CN2638170Y - Intelligent multifunction geological structure physical simulation experiment device - Google Patents
Intelligent multifunction geological structure physical simulation experiment device Download PDFInfo
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- CN2638170Y CN2638170Y CN 03246354 CN03246354U CN2638170Y CN 2638170 Y CN2638170 Y CN 2638170Y CN 03246354 CN03246354 CN 03246354 CN 03246354 U CN03246354 U CN 03246354U CN 2638170 Y CN2638170 Y CN 2638170Y
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Abstract
The utility model relates to an intelligent multifunction geological structure physical simulation experiment device for the departments of geologic exploration and development which gives a research to the deformation pattern of various rocks, stratas, structural types and combination forms thereof under the action of various stresses in the experimental geological structural with the deformation of the geological structure as the main research object. The intelligent multifunction geological structure physical simulation experiment device comprises a bedding surface experiment physical tension-compression model, a planar tension-compression experiment physical model, a planar shear-tension experiment physical model and a planar shear-compression experiment physical model which can simulate the ground deformation, a general working platform which can provide the power and the deformation measurement for the geological structure physical simulation experiment in which the ground deformation is simulated, the methods, the technical measures and the application software which can collect and process the data and graphics which quantize the forces and deformations in the process of the geological structure physical simulation experiment in which the ground deformation is simulated.; the simulated deformation quantity of the model ranges from 0 mm to 200 mm, the simulated load of the model is smaller than or equal to 200 KN and the simulated shear stress angle of the model is configured according to the specification of 3 DEG, 5 DEG, 10 DEG, 15 DEG, 30 DEG and 45 DEG or configured into any angle according to the requirement.
Description
Technical field
The utility model relates to geologic prospecting and developing department, be in the experimental tectonics of main research object with tectonic structure deformation, a kind of experimental provision of studying at various types of rocks, rock stratum, structural type and the array configuration deformation rule under various stresses.
Background technology
In the past, reproduce with the means of researching and analysing the tectonic structure deformation process be manual method substantially, not have the tectonic structure physical model of typing, can not control deformation process, can not carry out quantitative test to process of the test, test shortage repeatability and operability.In order to address the above problem, the utility model intelligent multi-function geologic structure physical modelling experimental provision is proposed.
Summary of the invention
First purpose of the present utility model be to propose can simulated formation the aspect tension and compression experiment physical model of distortion.
Second purpose of the present utility model be to propose can simulated formation the plane tension and compression experimental physics model of distortion.
The 3rd purpose of the present utility model be to propose can simulated formation the plane of distortion cut compacting and test physical model.
The 4th purpose of the present utility model be to propose can simulated formation the plane of distortion cut and draw the experimental physics model.
The 5th purpose of the present utility model is the general workbench that will propose to provide for the tectonic structure physical model experiment of simulated formation distortion power and deformation measurement.
The 6th purpose of the present utility model is that propose can be to stressed in the tectonic structure physical model experiment process of simulated formation distortion and method and technical measures that distortion quantizes.
According to first purpose of the present utility model propose can simulated formation the aspect tension and compression experiment physical model of distortion, its basic comprising comprises a medium base plate, two afterburning pieces of medium, two access panels, constant temperature lubricating can and structural framings thereof.Its principle of work is to spread multilayered medium on the medium base plate and between the access panel, the medium gusset is applied pulling force to power unit by general workbench or pressure acts on the multilayered medium, can simulate the distortion of multilayer stratum under simple pulling force or pressure effect, if inject multilayered medium by the high temperature oil that the oiling pipeline drives in the constant temperature oil tank, get final product structural deformations such as simulate formation volcanic eruption and the intrusion of magma diapir.
According to second purpose of the present utility model propose can simulated formation the plane tension and compression experimental physics model of distortion, comprise a plane tension and compression base plate, two U type gussets, two locating pieces and structural framing thereof.Its principle of work is a simulation medium on plane tension and compression base plate upper berth, U type gusset is applied pulling force or pressure acts on the medium by power unit, can simulate the plane deformation of stratum under pulling force or pressure effect.
According to the 3rd purpose of the present utility model propose can simulated formation the plane of distortion cut compacting and test physical model.Its basic comprising comprises a casing, fixed shear plate, a movable shear plate, gusset, retainer spring group and side guide, boosting-rod and a structural framing thereof.Its principle of work be fixedly cut pressing plate and activity cut pressing plate constitute a pair of cut press secondary, be placed in the casing, one group of side pressure spring and side guide interrelate, the elastic force that forms acts on the side plate, make activity cut pressing plate and fixedly cut pressing plate and in experiment, form a pair of pressure pair of cutting, when put on the plane of cutting the pressure pair simulation medium shop, the masterpiece of the power unit transmission of general workbench is used for boosting-rod, the promotion activity cuts pressing plate and becomes a certain angle of shear to move along fixedly cutting the pressing plate hypotenuse, realized simulated formation at an angle detrusion under pressure.
According to the 4th purpose of the present utility model propose can simulated formation the plane of distortion cut and draw the experimental physics model.Its basic comprising comprises the slip tension board, fixedly tension board, circular secondary, location interlock ring, corner adjustment and positioning unit and the plane of shearing are cut and drawn support structural frame.Its principle of work is: earlier the interlock ring is placed on circular the shearing in the secondary ring groove in experiment, unclamp dog screw, the umber of pulse that given stepper motor is certain, then can make the circular a certain definite angle of shear of secondary one-tenth of shearing, locking positioning screw then, circular half that shear pair links to each other with the slip tension board, second half links to each other with fixing pulling force template, remove location interlock ring, test medium is placed on circular the shearing on the pair, the masterpiece of the power unit transmission of general workbench is used for boosting-rod, promote the motion of slip tension board, drive the circle that connects on it simultaneously and shear half secondary motion, realized shearing and the stretching composite deformation of stratum in a certain angle in pulling force effect lower edge.
The general workbench of power and deformation measurement is proposed to provide for the tectonic structure physical model experiment of simulated formation distortion according to the 5th purpose of the present utility model, draw model is cut on aforesaid aspect tension and compression model, plane tension and compression model, plane, the plane is cut the pressing mold type and all can be experimentized on a platform, make the apparatus structure compactness, convenient experimental operation.Its basic comprising comprises a power unit with hydrostatic control function of being made up of constant-flux pump, working fluid cylinder, switch valve, three-way control valve and pipeline.Hydraulic control circuit is installed on the worktable, shears power for the experiment of various models provides tension and compression.Its principle of work is can realize static, the motion forward or backwards of oil cylinder piston by turning on and off in the control loop corresponding switch valve, three-way control valve.Pressure transducer and displacement transducer are installed in the loop, are used for the stressed size and the distortion size of structural physical model in the experiments of measuring.
Proposing according to the 6th purpose of the present utility model can be to stressed method and the technical measures that quantize with distortion in the tectonic structure physical model experiment process of simulated formation distortion.Its basic comprising mainly comprises central processing unit, image acquisition units, camera, pressure transducer, displacement transducer, AD conversion unit, step motor drive module, stepper motor, power supply for step-by-step motor, temperature sensor, numerical value I/O unit, data and order input-output unit and application software thereof.Its principle of work is: in the experiment, can be by data and relevant data and the order of order input-output unit input, after handling, central processing unit make the numerical value I/O unit provide umber of pulse for step motor drive module drive stepper motor, realize just commentaries on classics, the counter-rotating and static of stepper motor, reach the automatic adjustment and the control of shearing inclination.Displacement, load, parameters such as temperature can realize the automatic collection and the processing of parameter by AD conversion unit and central processing unit, and can observe the variation tendency of parameter on screen, the form printout that whole experiment parameters all can laboratory report.Camera converts the light signal of image to electric signal and is transferred to image acquisition units, delivering to central processing unit after encoded gathers and handles under corresponding figure acquisition software support, the process of can carrying out on screen is observed, or a certain process point taken a picture, photograph can data file form preserve, reproduced architectonic evolutionary process vividly.Can realize the control of deflection by the flow of regulating pump.Temperature and pressure all can be controlled by central processing unit.
The image in the experiment and the acquisition process of data, the corner control of stepper motor is all finished under the support of its application software.Application software adopts object-oriented programming and modular design method, writing compiling with VB6.0 forms, can finish the sensor zero point of parameter measurement requirement proofreaies and correct, the collection of pressure, displacement, temperature parameter and demonstration in real time, the calculating of measured value, curve plotting, can finish the input of raw data and environmental parameter, and with the parameter of gathering and the data after handling with disk file form long preservation, the relevant test report of energy printout, has operation indicating, System self-test, faulty operation processing capacity.
The beneficial effect of the utility model intelligent multi-function geologic structure physical modelling experimental provision is, can be widely used in geologic prospecting and developing department, be in the experimental tectonics of main research object with tectonic structure deformation, at various types of rocks, the rock stratum, structural type and the array configuration deformation rule under various stresses is studied, by the various deformation of the earth being done the physical simulation of different size, study the forming process of various structure phenomenons, the morphological feature of observing them each stage showing in deformation process, and boundary condition, material character, relation between the degree of depth and the pressure, the structural physical that is carried out on the utility model simulate experiment has important meaning and researching value for the origin mechanism of explaining and prove dissimilar structures.
Description of drawings
Realization principle of the present utility model, basic structure and embodiment can also describe in detail by accompanying drawing.
Fig. 1 realizes that first purpose of the present utility model proposes the principle and the structural drawing thereof of the aspect tension and compression experiment physical model that can simulated formation be out of shape.
Fig. 2 realizes that second purpose of the present utility model proposes the principle and the structural drawing thereof of the plane tension and compression experimental physics model that can simulated formation be out of shape.
Fig. 3 realizes that the plane that the 3rd purpose of the present utility model proposes can simulated formation to be out of shape cuts principle and the structural drawing thereof that physical model is tested in compacting.
Fig. 4 realizes that the plane that the 4th purpose of the present utility model proposes can simulated formation to be out of shape cuts principle and the structural drawing thereof that draws the experimental physics model.
Fig. 5 realizes the schematic diagram that proposes to provide for the tectonic structure physical model experiment of simulated formation distortion the general workbench of power and deformation measurement of the present utility model.
Fig. 6 be realize that the 6th purpose of the present utility model proposes can be to stressed in the tectonic structure physical model experiment process of simulated formation distortion and be out of shape the method that quantize and the schematic diagram of technical measures.
Embodiment
Referring to realization shown in Figure 1 first purpose of the present utility model propose can simulated formation the principle and the structural drawing thereof of aspect tension and compression experiment physical model of distortion.This model is made up of model framework left plate 1, gusset 2, view window 3, oiling pipeline 4, medium base plate 5, heated at constant temperature jar 6, lacing wire 7, model framework right plate 8, temperature conditioning unit 10 and skirtboard 9.Model framework left plate 1 and model framework right plate 8 are fixed on the right and left of medium base plate 5, connect with two lacing wires 7 between model framework left plate 1 and the model framework right plate 8, make model framework left plate 1 and medium base plate 5, lacing wire 7, model framework right plate 8 forms stable framed structure.Two gussets 2 are clipped between the view window 3, fix by the draw-in groove on model framework left plate 1 and the model framework right plate 8.Have a rectangular opening on model framework left plate 1 and the model framework right plate 8, size d is 30mm, and h is 250mm, and two gussets 2 can and be slided by constraining on the medium base plate 5 of view window 3 by this rectangular opening guiding.The bottom of medium base plate 5 is equipped with heated at constant temperature jar 6, can be by general workbench hydraulic control unit shown in Figure 5 to 6 oilings of heated at constant temperature jar, the height of its temperature is controlled by central processing unit by temperature conditioning unit 10, and temperature controlling range is at 0-200 ℃.
Referring to realization shown in Figure 2 second purpose of the present utility model propose can simulated formation the principle and the structural drawing thereof of plane tension and compression experimental physics model of distortion.This model is made up of locating piece 11, U type gusset 12, plane tension and compression base plate 13, bearing 14 and plane tension and compression framework 15.U type gusset 12 bases are equipped with two bearings 14, can on plane tension and compression base plate 13, slide, the boss on U type gusset 12 both sides is stuck in and jointly U type gusset 22 is retrained with locating piece 11 on the edge of plane tension and compression base plate 13 and lead, the masterpiece of general workbench operational hydraulic cylinder transmission shown in Figure 5 is used for U type gusset 12, can realize the plane tension and compression physical simulation experiment of simulated formation distortion.
Referring to realization shown in Figure 3 the 3rd purpose of the present utility model propose can simulated formation the plane of distortion cut principle and the structural drawing thereof that physical model is tested in compacting.This model by casing 16, fixed shear plate 17, side guide 18, side pressure spring 19, activity cut pressing plate 20, gusset 21, boosting-rod 22, laterally rolling bearing 23 and plane are cut press box frame 24 and are constituted.Fixedly cut pressing plate 17 and activity and cut a pair of pressure pair of cutting of pressing plate 20 formations, be placed in the casing 16, one group of side pressure spring 19 interrelates with side guide 18, and the elastic force of formation acts on activity and cuts on the side plate of pressing plate 20, makes activity cut pressing plate 20 and fixedly cut pressing plate 17 and forms in experiment and cut the pressure pair; The masterpiece of general workbench operational hydraulic cylinder transmission shown in Figure 5 is used for boosting-rod 22, and the promotion activity is cut pressing plate 20 and moved along the hypotenuse of fixedly cutting 17 one-tenth α degree of pressing plate angle of shear; One end of boosting-rod 22 is equipped with a horizontal rolling bearing 23, can in the transverse shift compensating tank on the gusset 21, roll, thereby realized when boosting-rod 22 when axis direction moves, pressing plate 20 moving along the hypotenuse direction of fixedly cutting 17 one-tenth α degree of pressing plate angle of shear cut in activity.Activity is cut pressing plate 20 and is pressed pair with fixedly cutting cutting of pressing plate 17 formation, and its angle of shear α presses 3 °, 5 °, 10 °, 15 °, 30 °, 45 ° configurations, or becomes the configuration of any angle as required.
Referring to realization shown in Figure 4 the 4th purpose of the present utility model propose can simulated formation distortion cut principle and the structural drawing thereof that draws the experimental physics model.This model by fixing tension board 25, base plate 26, shear plate 27, interlock ring 28, flat key 29, stepper motor 30, locating piece 31, movable tension board 32, positioning strip 33, cut and draw framework 34, afterburning piece 35 and dog screw 36 to form.Shear plate 27 is the round-formed a pair of circular pairs of shearing of two halves, can fix two locating pieces 31 on it, have a ring groove on shear plate 27, interlock ring 28 is placed in this ring groove, and it is fixing that the rotating shaft of stepper motor and circle are sheared half secondary flat key 29, its stator and movable tension board 32 are fixing, when stepper motor rotates, can realize the circular secondary interlock of shearing, form the angle of shear α shown in the figure, angle of shear α≤45 °, angle of shear degree of accuracy is 0.5 °; Have two looping pits on two semicircles of shear plate 27, be connected with fixing pressure plate 25 with movable pressure plate 32 respectively by dog screw 36, movable tension board 32 is a rectangular slab, by the located lateral of positioning strip 33 at base plate 26, movable pressure plate 31 can base plate 26 vertically on move.Test medium is layered on round-formed a pair of circular the shearing on the pair of two halves, the masterpiece of general workbench operational hydraulic cylinder transmission shown in Figure 5 is used for afterburning piece 35, drive activity pressure plate 31 base plate 26 vertically on move, the plane that can realize the simulated formation distortion is cut and is drawn physical simulation experiment.
The principle and the structural drawing of the general workbench of power and deformation measurement are proposed to provide for the tectonic structure physical model experiment of simulated formation distortion referring to realization shown in Figure 5 the 5th purpose of the present utility model.General workbench comprises fuel tank 37, constant-flux pump 38, liquid-filling valve 39, pressure transducer 40, T-valve 41, positioning strip 42, pipeline 43, T-valve 44, workbench cabinet 45, right working fluid cylinder 46, T-valve 47, displacement transducer 48, joint 49, empirical model 50, T-valve 51 and left working fluid cylinder 52.Workbench cabinet 45 is a cabinet type structure, left side working fluid cylinder 52 and right working fluid cylinder 47 are arranged on the table top of workbench cabinet 45, T-valve 41, T-valve 44, T-valve 47, T-valve 51 and liquid-filling valve 39 are arranged on the panel of workbench cabinet 45, constant-flux pump 38 and fuel tank 37 are placed in the control desk cabinet, by pipeline 43 they are effectively connected.Close liquid-filling valve 39, T- valve 41,44,47,51 is switched to "+", can make the piston of left working fluid cylinder 52 and right working fluid cylinder 46 that experiment mould shape is applied onesize pressure, T- valve 41,44,47,51 is switched to "-", can make the piston of left working fluid cylinder 52 and right working fluid cylinder 46 that experiment mould shape is applied onesize pulling force, T- valve 41,51 is switched to interposition can make the piston of left working fluid cylinder 52 static, and T- valve 44,47 is switched to interposition can make the piston of right working fluid cylinder 46 static.Can open fuel feeding valve 39 by heated at constant temperature jar 6 oilings of constant-flux pump 38 to the aspect tension and compression model of Fig. 1 institute formula.Positioning strip 42 is connected with workbench cabinet 45 by screw, realizes the constraint to empirical model.Pressure transducer 40 is installed on the export pipeline of constant-flux pump 38, can converse the size that acts on the power on the test medium, the range 0-2.5MPa of pressure transducer, precision 0.2% by the pressure of measuring in the pipeline.The interlock of the contact of displacement transducer 48 and oil cylinder piston bar can converse the deflection of test medium, the range 0-100mm of displacement transducer, precision 0.1% by the displacement of measuring liquid cylinder piston.Available shearing of workbench and stretching (compression) velocity of displacement are 10-100mm/h; Shear and (compression) load≤200KN that stretches; Maximum deformation quantity is 200mm; The fluid cylinder stroke is 120mm; Withstand voltage 20MPa.
Comprising that draw model is cut on the plane, pressing mold type, plane tension and compression model, aspect tension and compression model and general workbench are cut in the plane has identical public size L and size H.
Can be stressed in the geologic structure physical modelling experimentation of simulated formation distortion and the method that distortion quantize and the schematic diagram of technical measures referring to what realization shown in Figure 6 the 6th purpose of the present utility model proposed.Mainly comprise central processing unit 53, image acquisition units 54, camera 55, pressure transducer 56, displacement transducer 57, AD conversion unit 58, stepper motor 59, step motor drive module 60, power supply for step-by-step motor 61, numerical value I/O unit 62, data and order input-output unit 63 and application software thereof.Camera 55 converts the light signal of image to electric signal and is transferred to image acquisition units 54, delivers to central processing unit 53 after encoded to gather and handle.Pressure transducer 56, displacement transducer 57 is delivered to AD conversion unit 58 with its signal, delivers to central processing unit 53 and gather and handle after analog to digital conversion.By data and relevant data and the order of order input-output unit 63 inputs, after central processing unit 53 is handled, through numerical value I/O unit 62,, realize just commentaries on classics, the counter-rotating and static of stepper motor for step motor drive module 60 drive stepping motor 59 provide umber of pulse.Power supply for step-by-step motor 61 provides working current for stepper motor 59.
The image in the experiment and the acquisition process of data, the corner control of stepper motor is all finished under the support of its application software.Application software adopts object-oriented programming and modular design method, write compiling with VB6.0 and form, its functional module comprises system debug module, parameter input module, zero correction module, data acquisition module, image capture module, real-time display module, data access module and printout module.
Basic thought of the present utility model and illustrated embodiment more than have been described in detail; the person skilled in the art; do not deviating under the spirit of the present utility model and can make many changes, protection domain of the present utility model is determined by additional claims and equivalent thereof the utility model.
Claims (7)
1. intelligent multi-function geologic structure physical modelling experimental provision, it is characterized in that this experimental provision by can simulated formation the aspect tension and compression experiment physical model of distortion, plane tension and compression experimental physics model, the plane is cut compacting and is tested physical model and plane and cut and draw the experimental physics model, the general workbench of power and deformation measurement can be provided for the tectonic structure Physical Experiment of simulated formation distortion, can be to the stressed data that quantize with distortion in the geologic structure physical modelling experimentation of simulated formation distortion, hardware that figure is gathered and handled and application software thereof constitute.
2. a kind of intelligent multi-function geologic structure physical modelling experimental provision according to claim 1, it is characterized in that described can simulated formation the aspect tension and compression experiment physical model of distortion, constitute by model framework left plate, model framework right plate, two lacing wires, oiling pipeline, medium base plate, heated at constant temperature jar, two afterburning pieces of medium and two access panels and deck structure framework thereof; Model framework left plate and model framework right plate are fixed on the right and left of medium base plate, between connect with two lacing wires, make model framework left plate and medium base plate, lacing wire and model framework right plate form stable framed structure; Two gussets are clipped between the access panel, fix by the draw-in groove on model framework left plate and the model framework right plate; Have a rectangular opening on model framework left plate and the model framework right plate, size d is 30mm, and h is 250mm; Two gussets can and be slided by constraining on the medium base plate of access panel by this rectangular opening guiding; The bottom of medium base plate is equipped with the constant temperature oil tank, and hydraulic control unit that can be by general workbench is to the oiling of constant temperature oil tank, and the height of its temperature is controlled by temperature conditioning unit.
3. a kind of intelligent multi-function geologic structure physical modelling experimental provision according to claim 1, it is characterized in that described can simulated formation the plane tension and compression experimental physics model of distortion, this model is made up of locating piece, U type gusset, plane tension and compression base plate and model framework; U type gusset base is equipped with two bearings, can slide on the plane tension and compression base plate, and the boss on U type gusset both sides is stuck on the edge of plane tension and compression base plate.
4. a kind of intelligent multi-function geologic structure physical modelling experimental provision according to claim 1, it is characterized in that described can simulated formation the plane of distortion cut compacting and test physical model, this model is made of casing, fixed shear plate, side guide, side pressure spring, movable shear plate, gusset, boosting-rod and framework; Fixedly cut pressing plate and activity and cut pressing plate and constitute a pair of cutting and press secondaryly, be placed in the casing, one group of side pressure spring interrelates with side guide, and the elastic force of formation acts on the side plate, makes activity cut pressing plate and fixedly cut pressing plate and form in experiment and cut the pressure pair; One end of boosting-rod is equipped with a horizontal rolling bearing; Activity is cut pressing plate and is pressed pair with fixedly cutting cutting of pressing plate formation, and its angle of shear is pressed 3 °, 5 °, 10 °, 15 °, 30 °, 45 ° configurations, or becomes the configuration of any angle as required.
5. a kind of intelligent multi-function geologic structure physical modelling experimental provision according to claim 1, it is characterized in that described can simulated formation the plane of distortion cut and draw the experimental physics model, this model is cut and is drawn support structural frame to form by base plate, movable tension board, circular secondary, the location interlock ring, stepper motor, locating piece, dog screw, plane sheared; The circular shearing on the pair has a ring groove, and the interlock ring can be placed in this ring groove, can fix two locating pieces it on, the rotating shaft of stepper motor and round shearing pair one semifixed, and its stator and movable tension board are fixed; Unclamp dog screw, the umber of pulse that given stepper motor is certain then can make and shear the secondary a certain definite angle of shear that becomes, maximum shear angle≤45 °, 0.5 ° of angle of shear degree of accuracy; The circular shearing on the two secondary semicircles also has two looping pits, is connected with fixing tension board with movable tension board respectively by dog screw; Movable tension board is by the located lateral of positioning strip at base plate, movable pressure plate can base plate vertically on move.
6. a kind of intelligent multi-function geologic structure physical modelling experimental provision according to claim 1, it is characterized in that the described general workbench that power and deformation measurement can be provided for the tectonic structure physical model experiment of simulated formation distortion, this workbench is made up of constant-flux pump, fuel tank, left working fluid cylinder, right working fluid cylinder, pressure transducer, displacement transducer, T-valve, control desk, switch valve, pipeline and positioning strip; A left side working fluid cylinder and right working fluid cylinder are arranged on the table top of control desk, and T-valve and switch valve are arranged on the panel of control desk, and constant-flux pump and fuel tank are placed in the control desk cabinet, by pipeline they effective connections; Aspect tension and compression experiment physical model, plane tension and compression experimental physics model, plane cut that physical model is tested in compacting, the plane is cut and drawn the experimental physics model all can experimentize on a platform; By constant-flux pump, working fluid cylinder, switch valve, the hydraulic control circuit that three-way control valve and pipeline are formed is for the experiment of various models provides tension and compression, shears power; Can test static, the motion forward or backwards of oil cylinder piston to corresponding pipeline by turning on and off open pipe valve, T-valve; Pressure transducer is installed on the delivery side of pump pipeline, the contact of displacement transducer and oil cylinder piston interlock.
7. a kind of intelligent multi-function geologic structure physical modelling experimental provision according to claim 1, it is characterized in that described hardware and the application software thereof that can gather and handle data, figure stressed and that distortion quantizes in the experimentation of simulated formation distortion, hardware mainly comprises central processing unit, image acquisition units, camera, pressure transducer, displacement transducer, step motor drive module, stepper motor, power supply for step-by-step motor, temperature sensor, numerical value I/O unit, data and order input-output unit.
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| CN100543799C (en) * | 2005-12-15 | 2009-09-23 | 南京大学 | Geologic structure deformation simulative experiment instrument |
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| CN100507461C (en) * | 2007-07-16 | 2009-07-01 | 中国矿业大学(北京) | Deep rock mass engineering project disaster model experiment method |
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| CN103033304B (en) * | 2012-12-19 | 2014-10-15 | 山东大学 | Steel spring and tension sensor based dangerous rock collapse detection device and steel spring and tension sensor based dangerous rock collapse detection method |
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