CN208547404U - A kind of float-type multiphase medium distribution imager - Google Patents
A kind of float-type multiphase medium distribution imager Download PDFInfo
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- CN208547404U CN208547404U CN201821103619.5U CN201821103619U CN208547404U CN 208547404 U CN208547404 U CN 208547404U CN 201821103619 U CN201821103619 U CN 201821103619U CN 208547404 U CN208547404 U CN 208547404U
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Abstract
A kind of float-type multiphase medium distribution imager, measuring chamber including bottom opening and the induction room being arranged in above measuring chamber, the connecting rod placed vertically is provided in the measuring chamber, the connecting rod passes through measuring chamber top surface and protrudes into induction interior, and the connecting rod top is fixed with displacement range unit.Suspension is equipped with measuring the elastic component upper end on the indoor connecting rod, the suspension is also fixedly connected with measuring chamber, the lower end of the elastic component is equipped with the connection sheet being fixedly connected with elastic component, steel wire is wound in the guide groove of first fixed pulley of the connection sheet lower end, described steel wire one end is equipped with immersion floating ball, the other end is connected on the roller winding mechanism, and the motor is connect by magnetic connecting shaft with the roller winding mechanism.The utility model surveys density by buoyancy method, surveys pulling force by drawing spring and the combination of immersion floating ball, distribution map of the medium grease mixing ratio that can be measured on different height can accurately measure the oil and water zonation situation in whole cross section.
Description
Technical field
It is more more particularly to a kind of float-type the utility model relates to storage tank, separator interior dielectric distribution detection field
Phase medium is distributed imager.
Background technique
Petroleum is one of most important energy substance in the world, is mainly used as fuel oil and gasoline.In opening for petroleum
It is extremely complex for adopting and in chemical production process, by water effective extracting.Because the density of various substances is different,
It will appear water layer, oil reservoir and air layer etc. in separation process, it is intended to accurately carry out water layer, oil reservoir, impurity layer and gas blanket point
From, just must to dielectric distribution interface carry out accurate detection, produce like this interior media distribution detection technique.Often at present
Detection method has: capacitance method, radio frequency method, shortwave method etc..
For example, Chinese utility model patent specification CN201420326331.X discloses a kind of grease detector, it is this kind of
Grease detector is a kind of detectors by electromagnetic wave to oil and the different designs of water degree of absorption, this detector need by
Grease detection probe and detection module are connected with probe signal line, need to be arranged multiple-protection construction, if grease detects
Some breakages, which occurs, in probe protective layer will lead to short circuit or electric leakage, and instrument is caused to burn or measurement result mistake.And it uses
The equipment of such methods mostly by built in measuring cell in a reservoir, it is difficult to meet in high temperature, high pressure, corrosive media environment
Requirement of explosion proof, once it is tiny it is impaired will lead to entire instrument can not accurate work, Oil, Water, Gas body, impurity dielectric constant be
It is continually changing in a certain range, cause measurement result to have error.Between an oil layer and a water layer there is also by oil and water mixing and
At emulsion layer, traditional instrument and meter is also difficult to detect the oil mixing with water ratio of emulsion layer.
Utility model content
The purpose of the utility model is to overcome shortcomings in the prior art, and providing one kind can be safe and reliable, are not necessarily to
Halt production is released overpressure, is not changed by oil product, and the influence of medium electrology characteristic variation can accurately distinguish oil gas, grease circle
Face, the dielectric distribution imager of the oil and water zonation situation on emulsion layer thickness or even whole cross section.
In order to solve the above technical problems, the utility model is solved by following technical proposals:
A kind of float-type multiphase medium distribution imager, the float-type multiphase medium distribution imager includes bottom opening
Measuring chamber and the induction room that is arranged in above measuring chamber, be provided with the connecting rod placed vertically, the connecting rod in the measuring chamber
Induction interior is protruded into across measuring chamber top surface, the connecting rod top is fixed with displacement range unit.It is indoor described measuring
Be additionally provided with elastic component on connecting rod, the elastic component upper end is equipped with the suspension being fixedly connected with elastic component, the suspension also with measurement
Room is fixedly connected, and the lower end of the elastic component is equipped with the connection sheet being fixedly connected with elastic component, the connecting rod of the connection sheet lower end
On be also fixed with the first fixed pulley, be wound with steel wire in the guide groove of first fixed pulley, described steel wire one end is equipped with immersion
Floating ball, the other end are connected on the roller winding mechanism, and the motor is connect by magnetic connecting shaft with the roller winding mechanism.
Specifically, the immersion floating ball is cylinder type immersion floating ball.
Specifically, being also evenly equipped with more vertical placement guide rods between the suspension and measuring chamber, the guide rod, which is equipped with, to be adjusted
Save nut.
Specifically, be also fixed with the second fixed pulley in the measuring chamber, second fixed pulley in the vertical direction with
First fixed pulley is tangent and the central axis of the first fixed pulley and fixed pulley is distributed in tangent line two sides, and the steel wire is from roller coil winding machine
Structure starts finally to be fixed on immersion floating ball around the first fixed pulley straight up again around the second fixed pulley.
Specifically, the elastic component is drawing stainless steel spring.
Specifically, the roller winding mechanism includes roller, the roller side is threaded portion, and the other side is that surface is smooth
Wound portion, the steel wire uniform winding is equipped with the rotating cylinder with attaching nut in wound portion on the outside of the roller winding mechanism,
The attaching nut and threaded portion are cooperatively connected, and the main shaft being connected to motor, the master are equipped on the inside of the roller winding mechanism
Axis is fixedly connected by the sealing shroud being located between main shaft and rotating cylinder with rotating cylinder.
Specifically, the displacement range unit is vortex induction device, the specially described connecting rod top is fixed with vortex
Sensing chip, the induction room top inner side are also fixed with the eddy current displacement being oppositely arranged with vortex induction piece vertical direction and sense
Device, the displacement range unit, which will change distance and be converted into variable signal and send detection module calculation processing to, obtains oil mixing with water
Than.
Specifically, the measuring chamber bottom and external device (ED) junction are additionally provided with sealing flange.
Specifically, being also integrated with 3-axis acceleration chip inside a kind of float-type multiphase medium distribution imager.
The adjusting nut includes upper adjusting nut and lower adjusting nut, and the upper adjusting nut bottom is fixed with gear
Piece, the connection sheet are butted on the upper stop piece by the effect of drawing stainless steel, and upper adjusting nut is more for calibrating float-type
Phase medium is distributed the initial error of imager, and the lower adjusting nut top surface is fixed with lower stop piece, lower adjusting nut and lower block
Piece compound action can limit the stroke of connection sheet, and drawing stainless steel spring excessive tensile can not be restored when preventing pulling force excessive
Deformation, lower adjusting nut play the role of the drawing stainless steel spring of protection.
The guide rod bottom end is also fixed with the openings lead piece passed vertically through for steel wire, and the openings lead piece is for limiting
Steel wire processed is placed vertically, guarantees steel wire only by the pulling force of vertical direction, to promote the precision of measurement.
The utility model have the following advantages that compared with prior art and the utility model has the advantages that
1, the utility model utilizes every kind of Media density difference, and the buoyancy of generation is different, uses immersion floating ball
The method for surveying buoyancy, can be applicable in a variety of different media, not changed by oil product, the influence of medium electrology characteristic variation.
2, the utility model, which passes through, surveys pulling force, the Medium Oil that can be measured using drawing spring and the combination of immersion floating ball
Distribution map of the water mixing ratio on different height is not only able to accurately distinguish oil gas, oil-water interfaces, additionally it is possible to accurately measure emulsification
Thickness degree, the oil and water zonation situation on tank bottom sludge thickness or even whole cross section.
3, by being additionally provided with, float-type multiphase medium can be distributed imager to the utility model by sealing flange and oil tank is close
Envelope connection just can be carried out detection without the overpressure of releasing of stopping production, and break down when float-type multiphase medium is distributed imager
When float need to only be received highest point close tank deck ball valve can dismantle maintenance, it is convenient and efficient.
4, the utility model realizes and is situated between inside electric elements and container by the way that vortex induction piece is mounted on induction interior
Matter isolation meets requirement of explosion proof and Project Realization convenient for circuit part design, realizes high precision non-contact measurement, not receptor top
Portion's water mist, mist of oil influence.
Detailed description of the invention
Utility model will be further described in detail below with reference to the attached drawings and specific embodiments.
Fig. 1 is the cross-sectional view that a kind of float-type multiphase medium of the utility model is distributed imager.
Fig. 2 is the cross-sectional view that a kind of float-type multiphase medium of the utility model is distributed imager roller winding mechanism.
Fig. 3 is the connection relationship diagram that a kind of float-type multiphase medium of the utility model is distributed imager main component.
Fig. 4 is that a kind of float-type multiphase medium of the utility model is distributed imager adjusting nut amplification assumption diagram.
Fig. 5 is that a kind of float-type multiphase medium of the utility model is distributed imager and container schematic view of the mounting position.
Specific embodiment
The present invention will be further described in detail with reference to the embodiments and the accompanying drawings, but the implementation of the utility model
Mode is without being limited thereto.
As shown in Figures 1 to 5, a kind of float-type multiphase medium is distributed imager, and the float-type multiphase medium is scattered in
As instrument includes the measuring chamber 1 of bottom opening and the induction room 2 that the top of measuring chamber 1 is arranged in, it is vertical to be provided in the measuring chamber 1
The connecting rod 3 of placement, the connecting rod 3 pass through 1 top surface of measuring chamber and protrude into induction room 2, and 3 top of connecting rod is fixed with displacement and surveys
Away from device 4.Elastic component 5 is additionally provided on the connecting rod 3 in measuring chamber 1,5 upper end of elastic component is equipped with solid with elastic component 5
Surely the suspension 6 connected, the suspension 6 are also fixedly connected with measuring chamber 1, and the lower end of the elastic component 5 is equipped with fixed with elastic component 5
The connection sheet 7 of connection is also fixed with the first fixed pulley 8 on the connecting rod 3 of 7 lower end of connection sheet, first fixed pulley 8
Steel wire 9 is wound in guide groove, described 9 one end of steel wire is equipped with immersion floating ball 10, and the other end is connected to the roller winding mechanism 11
On, the motor is connect by magnetic connecting shaft with the roller winding mechanism 11.The utility model utilizes the density of every kind of medium not
It together, can be by electronic metering equipment by the principle that buoyancy method surveys density so that the buoyancy generated to same object is not also identical
It is placed on outer be converted into the measurement of the density of medium of container to measure the buoyancy of immersion floating ball 10, improves safe effect
Rate is not changed by oil product variation and medium electrology characteristic to the adaptable of medium and causes measurement that error occurs, also need not
Multiple-protection is arranged to immersion floating ball 10 to construct, it is simple and safe.
The immersion floating ball 10 is cylinder type immersion floating ball.Two ends are equal up and down for the cylinder type immersion floating ball
Using circle end enclosure structure.The design can guarantee deformation that float generates in high-pressure environment in allowable range of error, together
The relatively flat cover head of Shi Yuanding end socket can reduce top material accumulation.
More vertical placement guide rods 13 are also evenly equipped between the suspension 6 and measuring chamber 1, the guide rod 13, which is equipped with, to be adjusted
Nut 14.The adjusting nut 14 can adjust the initial tensile force size of elastic component 5, and error occur when if using in the future can
Error is eliminated to adjust the pulling force of elastic component 5 by adjusting nut 14.
Also it is fixed with the second fixed pulley 12 in the measuring chamber 1, second fixed pulley 12 is in the vertical direction with
One fixed pulley 8 is tangent and the central axis of the first fixed pulley 8 and fixed pulley is distributed in tangent line two sides, and the steel wire 9 is from roller coiling
Mechanism 11 starts finally to be fixed on immersion floating ball 10 around the first fixed pulley 8 straight up again around the second fixed pulley 12.
Make the stretching in a vertical shape of steel wire 9 between the first fixed pulley 8 and fixed pulley by the way that the second fixed pulley 12 is arranged, can allow first
The steel wire 9 of 8 guide groove two sides of fixed pulley is vertical parallel, to avoid the mechanics error generated by 9 rope clamp angle of steel wire.
The elastic component 5 is drawing stainless steel spring.Enable to spring will not be using drawing stainless steel spring
Rustization under complicated rugged environment guarantees measurement accuracy；It is also possible that the difference of float gravity and buoyancy is always in extension spring,
It avoids generating return difference, drawing stainless steel spring can guarantee that spring displacement and the displacement of suspension steel wire 9 are straight at one always
On line, avoid in conversion process because Impact direction difference causes error, while avoiding compression spring because of compression route and bullet
Spring axis, which is not overlapped, causes elastic force direction and floating drum direction of pull to generate error caused by angle.
The roller winding mechanism 11 includes: roller 120, and 120 side of roller is threaded portion 111, and the other side is table
The smooth wound portion 112 in face, 9 uniform winding of steel wire are equipped on the outside of wound portion 112, the roller winding mechanism 11 and have
The rotating cylinder 113 of attaching nut 114, the attaching nut 114 is cooperatively connected with threaded portion 111, in the roller winding mechanism 11
Side is equipped with the main shaft 115 that connect with motor 110, and the main shaft 115 passes through the sealing shroud that is located between main shaft 115 and rotating cylinder 113
116 are fixedly connected with rotating cylinder 113.By the design of roller winding mechanism 11 so that roller 120 simultaneously can be along axis in rotation
The movement of line direction to keep the rope of steel wire 9 uniform winding in the wound portion 112 of roller 120, while keeping the first fixed pulley 8
The rope keeping parallelism of steel wire 9 on both sides, to avoid the mechanics error generated by 9 rope clamp angle of steel wire.
The displacement range unit 4 is vortex induction device, and specially described 3 top of connecting rod is fixed with vortex induction piece
41, induction 2 top inner side of room is also fixed with the eddy current displacement being oppositely arranged with 41 vertical direction of vortex induction piece and senses
Device 42, the displacement range unit 4, which will change distance and be converted into variable signal and send detection module calculation processing to, obtains grease
Mixing ratio.By the way that vortex induction piece 41 to be mounted in induction room 2, realizes electric elements and be isolated with container interior media, just
Meet requirement of explosion proof and Project Realization in circuit part design, realize high precision non-contact measurement, also not water mist at the top of receptor,
Mist of oil influences.
1 bottom of measuring chamber and external device (ED) junction are additionally provided with sealing flange.It is sealed by sealing flange and container
After connection, then cooperates the top ball valve 15 of container itself can be realized and container inner medium is divided without the overpressure of releasing of stopping production
Cloth situation is detected, also only need to be by container certainly when float-type multiphase medium distribution imager breaks down or error occurs
The top ball valve 15 of body is closed to carry out float-type multiphase medium distribution imager and container to separate maintenance again, convenient and efficient, no
Influence container internal environment.
3-axis acceleration chip is also integrated with inside a kind of float-type multiphase medium distribution imager.When needs will float
It, can be certainly by the adjusting of 3-axis acceleration chip when minor multiphase medium is distributed imager on the platform for have vibration amplitude
It is dynamic to eliminate platform vibration to mechanics error caused by float-type multiphase medium distribution imager, it ensure that detection accuracy.
The adjusting nut 14 includes upper adjusting nut 141 and lower adjusting nut 142, upper 141 bottom surface of adjusting nut
It is fixed with upper stop piece 143, the connection sheet 7 is butted on the upper stop piece 143, upper adjusting spiral shell by the effect of drawing stainless steel
For calibrating the initial error of float-type multiphase medium distribution imager, lower 142 top surface of adjusting nut is fixed with mother 141
Lower stop piece 144, lower adjusting nut 142 and 144 compound action of lower stop piece can limit the stroke of connection sheet 7, prevent pulling force excessive
When drawing stainless steel spring excessive tensile can not restore to deform, lower adjusting nut 142 plays the drawing stainless steel spring of protection
Effect.
13 bottom end of guide rod is also fixed with the openings lead piece passed vertically through for steel wire 9, and the openings lead piece is used
It is placed vertically in limitation steel wire 9, guarantees steel wire 9 only by the pulling force of vertical direction, to promote the precision of measurement.
The specific implementation process of the utility model is as follows: embodiment: being distributed imager using a kind of float-type multiphase medium
It is preceding first to use adjusting nut 14 error concealment, then float-type multiphase medium distribution imager to be measured by sealing flange domain
Container is connected and sealed, and opens the ball valve for the container top of being measured, and starting motor 110 will be justified by roller winding mechanism 11
Cartridge type immersion floating ball 10 protrudes into vessel media, and movement a certain distance just does brief stay, and medium submerges cylinder type
Buoyancy caused by formula floating ball 10 reduces the first fixed pulley 8 by pulling force of the steel wire 9 to cylinder type immersion floating ball 10, into
And the amount of tension of drawing stainless steel spring is driven to reduce, the effect that connecting rod 3 is stretched formula stainless steel spring gos up one upwards
Fixed distance, so that the distance of vortex induction piece 41 and eddy displacement sensor 42 reduces in induction room 2, eddy current displacement is passed
Sensor 42 detects that current data, which is transmitted to detection module, after curent change is calculated and recorded, in addition passing through motor 110
The circle number of rotation calculates the height of the decentralization of cylinder type immersion floating ball 10, it is determined that the height of cylinder type immersion floating ball 10 is closed
System, the two aggregation of data obtains the density case in a certain height layer medium, by institute's shape between the density of every kind of medium, medium
At emulsion layer density it is all different, therefore the medium situation of a certain height can be calculated, by entire round
Integral medium distributed image just can be obtained in Data Integration processing.
Embodiment 1: measuring gas-liquid distributed image, can be to some gases equipped with corrosivity, high temperature and pressure, liquid
Distribution situation in body container measures, and carries out first using adjusting nut before being distributed imager using a kind of float-type multiphase medium
14 error concealments, then float-type multiphase medium distribution imager is sealed company by the sealing flange domain container of being measured
It connects, opens the ball valve for the container top of being measured, starting motor 110 passes through roller winding mechanism 11 for cylinder type immersion floating ball
10 protrude into container, and movement a certain distance just does brief stay, and gas is floated to caused by cylinder type immersion floating ball 10
Power can be ignored, and when contact liq, liquid makes first to slide calmly buoyancy caused by cylinder type immersion floating ball 10
Wheel 8 is reduced by pulling force of the steel wire 9 to cylinder type immersion floating ball 10, and then the amount of tension of drawing stainless steel spring is driven to subtract
Small, the effect that connecting rod 3 is stretched formula stainless steel spring is gone up a certain distance upwards, so that being vortexed sense in induction room 2
The distance of piece 41 and eddy displacement sensor 42 is answered to reduce, eddy displacement sensor 42 detects current data after curent change
It is transmitted to detection module to be calculated and recorded, in addition calculating cylinder type immersion floating ball by the circle number that motor 110 rotates
The height of 10 decentralizations, it is determined that the height relationships of cylinder type immersion floating ball 10, the two aggregation of data show that this height layer is gas
Liquid separation is distributed the liquid of imager record to cylinder type immersion floating ball 10 when moving to a certain level float-type multiphase medium
Buoyancy may determine that cylinder type immersion floating ball 10 has arrived container bottom when increased dramatically, at this time by the number of entire round
Whole gas-liquid distributed image just can be obtained according to integration processing.
Embodiment 2: the measurement to oil-water interfaces, oil-water emulsion thickness degree and solid sediment matter thickness in oil tank makes
It is distributed before imager with a kind of float-type multiphase medium first with adjusting nut 14 error concealment, then float-type multiphase medium is divided
Cloth imager is connected and sealed by the sealing flange domain container of being measured, and is opened the ball valve for the container top of being measured, is opened
Dynamic motor 110 is protruded into cylinder type immersion floating ball 10 in container by roller winding mechanism 11, and movement a certain distance is just done
Brief stay, liquid make the first fixed pulley 8 by steel wire 9 to cylinder buoyancy caused by cylinder type immersion floating ball 10
The pulling force of type immersion floating ball 10 reduces, and then the amount of tension of drawing stainless steel spring is driven to reduce, and connecting rod 3 is stretched formula
The effect of stainless steel spring is gone up a certain distance upwards, so that vortex induction piece 41 and eddy current displacement pass in induction room 2
The distance of sensor 42 reduces, and eddy displacement sensor 42 detects that current data, which is transmitted to detection module, after curent change carries out
It calculates and records, in addition calculating the height of the decentralization of cylinder type immersion floating ball 10 by the circle number that motor 110 rotates, it is determined that
The height relationships of cylinder type immersion floating ball 10, the two aggregation of data obtain the density case in a certain height layer liquid, due to
The density that emulsion layer is formed by between the density of every kind of liquid, medium is all different, therefore can calculate a certain height
Oil and water zonation situation or solid sediment depth information, when moving to a certain level float-type multiphase medium distribution imager
The liquid of record may determine that cylinder type immersion floating ball 10 arrives when increased dramatically to the buoyancy of cylinder type immersion floating ball 10
Integral medium distributed image just can be obtained in the Data Integration processing of entire round by container bottom.
Above-described embodiment is the preferable embodiment of the utility model, but the embodiments of the present invention is not by above-mentioned
The limitation of embodiment, it is made under other any spiritual essence and principles without departing from the utility model to change, modify, replacing
In generation, simplifies combination, should be equivalent substitute mode, is included within the protection scope of the utility model.
Claims (9)
1. a kind of float-type multiphase medium is distributed imager, it is characterised in that: the float-type multiphase medium is distributed imager packet
The measuring chamber of bottom opening and the induction room being arranged in above measuring chamber are included, is provided with the company placed vertically in the measuring chamber
Bar, the connecting rod pass through measuring chamber top surface and protrude into induction interior, and the connecting rod top is fixed with displacement range unit, is measuring
Elastic component is additionally provided on the indoor connecting rod, the elastic component upper end is equipped with the suspension being fixedly connected with elastic component, described outstanding
Frame is also fixedly connected with measuring chamber, and the lower end of the elastic component is equipped with the connection sheet being fixedly connected with elastic component, the connection sheet
It is also fixed with the first fixed pulley on the connecting rod of lower end, steel wire, described steel wire one end are wound in the guide groove of first fixed pulley
Equipped with immersion floating ball, the other end is connected on roller winding mechanism, and motor is connected by magnetic connecting shaft and the roller winding mechanism
It connects.
2. a kind of float-type multiphase medium according to claim 1 is distributed imager, it is characterised in that: the immersion is floating
Ball is cylinder type immersion floating ball.
3. a kind of float-type multiphase medium according to claim 1 is distributed imager, it is characterised in that: the suspension and survey
More vertical placement guide rods are also evenly equipped between amount room, the guide rod is equipped with adjusting nut.
4. a kind of float-type multiphase medium according to claim 1 is distributed imager, it is characterised in that: in the measuring chamber
Also be fixed with the second fixed pulley, second fixed pulley is tangent with the first fixed pulley in the vertical direction and the first fixed pulley with
The central axis of fixed pulley is distributed in tangent line two sides, the steel wire since roller winding mechanism around the second fixed pulley again vertically to
It is upper to be finally fixed on immersion floating ball around the first fixed pulley.
5. a kind of float-type multiphase medium according to claim 1 is distributed imager, it is characterised in that: the elastic component is
Drawing stainless steel spring.
6. a kind of float-type multiphase medium according to claim 1 is distributed imager, it is characterised in that: the roller coiling
Mechanism includes: roller, and the roller side is threaded portion, and the other side is the smooth wound portion in surface, the steel wire uniform winding
The rotating cylinder with attaching nut is equipped on the outside of wound portion, the roller winding mechanism, the attaching nut and threaded portion cooperate
Connection, the roller winding mechanism inside are equipped with the main shaft being connected to motor, and the main shaft is by being located between main shaft and rotating cylinder
Sealing shroud be fixedly connected with rotating cylinder.
7. a kind of float-type multiphase medium according to claim 1 is distributed imager, it is characterised in that: the displacement ranging
Device is vortex induction device, and the specially described connecting rod top is fixed with vortex induction piece, and induction room top inner side is also
Be fixed with the eddy displacement sensor being oppositely arranged with vortex induction piece vertical direction, the displacement range unit will change away from
Oil mixing with water ratio is obtained from being converted into variable signal and sending detection module calculation processing to.
8. a kind of float-type multiphase medium according to claim 1 is distributed imager, it is characterised in that: the measuring chamber bottom
Portion and external device (ED) junction are additionally provided with sealing flange.
9. a kind of float-type multiphase medium according to claim 1 is distributed imager, it is characterised in that: a kind of float
3-axis acceleration chip is also integrated with inside formula multiphase medium distribution imager.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821103619.5U CN208547404U (en) | 2018-07-12 | 2018-07-12 | A kind of float-type multiphase medium distribution imager |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821103619.5U CN208547404U (en) | 2018-07-12 | 2018-07-12 | A kind of float-type multiphase medium distribution imager |
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| Publication Number | Publication Date |
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| CN208547404U true CN208547404U (en) | 2019-02-26 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108645488A (en) * | 2018-07-12 | 2018-10-12 | 南海西部石油油田服务（深圳）有限公司 | A kind of float-type multiphase medium distribution imager |
-
2018
- 2018-07-12 CN CN201821103619.5U patent/CN208547404U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108645488A (en) * | 2018-07-12 | 2018-10-12 | 南海西部石油油田服务（深圳）有限公司 | A kind of float-type multiphase medium distribution imager |
| CN108645488B (en) * | 2018-07-12 | 2023-10-13 | 南海西部石油油田服务（深圳）有限公司 | Float type multiphase medium distribution imaging instrument |
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