419 results about "Dynamic display" patented technology

The invention discloses an LED screen energy-saving driving and dynamic display adaptation system fusing environment perception, and relates to the technical field of LED screen display adaptation. The system comprises an environment sensing module, a core control module, an energy-saving driving module, a display adaptation module and a power supply management module. Environmental parameters are collected and transmitted to the core control module, the core control module generates an energy-saving driving and display adaptation instruction, the display scene and energy-saving adaptation are evaluated according to the instruction, whether regulation and control are conducted or not is intelligently decided to achieve energy efficiency and image quality balance, and repair response is ensured by evaluating fault processing timeliness and deciding whether regulation and control are conducted or not. And the power supply management module supplies power to each module and the LED screen and adjusts output according to an instruction, so that the LED screen energy-saving driving and dynamic display adaptive responsiveness is improved, and the problem of low LED screen energy-saving driving and dynamic display adaptive responsiveness caused by adaptive imbalance of dynamic display and energy-saving driving and lagging of a fault detection mechanism in the prior art is solved.

The invention discloses a simulation platform for autonomous tracking of a subsea pipeline by a UUV. The simulation platform comprises a mother ship command and control node system used for issuing a task instruction to a UUV motion control and situation display system; the UUV motion control and situation display system is used for sending a course adjustment instruction to the UUV underwater unmanned vehicle and carrying out real-time graphical dynamic display on the navigation information of the UUV underwater unmanned vehicle; the UUV side-scan sonar model system is used for receiving the motion attitude information of the UUV underwater unmanned vehicle and carrying out detection result data production calculation on a target area in combination with the motion attitude information; the UUV subsea pipeline detection and identification system is used for carrying out pipeline identification according to side scanning detection result data and sending pipeline information to the UUV pipeline tracking strategy system; the UUV pipeline tracking strategy system is used for calculating the track information of the UUV underwater unmanned vehicle according to the pipeline information and the navigation information of the UUV underwater unmanned vehicle, and sending the track information to the mother ship command control node system.

An embodiment of the disclosure provides a system for recommending at least one product to a user device. The system is configured to: (a) receive N product descriptions, each product description in the N product descriptions including an image; (b) extract, for each image in the N product descriptions, a plurality of features including machine-understandable visual parameters; (c) arrange a subset of the N product descriptions relative to a surface in a grid-like manner according to the machine-understandable visual parameters; (d) providing, to the user device, the grid-like arrangement of the subset of the N product descriptions; (e) receive, from the user device, signals indicating an interaction relative to the surface; (f) in response to the signals, rearrange the subset of the N product descriptions relative to the surface; and (g) send, to the user device, the rearranged subset of the N product descriptions.

The utility model provides a clock with a dynamic suspension display form. The clock comprises a suspension base, a suspension control device, a rotating device and a suspender, the suspension control device is arranged in the suspension base so as to form a suspension area used for jacking the suspender on the suspension base; the rotating device is in transmission connection with the suspension control device and used for driving the suspension control device to move so as to change the position of the suspension area on the suspension base and drive the suspender to rotate around the suspension base. The utility model provides the clock with the dynamic suspension display form, the clock has abundant dynamic display forms, a good visual effect is achieved, and the requirement of people for high quality is met.

The invention discloses a virtual reality (VR)-based landscape design dynamic display method and system, and the method comprises the steps: collecting real-time environment data and plant growth cycle information through a multi-source sensor, carrying out the processing through a particle filtering algorithm, and obtaining a preliminary time-space alignment dynamic data set; according to the dynamic data set subjected to the preliminary time-space alignment, a neural network model is adopted to train the mutual influence relation among the key feature parameters, and a coupling coefficient matrix is determined; obtaining a logic rule of environment interaction from the coupling coefficient matrix to obtain an interaction graph containing time-space consistency; on the basis of a node connection structure in the interaction map, updating a dynamic state value of each node through iterative simulation equipment to obtain an optimized scene evolution sequence; if a part with inconsistent data exists in the optimized scene evolution sequence, determining a collaborative driving model; and generating a rendering data stream of virtual display according to the collaborative driving model, and generating a continuous landscape dynamic result.

The invention discloses a music teaching touch device for blind people, which comprises a supporting seat and a teaching touch seat, and a plurality of dynamic dot matrix seats are arranged on the teaching touch seat in an array. Three rows and two columns of flexible pads are arranged at the top of each dynamic dot matrix base to form a Braille display matrix, and an electromagnetic plunger assembly is arranged below each dynamic dot matrix base to independently drive each dot position to protrude and reset, so that dynamic display of music Braille and graphs is achieved. The bottom of the dynamic dot matrix seat is connected through a silica gel bowl, and a conducting strip is arranged in the bowl and can be in contact with a corresponding conducting material on a circuit board in the teaching touch seat. When a user presses the dynamic dot matrix seat displaying specific notes, pitch sounding of the notes is triggered. According to the invention, the dynamic tactile display function and the pressing input function are integrated, so that refreshing and interactive learning of the braille music score are realized, and a multi-mode feedback closed loop is realized through tactile sense, auditory sense and operation.

The invention discloses a control method of a micro light-emitting unit array display, electronic equipment of the micro light-emitting unit array display and a computer program product. In the display process of the current frame, the micro light-emitting unit array display adopts a preset scanning time sequence to sequentially scan the backlight of each pre-divided partition; and when the target partition backlight is scanned, backlight control is performed based on the response stage of the liquid crystal corresponding to the partition: the target partition backlight is closed when the liquid crystal is in the turnover stage, and the target partition backlight is opened based on the target brightness when the liquid crystal is in the stable stage. By means of accurate matching of the backlight switch and the response state of the liquid crystal, smear and ghosting generated when the liquid crystal is displayed in the overturning process can be avoided, and therefore dynamic blurring is effectively reduced, and the definition of a moving picture is improved. Meanwhile, the method does not need a complicated frame insertion frequency multiplier circuit or whole-screen black frame insertion, so that the excellent dynamic display performance can be realized with lower cost on the premise of keeping higher brightness output.

The invention discloses a truck footprint map visualization method and system based on ETC passing data, and belongs to the technical field of visualization. The method comprises the following steps of: constructing a space coordinate passing record set by acquiring an original passing record, a toll station number table, a cost statistical table, a passing frequency table and a payment conservation record table of a truck ETC (Electronic Toll Collection), and calculating a continuity weight; generating a complete track data set; constructing a lightening node and a coverage area; constructing a lightening result set of the site layer and the region layer; performing layered color assignment on the state value of each lightening node in the lightening result set according to a continuous weight; constructing a time comparison panel; constructing a multi-dimensional information presentation result set; calculating a comprehensive achievement score, and mapping the comprehensive achievement score to the lighting result set; constructing an achievement progress set; the method achieves the precise restoration and dynamic display of the track of the truck, and has the advantages of being high in real-time performance, rich in visualization effect and comprehensive in evaluation dimension.

The invention provides a high-performance WebGL industrial-grade three-dimensional visualization engine, a mixed rendering framework is constructed through fusion of Babylon.js and Three.js, 60FPS scene graph management is supported, and physical rendering is realized by integrating a PBR material and HDR illumination. The core innovation comprises an intelligent function module (ray selection, dynamic explicit and implicit, layer control, space sectioning, real-time point measurement and collaborative annotation); a rapid retrieval method of semantic rule injection and Hash indexing; a real-time synchronous annotation associated with the instruction difference and the father node; and batch explicit-implicit control of multi-dimensional rule compilation. A decoupling architecture (an application layer, a core layer, a base layer and a communication layer) is adopted, and modular expansion is supported. The technical breakthrough solves the problems of model bearing, rendering efficiency and function customization in an industrial scene, realizes real-time interaction and accurate analysis of a complex model, promotes digital twinning intelligent application, and has the advantages of autonomous controllability and light weight.

A work machine has an under carriage coupled to traction elements and an upper house that is rotatably coupled to the under carriage. A plurality of image sensors mounted to the upper house capture overlapping images around portions of a periphery of the work machine. An image processing system combines the images from the image sensors to generate a combined image around the periphery of the work machine. A dynamic display generation system identifies a portion of the combined display to display to an operator based on a swing angle identifying an angle by which the upper house is rotated relative to the under carriage, and based on a direction of travel of the work machine.

A display control device for a vehicle, which displays, in a display region provided in the periphery of a driver's seat, an image indicating the surrounding situation of the vehicle, said image being assumed to be observed from a virtual viewpoint set in accordance with a plurality of driving modes set in advance, the display region being provided with a dynamic display unit, the dynamic display unit gradually changes the image by taking a predetermined time to change the virtual viewpoint when the driving mode of the host vehicle changes.

Embodiments of the invention provide an information display method and apparatus, an electronic device and a storage medium. The method comprises the steps of creating a session interface; in response to a first user operation for the session interface, an event card is displayed in the session interface, duration countdown from a current moment to a target moment and event information corresponding to the target moment are dynamically displayed in the event card, and the event information is used for indicating a target event; the target moment and the event information are determined based on the first user operation. The terminal device responds to the first user operation and determines the corresponding target moment and event information, then the terminal device obtains the current moment and dynamically refreshes duration countdown based on the current moment and the target moment, and then the terminal device generates a corresponding event card according to the duration countdown and the event information corresponding to the target moment. Therefore, the target event is prompted to the user, and the problem that the user experience is poor when the user uses an instant messaging application program is solved.

The application discloses a kind of based on the dynamic display method and system of intelligent electric meter of electricity price signal, it is related to electric efficiency management technical field, comprising the following steps: S1, receiving and analyzing electricity price signal;S2, dynamically generating visual feature strategy;S3, generating scene energy-saving suggestion text;S4, control display screen carries out composite information rendering and display;S5, monitor condition changes and update display;The present application can quickly, clearly understand the electricity price state and know specific operation suggestion by dynamic, strong visual impact and direct text guidance, so as to effectively promote its adjustment power consumption behavior, improve demand side response speed and effect.

Systems and methods are described for creating dynamic displays of live events in real-time. A real-time display of a live performance will typically have a static presentation because there is no time for video editing to take place before the event is displayed to an end user. This static display may be considered less entertaining to viewers and cause them to view an event as uninteresting. The present disclosure enables a system to analyze the live event in real-time detect objects and people within the frame, associate sounds from the recording with the detected people and objects and generate video commands on the fly to implement on the video as it is displayed to an end user. This will enhance the presentation and make it more dynamic. There is a manual override for the generated commands if a user prefers to watch the more static display.

The invention discloses a dynamic wearing restoration method and system for ancient clothes. The method comprises the following steps: collecting ancient garment data to obtain a cut-part picture; establishing a human body model according to the human body data of the garment wearer; based on the obtained cut-part picture, establishing a clothing model; the method comprises the following steps: acquiring motion capture data through motion capture equipment, importing the motion capture data into Marveless Designer software, and carrying out cloth dynamic calculation in combination with a human body model and a clothing model to complete dynamic simulation; using Adobe Photoshop software to make a texture map of the clothing, and completing visual optimization of the clothing; dynamic display is achieved through Maxon Cinema 4D software, and high-precision rendering is conducted through a Redshift renderer; the restoration of the dynamic wearing process of the ancient clothes is completed. The three-dimensional dynamic restoration of the ancient clothes is realized, and the dynamic wearing effect of the ancient clothes is truly restored.

We provide a dynamic display device designed to be integrated into a timekeeping device. [Solution] The present invention relates to a display device (1) designed to be incorporated into a timepiece such as a wristwatch, wherein the display device (1) comprises a first lenticular grid (11) and a first support element having a pattern arranged to be visible through the first lenticular grid, the device further comprises a second support element having a second lenticular grid (12), the second support element extending above the first support element and arranged to be visible through both the first lenticular grid and the second lenticular grid (12), and either the first or second support element is a support element that rotates around an axis perpendicular to the plane P on which the pattern extends.

The application relates to a charging state visualization method and a computer device. In response to a charging connection event, a first dynamic figure is presented on a display screen, the first dynamic figure comprising a visual element for dynamically displaying a current battery power; in response to identifying a change in a charging state or protocol, a second dynamic figure is presented on the display screen, the second dynamic figure comprising at least one visual element of a target dynamic figure, the target dynamic figure comprising the first dynamic figure and / or a third dynamic figure; wherein the first dynamic figure, the second dynamic figure and the third dynamic figure are all used to represent charging-related state information. The method can improve the information acquisition efficiency of the charging state of the electronic device.

The present application relates to a kind of WebGL-based pipe network digital twin model light weight rendering method, method includes: resource preconfiguration: the grid data of different three-dimensional model is generated corresponding instance template;Through instance template generation instance is stored in instance pool;In scene graph, create include call data and dynamic data lightweight placeholder, call data is used to extract instance, and dynamic data is used to adjust the dynamic display of instance;Lightweight rendering: set the visibility screening strategy of placeholder, whether current placeholder is visible is judged in turn through the screening condition of level, distance and perspective, view cone intersection;Set instance management strategy, for the placeholder screened as visible, corresponding instance is called from instance pool and is bound, and the binding relationship is recorded, for the placeholder screened as invisible, unbind, and the instance after unbinding is marked as idle;The placeholder of bound instance is rendered and output.Effectively reduce the memory occupation when rendering.

1. Name of this design: Prototype dynamic display area for generating graphical user interface for intelligent agents of electronic devices. 2. Purpose of this design: An electronic device. 3. The key design features of this product are its graphical user interface content. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. Design 1 is designated as the basic design. 6. Purpose of the graphical user interface: The overall purpose of this graphical user interface is to display the progress information of the autonomous generation of the intelligent agent, and the specific purpose is to display the loading dynamics of the prototype interface generated by the autonomous intelligent agent. 7. Human-computer interaction method of graphical user interface: The main views of Design 1 to Design 3 are all prototype display interfaces of autonomous intelligent agents, and the interface displays the model diagram of the prototype interface. When the autonomous intelligent agent generates the prototype interface, the interface will display dynamic changes as shown in Figure 2, which shows the change from the main view of Design 4 to the interface of Design 4. The prototype interface model in the prototype display area of ​​the interface will be fully displayed gradually. When the autonomous intelligent agent generates the prototype interface, the interface will display dynamic changes as shown in Figure 2, which shows the change from the main view of Design 5 to the interface of Design 5. The prototype interface model in the prototype display area of ​​the interface will gradually disappear. When the autonomous intelligent agent generates the prototype interface, the interface will display dynamic changes as shown in Figure 3, which shows the change from the main view of Design 6 to the interface of Design 6. The prototype interface model in the prototype display area of ​​the interface will be fully displayed gradually. When the autonomous intelligent agent generates the prototype interface, the interface will display dynamic changes as shown in Figure 3, which shows the change from the main view of Design 7 to the interface of Design 7. The prototype interface model in the prototype display area of ​​the interface will gradually disappear. When the autonomous intelligent agent generates the prototype interface, the interface will display dynamic changes as shown in Figure 6, which shows the change from the main view of Design 8 to the interface of Design 8. The prototype interface model in the prototype display area of ​​the interface will be fully displayed gradually. When the autonomous intelligent agent generates the prototype interface, the interface will display dynamic changes as shown in Figure 6, which shows the change from the main view of Design 9 to the interface of Design 9. The prototype interface model in the prototype display area of ​​the interface will gradually disappear. The "X" in the interface represents text, numbers, or symbols. 8. Other situations requiring explanation: This patent requests partial design protection: the part covered by the red semi-transparent color block in the interface does not constitute the part for which partial appearance protection is sought.

1. The name of the design product: dynamic graphical user interface of the charging and discharging operation of electronic equipment. 2. The use of the design product: an electronic device. 3. The design points of the design product: the interface content of the graphical user interface in the screen. 4. The picture or photo that best indicates the design points: design 1 interface change state figure 1. 5. The electronic equipment is a common design, and the rear view, left view, right view, top view, and bottom view of design 1-design 2 are omitted. 6. Design 1 is designated as the basic design. 7. The use of the graphical user interface: the graphical user interface is used for the management, control, and operation of charging and discharging. The design 1 front view is the display interface of the charging state. When the device is connected to the charging device in the design 1 front view state, it enters the dynamic display interface of design 1 interface change state figure 1-design 1 interface change state figure 4. At this time, the middle ball gradually becomes larger, and the ellipses on both sides converge to the center. The ellipses gradually become larger and then disappear during the movement from both sides to the center. The change of the dynamic display can be controlled by long press touch. The design 2 front view is the display interface of the discharging state. When the device is connected to the charging device in the design 2 front view state, it enters the dynamic display interface of design 2 interface change state figure 1-design 2 interface change state figure 4. At this time, the middle ball gradually becomes smaller, and the ellipses on both sides spread to the center. The ellipses gradually become smaller and then disappear during the movement from the center to both sides. The change of the dynamic display can be controlled by long press touch.

The application relates to a screen fluency determination method and device and a vehicle, and relates to the technical field of vehicle screen detection. The method comprises the following steps: acquiring a dynamic video corresponding to a dynamic display picture of a target screen; determining a light flow change feature of the dynamic video; wherein the light flow change feature is used for representing the running position change of interframe pixel points; based on the light flow change feature, a fluctuation curve of the video frame light flow change amplitude of the dynamic video is determined; wherein the video frame light flow change amplitude is used for representing the total pixel point motion displacement of a video frame relative to a previous frame of the video frame; and based on the fluctuation curve, the fluency of the target screen is determined, so that the fluency of the vehicle screen can be accurately and efficiently evaluated.

The invention provides a dynamic HUD display method and system based on road condition recognition, and the method comprises the steps: recognizing a current road curvature and a road boundary position through a vehicle visual perception system, and constructing a road two-side boundary equation; according to the boundary equations of the two sides of the road, determining a road area formed by the boundary equations in front of the vehicle, and taking the road area as an HUD area; the boundary information of the HUD area is sent to a cabin area controller, and the cabin area controller adjusts the display layout of the HUD area according to the boundary information; the current road gradient is calculated based on the vehicle-mounted IMU and the vehicle information, and the angle of the HUD reflector is set according to the current road gradient and the display layout of the HUD area so as to change the display position of the projection of the HUD on the window glass. Through the scheme, a user can conveniently watch HUD display content, and the driving safety of the user is guaranteed.

The present application relates to a kind of dynamic display methods of combination automobile instrument display pattern, comprising the following steps: the mirror image surface of the display surface of first dot matrix color display screen formed by the first side of light processing board substantially overlaps with the display surface of second dot matrix color display screen;Control unit is connected with first, second dot matrix color display screen signal respectively;Using control unit, one of two dot matrix color display screens is controlled to display first display pattern according to coordinate correspondence relationship, and another one displays corresponding second display pattern;When the position of display pattern on one of dot matrix color display screen is changed using control unit, control unit determines the new position of corresponding display pattern of this display pattern on another dot matrix color display screen according to coordinate correspondence relationship, and displays the corresponding display pattern at the new position.The present application can make two display patterns always combination display, ensure that driver can clearly obtain instrument information.

1. The name of the design product: electronic security code terminal (4G vehicle-mounted multimedia Beidou positioning terminal). 2. The use of the design product: for single Beidou real-time satellite positioning, dynamic display of multimedia information such as pictures, two-dimensional codes, and texts, real-time voice broadcast, 4G mobile Internet communication, and vehicle-mounted Internet of Things terminal equipment. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

The invention provides a media information processing method and device, electronic equipment and a storage medium. The method comprises the following steps: presenting a media information interface, and presenting media information in the media information interface; presenting a moving picture function item corresponding to the media information; in response to a trigger operation for the dynamic picture function item, presenting a dynamic display file including key information of the media information, the dynamic display file being used for dynamically displaying the key information of the media information; in response to a sharing instruction for a target object triggered based on the dynamic display file, sharing the dynamic display file to a client of the target object; according to the media information sharing method and device, the user can be helped to quickly obtain the related content of the media information, meanwhile, the sharing form of the media information is more interesting, the attraction of the media information is improved, and spreading of the media information is facilitated.

The invention provides a secure transmission and display method and system for energy storage system data, and the method comprises the following steps: collecting operation data from an energy storage equipment terminal in real time through a data collection step; executing a secure transmission step, and transmitting the operation data to a cloud platform through a dynamic encryption mechanism so as to guarantee the data security in the transmission process; executing a data processing step on the cloud platform, performing decryption and permission analysis on the received data, and generating a structured data permission label based on a user role; and carrying out a dynamic display step: screening out data contents which can be accessed by the user according to the data authority label, and dynamically rendering and displaying the data contents in a terminal interface in a differential chart form. According to the method, multi-role permission isolation, dynamic secure transmission and multi-terminal visual display can be realized, and the security, the management precision and the availability of the energy storage data are effectively improved.

1.The name of the design product: smart voice assistant operation graphical user interface of electronic device and its main body. 2.The use of the design product: an electronic device. 3.The design points of the design product: the graphical user interface. 4.The picture or photo that best indicates the design points: design 1 front view. 5.The electronic device is a conventional design, and the rear view, left view, right view, top view, and bottom view of designs 1-8 are omitted. 6.Design 1 is designated as the basic design. 7.The use of the graphical user interface: the graphical user interface is used for the management, control, and operation of the smart voice assistant. The protected part is the main body for the operation of the smart voice assistant. Among them, the design 1 front view is the display interface of the smart voice assistant, the voice awakens the smart voice assistant, the bottom center displays the input or prompt text content of the user voice instruction, when the voice instruction recognition in the design 1 front view is successful, it enters the design 1 interface change state diagram 1; when the design 1 interface change state diagram 1 is in continuous dialogue mode, if no further instructions are received within a certain period of time, the smart voice assistant is collected and resides above the bottom function bar, and enters the design 1 interface change state diagram 2; the design 2 front view is the display interface of the smart voice assistant, the voice awakens the smart voice, the bottom center displays the input or prompt text content of the user voice instruction, when the design 2 front view voice instruction recognition is successful, it enters the design 2 interface change state diagram 1; when the design 2 interface change state diagram 1 is in continuous dialogue mode, if no further instructions are received within certain period of time, the smart voice assistant is collected and resides above the bottom function bar, enters the dynamic display interface of design 2 interface change state diagram 2-design 2 interface change state diagram 7, at this time the voice assistant in the residence state expands and shrinks outward in a breathing rhythm, and gradually bubbles appear on the right side and disappear; the design 3 front view is the display interface of the smart voice assistant, the voice awakens the smart voice and the bottom center displays the input or prompt text content of the user voice instruction, when the design3 front view voice instruction recognition is successful, it enters the design 3 interface change state diagram; the design 4 front view is the display interface of the smart voice assistant, the voice awakens the smart voice the bottom center displays the input or prompt text content of the user voice instruction, when the design4 front view voice instruction recognition is successful, it enters the design 4 interface change state diagram, at this time the smart voice assistant is in the residence state display; the interactive operation of designs 5-8 corresponds to the same interactive operation as design 3. 8.Other circumstances that need to be explained: the dark red part in the design is not protected, and the part not coated with dark red is the protected design.

The invention discloses a split-screen synchronous display method for electrophoresis electronic paper and electrowetting electronic paper. The method comprises the following steps: S1, receiving a video stream output by an external video source; s2, converting the video stream into a parallel RGB (Red, Green, Blue) data stream; s3, performing inter-frame difference calculation on the parallel RGB data stream to generate a frame difference data stream; s4, asynchronously caching the frame difference data stream to adapt to the difference between the output frame rate of the external video source and the refresh rate of the electronic paper display equipment; s5, based on the asynchronously cached frame difference data flow, respectively generating driving signals suitable for the electrophoresis electronic paper and the electrowetting electronic paper; and S6, respectively outputting the driving signals to the electrophoresis electronic paper display equipment and the electrowetting electronic paper display equipment so as to realize synchronous split-screen display. According to the invention, multiple problems in real-time dynamic display of the existing electronic paper are solved.

This invention relates to a virtual reality landscaping simulation method and system integrating dynamic navigation. The method first constructs a digital twin model of a campus ecosystem, including various ecological entities and their quantified state parameters; establishes an ecological interaction model, defining and quantifying the type and intensity of interaction relationships between any two entities through mathematical functions; and generates a visualized ecological relationship network diagram based on this model. Users intervene in the model within the VR environment by editing commands on the network diagram, and the system translates these commands into modifications to the interaction model. Subsequently, the modified model is driven to perform dynamic ecological simulation calculations, obtaining the process of ecosystem state changes triggered by the editing operations. Finally, a dynamic visualization of this change process is generated and displayed in the VR environment. This invention achieves quantitative simulation and intuitive dynamic display of the ecological effects of greening schemes, enhancing the ecological intelligence and decision support capabilities of VR design tools.