291results about How to "Realize visual display" patented technology

The invention discloses high-temperature high-pressure multifunctional core sulfur deposition test device and method. The sulfur deposition test device comprises a displacement system, a formation condition analog system, a data acquisition system and a data processing system. The sulfur deposition test method comprises the following steps of: constructing a test environment, measuring the sulfur element deposition on line, observing the sulfur element deposition process on line, and testing the change of permeability of a rock sample before and after sulfur deposition and the like. The invention has the beneficial effects of realizing the visual display of a true core sulfur deposition process, the real-time online measurement of the sulfur deposition and dynamic calculation of core permeability change caused by sulfur deposition and accurately and dynamically evaluating the damage severity of permeability of a reservoir stratum, caused by sulfur deposition in real time, and has the advantages of high degree of automation, good safety, high accuracy, high temperature and high pressure resistance, strong corrosion resistance and the like.

The invention discloses a big data mining tool and method based on a dragging process. The big data mining tool comprises a data management module, an operator library module, a process management module, a data mining engine module, a display design module and a visualization module. The method has the following beneficial effects: (1) logic separation of big data calculation and modeling is realized, advanced encapsulation of a big data mining algorithm library is realized in the aspects of multi-level reduction of a data mining threshold and big data calculation, and an operator does not need to know specific algorithm implementation; in the aspect of big data modeling, a graphical interactive prototype is developed, and a mining process is realized through intuitive dragging connection; (2) the optimal calculation mode can be automatically selected according to the operator content of the mining process, and the calculation efficiency is optimized; (3) in a big data scene, the calculation cost is greatly reduced; and (4) tedious cluster construction and maintenance are not needed, and the big data mining use threshold is reduced.

The invention discloses a method for copying/ cutting and pasting data. The method comprises the following steps: obtaining multiple pieces of data which is cached in an appending copying/cutting way; creating a visual window with an editing function; displaying each piece of data on the visual window, and editing data contents on the visual window according to an editing operation instruction of a user; and pasting the edited data to a target position. The scheme of the invention also provides a system for copying/ cutting and pasting data. The scheme of the invention obtains multiple pieces of data cached in the appending copying/cutting way, after the visual window with the editing function is created, each piece of data is displayed on the visual window, and data visualization can be realized so as to bring convenience for users to check whether wrong appending or missing appending exists or not. According to the editing operation instruction of the user, the data contents on the visual window can be edited and pasted to a target position. Therefore, appended data can be processed before the data contents are pasted, and copying/cutting and pasting efficiency can be improved.

The invention discloses an aeronautical blade profile machining error visualization method. The method specifically comprises the steps of measuring a machined blade, and performing processing to obtain accurate blade body measurement data; reconstructing an actually measured blade body profile; based on a longitudinal profile curve of a reconstructed blade body model, adaptively planning contour planes of a plurality of grid nodes in a Z-axis direction; building a grid model with a node layer characteristic on the reconstructed profile model; according to a theoretical blade body profile, calculating a profile error of each grid node located on the section, and extracting a position error of each section layer; and according to an allowable error of the blade body profile, determining mapping relationships between an error value and RGB color components, and based on a computer graphic library, realizing visual display of an aeronautical blade profile machining error. According to the method, the blade profile error, a distortion deformation error, a sweeping deformation error, a bending deformation error and a section profile over-error can be accurately and intuitively subjected to visual display, so that the blade profile quality assessment efficiency can be effectively improved.

The invention discloses a method of achieving highway go-through reservation based on an ETC system. The method comprises steps of 1) obtaining basic data including road network historical data and vehicle owner reservation information; 2) carrying out traffic volume forecast using the data and congestion degree conversion; 3) carrying out rate calculation according to a traffic volume forecast result; 4) displaying a congestion degree and a charge result together on a road network using a visual method; and 5) carrying out path selection, reservation and payment according to a result by a vehicle owner. The invention combines highway charging and congestion dispersal, road condition information of a highway can be presented for the vehicle owner and a highway operation and management department on the travel day through a method of reserving payment by the user, and peak load shifting adjustment of highway trips is achieved using economic levers, and thus the highway congestion problem is effectively solved.

The invention particularly relates to a physical teaching aid capable of achieving crossed teaching demonstration and a teaching method. The physical teaching aid organically combines horizontal projectile motion, force balance, and circuits in physics. A rotating motor drives a wire winding rod to rotate. The wire winding rod tightens or loosens a pull rope in order to drive a first track to rotate around a second track. The falling gradient of balls is changed in order to change the initial speed of the horizontal projectile motion and a horizontal projectile trajectory. A demonstration board enhances the display of the horizontal projectile trajectory of the balls. A baffle blocks the balls and the balls fall on a rollback slideway and roll to the left end of the rollback slideway so asto further drive a balance demonstration component to operate. The balls continuously enter the right leg of a piston cylinder to move downward the piston plate of the right leg. Due to force balance, the liquid in the piston cylinder moves and the piston plate of the right leg moves upward so as to realize the visual display of the force balance. The piston plate of the right leg gradually movesup under the influence of the force balance, a lower metal block contacts an upper metal block, and a contact switch is closed so that an indicator light is turned on to achieve the visual display ofthe circuit.

The invention discloses a visual buried point test method and device, relates to the technical field of computers, and aims to realize visualization of buried point test results and improve buried point test efficiency. The method comprises the steps of dynamically injecting a monitoring script into a target page of a to-be-detected burying point to acquire burying point information in the targetpage; intercepting a log message reported by a to-be-detected buried point in the target page through the plug-in RST; and receiving the burying point information and the log message to obtain a burying point test result, and visually displaying the burying point test result in the form of a tool window. The device applies the method in the scheme.

The invention provides a human body shape measuring method and device based on deep learning key point detection. The method can detect and identify key points of a human body shape through a computervision technology based on deep learning, and can achieve quick and real-time calculation of main human body shape indicators (for example, height, shoulder width, sleeve length, pant length, chest circumference, waist circumference, hip circumference and the like) and visual display of measurement effect. The method has strong anti-noise ability, high robustness and accurate measurement result for various complex environments, and effectively meets the needs of tooling batch measurement and clothing shopping guide, the measuring device can achieve automatic measuring and calculating of key indicators of the human body shape through deep learning training, the measurement is accurate and the operation is simple.

The invention provides an electronic equipment digital twinning model and a construction method and application thereof, and relates to the field of digital twinning. A digital twinning element model in the digital twinning model of the electronic equipment comprises a data driving model and a data analysis model; the data driving model is used for describing geometric information, physical attributes and assembly constraint relations of the physical equipment; the data analysis model is used for expressing functional characteristics of physical equipment and comprises a structural system model, a control system model, an electrical system model and an artificial intelligence algorithm model oriented to a digital twin derivation model; and the digital twin derivation model is used for reflecting the management and control dimension of the internet of things in the application process of the physical equipment. A digital twinborn model of the physical equipment is constructed, real-time mapping of the physical equipment and digital twinborn equipment is performed by using the data communication module, visual display, analysis and management of physical equipment state information, fault diagnosis information, predictive maintenance information and health management information are realized, and the remote operation and maintenance level of electronic equipment is improved.

The invention discloses a BIM-based road soft foundation treatment construction progress visualization method, and relates to an engineering project informatization management application technology,in particular to a BIM-based road soft foundation treatment construction progress visualization method. According to the method, classification and rule cutting are carried out on the road soft foundation BIM model; association from the construction items to the corresponding BIM models is achieved based on the type-space model codes; and a mapping relationship between the construction completionamount of the day and the corresponding model block is established, automatic filling of progress information of the construction model block is completed, and accurate association of the soft foundation BIM model and the construction progress, visual display of the image progress and dynamic backtracking simulation of the historical construction process are achieved. According to the invention, the defects of the existing construction progress management mode are overcome, the integrated management and control of the BIM model and the business are realized, and a more intuitive, three-dimensional and refined progress management method is provided for a project construction manager.

The invention discloses a dynamic state management method and system for two-layer gridded airspace resources. The method comprises the following steps that: an airspace resource state and an airspaceresource state transfer condition are defined; and on the basis of an airspace needing management, an airspace resource two-layer grid unit including upper grids and bottom grids in a mapping relationship is generated, wherein each upper grid and each bottom grid in the airspace resource two-layer grid unit display airspace resource states of the corresponding airspace, and the displayed airspaceresource states change with airspace resource state transfer conditions triggered by triggering events. According to the invention, the airspace resource states and the airspace resource state transfer conditions are defined in details; the two-layer gridding of the airspace is realized; and mapping is established between the two grid layers, so that the visual displaying of the airspace resourcestate dual-layer grid is realized. On the basis of the event triggering idea, the displayed airspace resource states change with airspace resource state transfer conditions triggered by triggering events, so that the dynamic state management of the airspace resources is realized.

The invention discloses a terminal, system and method for displaying route information, and relates to the technical field of civil aviation. The method comprises the steps that m pieces of route information sent by a server are received, each piece of route information comprises at least one waypoint, and m is a positive integer; a map is called, according to the geographic positions of the n waypoints contained in the m pieces of route information, feature attributes containing the route information of the current waypoint are displayed at the corresponding positions of the map respectively,and n is a positive integer. According to the invention, the visual display of the route information is realized, the display is vivid and intuitive, the operation is convenient when the user selectsthe route or the transport capacity meeting the requirements of the user for matching, and the matching efficiency and the user viscosity can be improved.

The invention discloses an aviation flight data visualization processing system and analysis method based on data cleaning, and the system comprises a program control module for processing flight data, a user setting module, a data preprocessing module, a data analysis module, and a data display module. The program control module starts the user setting module and the data preprocessing module, and the flight data processed by the data preprocessing module is analyzed by the data analysis module and then displayed by the data display module. By means of the scheme, fusion analysis is conducted on the multi-dimensional data of the flight data, and therefore the purposes of visually and visually displaying historical data and evaluating and early warning possible events are achieved, and high practical value and promotional value are achieved.

The invention is suitable for the technical field of software testing, and provides a development testing method, a terminal device and medium of a mobile application, wherein the method comprises thefollowing steps of: acquiring one or more nodes selected by a user in a preset system node list containing a plurality of nodes; displaying a graphic control corresponding to each node selected by the user at the interface preview area; adjusting each graphic control in the interface preview area according to the received graphic control parameter setting instructions and graphic control moving instructions so as to obtain a page development effect picture; acquiring a development code matched with each node and the graphic control parameter of each node if the confirmation instruction of thepage development effect picture is detected; importing the development code into a test terminal to make the test terminal run the application program after the code is updated. According to the invention, the real-time and visual display of the development effect is realized, and the testing efficiency of the mobile application based on React Native development is improved.