312results about How to "Realize display" patented technology

The relation-type data base system of the present invention includes data center for storing data object; metadata base for storing metadata; client sides; report server connected to the client sides; and intermediate server connected to the data center, the metadata base and the report server. The inquiry and report process includes the client side to input inquiry and report request, the report server to send metadata inquiry request, for the intermediate server to obtain metadata from the metadata base, for the report server to send metadata to the client side, for the client to input inquiring and report condition based on the metadata, for the report server to create command, for the intermediate server to execute the command in the data center and to return result to the report server, for the report server to store the result and return it to the client side, and for the client to show the result.

The embodiment of the invention provides a screen projection method and device. In a displaying process of screen projection data, a first screen triggering event sent from a mobile terminal is received, and the type of the first screen triggering event is obtained; according to the type of the first screen triggering event, a response is given to the first screen triggering event; and the updated screen projection data obtained after the response is sent to the mobile terminal. A purpose that the mobile terminal displays and controls the data of a screen projection terminal is realized.

The invention relates to an adversarial network based rapid multi-visual-angle 3D synthesis-display method and device. A depth map and an RGB picture in certain visual angle are processed, a generative adversarial network (GAN) is constructed to obtain continuous multi-visual-angle 2D mapping of an object, and reconstruction of a 3D model is not needed. Only the depth map and RGB picture in certain visual angle are processed, continuous multi-visual-angle 2D mapping of the object can be obtained needless of reconstructing the high-quality 3D model, the visual angle transformed to obtain the 2Dimage in real time, the flow of 3D object display is simplified, and the 3D object can be displayed in real time in multiple visual angles in higher quality.

The invention discloses a three-dimensional display system and method based on cloud computing. The system comprises a three-dimensional data acquisition module, a three-dimensional cloud model library, a rendering compression optimization module, an interactive display module and a big data analysis background. 3-D data of an object to be displayed is intelligently processed base on a cloud computing service, the original three-dimensional model and the corresponding link of the object to be displayed are obtained, and the original three-dimensional model and the corresponding link of the object to be displayed are mutually displayed according to the obtained link or the three-dimensional model of the object to be displayed after the optimization of rendering and compression, so that theobject to be displayed can interact with a user, and the interaction experience is good; by linking or interacting with the optimized three-dimensional model of the object to be displayed, the cross-platform display can be realized, and the multi-screen interaction and air imaging are also supported, so that the functions are more abundant; The system can analyze and count the user's behavior whena user viewing the interactive display content, so as to obtain the interesting points of different viewers for the convenience of business use, and to be more comprehensive. The system and method can be widely applied to the technical field of display.

The invention provides an intelligent classroom system, relating to the technical field of school auxiliary equipment. The intelligent classroom system includes an intelligent blackboard, a classroom host, a mobile terminal for teachers, a mobile terminal for students, and a routing device. The intelligent blackboard is connected with the classroom host, the classroom host is connected with the routing device through circuit, the routing device is connected with the mobile terminal for teachers and the mobile terminal for students via downward communication interfaces, and the intelligent blackboard, the mobile terminal for teachers, and the mobile terminal for students are provided with touch control modules and display modules. The intelligent classroom system can rapidly realize the sharing and display of knowledge, enhances the teacher-student interaction in classroom teaching, and arouses students' interest. Moreover, the intelligent classroom system automatically acquires the data of teachers and students during the classroom teaching and supports the analysis of teacher-student customized education data and group education big data.

The invention relates to a project environment display method. The method comprises performing three-dimensional modeling and rendering on a project to build three-dimensional panoramic images; meanwhile, performing panoramic photographing on existing surroundings of the project to make live-action three-dimensional panoramic data; then integrating the three-dimensional panoramic images and the live-action three-dimensional panoramic data onto an electronic map, and performing web publishing on the basis of browser software. The project environment display method can display a project under planning or under construction on Internet without downloading three-dimensional plug-ins to achieving publicity and promotion. The project environment display method can be widely applied to projects such as real estate buildings, constructional decoration, industrial parks and exhibitions to perform commercial promotion, investment attracting, environment show and the like.

The invention provides an automatic multi-dimensional shooting system and a panoramic picture collection-generation system, relating to the technical field of picture collection. The automatic multi-dimensional shooting system comprises an image capturing device, a two-dimensional rotary fixing device and a product placing table, wherein the two-dimensional rotary fixing device is used for fixing the image capturing device, and can drive the image capturing device to move in a two-dimensional plane along a fixed locus; the product placing table comprises a rotatable turntable; a physical product is placed on the turntable; and the two-dimensional plane formed by the two-dimensional rotary fixing device is perpendicular to the turntable of the product placing table. The automatic multi-dimensional shooting system forms a three-dimensional shooting scene, and can shoot each angle image of the physical product placed on the turntable, so the shot image is more complete. On this basis, the panoramic picture collection-generation system is further provided. Through synthetic processing on lots of pictures, three-dimensional effect is presented, and the pictures can be stretched and rotated; the overall complete display of the physical product is realized, and the display effect is obviously improved compared with the traditional plane display.

The embodiment of the invention discloses a method, a device and equipment of building decoration design and mixed-reality equipment. The method comprises: establishing virtual decoration space with the same structure as to-be-decorated space according to space structure scanning data of the to-be-decorated space, and obtaining a three-dimensional virtual furniture model corresponding to furniturepre-placed in the to-be-decorated space, wherein the size ratio of the virtual furniture model to the corresponding physical furniture and the volume ratio of the virtual decoration space to the to-be-decorated space are the same; and placing the virtual furniture model at a target location of the virtual decoration space according to an instruction containing model placement location information, and thus realizing an effect of displaying the virtual furniture model in the to-be-decorated space to a user. According to the method, a virtual scene and the real space are fully fused, the user is enabled to very intuitively, clearly and truly perceive a space decoration effect, the space decoration effect can be displayed in real time to the user, user experience is good, and improvement ofefficiency of decoration design is facilitated.

The invention relates to a secondary equipment state online monitoring method. The method includes firstly acquiring data required to monitor of a process level and a bay level in a safe I area; sending the data required to monitor of the process level in the safe I area to a bay level IED to process, and then uploading the data required to monitor of the process level and the bay level to a monitoring master; transmitting self-detecting information of a data server and data network device of a station level to the monitoring master, and allowing the monitoring master to acquire own self-detecting information; and allowing a comprehensive application server to read at regular intervals and display the secondary equipment information of the safe I area in real time. By the aid of the method, information including self-detecting information, operating state information, alarming information and timing information of all secondary equipment of the station level, process level and bay level of an intelligent substation can be monitored, and comprehensive display and alarm of the secondary equipment can be realized; by the aid of the technical support provided by the method, producing efficiency can be improved, equipment shutdown times can be reduced, labor cost can be saved, and regular inspections and detections for secondary systems can be reduced or eliminated.

The invention relates to a high-slope construction dynamic simulation method based on BIM (Building Information Modeling). The method includes the steps that through a BIM platform, slope survey and design achievements are integrated, excavation, supporting process and progress information is dynamically collected in real time, and safety monitoring data are dynamically collected; comprehensive image showing and dynamic simulation are achieved through the parametric modeling technology; an excavation and supporting construction progress image and distribution of supporting achievements are dynamically shown, and the safety monitoring state is synchronously shown; on the basis, the slope supporting following and lagging condition is tracked; and on the basis of engineering portions, influences of lower-layer excavation and supporting construction on the safety monitoring state are analyzed. The method can dynamically and visually show the construction progress, a dynamic excavation, supporting and safety monitoring image at any stage can be reflected, dynamic process simulation based on the time axis is achieved, contrastive analysis is performed on a lower layer excavation image and an upper layer supporting image, contrastive analysis is performed on the changing law between the safety monitoring achievement and an excavation and supporting image, and slope safe and stable state judgment is made under the assisting of contrastive analysis performed on the changing law.

The application provides a method and device for confirming a network topology and a storage medium. The method for confirming the network topology comprises the following steps: confirming at least one network partition in a network area; obtaining the device information of each device in the network partition, wherein the device information comprises device identifiers, device roles and link information, and the link information is used to represent the connection among devices; and confirming the network topology of each network partition according to the device information of each device.The application can recognize interconnection devices among network partitions.

The invention discloses a method and system for split screen display of display information in an equipment room. The method includes the following steps that a main display device transfers original display information to multiple vice display devices which join together into a complete screen; the central processing unit extracts corresponding display sprites from the original display information for each vice display device based on the number of the vice display devices and the positions on the complete screen; the central processing unit resizes multiple display sprites to the corresponding display size of each vice display device based on display sizes of display sprites; and the multiple processed display sprites are played on the corresponding vice display devices. The original display information can be segmented into multiple display sprites through a segmentation module, and eventually displayed on multiple vice display devices which are joined together and form a complete picture. The image mosaic is achieved, display of a larger screen is achieved, and a variety of display effects can be achieved.

The invention discloses a test data processing method, apparatus and system. The method comprises the steps of receiving a test request sent by a user front end, wherein the test request at least comprises identifier information of at least one test device; controlling the at least one test device to perform testing according to the identifier information of the at least one test device; and obtaining test data of the at least one test device, and processing the test data to obtain a test result of the at least one test device. According to the test data processing method, apparatus and system, the technical problems of long test time and low working efficiency of a test data processing method in the prior art are solved.

The invention discloses a realization method of a transformer substation video monitoring system integrating dynamic environment monitoring data. According to the method, a station end system and a superior platform are adopted, wherein the station end system comprises a management client, a station end auxiliary platform, an environment processing unit, a video processing unit, a safety guard sub system, a lamp light intelligent control system, an access control sub system, a dynamic environment monitoring sub system, a fire fighting sub system and a plurality of cameras, the superior platform comprises a management server, a stream media server, an environment data server and a video monitoring client, the station end auxiliary platform is added in a transformer substation and is used for managing a station end environment sub system and a video monitoring sub system, the functions of displaying and controlling the station end information and realizing the linkage effect of the two sub systems can be realized, in addition, the station end auxiliary platform is used for carrying out information interaction with the superior main station platform, and the video monitoring sub system and the dynamic environment monitoring sub system are integrated through the station end auxiliary platform.

The invention discloses an intelligent transformer substation inspection real-time data display system based on Google glasses. The intelligent transformer substation inspection real-time data display system is characterized in that the intelligent transformer substation inspection real-time data display system comprises a Google glasses terminal, an intelligent mobile terminal, and a rear big data and calculation service platform. The Google glasses terminal is connected with the rear big data and calculation service platform through the intelligent mobile terminal. The Google glasses terminal is provided with a prism screen used for displaying real-time data in a figure or table type. The rear big data and calculation service platform is provided with a background database used for storing basic data of transformer substation equipment. The basic data includes equipment manufacturers, nameplates, last maintenance dates and equipment real-time operation data. The invention further discloses an intelligent transformer substation inspection real-time data display method based on Google glasses, and the graphical analysis and display of the transformer substation equipment are realized.

The embodiment of the invention provides a virtual gift display method, an electronic device and a computer readable storage medium, and relates to the field of Internet. The method comprises the following steps: when a virtual gift giving instruction triggered by a user in a live broadcast room is detected, determining a sound special effect corresponding to a to-be-given virtual gift, and then outputting the sound special effect corresponding to the to-be-given virtual gift so as to display the to-be-given virtual gift. According to the embodiment of the invention, the virtual gift is displayed when the user sends the virtual gift to the anchor, so that the user experience can be improved.

The invention provides an improved line loss analysis method for K-means clustering. The method comprises the following steps: integrating different types of relevant data of a plurality of systems, performing unified resolution, dumping the resolved data into a system database according to a certain format to form a feature data set, and sampling the data set; determining the number of line-loss parameters, and constructing a line-loss estimation model by taking the three indexes of average line-loss rate, line-loss rate SD and line-loss rate slope as feature parameters; determining the number of clustering seeds based on an improved clustering model in order to finish classification of an initial data set; and completing line-loss estimation of each type of clustered sub-data-sets according to the line-loss estimation model, and forming a unified line-loss analysis result according to an estimation result for relevant personnel to analyze.

The invention discloses a multifunctional personal intelligent bodybuilding system, which comprises a hardware part and a software part, wherein the hardware part comprises a multifunctional intelligent bodybuilding chair and/or a detachable intelligent dumbbell device which can be independently used; and the software part comprises an embedded system module, mobile phone software, desktop software and a cloud system module which are matched with the multifunctional personal intelligent bodybuilding system. The personal intelligent bodybuilding system not only can replace a normal seat and a lounge chair but also can achieve the effective use of fragmented time to conduct various bodybuilding projects without the occupation of an additional space, and moreover, the bodybuilding system can acquire, record, store, analyze, synchronize, share and display bodybuilding data, so as to better adapt to living and learning working environments and modes of modern people.

The invention discloses a GIS-based X wave band areal rainfall radar data extraction method which comprises a step of data storage, a step of converting polar coordinate data into raster data, a step of radar rainfall image display and a step of radar rainfall data extraction. Via the GIS-based X wave band areal rainfall radar data extraction method, radar data of polar coordinate projection is converted into grid space data, radar polar coordinate data can be converted into and displayed as areal rainfall data, rainfall values can extracted based on given points and faces, and a data source can be provided for a next step of accurate hydrological analysis; a foundation is laid for applying radar rainfall to routine hydrologic rainfall monitoring, urban flood disaster mitigation, middle and small river basin mountain torrent and mud-rock flow early warning and water resource management.