outlet on liquid end to be shorted, is fixedly connected with connecting flange in the outer end that outlet is shorted；In going out for vapor liquid equilibrium cylinder
It is fixedly connected with outlet short circuit on gas end, is fixedly connected with connecting flange in the outer end that outlet is shorted；In going out for vapor liquid equilibrium tank
Liquid is fixedly connected with connecting flange on end, and connecting flange, vapor liquid equilibrium tank are fixedly connected on the liquid feeding end of vapor liquid equilibrium cylinder
The liquid feeding end of outlet end and vapor liquid equilibrium cylinder be fixedly installed togather by connecting flange, bolt and nut.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820792252.6U CN208611853U (en) | 2018-05-25 | 2018-05-25 | Self-operated type gas-liquid two-phase balancing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820792252.6U CN208611853U (en) | 2018-05-25 | 2018-05-25 | Self-operated type gas-liquid two-phase balancing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208611853U true CN208611853U (en) | 2019-03-19 |
Family
ID=65700735
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820792252.6U Active CN208611853U (en) | 2018-05-25 | 2018-05-25 | Self-operated type gas-liquid two-phase balancing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208611853U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113277208A (en) * | 2021-05-24 | 2021-08-20 | 巢湖云海镁业有限公司 | Pressure guide type transfer device for inert atmosphere protection magnesium liquid |
-
2018
- 2018-05-25 CN CN201820792252.6U patent/CN208611853U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113277208A (en) * | 2021-05-24 | 2021-08-20 | 巢湖云海镁业有限公司 | Pressure guide type transfer device for inert atmosphere protection magnesium liquid |
| CN113277208B (en) * | 2021-05-24 | 2023-10-24 | 巢湖云海镁业有限公司 | Pressure guide type transfer device for protecting magnesium liquid in inert atmosphere |
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