104 results about "Lineament" patented technology

The present invention provides a gaming machine with a game table in which a plural kinds of objects are put on the game table in a game, each object having an outline characteristic which is different every each kind, and in which plural players conduct the game, the gaming machine comprising: an image taking device for taking an image of the game table on which the object is put and outputting image data of the game table; a object determination device for processing the image data output from the image taking device and determining the outline characteristic of the object and outputting object information indicating the player who uses the object and a bet position to which the object is betted; and a controller for wholly controlling the gaming machine based on the object information output from the object determination device.

The present invention relates to a three-dimensional modeling method and device for a geological prospecting ore body, wherein the method includes: Step 1, delimiting a single project ore body according to the exploration project, and obtaining the upper and lower boundaries of the ore body; Step 2, projecting the prospecting project onto the prospecting project On the profile, connect the upper and lower boundaries of the ore body on the exploration profile to obtain the geological body boundary of the ore body in the exploration profile; step 3, connect the geological body boundaries between the exploration profiles with a three-dimensional curved surface to obtain the three-dimensional reconstructed geological body. The invention can realize geological three-dimensional modeling from drilling to profile to curved surface to finally generate solid.

The invention discloses a modeling method for a sand shale interbed type sedimentary body reservoir architecture. The method comprises three aspects of hard data control, layered modeling, and reservoir and interlayer nesting, wherein the layered modeling mainly comprises reservoir modeling, spacing layer modeling, and interlayer modeling. According to the modeling method, thin layer division is performed by adopting a half amplitude point based thin layer division principle, so that the defect that true thicknesses and depths of a reservoir and a spacing layer cannot be obtained in a conventional method for determining a boundary line of a thin layer based on relative maximum of natural gamma and/or positive anomaly of natural potential is overcome; and the hard data control is adopted for architecture modeling, so that a demarcation point of sand shale is accurately positioned, three-dimensional spatial distribution of single sand bodies and sub sand bodies is accurately depicted, the architecture effect is good, the precision is high, the difficulty in development is lowered, and the development benefits are increased.

The present invention discloses a method for generating a three-dimensional geological map based on geological route (PRB) process double modeling. The method comprises a step of carrying out PRB field data collection and the PRB modeling of a measured section and a step of obtaining a geological actual material map or a manuscript geological map according to the PRB modeling, and the method also comprises the steps of (A) carrying out logical constraint on the PRB section, (B) carrying out deep modeling on the PRB and the measured section, (C) obtaining a geological boundary occurrence according to the PRB data, (D) generating a three-dimensional geological structure /fault framework diagram, (E) generating a three-dimensional PRB section fence diagram, (F) carrying out PRB section and geological map combined modeling, and (G) generating the three-dimensional geological map. By using the method, a three-dimensional modeling process and a digital area geological survey process can be synchronized, the modeling is carried out from the synchronization of the three-dimensional modeling process and the measured geological section collection synchronization, and the modeling efficiency is greatly improved.

The invention discloses a method of accurately producing an arc geological section. The method includes the following steps: selecting a block name of a layer or a block object participating calculation, selecting a landform line layer, a geological boundary line layer and an intersected section layer on an intersected interface, ticking and checking whether projection exploration points exist, selecting block names of the projection exploration points, inputting a projection range, obtaining a section line with an arc segment on a CAD geological plane, and drawing a geological section map. The advantages of the method are that a main framework of the section map is drawn by calculating distances from nodes and crossed points to a starting point of a section line, geological contents are filled on the basis of the geological contents and exploration data on the map, and the geological section can be accurately produced for a construction building axis with an arc segment or a circle. The method is simple to operate, enables a map to be generated only by selecting layers participating calculation and setting information such as scales and pile pulling numbers, greatly improves the work efficiency, and does not need ornamenting in a later period.

The invention relates to a land use zoning method giving consideration to geographic entity semantic similarity. The land use zoning method includes inputting a basic land use zone database, iterating and extracting small picture spots and sequencing the picture spots, partitioning modes of the small picture spots and integrating in consideration of the geographic entity semantic similarity, determining land use zones according to a land use zoning method after semantic change value integrated is minimum, extracting boundary lines of the integrated picture spots and generating land use zoning pictures. Geographic entity semantic similarity is sufficiently utilized, the efficient and automatic land use zoning method is formed and scientificity, rationality and operability of land use zoning are improved.

The invention discloses an automatic generation method of a stratum boundary map layer. The method comprises the following steps of (1) based on deposition, a volcanic stratum boundary map layer and a metamorphic stratum unit map layer, searching all the adjacent stratums in the map layers and constructing a stratum adjacency relation map; (2) based on the stratum adjacency relation map, extracting a common boundary of the adjacent stratums and generating a stratum boundary; (3) based on a faultage map layer, identifying a faultage contact relation; (4) based on a occurrence map layer, identifying a basic contact relation and completing automatic generation of the stratum boundary map layer. Compared to a manually-made method, by using the method in the invention, the generated stratum boundary map layer is high-efficient and fast; through reducing a manual participation degree, introducing of a manual error is avoided as far as possible; and a need of geologic map space database stratum boundary map layer making is satisfied.

The invention relates to a method for compiling a paleogeologic map of carbonate rock strata based on the sequence stratigraphy, which comprises the steps of performing division calibration on sequence strata on the basis of basic data information, building carbonate connected well profile sequence stratigraphic framework and spatial sequence stratigraphic framework, analyzing the mutual superimposition relation of different strata on the profile and spatial development characteristics and distribution rules, specifying the mode and sequence structure of rhythmic strata of carbonate rocks, anddelimiting the structural boundary and range; taking a stratum thickness map as a base map, drawing stratum boundaries corresponding to different sequence stratigraphic interfaces according to the stratigraphic superimposition relation from old to new; and then correcting the stratigraphic boundaries according to the special geological phenomenon interpreted by the existing data, supplementing map elements and thus completing the drawing of the paleogeologic map. The method not only can ensure the accuracy of geological information, but also can guide the actual exploration and development more effectively, thus reducing the risk of exploration and development, and reducing the cost input of th exploration and development.

A method and apparatus for balancing a motor vehicle wheel, in which after an unbalance measuring operation, at least one balancing weight is attached to at least one balancing plane in a given angular position of the rim of the motor vehicle wheel. The rim surface is scanned to determine its contour features. The contour features are compared to reference contour features of stored rim surfaces, to determine matching rim types and at least one balancing plane associated with the best match.

The invention discloses a GIS space analysis based dividing method for cultural heritage protection divisions. The method comprises that 1) different types of maps needed to divide the protection divisions are collected and arranged, and unified registration and correction are carried out in a GIS basic platform; 2) buffer area analysis is carried out on cultural heritage and relic distribution thereof, and space information of buffer areas in different distances from a cultural relic is obtained; 3) a result of buffer area analysis is overlapped with an area topographic map, a remote sensing image and related program maps, basic space information of ground features in different buffer area ranges is extracted, and systematic analysis is carried out on the space relation and development trend of the related ground features; and 4) concrete range and boundary lines of the cultural heritage protection divisions are determined according to an analysis result, computer-aided mapping is used for drafting, and coordinates of the characteristic points in the boundary lines of the protection divisions are calculated with support of GIS, and the characteristic points are marked automatically. According to the invention, accurate space attributes are provided for space data in all the processes and results.

The invention belongs to the technical field of river numerical simulation, and provides a two-dimensional structural mesh generation method of branchless river based on topographic characteristic boundary, comprising the following three steps: (1) acquiring basic data; (2) preliminary generation of two-dimensional structural mesh of a target river section; and (3) carrying out lateral refinementon the preliminary generation result. The method combines the river boundary line, the characteristic topographic boundaries, such as deep-water line, beach-trough line and water boundary line, are integrated into the two-dimensional structural mesh generation process of the river channel region. The method can make the meshes adapt to the change of river boundary, and control the longitudinal trend of river and reflect the transverse deformation rate of terrain. The method is simple and convenient to operate, and can solve the problem that the mesh density distribution obtained by artificialpartition is greatly influenced by human factors and has obvious individual difference.

The invention discloses a geological boundary point cloud data extraction method based on a BIM environment and system. Spline curve fitting is carried out on a target geological boundary in a geological survey original section document; according to the number of control points set by a user in each geological boundary, point coordinate data of a corresponding geological boundary spline curve areextracted from graphic data of the geological boundary spline curve of a dxf readable file; according to a section interval set by the user, the point coordinate data of the geological boundary in each section are integrated; and the point coordinate data of the corresponding geological boundary in each section are extracted, and three-dimensional point cloud data of the corresponding geologicalboundary are integrated, and extraction of point cloud data in different formations is realized. The obtained point cloud data can realize surface fitting in multiple BIM software, boundary surfaces in different formations are generated, and a civil engineering BIM model is built and obtained.

The present invention provides a mountain vegetation vertical zone investigation monitoring method based on a UAV. The method comprises the steps of (S1) determining an investigation time, an investigation mode and investigation precision, (S2) planning a route and carrying out automatic monitoring according to a preset route if the investigation mode is a programmed control operation mode, and manually controlling an aircraft to carrying out image capturing and obtaining monitoring data if the investigation mode is a radio remote control operation mode, (S3) carrying out space correcting processing on each image in the monitoring data, realizing the space connection of images, carrying out visual interpretation or computer automatic classification by using the spectrum and texture structure differences of different vegetation zones in a remote sensing image, identifying a vegetation vertical zone boundary, and completing the statistical measurement analysis of a vegetation vertical zone structure and result output through a geographic information system. According to the mountain vegetation vertical zone investigation monitoring method, time and labor are saved, climbing a mountain to carry out sampling positioning by investigation and monitoring personnel is not needed, an investigation result is processed by using the image analysis technology, the vertical vegetation zone identification precision is high, and the positioning is more accurate.

A method is provided for accessing, via a communication network, data stored in a storage module and concerning at least one user, in particular an identifier enabling the user to be contacted subsequently. The method includes: a) transmitting elements characterizing a user of at least one probe terminal and determined based on traces of communications of the probe terminal with at least one server of the network; b) determining, based on the characterizing elements, a determined profile characteristic pertaining to the user; c) storing the determined profile characteristic in the storing module; d) creating a list of users including, associated with each of the users, at least one identifier for which the profile characteristic stored at step c) corresponds to at least one profile characteristic defined in a request transmitted by a requesting user terminal; and e) transmitting to the requesting user terminal the list created at step d).

The invention relates to an automatic classification method for breast tumor ultrasound images, and belongs to the technical field of applications of artificial intelligence. According to the invention, quantitative features of the breast tumor ultrasound images are tightly combined, histogram features, color features, profile features, edge features and echo features in the breast tumor ultrasound images are quantified, a decision-making tree, a Naive Bayesian method and a random forest method are selected to serve as machine learning methods, and a decision-making tree, Naive Bayesian and random forest weighted fusion multi-dimensional classification method is proposed to perform recognition on the breast images. The automatic classification method can effectively improve the automatic classification accuracy of the breast tumor ultrasound images.

The invention relates to an automatic security-inspection vehicle tracking and locating method and system of an open scene. The method includes: collecting video images of an inbound vehicle, and carrying out license-plate recognition according to the video images to obtain a license-plate recognition result; reading vehicle model information, which is in a database and corresponds to a license plate, and a corresponding time period of event occurrence according to the license-plate recognition result, wherein the vehicle model information includes color and outline features of a vehicle body;comparing the color of the vehicle body with background color of a target detection area to select a tracking algorithm; according to the selected tracking algorithm, judging, frame by frame, whethera lowest edge of the vehicle body appears in a monitoring area which is directly above a ground trench; starting feature-point key-point frame-by-frame matching tracking technology of the license plate to track license-plate location changes frame by frame if the lowest edge of the vehicle body appears in the monitoring area which is directly above the ground trench; and determining, according toa license-plate location change result, whether license-plate center coordinate changes are under a specific threshold value, and if the license-plate center coordinate changes are under the specificthreshold value, determining that the vehicle is stationary, and starting vehicle light locating and wiper motion recognition technology at the same time for automatic security inspection.

Structural panels, components and assemblies are described. The structural panel system comprises one or more panels having interlocking profile features providing convenient assembly of multiple panels to provide pre-assembled panels or structures, or components that are easily shipped and assembled at a site to satisfy a variety of building requirements, transport requirements, structural panel requirements, and the like. An integrated raceway gutter system may be provided for evacuation of moisture in conjunction with end-caps having a coordinating structure. Insulation components may be positioned at an interior side of panels and may be separated from the capillary break by a moisture impervious and/or heat reflective layer. Cladding panels may be pre-assembled, along with additional structural building components, to provide pre-assembled structural insulative (and non-insulative) panels. Additional system components, including end caps, a sill, a head, a façade, a jamb and accessory brackets, are also described.

The invention discloses a seismic reflection data-based buried hill oil and gas field underground geological map compiling method. The method is characterized by comprising the following steps: S1, a base drawing map of the buried hill oil and gas field underground geological map is compiled; S2, a stratum attitude stable area and an attitude change obvious area in the drawing area are determined; S3, an inner buried hill stratum attitude relative stable area and a stratum boundary on the underground geological map are compiled; S4, a stratum boundary in the inner buried hill stratum attitude change obvious area is compiled; S5, according to a sequence of stratum ages from new to old, geological boundaries for different target stratum interfaces of the inner buried hill are drawn respectively; and S6-7, each geological boundary is changed and perfected to obtain the underground geological map. On one hand, the workload of seismic profile interpretation is greatly reduced, the drawing time is saved, the drawing efficiency is improved, and on the other hand, the restriction of the overall poor quality of deep seismic reflection data to compilation of the underground (ancient) geological map can be overcome effectively.

Automatically extracting profile feature attribute data from event data is disclosed, including: receiving a set of event data; receiving a feature associated with a profiling technique; determining that a plurality of events associated with a user in the set of event data corresponds to a first attribute corresponding to the feature, wherein the first attribute corresponds to a first bin having a first defined value; determining that the plurality of events associated with the user in the set of event data corresponds to a second attribute corresponding to the feature, wherein the second attribute corresponds to a second bin having a second defined value; and creating a user record corresponding to the user indicating presence in the first bin and the second bin.

A transition nozzle is provided and includes a liner in which combustion occurs and through which products of the combustion flow toward a turbine bucket stage. The liner includes opposing endwalls and opposing sidewalls extending between the opposing endwalls. The opposing sidewalls are oriented to tangentially direct the flow of the combustion products toward the turbine bucket stage. At least one of the opposing endwalls and the opposing sidewalls including a flow contouring feature to guide the flow of the combustion products.

The invention relates to a fluvial facies sand body discontinuous boundary fine characterization seismic interpretation method. The method comprises the following steps: 1) according to fluvial facies sand body positive rhythmic deposition characteristics, in combination with demands on property extraction time window by subsequent property analysis, a sand body enveloping method is adopted to interpret construction of a sand body unit; 2) an ant tracking property and a curvature property are extracted on a target reservoir section; 3) the interpreted sand body is used for enveloping an extracted amplitude plane property, a curvature plane property and an ant tracking plane property with top bottom as time window; 4) a curvature plane property and an ant tracking plane property of a seismic profile are taken for comparison and analysis, and thus a sand body discontinuous boundary is judged; 5) vertical slice interpretation is carried out on the amplitude property, the discontinuous boundary caused by vertical overlapping of sand bodies are judged auxiliarily and a sand body deposition period is divided; 6) according to the discontinuous boundary plane judgment result acquired in the fourth step and the vertical sand body period dividing conclusion acquired in the fifth step, building of sedimentary facies recognition is assisted.

The invention relates to a method for delaminating complex layered dam foundation according to lithology. According to terrane data explored by drilling, the terrane is classified and evaluated according to strength and lithology, the values of the same level are distinguished, drilling depth is taken as the longitudinal coordinate, the terrane value is taken as the abscissa, and all terranes are reflected on a drilling section layered graph by using the mode of a line chart; the layered graphs of all boreholes on any exploration line are analyzed, the similarity of the layered graphs of all boreholes is analyzed, and combined with attitude of bed, the layering is obtained; distinct characteristics of adjacent layers designate a geological boundary between layers, and the geological boundary can intuitively expose the distribution rule of terranes with different strength of the complex layered dam foundation. The method sufficiently utilizes rich drilling exploration data, intuitively and vividly expresses lithology difference in the boreholes from the aspect of rack strength difference, is beneficial to lithology layering under dam foundation engineering geological conditions with different complexity, simultaneously is beneficial to communication between different specialized fields, and lays foundations for adopting correct and suitable dam foundation solidification processing measures.

The invention relates to a plain area three-dimensional geologic model construction method based on multi-source heterogeneous data, which comprises the following steps of 1, initializing plain area drilling data to be modeled to form a standard drilling data table; 2, performing space vectorization processing on the arranged drilling data; 3, drawing a typical section by optimally selecting a typical drill hole and using a horizon translation method, comparing and selecting other drill holes through the typical section, and selecting and reserving the drill hole with the higher matching degree; and 4, based on geological boundaries of different geological lithology and geological times, cutting the drill hole into different large areas from the vertical direction, and carrying out modeling processing on the drill hole sequence and the adjacent relation of each large area in the vertical direction. The method is suitable for the fine modeling of plain areas with complex strata interlacing, the requirement for source data is wide, the modeling can be supported for drilling data of different sources and different formats, and the method is suitable for rapid construction of differentgeological models with shallow, medium and deep depths.