70results about How to "Realize automatic drawing" patented technology

An ocean sectional diagram drawing method based on a GIS platform comprises the following steps of (1) data loading, wherein loaded data comprises ocean environmental element data and seabed landform data used for drawing; (2) data frame template loading; (3) layer symbolization, wherein symbolization of a sectional distribution diagram is a gradient blank diagram represented by isopleths and a hypsometric tending method, and graded chroma for filling follows the gradient method and the color system is maintained fixed; (4) note generation and edition; (5) layer masking, namely, isopleth covering, which is used for covering noted characters with isopleths; (6) diagram finishing; and (7) diagram outputting. The invention firstly integrates all flows of ocean sectional diagram drawing on the GIS platform, changes the present situations that drawing formats and platforms of existing ocean sectional diagram drawings are different, typesetting and editing are difficult, and standards are not uniform, and automatic drawing of a traditional sectional diagram on the GIS platform is achieved.

The invention discloses a generation method of an unmanned plane inspection route. The generation method comprises the steps: acquiring the two dimensional geographic information basic data, and loading the acquired two dimensional geographic information basic data on a pre-constructed three dimensional geographic information system GIS basic platform to generate the three dimensional GIS data; based on the generated three dimensional GIS data, constructing vector lines of an unmanned plane inspection object; and based on a preset vector line of the unmanned plane inspection object, selecting a vector line from the vector lines of the unmanned plane inspection object so as to generate an inspection route of the unmanned plane. The invention also discloses a generation apparatus of an unmanned plane inspection route. The generation method and apparatus of unmanned plane inspection route can realize automatic drawing of an unmanned plane route, and can improve the flexibility in drawing the route and the flexibility in scheduling the unmanned plane.

In order to solve the problems existing in the prior art of station area topology drawing, the invention innovatively applies a priori algorithm (apriori algorithm) of graph theory and big data miningtechnology to a low-voltage station area transformer-line-meter box-electric energy meter-client, the minimum spanning tree algorithm is used to realize the automatic drawing of the topology diagramof the platform area and the display of a chart with the key information of the customer. On the one hand, the topology diagram is measured on the spot, The traditional mode of manual maintenance is transformed into automatic drawing and automatic checking mode, which saves the cost, improves the drawing accuracy, work efficiency and the level of matching consistency in low voltage platform area,and effectively solves the data non-standard and structure ambiguity at the end of the power network. On the other hand, it makes full use of a large number of precious data resources in the marketingsystem to provide strong support for the visualization and precision service of the manager of the station area, and makes the phase sequence of the household table more definite, so as to fully carry out the deep application related to the phase-separated load forecasting.

The invention discloses a method and a device for drawing a three-dimensional enlarged intersection image and belongs to the field of computers. The method comprises the following steps: acquiring the coordinates and the lane direction of an intersection to be drawn and determining an intersection region of a preset size according to the coordinates and the lane direction, wherein the intersection region includes the intersection to be drawn; acquiring background information of the intersection region and drawing a background in a background sub region of a drawing region according to the background information; and acquiring road information about the intersection region and a road where the intersection to be drawn is located and drawing a three-dimensional road model in a road sub region of the drawing region according to the road information to form a three-dimensional enlarged intersection image of the intersection to be drawn. The device comprises a determining module, a first drawing module and a second drawing module. With the method and the device of the invention, the speed and the efficiency for drawing a three-dimensional enlarged intersection image can be improved.

The invention discloses an unmanned plane cruise method and an apparatus thereof. The method comprises the following steps: acquiring two-dimensional geographic information base data, and loading the two-dimensional geographic information base data into a pre-built three-dimensional GIS base platform to generate three-dimensional GIS data; constructing the vector topology surface or line of an unmanned plane patrol object based on the generated three-dimensional GIS data; and calculating according to the vector topology surface or line of the unmanned plane inspection object to generate an unmanned plane inspection course. The method and the apparatus realize automatic drafting of the unmanned plane course, improve the course drafting flexibility and the unmanned plane flight scheduling flexibility, solve the problem of difficult real-time automatic tour inspection of the unmanned plane control area of roads and rivers, and also solve the problem of automatic working of frequent tour inspection tasks needed by high voltage lines, pipelines and other dangerous members.

The invention relates to a method for automatic drawing and mapping of a network frame graph of a distribution network. The method comprises the following steps of initializing network frame connection information, identifying an equipment dictionary table in a network, determining the type of distribution network equipment and the number of connection points of distribution network circuits, and grouping network frames of different network numbers; carding the distribution network equipment and the distribution network circuits of each distribution network to form a node-branch incidence matrix; randomly determining coordinate values of a position array of equipment nodes according to the connection relation between the nodes; computing repulsion and attraction between the nodes; judging whether the total energy of the distribution network and the number of iterations exceed thresholds, and carrying out orthogonalization on the circuits between the nodes; and adjusting the crossed circuits, determining a cross-line position, re-determining the coordinate values of the position array of the equipment nodes and storing the coordinate values. The method is responsible for drawing a topology of an orthogonal graph of the network frames of the distribution network based on a force-directed algorithm through the connection information of the circuits in a database, the aesthetics and the consistency of the drawn graph are guaranteed, and the graphical rapid mapping of high-dimensional topological data is realized.

The invention discloses an aerial image identification based power grid geographical wiring diagram drawing method. The method comprises: selecting an eigenvalue of a substation or a tower, and performing fitting to make a template; intercepting an image frame from an aerial video; performing gray conversion on an image; performing histogram equalization reinforcement; obtaining a binaryzation effect picture; obtaining a denoising effect picture; obtaining a foreground picture only containing edge information; obtaining a graph outline of a suspected substation or tower; matching extracted edge contour information with a feature template of the substation or the tower, and performing marking when the matching is successful; connecting key points of the substation or the tower and performing drawing in a power grid geographical wiring diagram; and manually checking the power grid geographical wiring diagram. The method is high in efficiency, accurate in position and low in error rate, saves manpower and material resources, realizes automatic computer drawing, and greatly improves the efficiency and accuracy of drawing the power grid geographical wiring diagram.

The invention relates to an automatic drawing method, device and system for a structural reinforcement section drawing, and the method comprises the steps: obtaining a plurality of original structuretemplate drawings, and selecting a target structure template drawing from all original structure template drawings according to a preset target drawing proportion; determining basic drawing information according to the target drawing proportion, identifying primitive size information in the target structure template drawing, and obtaining basic component size information according to the primitivesize information; defining reinforcing steel bar basic information, and drawing reinforcing steel bars in the target structure template drawing according to the drawing basic information, the basic component size information and the reinforcing steel bar basic information to obtain an initial reinforcing steel bar section drawing; and according to the drawing basic information, the basic component size information and the reinforcing steel bar basic information, carrying out character marking and size marking on each reinforcing steel bar in the initial reinforcing steel bar section drawing,and obtaining a target reinforcing steel bar section drawing. According to the method, automatic drawing of the structural reinforcement section drawing can be completed simply, conveniently and quickly, the workload is small, the consumed time is short, and the design quality and the design efficiency are effectively improved.

The invention provides a sieving method for complex strata digital mapping, comprising: (1) classifying complex strata, dividing the complex strata conditions into basic conditions in mapping method based on borehole stratum as the basis, such that all complex strata conditions are included in or derivative from the basic conditions; (2) preprocessing information for drawing sectional views of boreholes and the strata thereof; and (3) connecting the strata of the complex strata and constructing different stratum regions. The invention has the advantages that strata sectional views can be drawn automatically, quickly and efficiently; normal strata conditions, as well as loss, inverted, thin-out and other complex strata conditions can be realized well.

The invention relates to the technology of modeling, and discloses an automatic arch dam pouring block plotting method, and solves the problems of heavy workload, high difficulty and prone errors caused by manual drawing in the prior art. The technical scheme comprises the main points that: the arch dam pouring block plotting method comprises the following steps of: a. constructing a basic database including arch dam modeling-related data information; b. establishing a three-dimensional model of an overall arch dam; c. inputting the information of a pouring block which needs to be plotted, and extracting the three-dimensional structural information of the pouring block from the three-dimensional model of the overall arch dam; d. outputting the acquired three-dimensional structural information of the pouring block, and generating two-dimensional drawing paper through a two-dimensional plotting module; and e. marking the generated two-dimensional drawing paper and counting basic information, and indicating on a drawing. In addition, the invention also discloses an automatic arch dam pouring block plotting device. The method and the device realize automatic arch dam pouring block plotting, speed up a design schedule, reduce design cost, reduce error rate, improve production efficiency and are suitable for planning to build an arch dam.

The invention discloses an intelligent printing-type nail printer, and belongs to special equipment for automatic manicure. The intelligent printing-type nail printer comprises a machine body, a finger inserting channel, and an upper cover, wherein the finger inserting channel is arranged in front of the machine body; the upper cover is arranged above the finger inserting channel; a finger induction panel (1) is arranged at the lower part in the internal part of the finger inserting channel; a manicure printing device (2) is arranged above the internal part of the finger inserting channel; nail polish drying equipment (3) is arranged at the side inside the finger inserting channel; the manicure printing device (2) comprises an ink box (21), a printing head (22) and a camera (23). The intelligent printing-type nail printer disclosed by the invention not only can achieve automatic drawing of nails, but also is short in consumed time, and accurate in drawn patterns; especially fine patterns can be drawn. Thus, relatively multiple and good nail pattern selections are provided for beautiful ladies.

The invention relates to the technical field of municipal administration and discloses a road dotted line marking device capable of automatically cleaning a to-be-marked road surface. A carriage is included, and moving wheels and a spraying type mark scriber are arranged at the bottom of the carriage. A first motor and a cylinder body are arranged in the carriage, an output end of the first motoris fixedly connected with a first gear, the upper end of the first gear is fixedly connected with a rotating rod, the end, away from the first gear, of the rotating rod is movably connected with a piston rod, and the end, away from the rotating rod, of the piston rod is hinged to a piston. According to the road dotted line marking device capable of automatically cleaning the to-be-marked road surface, a sweeper is driven by a rocker arm and a second motor to swing back and forth on the road surface while rotating; and the piston is matched to reciprocate left and right in the cylinder body sothat a coating is repeatedly sucked into or output from the cylinder body, the spraying type mark scriber intermittently sprays the coating by controlling the amount of the coating, namely intermittent drawing and scribing are achieved, and therefore the effects of automatically sweeping a to-be-marked road surface and automatically drawing dotted lines are achieved.

The embodiment of the invention relates to a method, a system and equipment for constructing a transformer substation graph model based on a logic relationship. The method comprises the following steps: constructing a panoramic database of a transformer substation; standardizing and outputting the panoramic database to obtain an XML model file and an SVG graphic file of the transformer substation;checking and verifying the XML model file and the SVG graphic file by adopting model detection and graphic verification; if the auditing verification is passed, establishing a transformer substationmodel. According to the method, information data of a substation is used as a data source; automatic layout and wiring are adopted to realize automatic drawing of a logic relation graph of substationwiring. A file is correspondingly output according to the IEC 61970 / 61968 standard specification and the power grid SVG graphic expression specification, and a transformer substation model is established; automatic drawing of a logic relation graph of substation modeling wiring is achieved, the working efficiency is improved, errors caused by manual drawing of a wiring graph are avoided, and fusion of data information between substations is achieved through the established substation model.

The invention relates to a remote sensing charting method and device for karst rocky desertification, which effectively depicts and extracts information reflecting karst rocky desertification characteristics through remote sensing image data and thematic data so as to improve the recognition capability of a machine learning algorithm on each rocky desertification level. Meanwhile, the rocky desertification units are defined by adopting an object-oriented strategy, so that automatic drawing of the to-be-graded units of the karst rocky desertification is realized, and the rocky desertification drawing units are outlined. On the basis, karst rocky desertification mapping can be rapidly achieved through a small amount of sample data, the mapping precision and efficiency are improved, and meanwhile the advantages of being high in automation degree and transportability are achieved.

The invention belongs to the mathematics teaching technical field, and specifically relates to a higher mathematics function teaching course optimization method comprising the following steps: storinga to-be-taught function curve prepared by a teacher in a U-disc; transferring a demonstration teaching aid on a desk, using a data line to electrically connect a demonstration teaching aid controllerwith a display screen in a classroom, inserting the U disc into the display screen via a data interface, and using the controller to automatically draft the function curve on the demonstration teaching aid; placing a camera in front of the demonstration teaching aid to acquire signal, and displaying the demonstration teaching aid drafting process in S2 via a projector; synchronically playing a function formula and solving steps on the projector, and broadcasting the process in real time via a speech broadcast device connected with the display screen; storing signals collected by the camera, and using same as following learning data. The method can improve the function teaching efficiency, and can improve the teaching quality.

The invention discloses a method and device for making a flight program standard diagram through data driving. According to the method, a flight program standard graph class library and a drawing basic database are established; a flight program standard graph template is established; a graphic symbol library of flight program standard graph elements established; and through data driving and template drawing, automatic drawing of standard graph elements and notes is realized, and the database is saved and updated, therefore, automatic drawing of all aviation elements and element notes of a flight program track, a waypoint and a navigation station in a flight program standard diagram can be realized, and then the sample drawing can be modified and beautified. The problems of long manual drawing period, low efficiency, non-standard drawing style and difficulty in maintenance can be solved, errors caused by manual calculation are avoided, and the quality of drawing data is improved.

The invention discloses an automatic drawing method for an embedded part of a double-block ballastless track simply supported beam bridge floor. The method comprises the steps: 1, performing drawing parameterization on all parts of an embedded part design drawing; 2, designing a layout scheme on the bridge and automatically counting the number of embedded parts; 3, performing parameterized drawingof a complete set of drawings based on programming language. Beneficial effects are that each calculation drawing module is embedded into an AutoCAD system based on a programming language, and an AutoCAD man-machine interaction design process is pertinently expanded by adding menu bars required by designers, so as to realize automatic drawing of a design drawing of the CRTSI type double-block ballastless track embedded part of the simply supported beam section of the high-speed railway. According to the method, the drawing efficiency and precision are greatly improved, manual calculation is avoided, the distribution diagram of the simply supported beam bridge deck embedded parts with different lengths can be drawn quickly and accurately, the labor intensity of designers is reduced, and the drawing parameterization, automation and informatization levels are enhanced. The automatic mapping function is achieved, and reference can be provided for modernization and intelligent constructionof railway design.

The invention relates to an automatic wiring method and an automatic wiring system for solar cells. The automatic wiring method includes creating coordinate axes to obtain coordinates of starting points of four sides of each solar cell and coordinates of end points of the four sides of each solar cell; setting corresponding shifting quantities, shifting the four sides of each solar cell according to the corresponding shifting quantities, and processing new graphic sizes and the sizes of original cells to automatically obtain bus wiring zones of the cells; determining wiring zones of horizontal guide wires, known widths W of the horizontal guide wires and distances L among the adjacent horizontal guide wires to automatically draw the horizontal guide wires and improve the horizontal guide wire designing efficiency; correspondingly translating the left side or the right side of each solar cell by a certain distance K according to set widths K of vertical guide wires to automatically obtain a new side; connecting the horizontal guide wires with the vertical guide wires to complete an automatic wiring step for the solar cells. The new sides and the original sides are combined with one another to form quadrangles which are the vertical guide wires of the horizontal guide wires.

The invention discloses an automatic pattern drawing machine which comprises an operation table, a blank placing frame, a pattern drawing pen supporting frame and a pattern drawing pen, wherein the blank placing frame is arranged at the first end at the top of the operation table; the blank placing frame comprises a clamp installing frame, a rotating clamp, and a blank supporting rod which is clamped in the rotating clamp; the first end surface of the clamp installing frame and the end surface of the first end of the operation table are positioned in a same plane; the rotating clamp is arranged on the second end surface of the clamp installing frame; the blank supporting rod is parallel to the top surface of the operation table; the pattern drawing pen supporting frame has a bent right angle and comprises a first upright and a cross beam supporting frame which is vertical to the first upright; the pattern drawing pen can be arranged on the cross beam supporting frame in a sliding manner along the cross beam supporting frame and corresponding to the blank supporting rod in position. The invention also discloses a pattern drawing system which comprises the automatic pattern drawing machine and a control computer; as the machine and the system are applied, the automation of the pattern drawing technology can be realized, and further the production efficiency of cloisonne enamel production can be improved.

The invention discloses a wire detection method and system, and the method comprises the steps: enabling a data collection device comprising a current detection apparatus and a position collection apparatus to move in a preset to-be-detected region, wherein the current detection apparatus collects current signals of different positions in the preset to-be-detected region in real time and transmits the current signals to a processing unit, and the position collection apparatus collects a position signal of the preset to-be-detected region and transmits the signal to the processing unit; converting the position signal into coordinates through the processing unit, carrying out data fusion of the coordinates and the current signals, and obtaining the coordinates and the current signals of positions corresponding to the coordinates; carrying out comprehensive processing of all coordinates and the current signal corresponding to the coordinates through the processing unit after the data collection apparatus collects the data of the preset to-be-detected region, obtaining a circuit distribution condition, and displaying the circuit distribution condition on a display apparatus. The system can carry out region detection in a non-damage manner, is low in cost, is portable, and can automatically complete the drawing of a circuit distribution map.

The invention discloses an automatic drawing method for a uranium mine geological drilling core geophysical prospecting catalog curve. The method comprises the following steps: preparing a drilling core geophysical prospecting catalog database; calculating the depth of a measuring point; setting a projection scale and a projection starting point position; and drawing projection curves. The methodfor drilling the rock core geophysical prospecting catalog curve has the advantages that 1, the operation is simple and convenient; 2, automatic drawing is realized; 3, the map is digitalized and is convenient to store; 4, the working efficiency is improved. The method is suitable for drawing various drilling core logging curves, data can be input, the logging curves can be automatically drawn, and the working efficiency is greatly improved.

The invention belongs to the technical field of fabric batik, and provides a silk batik device which comprises a rack, a mounting frame driven by a first driving device is arranged on the rack, a mounting plate driven by a second driving device is arranged on the mounting frame, and a batik box driven by a third driving device is arranged on the mounting plate; a wax printing gun is arranged at the bottom of the wax printing box body, the interior of the wax printing box body is divided into a wax melting chamber and a wax supply chamber through a partition plate, an electric heating wire is arranged in the wax melting chamber, a wax storage tank and a wax pushing device are arranged in the wax supply chamber, the wax storage tank is communicated with the wax melting chamber through a wax conveying pipe, a rotary valve driven by a valve motor is arranged on the wax conveying pipe, and the wax storage tank is communicated with the wax printing gun through a wax supply pipe; and the wax pushing device comprises a wax pushing air cylinder and a wax pushing rubber plug, the wax pushing rubber plug is arranged in the wax storage tank in a sealed and sliding mode, and a piston rod of the wax pushing air cylinder is connected with the wax pushing rubber plug. According to the batik machine, automatic batik of the base cloth can be achieved, batik efficiency is greatly improved, and batik quality of the base cloth is greatly improved.

The embodiment of the invention discloses a parking space drawing method, device and equipment and a storage medium. The method comprises the steps: obtaining a boundary reference point of a parking region which consists of at least two to-be-drawn parking spaces; determining a boundary reference line of the parking area based on the boundary reference points, and extracting parking space boundarypoints on the boundary reference line; and drawing each parking space in the parking area based on the parking space demarcation point and the boundary reference point. Through the technical scheme of the embodiment of the invention, the drawing efficiency and drawing accuracy of the parking space can be improved.

The invention discloses a method for automatically drawing a horizontal projection drawing for deflection of an exploration hole. The method comprises the steps that firstly, an original data file is established, wherein information of the original data file comprises hole opening coordinates of the exploration hole, the number of measuring points and hole deflection parameters of all the measuring points; secondly, coordinates of all the measuring points or coordinates of all midpoints are calculated, and an obtained DXF format file of the horizontal projection drawing is output; thirdly, a drawing tool is used for calling the DXF format file obtained in the second step, and the horizontal projection drawing is obtained. The method has the advantages of being simple in step, definite in concept and capable of avoiding the problems that in the manual drawing process, efficiency is low, and errors are likely to occur.

The invention discloses an automatic drawing method of a bus route, a medium and equipment. The method comprises the steps: S101, obtaining vehicle positioning data and road track information, and carrying out preprocessing on the vehicle positioning data and the road track information to obtain vehicle track points; S102, determining a reference track point; S103, calculating the distance between the reference track point and the corresponding next vehicle track point; S104, judging whether the distance is greater than the maximum speed-per-hour distance or not; S105, adding the reference track point into a drawing point set, and taking the next vehicle track point as a new reference track point; S106, determining a deviation rectifying point set, and determining a new reference track point according to the deviation rectifying point set; S107, repeating the step S103-S106 until all vehicle track points are traversed, and automatically drawing the bus route according to the final drawing point set. The bus route can be automatically drawn, the drawing efficiency of the bus route is effectively improved, and manpower and material resources consumed for drawing the bus route are reduced.

The invention relates to an information fabric weaving method based on a bar code technology. The method comprises steps as follows: a code system is selected, all character information is encoded andconverted into a weft interweaving rule according to a corresponding encoding rule of the code system, and a variable weft rib weave diagram is formed; warp with the same interweaving rule is penetrated into the same heald frame according to the variable weft rib weave diagram with a heald-saving method, and a heald penetrating diagram can be obtained; a corresponding pattern card drawing can beobtained in combination with the heald penetrating diagram and the weave diagram; deep-color warp and light-color warp are used to complete colored warp arrangement and colored weft arrangement respectively according to encoding rules of different code systems; a color matching mold mark draft corresponding to the bar code is obtained according to colored warp arrangement, colored weft arrangementand the weave diagram; a looming draft is drawn according to the weave diagram, the mold mark draft and the heald penetrating diagram, and weaving is performed on a loom according to the looming draft and the color matching mold mark draft; whether bar code information on fabric is accurately recognized is verified by scanning the code. By means of the scheme, the problem of difficulty of bar code conversion is solved, and the design efficiency of the bar code information fabric is improved.

The invention discloses a method for automatically saving engineering data, comprising: establishing a mechanical model of a collapsed damage source of a super-large cooling tower; simulating the collapse process of the super-large cooling tower; and calculating ground vibration data caused by the collapse of the super-large cooling tower ; calculating the height coordinates of the optimal position of the ground vibration data in the drawing; plotting the ground vibration data on the drawing. In addition, a system for automatically saving engineering data is also disclosed. The invention accurately calculates the ground vibration data caused by the collapse of a super-large cooling tower by simulating the collapse process and automatically saves the data. The optimal distribution of the ground vibration data in the drawing is obtained through calculation, and the automatic drawing in the drawing is realized, which avoids manual processing in the later stage and greatly saves labor costs.

The application discloses an intelligent marking vehicle capable of guiding automatic driving through Beidou satellites. According to the intelligent marking vehicle, real-time accurate positioning isachieved through a positioning and orienting component based on satellite signals and base station signals, and automatic advancing and automatic marking are conducted according to a preset track under accurate positioning through an automatic driving component and an automatic marking machine. The intelligent marking vehicle can realize automatic drawing of marked lines; problems that the working efficiency of workers is low, manpower is prone to fatigue and errors are prone to happening are solved. The marking speed is doubled; and the marking line drawing efficiency and quality can be guaranteed even at night or in other severe environments; dotting, water line drawing and other steps do not need to be prepared before marking line drawing according to accurate real-time positioning andcomplete track setting, and the implementation process of marking line drawing is simplified; meanwhile, the time cost and the labor cost are reduced, and then the operation cost is reduced. The application further provides an intelligent marking vehicle control method and a readable storage medium which have the above beneficial effects.