32 results about "Display size" patented technology

When monitoring multiple individuals using GPS devices, the goal is to optimize the map display according to the status of each individual within the limited screen space of the guardian's device (monitoring device), thereby improving the efficiency and visibility of monitoring. [Solution] The server (20) receives location information from multiple GPS terminals (40a, 40b). In response to a map display request from the monitoring terminal (30), the server (20) dynamically determines the display size of the map corresponding to each GPS terminal to be displayed on the monitoring terminal (30) based on the location information of each GPS terminal and related situation information (risk level, schedule, facility information, distance between terminals, etc.). Information including the determined display size and location information is transmitted from the server (20) to the monitoring terminal (30), and the monitoring terminal (30) displays the multiple maps on the display unit at the determined size based on the received information.

This application provides a display device and a household appliance. The display device includes a first display section and a knob assembly. The first display section extends along a first direction. The knob assembly is arranged adjacent to the first display section in the first direction. The knob assembly includes a knob operating section and a second display section disposed radially inside the knob operating section. The dimension of the first display section in a second direction is not less than the dimension of the second display section in the second direction and not greater than the outer diameter of the knob operating section. The first and second directions are perpendicular. In this application embodiment, the display dimension of the second display section in the second direction is between the dimension of the second display section in the second direction and the outer diameter of the knob operating section. This allows the second display section to have a suitable size to match the knob operating section, and the overall size is more ergonomic, which helps to improve the overall layout rationality and visual effect of the display device.

The application relates to a terminal and a page generation method. The page generation method relates to the technical field of display devices. In the page generation method, when it is determined according to page information of a target page that a target content area in the target page contains a target function control, reference size information of a reference page is acquired; a reference direction of the target content area is selected from a width direction and a height direction according to a scrolling direction of the target content area; a scaling ratio of the target content area is determined according to actual pixel numbers of the target content area in the reference direction and reference pixel numbers of a reference content area in the reference direction in the reference size information; the reference size of the target function control in the reference content area in the reference size information is scaled according to the scaling ratio, so that the display size of the target function control in the target content area is obtained; and the target page is generated according to the page information and the display size of the target function control in the target content area, thereby improving the page display effect.

This application discloses a driving method for a vehicle-mounted triple-screen e-ink display. The method includes: responding to an upload command initiated by a mobile terminal and receiving image data generated by the mobile terminal; generating complete image data based on the image data; automatically segmenting a single image in the complete image data into three sub-image data that match the three physically separate e-ink screens according to the display size of the vehicle-mounted triple-screen display; allocating the three sub-image data to the driving control channels of the corresponding e-ink screens and obtaining a display preparation state; after obtaining the display preparation state, triggering the corresponding e-ink screen to perform a refresh action through a chip select control signal according to the refresh mode selected by the mobile terminal, and obtaining the mode processing result. Implementing this embodiment of the application uses a single Bluetooth main control IC to drive three physically separate e-ink screens, resulting in low hardware cost, simple wiring, support for flexible multi-mode refresh, reduced unnecessary power consumption, and suitability for low-power display requirements in vehicle scenarios.

According to the embodiments of the present disclosure, provided are an interface interaction method and apparatus, and a device, a storage medium and a program product. The method comprises: in response to a selection for a target item in a navigation bar, presenting a live-streaming label page, the live-streaming label page comprising a first region and a second region, wherein a group of access entries corresponding to a group of live-streaming rooms are presented in the first region, and live-streaming feeds are presented in the second region; and on the basis of a first sliding operation received on the live-streaming label page, stopping the presentation of at least part of the content in the first region, so as to increase the display size of the second region. In this way, the embodiments of the present disclosure can improve the efficiency of information acquisition.

The invention relates to the technical field of computers, and discloses a display method, a medium, electronic equipment and a program product. In the method, when the electronic equipment detects that a window linkage adjustment function is started and detects that a first segmentation line in segmentation lines of display areas corresponding to a first layout template moves, boundary information of a plurality of layout areas corresponding to a first boundary in the first layout template can be adjusted based on the position of the first segmentation line; and adjusting the display size of a display area corresponding to the adjusted layout area in the user interface displayed based on the first layout template. In this way, the process of adjusting the display size of the display area can be simplified, and then the user experience is improved.

To improve the appeal of switching between display formats. [Solution] A game device that runs a game featuring characters, comprising: execution means for running the game; display control means for displaying the characters on a display means; and operation input means for receiving operation inputs for the game, wherein the operation input means includes an operation member capable of detecting an accumulated amount related to the operation input, and an operation member that receives an operation input to switch the display form of a display element related to a character from a first display form to a second display form, and when the start of an operation input to the operation member is detected, the display control means changes the display size according to the accumulated amount and displays the display element in the first display form, provided that a first state is in which the accumulated amount related to the operation input does not exceed a threshold and the operation input is continuing, and provides a second state in which the accumulated amount related to the operation input exceeds a threshold, switches from the first display form to the second display form and displays the display element.

The application provides a display device, which further comprises a supporting assembly, the supporting assembly comprising a supporting body, a first supporting part and an air compression assembly. The air compression assembly injects gas into a first rodless cavity, the first supporting part moves towards a first direction to drive a display screen located in a first accommodating space to spread on a first supporting piece, the air compression assembly injects gas into a first rod cavity, the first supporting part moves away from the first direction, and a first rotating piece rotates to drive the display screen located on the first supporting piece to retract into the first accommodating space, so as to change the size of the display area. The display device does not have a gap, so that the display device can be applied to a small-size display screen. The display device of the application not only solves the defect that there is a gap between the spliced display screens in the prior art, but also realizes the display area of the small-size display screen, and can be used for different display size requirements.

Embodiments of the present disclosure provide a card content display method and device, electronic equipment, storage medium and program product. The method comprises: rendering a first card content area of a to-be-displayed card in a bitmap corresponding to a current screen according to a preset screen size; performing scaling processing on the first card content area based on a current screen size of the current screen to obtain a second card content area of the to-be-displayed card; and displaying the second card content area in the current screen. The above technical solution can avoid the situation that the to-be-displayed card has an excessively large or excessively small display size, and improve the display effect of the to-be-displayed card.

The application discloses a live broadcast client multi-component free layout system and method. The system comprises: a multi-source video synthesis module for receiving and independently rendering multiple video streams; a component free positioning module for allowing a client user to freely drag and position any component; a component size adjustment module for adjusting the display size of the component; a component level management module for adjusting the superposition order of the component; a component display and hiding control module for closing or minimizing the component; a layout persistence module for saving the layout configuration of the user; and a layout recovery module for synchronously recovering the personalized layout of the user across devices. The application solves the technical problems of fixed interface layout of the existing live broadcast platform client, and the user's inability to customize the position and size of the component according to personal preferences, and improves the personalized experience of the user watching the live broadcast.

This invention relates to the field of display screen inspection technology, specifically to an online defect marking automatic display screen inspection device. The device includes a fixing mechanism and a testing mechanism. The testing mechanism is located at the rear of the fixing mechanism, and a robotic arm is mounted at the front of the fixing mechanism. The fixing mechanism includes a support component, an adaptation component, a transmission component, an adjustment component, and a positioning component. This invention provides an online defect marking automatic display screen inspection device with a fixing structure adaptable to different display sizes. Therefore, it can adaptively fix displays of different sizes, thereby improving the flexibility of fixing displays of different sizes. It also has a structure that simulates different degrees of environment for local areas of the display, thus improving the flexibility of detecting defects of varying degrees caused by complex and changing environmental simulations. Furthermore, it has the advantage of marking defects at corresponding locations.

The embodiment of the application discloses a virtual desktop image processing method, which comprises the following steps: after receiving an operation instruction representing that the display size of a virtual desktop changes at a client, determining the current display size of the virtual desktop; based on the alignment step length of a hardware encoder of a server and the current display size, performing expansion processing on original image data of the virtual desktop to obtain processed image data; the alignment step length represents the number of bytes of data read by the hardware encoder each time; reading the processed image data by the hardware encoder, and encoding the original image data in the processed image data to obtain desktop encoding data; and sending the desktop encoding data to the client. The embodiment of the application also discloses a virtual desktop image processing device, a server and a storage medium.

The application relates to a display method, device and system, wherein the method comprises the following steps: acquiring environment information corresponding to a vehicle; the environment information comprises light intensity information and / or position information; adjusting a display mode of a display device of the vehicle according to the environment information; the display mode comprises at least one of display brightness, display position, display content, display color, display style or display size; according to the application, the display mode of the display device is adjusted according to the environment information, so that the display mode of the display device can adapt to the current environment, and the display effect and driving safety are improved.

An information processing system includes a processor configured to: receive an input operation performed by a user on an image representing a collection of plural electronic documents, the image being displayed on a display; and perform control to enlarge and display, on the display, an image of a predetermined page determined in advance for each of the electronic documents, among one or more pages constituting each of the electronic documents, so that a display size thereof will be larger than the image representing the collection.

The utility model relates to the technical field of terminal frames, and discloses a reconfigurable display equipment intelligent terminal conversion frame, which comprises a frame main body, a display and an OPS host, a plurality of signal lines are arranged on the surface of the OPS host, and the frame main body comprises an upper frame, a lower frame, a left frame and a right frame; all the frames of the frame main body are connected and fixed through fasteners, and the fasteners and the frame main body are fixed through bolts. The frame body is composed of the upper frame, the lower frame, the left frame and the right frame, a user can flexibly disassemble and assemble the frame according to the size of a displayer, meanwhile, the groove is formed in the front end of the frame and used for fixing an infrared touch frame or a glass plate attached with a touch film, and touch function integration is guaranteed; the problems that a traditional scheme is complex in structure and poor in compatibility are solved, the installation time is greatly shortened due to modular assembly, the reuse rate is increased, the cost is reduced, upgrading and maintenance are convenient due to the disassembling characteristic of the frame, and the multi-scene multi-functional platform is suitable for multiple scenes such as education and conferences.

Provided is a display device or the like capable of appropriately displaying an object in a display region. A display device includes a display section and a control section configured to temporarily arrange an object in a display region of the display section, determine a display size of the object so that the object is contained in the display region, and draw the object in the display region at the determined display size of the object.

The application discloses a kind of three-dimensional space coordinate data to two-dimensional image mapping method, it is related to image and space data visualization technical field, including reading the operation data file of containing three-dimensional coordinate point and corresponding original background image;According to the number of original background image and the display container size of pre-set, dynamically calculate the adaptive display size and layout grid of image in container;Based on the adaptive display size, three-dimensional coordinate point is mapped to corresponding two-dimensional image plane by perspective projection transformation algorithm, generates two-dimensional projection coordinate point;Using SVG drawing technology, two-dimensional projection coordinate point is superimposed and drawn on the background image with adaptive display size, forms trajectory visualization result.The application realizes the dynamic adaptation of multiple background image display layout, and ensures the real-time accurate matching of three-dimensional trajectory projection and variable image display size, improves the accuracy and adaptability of multi-map collaborative visualization analysis.

------24 / 01 / 2562------(OCR) ------------ Page 1 of 1 Summary of the invention. This invention will provide a method and device for controlling multiple display screens. The window in the interface can display a number of application windows as they occur. Simultaneously and completely on the same interface, changes in size can be controlled. The window of an application that is launched by pressing a finger can display the application window. The slope of the scale corresponds to different levels, and can also make changes in size a reality. This is achieved by squeezing between a number of application windows, a method for section control. The multi-window display in the interface according to this invention includes: configuration. The extent of the correlation between the display levels of a given window. The application and the applied pressure values ​​on the symbols of a number of applications, Determine the level of window display based on the pressure applied to the icon; window display. In the interface, the window with the highest priority is the window of... The currently running application, and the window with the highest priority, will intersect windows. Other options include compressing other windows based on the display size of the window with the highest priority. A characteristic feature is that a certain number of windows are displayed in the interface without overlapping. Overlapping with each other

The utility model relates to milk quality detection equipment technical field, specifically disclose milk quality initial diagnosis probe report generation and display device, including generation display, probe and protective sheath, the generation display size is compatible with the protective sheath size, the generation display and probe are all slidingly arranged on the protective sheath, the protective sheath bottom end is provided with the protection pole, the protection pole middle part is provided with the through -hole, the through -hole size is compatible with the probe size, the protection pole end part side is provided with the opening, the opening is linked together with the through -hole, the protective sheath side is provided with the movable mouth, the movable mouth is slidably provided with the movable block, this milk quality initial diagnosis probe report generation and display device can sample detection to milk, only need to contact milk briefly to complete sample collection, do not need manual probe to be continuously inserted in milk to carry out detection, also be convenient for to the observation of the initial diagnosis report of generation, improve the detection efficiency, save time and labour, and the practicality is strong.

This invention relates to a millimeter-wave-based air-touch display device and control method, comprising the following steps: when a millimeter-wave radar detects a first human hand within an effective touch area, a hand dwell timer is activated; if the dwell time of the first human hand exceeds a set time, the next step is performed; otherwise, no action is taken; air-touch function is activated; the image display SOC receives the distance value from the first human hand to the millimeter-wave radar as measured by the millimeter-wave radar, and determines the current touch ratio based on the display size and the distance value; the millimeter-wave radar activates the detection of a second human hand; the image display SOC adjusts the display based on the combined gestures of the first and second human hands detected by the millimeter-wave radar, combined with the touch ratio; by applying the method of this application, the touch ratio can be adjusted according to the actual location and air-touch can be achieved, thereby significantly improving the flexibility of device control.

The application provides a page data processing method and an electronic device. The method can include: determining a node feature of a node when receiving download completion information or version update completion information of an application; determining a candidate node from the node of a to-be-processed page based on a first type of node feature; determining a function node from the candidate node based on a second type of node feature; determining a function node file corresponding to the to-be-processed page based on the function node in the to-be-processed page; the function node file includes part or all data fields of the function node; adjusting the display size and the display position of the function node in a preset display area based on the function node file and a preset layout parameter to determine a page layout corresponding to the to-be-processed page; the first type of node feature includes a node width and a node height of the node; and the second type of node feature includes a structure feature and a node attribute of the node. The application can improve the efficiency and accuracy of function node identification.

To allow players to easily select the crane game machine they want to play with in online crane games. [Solution] The game management device includes: an image acquisition means for acquiring a cabinet image taken of each of a plurality of game devices, including a crane arm provided on the game device and a prize stage on which prizes are placed; a first list display means for outputting a plurality of cabinet images taken of each of the plurality of game devices to an electronic device and displaying a cabinet image list on the electronic device that displays the plurality of cabinet images on one screen; and a control means for operating the crane arm of the game device corresponding to the cabinet image selected in the cabinet image list by transmitting data input by operation on the electronic device to the game device. The second display means displays the cabinet image enlarged to a size greater than the size for displaying the prize image.

An information processing apparatus (20) includes a generation unit (210). The generation unit (210) generates display data of point cloud data including position information of a plurality of data points. In addition, the generation unit (210) determines a display size of the data point to be increased as a distance from a fiducial point to the data point becomes longer. The position information included in the point cloud data is, for example, information based on a measurement result of a distance measuring apparatus, and the fiducial point indicates a position of the distance measuring apparatus. Further, for example, the distance measuring apparatus is an apparatus that emits pulsed light and that receives the pulsed light reflected by a target object to measure a distance to the target object.

The application provides an interactive interface display method, an electronic device and a storage medium. When a user moves a first control out of a first response hot area, or the user long-presses the first control and the position of the first control does not change for a first time length, or the moving position of the first control meets a preset condition, the electronic device can display the first response hot area in a reduced size. In this way, the display size of the first response hot area can be prevented from being too large to block other areas in the first user interface, and the user's interactive experience is improved.

The application discloses a radiographic viewing lamp, relates to the field of radiographic viewing lamps, and comprises a viewing lamp body and an LED observation screen fixed in the middle of the top end inclined surface of the viewing lamp body, the outer side of the LED observation screen is slidably provided with an adjusting mechanism for adjusting the display size of the LED observation screen, the outer side of the adjusting mechanism is movably provided with a measuring mechanism for measuring the size of a scratch, and the bottom end of the viewing lamp body is fixedly provided with a steering mechanism for adjusting the overturning angle of the viewing lamp body; the application realizes the flexible and accurate adjustment of the display size of the LED observation screen according to different requirements in the detection process by sliding the light-shielding plate one and the light-shielding plate two in the same direction or in the opposite direction in the sliding rail one until the required position is reached and a stable state is kept; the slider slidably arranged at the bottom end of the measuring scale slides in the special-shaped sliding groove, the measuring scale is fine-adjusted in multiple directions, and the accuracy of the scratch measurement is further improved.

This application relates to the field of computer technology and discloses a multi-character rendering method, apparatus, electronic device, storage medium, and program product. The method involves determining the number of 3D characters; creating a first canvas based on the number of characters and the corresponding display size of the 3D characters; and rendering the 3D characters within the rendering area based on the correspondence between the rendering area and the 3D characters, generating a rendering target texture, and transferring it to the graphical user interface. This application solves the performance and resource pressure caused by the need for each canvas to execute a complete rendering process when displaying multiple 3D character images in a graphical user interface in related technologies, by rendering all 3D characters onto the same canvas. Furthermore, by limiting the rendering area corresponding to each 3D character, it solves the problem of image chaos and uncontrollability caused by directly rendering multiple 3D characters on the same canvas in related technologies.

A methods (900), systems and computer-readable media storing for visualizing data organized in a directed graph data structure, comprising: organizing (S902) the graph into a tree structure by determining a primary parent node for each node; assigning (S904) subregions of a 2D plane to each node, ensuring child nodes fit within their parent node's subregion; receiving (S906) importance levels for the nodes; mapping (S908) the 2D plane to a display size, determining preliminary display positions and sizes based on importance levels; determining (S910) final display positions and sizes to avoid overlap; and rendering (S912) the nodes on the display according to their final positions and sizes.