59 results about "Normal fault" patented technology

A latticing method for plotting rectangular net of isograms containing normal fault geological body structure includes carrying out pretreatment on scatter data and setting up index for it, carrying out pretreatment on fault layer data and setting up index for it, carrying out data search and interpolation for each lattice point to enable not to seek data point in all discrete point array for raising search speed of data greatly.

The invention discloses a test device for simulating a tunnel seismic response under fault movements, which comprises a vibration table, a model test box, a guide rail underframe, a guide rail, a calibrated rod, a spring matrix, a spring mounting plate, a load-bearing bottom plate, an adjustment connecting rod, a fixed bearing, a mobile bearing, a lifting drawer, a jack base and a hydraulic jack. The invention further discloses two test method adopted by the test device for simulating the tunnel seismic response under the fault movements, and the two methods are respectively used for normal fault simulation and reverse fault simulation. A dynamic response of a seismic action in a condition that a fault movement force acts on a tunnel model can be realized by adopting the test device disclosed by the invention, the fault movement force is provided by the hydraulic jack, faults with any inclination angle can be simulated, and the spring matrix can ensure continuous dynamic movements of a hanging side soil body when the vibration table is in operation, so that stress of the tunnel model is enabled to be more consistent with actual situations, the authenticity and the precision of a test result are significantly improved, and research on anti-seismic and shock absorption design of a fault crossing tunnel is facilitated.

A gas-path electrostatic monitor system of an aero-engine and a simulation test device belong to the field of gas-path stage monitor and fault diagnosis of the aero-engine. The monitor system comprises an electrostatic sensor, a signal conditioning circuit, a signal collection card and a computer. The simulation test device comprises a fuel oil burner (1), an electrostatic duster, the gas-path electrostatic monitor system, a flange (3), a first pipe (4), a rub-impact device (5), a second pipe (6), a third pipe (8), an exhaust pipe (9), an axial fan (10), a medium-pressure fan (11), a rub-impact device support platform (12) and a bracket (13). The invention can monitor the state of the engine and provide fault alarm information by monitoring the general electrostatic charge level of the gas path of the engine by the electrostatic monitor arranged at the nozzle at the tail portion of the engine. The constructed simulation test device simulates the gas-path operation state of the engine and the direct results of normal faults, thus providing a simulation test platform for early study of gas-path electrostatic monitor system of the aero-engine.

Relating to the technical field of coal mine geology, the invention discloses a test device for simulating normal and reverse fault formation. The device comprises a test stand (1), an upper verticalloading apparatus (2), a left loading apparatus (3), a right loading apparatus (4), a hydraulic oil sac (5), a bearing steel plate (6), a steel block (7) and an angle adjustment apparatus (8). The test device provided by the invention is designed with the upper vertical loading apparatus, the left loading apparatus and the right loading apparatus controlled by a hydraulic servo system, realizes different horizontal force loading, and simulates horizontal stress at different depths, U-shaped push plates actually play a horizontal sealing role in simulation of similar stratum materials, and canindependently or wholly apply loads, especially can simulate the horizontal stress of regions with complex geological structure, realizes graded loading in the horizontal direction, is closer to the real effect, and realizes simulation of the formation process of normal fault and reverse fault in one equipment.

The invention discloses a space curved surface reconstruction method based on a boundary constraint. The space curved surface reconstruction method based on the boundary constraint mainly comprises the steps of (1) collecting original horizon data points and fault data points, and drawing a hanging wall polygon and a heading wall polygon; (2) obtaining height attributes, relation attributes and projection attributes of the original horizon data points and points on the fault polygons; (3) carrying out connection on the original horizon data points and the points of the fault polygons through triangle gridding with the constraint; (4) accomplishing splicing of internal areas and external areas of the hanging wall polygon and the heading wall polygon, namely, accomplishing reconstruction of a three-dimensional space curved surface. The space curved surface reconstruction method based on the boundary constraint solves the problem of reconstruction of the horizon curved surface of the complex terrain in the process of three-dimensional geologic modeling, provides a new idea for isoline drawing, geological block forming and the like, can be applicable to various discrete points or lateral line data, and low in requirement for data, can support various faults such as complex terrain structures such as normal faults, reverse faults and vertical faults, and has good adaptability.

The invention relates to geophysical exploration key-drawing technique, especially a method for drawing a complex normal fault isoline structure diagram able to realize rectangular-grid automatic tracking, gridding discrete data to obtain grid file, searching an equivalent point on the four sides of the grid as well as the inner sides according to the user-set isoline starting value, then calculating the coordinates of the next equivalent point on the other three sides of the current grid unit, and according to that either line or column numbers of the two successive units that the isoline passes through are equal, setting a tracking program to automatically continue tracking until the whole isoline is completed. And as compared with the program of encrypting while tracking, it is simple and quick.

One embodiment of the present invention provides a system that optimizes a regression model which predicts a signal as a function of a set of available signals. During operation, the system receives training data for the set of available signals from a computer system during normal fault-free operation. The system also receives an objective function which can be used to evaluate how well a regression model predicts the signal. Next, the system initializes a pool of candidate regression models which includes at least two candidate regression models, wherein each candidate regression model in the pool includes a subset of the set of available signals. The system then optimizes the regression model by iteratively: (1) selecting two regression models U and V from the pool of candidate regression models, wherein regression models U and V best predict the signal based on the training data and the objective function; (2) using a genetic technique to create an offspring regression model W from U and V by combining parts of the two regression models U and V; and (3) adding W to the pool of candidate regression models.

The invention discloses a method for fitting complex space curved surfaces. The method eliminates the influence of a fault on the interpolation of grid points by fitting a fault projection of a plane to a fault surface in a space and by utilizing fault information as constraint conditions to carry out the interpolation on the grid points, thus solving the problem of gridding of the discontinuouscurved surfaces containing any complex fault (comprising normal fault and reverse fault), and achieving fast gridding through a fast search algorithm of rectangular multi-grid subdivisions so as to realize the fitting of the complex space curved surfaces containing any fault. The efficiency of the method is high.

The invention discloses an intelligent electric heating kettle, which comprises a kettle body and a base. The kettle body consists of a kettle cover, a kettle mouth, a water containing tank, a handle and a power indicator lamp, the base is provided with a heating tube device, a heat-insulation switch, a temperature measurement and control device and a power line, and an intelligent power control circuit is mounted in the base and consists of an AT89S51 single chip microcomputer and a DS18B20 temperature sensor. The intelligent electric heating kettle adopts the single chip microcomputer to control a power switch, avoids normal faults of a mechanical switch, has a heat insulation function and can keep water temperature to be certain after boiling of water, the water containing tank on the kettle body can collect overflow water, safety of the base is guaranteed, and the power line is in a coil design and can be drawn out and taken in.

The invention discloses a point cloud clipping-based generation method for a spatial curved surface. A curved surface can be reconstructed under a complex reverse fault condition, a data blocking concept is used for dividing data on the curved surface into data under a constraint condition and data beyond the constraint condition, and triangularly meshing the data respectively, so that the problem of large data volume is well solved, and triangular meshing speed is increased. The method has the advantages that various faults comprising normal faults and reverse faults are supported, so that the method has high adaptability; various kinds of application taking complex polygons as constraint conditions are supported, so that the method is highly universal; and the clipping problems of the complex polygons are solved.

The invention discloses a multi-dimensional fault dynamic demonstration model device, which belongs to the field of geology model demonstration devices. The multi-dimensional fault dynamic demonstration model device comprises a base; the base is sequentially provided with a transverse adjustment mechanism, three groups of vertical displacement adjustment mechanisms and an angle displacement adjustment mechanism respectively; the transverse adjustment mechanism, the three groups of vertical displacement adjustment mechanisms and the angle displacement adjustment mechanism are respectively provided with a strike-slip fault adjustable mobile support, three groups of normal fault-reverse fault adjustable mobile supports and an over-thrust adjustable mobile support arranged in sequence; and upper ends of the strike-slip fault adjustable mobile support, the three groups of normal fault-reverse fault adjustable mobile supports and the over-thrust adjustable mobile support are sequentially and correspondingly provided with fault regions processed and formed through plastic material. An inflexible and abstract previous fault geologic model demonstration process can be avoided, time and space changes, a force-bearing process and a development result of the fault happening process are represented intuitively, and the multi-dimensional fault dynamic demonstration model device can be applied to teaching demonstration for college mineral and geology specialty and popular science education demands for children.

The invention relates to a method for recovering the burial history of a stratum near a normal fault. The method comprises the steps of: S1, performing well-seismic combination for regional stratigraphic division; S2, selecting a virtual well location of a target area and calculating the denudation amount of the virtual well location; S3, calculating the fault activity rate; and S4, recovering theburial history. The invention adopts well-seismic combination to carry out regional stratigraphic division, selects a virtual well location in the vicinity of the fault of the target well location without passing through the zone, uses the "trend analysis method" to calculate the denudation amount of the stratum, then calculates the fault activity rate according to the strata thickness features of the upthrown side and the downsthrown side of the fault, and determines the fault activity period; stratum erosion data, lithology data, geothermal data and geochemical analysis data are combined torecover the burial history of the study area. The invention can accurately recover the burial history and thermal evolution history of the stratum near the fault zone, thereby laying a foundation forreservoir evolution and high-quality reservoir diagenesis research, further determining the distribution of high-quality reservoirs, improving the drilling efficiency in the exploration and development process, and saving production funds.

The invention discloses an electric automobile permanent magnet synchronous motor (PMSM) fault diagnosis system and method based on cloud computing. The system comprises a PMSM, a motor controller connected with the PMSM, a vehicle control unit connected with the motor controller, a GPS onboard terminal connected with the vehicle control unit, and a cloud computing platform connected with the GPS onboard terminal via a wireless communication network, wherein a diagnosis module for fault diagnosis and a memory for storing diagnosis data are integrated into the cloud computing platform. The system sends the information of the PMSM to a cloud end in real time by means of the motor controller, the vehicle control unit, and the GPS onboard terminal, achieves fast diagnosis and response speed, may store fault information at the cloud end so as to query historical information. The cloud end is easy to upgrade. The system prevents dedicated hardware equipment, is low in cost, may diagnose normal faults of the PMSM, and is universal.

Provided is a method to complement a lost stratum under a shaft. The method improves inversion efficiency and the accuracy rate. The method includes the steps of confirming mutually linked and sealed geological blocks according to reflection characteristics of earthquake reflection waves and geological data, allocating shaft data to the geological blocks according to tracks of the measured shaft, confirming the position of a crossed contact point formed when the shaft penetrates through a section of a normal fault according to all the tracks of the shaft in a work area, calculating thicknesses of an upper stratum and a lower stratum and the position and the thickness of the lost stratum at the crossed contact point, confirming structure characteristics of the lost stratum, rebuilding a stratum sequence section close to the lost stratum to complement the lost stratum, and carrying out earthquake inversion with a result as an original value and a restraint condition of the inversion. The geological characteristics of the upper stratum and the lower stratum are effectively used, the lost stratum is built, on the basis that known data with various sources are fully made use of, lost data are predicted, the result conforms to the geological characteristics, and precise description for change conditions of internal physical properties of a target stratum is benefited in the earthquake inversion.

The invention discloses to a dynamic response test device and test method for simulating tunnel subjected to normal fault reverse fault seismogeny. The device comprises a box body and a slide rail mechanism, and the box body comprises a reaction force frame, a test box, a spring, a sliding groove and a bracket; the middle of the test box is divided into two parts including an upper disc and a lower disc. The device simulates a seismic dynamic response test of the surrounding rock of a tunnel under the coupling of horizontal and vertical ground vibration of a seismic zone by periodically dropping a test box from the sliding groove and controlling the height of a small ball and the time interval of releasing the ball, and reconstructs the seismic wave dynamic effect response process and response modes of the surrounding rock of the tunnel in an extreme seismic zone; the upper and lower disc setting of the test box simulates the influence of stratum displacement on the surrounding rock ofthe tunnel during an earthquake, and the device provides accurate reliable suggestions for engineering structure designs, geological disaster prediction and the like, and conducts seismic fortification for engineering construction.

According to the method for calculating the slip displacement amount of the strike-slip zone of the goose column type normal fault. Drilling data and logging data are combined, horizon calibration and horizon interpretation are carried out on seismic data to obtain a primary calibration seismic profile map, and according to the primary calibration seismic profile map and a horizon coherence body attribute map, mutual verification is carried out to obtain a fine strike-slip zone plane distribution map and a fine calibration seismic profile map of a sedimentary stratum, then the strike-slip zone trend, the strike-slip fault trend and the horizontal fault amount Li of the strike-slip fault in the active period along the tendency are determined by combining the fine strike-slip zone plane distribution map and the fine calibration seismic profile map, and finally the strike-slip displacement amount sigma (Li/sin alpha) of the strike-slip zone of the normal fault is obtained. Under the condition that a research area lacks obvious two-disc markers or lacks a tail-end broom-shaped fault, quantitative characterization of strike-slip displacement of the strike-slip zone can also be carried out, the defects of methods such as obvious staggered markers and tail-end broom-shaped fault are overcome, and quantitative research on activity of underground cases of the goose column type strike-slip zone is effectively promoted.

The invention provides a numerical simulation method and system for normal fault induced rock burst, which comprises the following steps: setting stratum parameters of a working face; determining thephysical and mechanical parameters of rock strata according to the geological report of working face and the rock mechanics test report of drill hole; setting boundary conditions; calculating compensation load and lateral pressure coefficients; carrying out numerical simulation of rock mass, faults and goaf caving zone. The invention solves the problem that the research on the influence rule of rock burst in the prior art is lack of accurate numerical model support, the numerical model of normal fault is established, modeling si performed according to the established mechanical parameters of rock strata, the model has high accuracy, and a scientific basis is provided for the prediction and prevention of rock burst in the area affected by normal fault in front of similar conditions.

The invention discloses a T link fault distance measurement method. The method comprises the steps of: when an optical fiber channel is normal, identifying a faulty branch by using a T-point compensation voltage; when the optical fiber channel is abnormal, identifying the faulty branch by using a three-terminal fault distance measurement result; then determining a three-terminal fault removal timeaccording to the relationship between a minimum fault current and a set maximum fault current threshold; after the fault is removed, calculating a fault distance measurement per-unit value accordingto a single-terminal distance measurement method, and converting the fault distance measurement per-unit value into the distance from a fault point to a T point. The T link fault distance measurementmethod disclosed by the invention is used in an existing line protection device, for a T link, normal fault distance measurement can still be performed when the communication of a longitudinal channelis abnormal, and particular in the case of a single-phase high resistance ground fault, the distance measurement accuracy can be ensured.

The invention discloses a fully-mechanized excavation face superhard rock positive fault blasting method which comprises the following steps: S1, according to a result of numerical simulation calculation, intercepting effective stress nephograms of a numerical model at different moments for contrastive analysis; s2, constructing a coal rock model to carry out a blasting similar simulation experiment; s3, calculating a tectonic zone control range according to the normal fault fall; s4, energy-gathered blasting holes and control holes are formed in the fault working face according to blasting specifications; s5, the energy gathering direction of energy gathering blasting is arranged; s6, the blasting holes are filled with energy-gathered cartridges, and directional blasting is achieved; s7, forward charging is adopted as the charging mode; and S8, blasting and weakening the hard rock to finish tunneling of the roadheader. According to the method, the super-hard rock normal fault can be safely and rapidly blasted, the hard rock is fractured in a preferable shaped charge blasting mode in a normal fault structure area, the rock body weakening and roadway supporting effects are good, the problem that dynamic disasters such as surrounding rock instability are induced by common blasting disturbance is effectively solved, and roadway tunneling is safely and efficiently carried out.

A method for analyzing normal fault mining effect of overburden hard and thick rock face includes such steps as S1, establishing UDEC numerical model of relative position relationship between overburden hard and thick rock face and normal fault, setting up UDEC numerical model of overburden hard and thick rock face, setting up UDEC numerical model of relative position relationship between overburden hard and thick rock face and normal fault, and setting up UDEC numerical model of overburden hard and thick rock face; S2, obtaining displacement change curves of that hard thick rock layer and theunderlying rock layer and mining stress change curves of the hard thick rock layer; S3, obtaining the change curve of mining to the stress state of the hard thick rock stratum fault plane and the change curve of mining to the slip amount of the hard thick rock stratum fault plane. The invention solves the problem that the prior art lacks the research on the effect of the fault on the hard and thick rock strata, in order to study and analyze the normal fault mining effect of overlying hard and thick rock face, it is beneficial to further reveal the mechanism of rock burst induced near the fault, and to provide scientific basis and technical support for the study of rock burst, coal and gas outburst, roof control of rock pressure under similar complex geological conditions.

The invention discloses a structural earthquake simulation demonstrator, which comprises an operation table, on which an electric demonstrator is arranged, and a control button is also arranged on the operation table, and the control button corresponds to 8 kinds of structural earthquake demonstrations: normal fault , reverse fault, left-handed fault, right-handed fault, left-handed normal fault, left-handed reverse fault, right-handed normal fault, right-handed reverse fault structure earthquake, the demonstrator also includes a video display device, the video display device is a liquid crystal Display, the size of the said video display device is not less than 47 inches. The main body of the tectonic earthquake simulation demonstrator of the present invention is an electric demonstrator, which can demonstrate the occurrence process of 8 kinds of tectonic earthquakes, and the operator can control the demonstrator to demonstrate the corresponding tectonic earthquakes through 8 control buttons on the console. In this way, the earthquake occurrence process can be displayed more intuitively for the operator, which is conducive to the operator's understanding of the differences between the 8 types of tectonic earthquakes, a deeper impression, and a quick grasp of earthquake knowledge.

The invention relates to a fault information backup method used for fault diagnosis. Based on the record of product normal fault information, writing protection area operation is added in product important state points, and product important state information is recorded in a protection area storage space, and the record information can be downloaded and checked through a ground maintenance device. According to the protection area maintenance method, reliable reference basis can be provided for troubleshooting after abnormal work of the product, the state information and the fault information recorded by the original ordinary method are backups for each other, and the product reliability is improved.