CN206158700U - Visual physical simulation centre gripping model of high temperature microcosmic - Google Patents
Visual physical simulation centre gripping model of high temperature microcosmic Download PDFInfo
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- CN206158700U CN206158700U CN201621177753.0U CN201621177753U CN206158700U CN 206158700 U CN206158700 U CN 206158700U CN 201621177753 U CN201621177753 U CN 201621177753U CN 206158700 U CN206158700 U CN 206158700U
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- high temperature
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Abstract
The utility model discloses a visual physical simulation centre gripping model of high temperature microcosmic, seal with silica gel piece, rock core glass piece, observe the glass piece, observe the lid including observation seat, visual grip slipper, base and seal with silica gel piece, bolt, a serial communication port, visual grip slipper with observe the seat and align, through bolted connection, connect the back and observe the cavity that seat and visual grip slipper formed, from the bottom up superpose in proper order place the base sealed with silica gel piece, rock core glass piece, observe the glass piece, observe to cover to seal up and use the silica gel piece. The utility model discloses a combining together mica hot plate and visual micromodel with holding the ware, can simulating secret crude oil flowing characteristic more portably, convenient effectual test temperature according to the visual micromodel of the actual oil reservoir temperature selection displacement of reservoir oil prevents that the heat scatters and disappears.
Description
Technical field
This utility model is related to a kind of a kind of high temperature microcosmic visual virtual design folder of simulation underground high-temperature fluid flow
Model is held, belongs to oil-gas field development technical field.
Background technology
For the contact relation between study of rocks Fluid in Pore and the mechanism of outside fluid displacement oil reservoir Crude Oil,
Microcosmic oil drive physical simulation techniques become people study micro scale sweep mechanism important means, wherein microcosmic oil drive when need by
The visualization physical model of microcosmic natural core or simulation core is accessed in displacement flow process, and this is accomplished by an attachment means,
It is exactly the function of model clamper.
Because subsurface deposit is in high temperature, high pressure conditions, want more accurately to simulate subsurface deposit, reflect subsurface deposit
Exploitation Status, need the temperature and pressure for simulating oil reservoir.Therefore during simulation experiment study, as far as possible to microcosmic displacement mould
Analog model is heated and pressurizeed.For the research of this respect, both at home and abroad certain achievement is all achieved at present, currently for micro-
The mode that sight displacement model clamper is heated mostly is water-bath/oil bath heating, air heating, electrical heating etc..But for water
For bath/oil bath, because there is certain space between pipeline and model, causing adopting and carry out in this way heats and pay no attention to
Want the problems such as time-consuming, and intensification is slow occur；And sheet glass is heated and is pressurizeed by the way of to cavity heating, it is guarantor
Card heats, cavity is required for certain space, causes housing depth to increase, and then holds in the palm high sheet glass, shortens micro-
The distance of mirror and sheet glass, affects amplification, and then affects observation precision.For electrical heating, ceramic electrical is mainly adopted at present
The mode of heating rod, because ceramic electrical hot pin is to insert micromodel with post type, for the sheet glass of traverse can not be played
Preferable heat effect.
Therefore, a kind of clip-model that can solve above-mentioned heating problems is made, reservoir temperature can be preferably simulated, for carries
High clip-model makes great sense to the fidelity on stratum.
Utility model content
For the problems referred to above, this utility model is taken and Muscovitum heating plate is made in circular ring plate planting model, in clamper
Interior heating visualization etching slide model, so as to can be used to solving current water-bath/oil bath or cavity mode of heating heats up slow, operation
It is inconvenient, easily leakage, the problems such as sealing is poor, error is big.
This utility model is related to petroleum gas flowing experimental provision, it is possible to use simple glass microcosmos experiment carries out 600
Various microcosmos experiments below DEG C, complete displacement research work under the high temperature conditions.
The technical solution of the utility model is as follows：
A kind of high temperature microcosmic visual virtual design clip-model, including observation base, visualization grip slipper, base sealing use
Silica gel piece, rock core sheet glass, sight glass piece, observation cover seal silica gel piece, bolt；The visualization grip slipper and observation base
Alignment, is bolted, the cavity formed between observation base and visualization grip slipper, and pedestal for placed is sequentially overlapped from top to bottom
Sealing silica gel piece, rock core sheet glass, sight glass piece, observation cover seal silica gel piece.
Further, the observation base is constituted by lid, 1# conducting strips, 1# mica sheets is observed；The observation lid is square
Structure, four sides are provided with four screwed holes；Observation lid middle part downside is provided with one section of square protrusions, and boss center is provided with through circle
Hole, one jiao of inner side of boss is provided with string holes；The 1# mica sheets set round-meshed square structure, outside size and boss for inside
Identical, circular hole size is identical with the direct tube section circular hole of observation lid, and one jiao of 1# mica sheets are connected with electric lead；1# conducting strips are inside
If round-meshed square structure, outside size is identical with boss, circular hole size is identical with the direct tube section circular hole of observation lid；1# clouds
Master slice is placed in boss downside, and makes electric lead pass through string holes；
The visualization grip slipper is by base, 2# mica sheets, 2# conducting strips composition；The base be square structure, four
While being provided with four screwed holes；Base middle part is provided with one section of square counterbore, and square counterbore center is provided with through circular hole；The bottom
Seat side is respectively provided on two sides with symmetrical 2 inlet duct and outlet conduit, and inlet duct and outlet conduit are connected to pros
Shape counter bore side middle part；One jiao of inner side of counterbore is provided with string holes；The 2# mica sheets set round-meshed square structure for inside, outward
Side size is identical with square counterbore inner edge, and circular hole size is identical with the annulus of base, and one jiao of 2# mica sheets are connected with electric lead；
2# conducting strips set round-meshed square structure for inside, and outside size is identical with square counterbore inner edge, circular hole size and bottom
The annulus of seat is identical；2# mica sheets are placed in square counterbore, and make electric lead pass through string holes；
The boss of shown observation lid, the side dimensional fits of counterbore four with base, boss height is less than counterbore depth, observation lid
Boss can be put into the counterbore of base and form cavity.
Further, 1# conducting strips, the weldering of 1# conducting strips are provided between the 1# mica sheets and observation cover seal silica gel piece
Take and be ground on the boss of observation lid, 1# mica sheets are fixed；Between the 2# mica sheets and base sealing silica gel piece
2# conducting strips are provided with, the welding of 2# conducting strips is polished in the counterbore of base, 2# mica sheets are fixed.
Further, the circular hole that covers observed is upper taper section, bottom direct tube section.
Further, described mica sheet has good insulating properties and resistance to elevated temperatures, outside by electric wire connection
The thermoregulator being provided with, outside is provided with the switch for adjusting temperature, controls to heat the constant temperature kept to accommodating model to mica sheet
Heating.
Further, the rock core sheet glass upper surface is carved with runner, and middle part is provided with core wafer lay down location, core wafer
Thickness microscope can be allowed to be observed, rock core sheet glass upper surface is fitted with sight glass piece lower surface.
Further, the inlet duct and outlet conduit are all connected with the microcosmic between rock core sheet glass and sight glass piece
Passage.
Further, guiding gutter is equipped with and 2 outlet conduits between 2 inlet ducts, guiding gutter is located at
On square counterbore inwall wall.
Further, between 2 inlet ducts and 2 outlet conduits are provided with supporting plug and snap joint.
Further, the observation cover seal silica gel piece is king's font silica gel thin slice, and base sealing silica gel piece is work
Font silica gel thin slice.It is so designed that, it can be made in the case where sealing is completed, does not interfere with bolt connection.
This utility model has the advantages that：
1st, this utility model can under the high temperature conditions carry out visualized experiment, can be convenient effectively according to actual oil reservoir temperature
Degree selects the displacement of reservoir oil to visualize the test temperature of micromodel.
2nd, this experimental model controls temperature according to actual reservoir condition, and security performance is superior, easy to operate, is easy to can
Depending on observing oil-driving process under the conditions of change, its mechanism of action is obtained, both demonstrated the various imaginations to mechanism of oil displacement, and people are ground
The methods and techniques for studying carefully various raising oil recoveries are instructed, extensive application to microcosmos experiment in petroleum industry and
Promote significant.
3rd, Muscovitum heating plate and visualization micromodel are added holder to combine by this experimental model, can more easy topotype
Intend underground crude oil flow performance；
4th, when experimental temperature is less than wax precipitation point, be particularly in simulating lab test high viscosity heavy oil easily there is wax deposition so as to
Blocking circulation passage, and adopt the present invention two-sided mica sheet heating, can real-time adjustment experimental temperature ensure that it is true with stratum
Temperature is consistent, experiment condition is more matched with reservoir media.
Description of the drawings
Fig. 1 is decomposition view of the present utility model；
Fig. 2 is side view of the present utility model；
Fig. 3 is understructure schematic diagram；
Fig. 4 is understructure schematic diagram left view；
Fig. 5 is the sectional view of understructure schematic diagram front view；
Fig. 6 is understructure schematic diagram top view；
Fig. 7 is 1# mica sheet structural representations；
Fig. 8 is 1# conducting strip structural representations；
Fig. 9 is base sealing silica gel piece；
Figure 10 is scheme of installation of the base pad on base；
Figure 11 is observation lid structural representation；
Figure 12 is another angled arrangement schematic diagram of observation lid；
Figure 13 is observation lid structural representation front view；
Figure 14 is observation cover seal silica gel piece；
Figure 15 is the mid portion enlarged drawing of sight glass piece；
Figure 16 is core wafer microcosmic schematic diagram；
Figure 17 is this utility model placement state in an experiment.
In figure, 1, visualization grip slipper；11st, base；12nd, 2# mica sheets；13rd, 2# conducting strips；14 inlet ducts；14-1、
1# inlet ducts；14-2,2# inlet duct；15th, outlet conduit；16th, guiding gutter；2nd, base sealing silica gel piece；3rd, rock core glass
Glass piece；4th, sight glass piece；5th, cover seal silica gel piece is observed；6th, observation base；61st, observation lid；62nd, 1# mica sheets；63rd, 1# leads
Backing 7, electric lead；8th, bolt；9th, microscope；10th, light source.
Specific embodiment
In order that the purpose of this utility model, technical scheme and advantage are clearer, below in conjunction with the accompanying drawings and it is embodied as
This utility model is described in detail.
As shown in Fig. 1～Figure 14, a kind of high temperature microcosmic visual virtual design clip-model, a kind of high temperature microcosmic visualization
Physical modeling's clip-model, including observation base 6, visualization grip slipper 1, base sealing silica gel piece 2, rock core sheet glass 3, observation
Sheet glass 4, observation cover seal silica gel piece 5, bolt 8.
As shown in Figure 11～Figure 13, the observation base 6 constitutes 63 by observation lid 61,1# conducting strips 62,1# mica sheets；It is described
Observation lid 61 is square structure, and four sides are provided with four screwed holes；The middle part downside of observation lid 61 is provided with one section of square protrusions, convex
Platform center is provided with through circular hole, and circular hole is upper taper section, bottom direct tube section.One jiao of inner side of boss is provided with string holes；The 1# clouds
Master slice 62 sets round-meshed square structure for inside, and outside size is identical with boss, the straight tube of circular hole size and observation lid 61
Duan Yuankong is identical, and 62 1 jiaos of 1# mica sheets are connected with electric lead 7；1# conducting strips 63 set round-meshed square structure for inside,
Outside size is identical with boss, and circular hole size is identical with the direct tube section circular hole of observation lid 61；1# mica sheets 62 are placed under boss
Side, and make electric lead 7 pass through string holes.
As shown in Fig. 3～Fig. 8, by base 11,2# mica sheets 12,2# conducting strips 13 are constituted the visualization grip slipper 1；Institute
It is square structure to state base 11, and four sides are provided with four screwed holes；The middle part of base 11 is provided with one section of square counterbore, and square is heavy
Hole center is provided with through circular hole；The side of the base 11 is respectively provided on two sides with symmetrical 2 inlet duct 14 and outlet conduit 15,
Inlet duct 14 and outlet conduit 15 are connected to square counter bore side middle part；One jiao of inner side of counterbore is provided with string holes；The 2#
Mica sheet sets round-meshed square structure for inside, and outside size is identical with square counterbore inner edge, circular hole size and base 1
Annulus it is identical, 12 1 jiaos of 2# mica sheets are connected with electric lead；2# conducting strips 13 set round-meshed square structure for inside, outward
Side size is identical with square counterbore inner edge, and circular hole size is identical with the annulus of base 1；It is heavy that 2# mica sheets 12 are placed in square
Kong Zhong, and make electric lead 7 pass through string holes.1# conducting strips are provided between the 1# mica sheets 12 and observation cover seal silica gel piece 5
The welding of 13,1# conducting strip 63 is polished on the annulus and square protrusions of observation lid 6, and 1# mica sheets 62 are fixed；It is described
2# conducting strips are provided between 2# mica sheets 12 and base sealing silica gel piece, the welding of 2# conducting strips is polished to the square of base 1
In counterbore, 2# mica sheets 12 are fixed.Described mica sheet has good insulating properties and resistance to elevated temperatures, by electricity
Outside the connection outer end thermoregulator of wire 7, outside is provided with the switch for adjusting temperature, controls to keep to clamping mica sheet heating
The heated at constant temperature of model.
As depicted in figs. 1 and 2, the boss of shown observation lid 61, the side dimensional fits of counterbore four with base, boss height is little
In counterbore depth, the visualization grip slipper 1 and observation base 6 align, and observing the boss of lid 61 can be put into the counterbore of base 11 simultaneously
Cavity is formed, and is bolted, pedestal for placed sealing silica gel piece 2, rock core sheet glass 3 is sequentially overlapped from top to bottom, is seen
Examine sheet glass 4, observation cover seal silica gel piece 5.The observation cover seal silica gel piece 5 is king's font silica gel thin slice, and base is close
Envelope silica gel piece 4 is I-shaped silica gel thin slice, and it can be made in the case where sealing is completed, and does not interfere with bolt connection, two
Silica gel piece guarantees whole cavity inside with extraneous for sealing state.
The upper surface of rock core sheet glass 3 is carved with runner, and middle part is provided with core wafer lay down location, the thickness energy of core wafer
Microscope is allowed to be observed, the upper surface of rock core sheet glass 3 is fitted with the lower surface of sight glass piece 4.
As shown in figure 4, between 2 inlet ducts 14 and 2 outer ends of outlet conduit 15 are provided with thread segment, thread segment sets
There are supporting plug and snap joint.As shown in figure 5, being equipped with guiding gutter and 2 outlet conduits between 2 inlet ducts
16, guiding gutter 16 is located on square counterbore inwall wall.As shown in Fig. 2 the inlet duct 14 and outlet conduit 15 connect
Connect the microchannel between rock core sheet glass 3 and sight glass piece 4.
As shown in figure 17, high temperature microcosmic visual virtual design clip-model needs, by its turn-over, to see in experimentation
Seat 6 is examined positioned at lower section, visualization grip slipper 1 is above, and the light that now light source 10 sends irradiates from the bottom up, observation base 6
Circular hole conical section can play a part of optically focused, using microscope 9 from visualization grip slipper 1 circular hole top observation microcosmic lead to
Experimental conditions in road.
It is, using the good insulating properties of mica sheet and its resistance to elevated temperatures, have using mica sheet as heating element heater
Homogeneous heating, can more press close to heating object, it is ensured that the quick and controllability of heating.It is auxiliary with mica sheet as skeleton and insulating barrier
Make to support protection with materials such as galvanized sheet or corrosion resistant plates, tabular, lamellar, cylindric, coniform, tubular, circle shape can be made
Etc. variously-shaped heater element；And mica sheet has processing simple, reliable operation is easy to use, heats up rapid, the thermal efficiency
Height, power consumption is little, long service life, makes the advantages of not limited by model and specification size.
A kind of high temperature microcosmic visual virtual design clip-model provided by the utility model, it specifically assembles and carries out
The step of experiment, is as follows：
1) visualization grip slipper 1 and the inner body of observation base 6 are assembled respectively, cutting base sealing silica gel piece 2 is
I-shaped, its middle part width as shown in figure 14, and puts it into already installed visualization clamping slightly larger than square counterbore
In seat 1, the marginal portion of now base sealing silica gel piece 2 can emerge, and cut off it with 2# conducting strip contact portions top more than 2mm
Part so as to adapt to counterbore completely, and do not block inlet duct 14 and outlet conduit 15；
2) after with lens paper wiped clean, core wafer is put in rock core sheet glass 4, by sight glass piece 5 and rock core
The groove surface of sheet glass 4 is brought into close contact, and microchannel is located between two blocks of sheet glass, and drives emptying gas therein, is formed
Combination slide；
3) direction by the combination slide of laminating according to rock core sheet glass 4 under is put into visualization grip slipper 1 and compresses；
4) as shown in Figure 10, observation cover seal glue gasket 5 is put into into the visualization upper surface of grip slipper 1, is careful not to gear
Firmly screwed hole, close observation base 6, and boss is pressed in counterbore, is also forced into and becomes due to observing cover seal glue gasket 5
Shape, therefore, the bolt 8 of observation base 6 and the visualization surrounding of grip slipper 1 is tightened, steady conjunction tightly is should be noted in rundown process, it is to avoid
Crushing combination slide, while making halation regular shape and occuping combination slide center；
5) plug at clip-model two ends is tightened, whether the inlet duct 14 for observing clip-model leads to outlet conduit 15
Freely, if blocking, tighten again after being dredged with pin or other instruments；
6) inlet duct 24 and outlet conduit 25 of the clip-model left and right sides, respectively connects a plug and one fast per side
Quick coupling；
7) connect air compressor, clip-model is put in basin, open compressor, connect snap joint, observe
Whether the snap joint of mouthful pipeline 15 has continuous air bubbles to emerge, if not having, checks inlet duct 14 and outlet conduit 15 whether gas
Close property is good；If there are continuous air bubbles to emerge, the snap joint of outlet conduit 15 is blocked with handss, whether observation group's combined glass piece occurs gas
Phenomenon is altered, if there is has channeling, illustrates that clip-model is not tightened, need to tighten again；
8) clip-model is taken out, is dried immediately, turn off compressor switch, it is to avoid suck-back.
As shown in figure 5, being model internal diversion groove 16, two interfaces of guiding gutter 16 connect respectively 1# inlet duct 14-
1st, 2# inlet ducts 14-2.
Although the combination slide inside clip-model is fitted closely with two glue gaskets, between inevitably still leaving
Gap, as do not emptied, can have a strong impact on experiment accuracy, air is left in gap Jamin effect, such as remaining liquid stream then occurs
Then can there is the phenomenon that two kinds of fluids are mixed in another fluid of displacement in body.So in processes such as saturation water, saturated oils, water drive oils
In all need to use the air emptying function of guiding gutter 16, by taking saturation water process as an example, first, connect displacement flow process, then open simultaneously
1# inlet duct 14-1,2# inlet duct 14-2 of inlet duct 14,1# inlet duct 14-1 are connected to snap joint, access displacement
Flow process；Two outlet conduits 15 on opposite are sealed with plug；Because outlet conduit 15 is sealed, it is impossible to and 1# inlet duct 14-1 shapes
Into pressure reduction, saturation water can flow out along guiding gutter 16 from 2# inlet ducts 14-2, treat that 2# inlet ducts 14-1 flows out 1～2 and drips
When, 2# inlet duct 14-2 are blocked with plug, then reopen two outlet conduits 15.2 outlet conduits 15 of connection
Guiding gutter 16, its operation principle is identical with foregoing teachings.
This utility model, can more effective mould by adding holder to combine Muscovitum heating plate and visualization micromodel
Intend the flowing of fluid under the conditions of subsurface temperature, be to obtain more intuitive multilamellar sandstone oil reservoir water drive oil seepage flow characteristics and mechanism, carry
For reliable guarantee, in the experiment of true core sample, because in the runner of true core, easily there is wax deposition in crude oil
Cause runner to block, therefore using mica sheet Double-side Heating, can preferably realize preventing the function of wax deposition, be further combined with reality
Border reservoir geologic character, carries out different injection/method of gas injection, the oil displacement experiment of injection rate, studies in different modes and condition
Crude oil distribution of movement feature and state in lower outside fluid oil displacement process, there is provided more large-scale observation space and permission mould
The size of plan.Further research is adapted to the methods and techniques that target reservoir improves oil recovery to instruct people.
The above is only preferred implementation of the present utility model, it is noted that this utility model is not limited to
Mode is stated, on the premise of without departing from this utility model principle, moreover it is possible to further improve, it is new that these improvement also should be regarded as this practicality
The protection domain of type.
Claims (9)
1. a kind of high temperature microcosmic visual virtual design clip-model, it is characterised in that including observation base, visualization grip slipper,
Base sealing silica gel piece, rock core sheet glass, sight glass piece, observation cover seal silica gel piece, bolt；The visualization clamping
Seat and observation base alignment, are bolted, and the cavity formed between observation base and visualization grip slipper is folded successively from top to bottom
Plus pedestal for placed sealing silica gel piece, rock core sheet glass, sight glass piece, observation cover seal silica gel piece.
2. a kind of high temperature microcosmic visual virtual design clip-model according to claim 1, it is characterised in that the sight
Examine seat and constituted by lid, 1# conducting strips, 1# mica sheets is observed；The observation lid is square structure, and four sides are provided with four screwed holes；
Observation lid middle part downside is provided with one section of square protrusions, and boss center is provided with through circular hole, and one jiao of inner side of boss is provided with string holes；Institute
State 1# mica sheets and set round-meshed square structure for inside, outside size is identical with boss, circular hole size is straight with observation lid
Cylinder section circular hole is identical, and one jiao of 1# mica sheets are connected with electric lead；1# conducting strips set round-meshed square structure, outside for inside
Size is identical with boss, and circular hole size is identical with the direct tube section circular hole of observation lid；1# mica sheets are placed in boss downside, and make electricity
Wire passes through string holes；
The visualization grip slipper is by base, 2# mica sheets, 2# conducting strips composition；The base is square structure, and four sides set
There are four screwed holes；Base middle part is provided with one section of square counterbore, and square counterbore center is provided with through circular hole；The base side
Face is respectively provided on two sides with symmetrical 2 inlet duct and outlet conduit, and it is heavy that inlet duct and outlet conduit are connected to square
Hole side middle part；One jiao of inner side of counterbore is provided with string holes；The 2# mica sheets set round-meshed square structure, outside chi for inside
Very little identical with square counterbore inner edge, circular hole size is identical with the annulus of base, and one jiao of 2# mica sheets are connected with electric lead；2# leads
Backing sets round-meshed square structure for inside, and outside size is identical with square counterbore inner edge, circular hole size and base
Annulus is identical；2# mica sheets are placed in square counterbore, and make electric lead pass through string holes；
The boss of shown observation lid, the side dimensional fits of counterbore four with base, boss height is less than counterbore depth, and it is convex that observation is covered
Platform can be put into the counterbore of base and form cavity.
3. a kind of high temperature microcosmic visual virtual design clip-model according to claim 2, it is characterised in that the 1#
1# conducting strips are provided between mica sheet and observation cover seal silica gel piece, the welding of 1# conducting strips is polished on the boss of observation lid,
1# mica sheets are fixed；2# conducting strips, the weldering of 2# conducting strips are provided between the 2# mica sheets and base sealing silica gel piece
In taking the counterbore for being ground to base, 2# mica sheets are fixed.
4. a kind of high temperature microcosmic visual virtual design clip-model according to claim 2, it is characterised in that the sight
It is upper taper section to examine the circular hole that covers, bottom direct tube section.
5. a kind of high temperature microcosmic visual virtual design clip-model according to claim 2, it is characterised in that described
Mica sheet has good insulating properties and resistance to elevated temperatures, and by electric wire the outside thermoregulator being provided with is connected, and outside sets
There is the switch for adjusting temperature, control to heat the heated at constant temperature kept to accommodating model to mica sheet.
6. a kind of high temperature microcosmic visual virtual design clip-model according to claim 2, it is characterised in that the rock
The upper surface of heart sheet glass 3 is carved with runner, and middle part is provided with core wafer lay down location, and the thickness of core wafer can allow microscope to be seen
Examine, the upper surface of rock core sheet glass 3 is fitted with the lower surface of sight glass piece 4.
7. a kind of high temperature microcosmic visual virtual design clip-model according to claim 2, it is characterised in that described 2
Guiding gutter is equipped with and 2 outlet conduits between individual inlet duct, guiding gutter is on square counterbore inwall wall.
8. a kind of high temperature microcosmic visual virtual design clip-model according to claim 2, it is characterised in that described 2
Between individual inlet duct and 2 outlet conduits are provided with supporting plug and snap joint.
9. a kind of high temperature microcosmic visual virtual design clip-model according to claim 1, it is characterised in that the sight
It is king's font silica gel thin slice to examine cover seal silica gel piece, and base sealing silica gel piece is I-shaped silica gel thin slice.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621177753.0U CN206158700U (en) | 2016-11-03 | 2016-11-03 | Visual physical simulation centre gripping model of high temperature microcosmic |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621177753.0U CN206158700U (en) | 2016-11-03 | 2016-11-03 | Visual physical simulation centre gripping model of high temperature microcosmic |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206158700U true CN206158700U (en) | 2017-05-10 |
Family
ID=58657225
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621177753.0U Withdrawn - After Issue CN206158700U (en) | 2016-11-03 | 2016-11-03 | Visual physical simulation centre gripping model of high temperature microcosmic |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206158700U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106351622A (en) * | 2016-11-03 | 2017-01-25 | 西南石油大学 | High-temperature microscopic visual physical simulation clamping model and use method thereof |
| CN114113096A (en) * | 2020-08-28 | 2022-03-01 | 中国石油天然气股份有限公司 | Method and device for processing displacement process |
-
2016
- 2016-11-03 CN CN201621177753.0U patent/CN206158700U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106351622A (en) * | 2016-11-03 | 2017-01-25 | 西南石油大学 | High-temperature microscopic visual physical simulation clamping model and use method thereof |
| CN114113096A (en) * | 2020-08-28 | 2022-03-01 | 中国石油天然气股份有限公司 | Method and device for processing displacement process |
| CN114113096B (en) * | 2020-08-28 | 2023-08-22 | 中国石油天然气股份有限公司 | Processing method and device for displacement process |
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