131 results about "Display processing" patented technology

A simulation setup support device (1) configured to perform setup assistance for simulating an operation in one of which a robot performs a predefined task, the simulation setup support device (1) comprising an input device (2) configured to receive task information relating to the predefined task, a memory (3) storing multiple keywords associated with multiple tasks containing the predefined task, and further storing sequences of setup steps required to simulate an operation in which the robot performs the task, and a processor (4) configured to compare character information extracted from the task information with the keywords and to process one or more of the sequences of setup steps associated with one or more of the keywords.which correspond to the character information, and a display device (5) which is configured to display one or more of the sequences of setting steps selected by the processor (4).

The present application provides a method, apparatus, and computer device for processing a virtual cloud model, belonging to the field of computer technology. The method includes: generating a cloud texture material according to the position information of an initial rendering model in the virtual scene and a preset moving speed; assigning the cloud texture material to the initial rendering model to obtain and display a virtual cloud model; determining an area to be adjusted and adjustment parameters of the virtual cloud model according to the position information of the virtual cloud model and the distance fields of the candidate virtual objects, where the adjustment parameters include: an offset intensity and an offset direction of the area to be adjusted; adjusting the area to be adjusted of the virtual cloud model according to the adjustment parameters to obtain and display the processed virtual cloud model. The present application can reduce the repetition degree and patchiness of the virtual cloud layer, improve the authenticity of the virtual cloud layer, and thus improve the display effect of the virtual cloud layer.

This application provides a method, apparatus, device, and storage medium for displaying virtual resources. The method includes: displaying a container interface corresponding to a target container in a graphical user interface; the target container is configured with corresponding storage space, the storage space stores target virtual resources, the target virtual resources occupy a first storage space in the target container, and the target virtual resources are configured with a target resource value; and controlling the display of a resource identifier corresponding to the target virtual resources on the container interface based on the target resource value and the first storage space. This application fundamentally eliminates misoperations caused by cognitive delay, thereby transforming backpack management into data-driven quantitative decision-making, increasing the depth and playability of the game's economic strategy, and reducing the frustration caused by misjudgments. It makes resource management smoother and more rewarding, improving the player's gaming experience, and ultimately enhancing the strategic depth of the game's economic system and long-term player retention.

A display processing unit causes a display device to display an endoscopic image of a living tissue in a somatic cavity captured by an endoscope. An operation reception unit receives a user operation that is performed so as to set an area of interest in the endoscopic image. An area-of-interest setting unit sets the area of interest in the endoscopic image based on the user operation. A three-dimensional information acquisition unit acquires three-dimensional shape information of the living tissue captured by the endoscope. A virtual surface derivation unit derives three-dimensional shape information of a virtual surface in the area of interest from three-dimensional shape information of an area different from the area of interest. A size information identification unit identifies information concerning a size of the virtual surface from the three-dimensional shape information of the virtual surface.

The application discloses a coal bunker spontaneous combustion prediction and visual monitoring system and method, relates to the field of coal bunker storage, and comprises a monitored coal bunker, an experimental coal bunker, a heating device for heating the inside of the experimental coal bunker, a sensing assembly for monitoring the inside and the outer wall state of the experimental coal bunker, a data acquisition module connected with the sensing assembly, a processing device connected with the data acquisition module, and a display device for displaying processing results. The application is used to solve the problems of obvious lag in the monitoring of the coal bunker in the prior art and low prediction accuracy of coal spontaneous combustion, realize the mapping corresponding relationship between the internal multi-field coupling physical field and the external bunker wall monitoring point in the coal bunker spontaneous combustion process, and provide a powerful guarantee for the safe operation of the coal bunker.

To provide a building management system that allows for the centralized management of various inspection results. [Solution] A building management system 10 for managing and inspecting buildings comprises a storage means 13 for recording various registration elements related to building management and inspection, such as building name, identification number, room, and drawings; a processing means 11 for performing various processing such as extracting, processing, and displaying necessary registration elements from the registered elements; and a display means 14 for displaying the results of the processing. The building management system 10 records the management and inspection items necessary for the management and inspection of a room in the building in relation to that room on the drawing, and displays the management and inspection items necessary for the management and inspection of that room when the user selects that room on the drawing.

This disclosure provides systems, devices, apparatus, and methods, including computer programs encoded on storage media, for histogram-based frame dropping for smooth motion. A display processor may be configured to generate a data structure indicative of a spread of color tones between a set of image frames associated with a first frame rate of a source application. The display processor may also be configured to output a rate-matched set of image frames at a second frame rate associated with a display panel by dropping a first subset of image frames associated with the set of image frames based on the spread of color tones. The display processor may be configured to output the rate-matched set of image frames at the second frame rate by duplicating a second subset of image frames of the set of image frames based on the spread of color tones.

An information processing apparatus includes a processor configured to perform display corresponding to progress of processing accepted by an image forming apparatus only in a case where a second user having a possibility of using the image forming apparatus other than a first user who is operating an operation panel is detected.

We provide information processing devices that allow the first user to experience the real-world space they inhabit within a digital twin space. [Solution] An information processing device 2 used by a second user communicating with a terminal 1 used by a first user, comprising: a location information acquisition unit 21 that acquires location information 11a transmitted by terminal 1, including the current time of terminal 1, the latitude and longitude of terminal 1 at the current time, and the altitude; a space generation unit 22 that generates a digital twin space of a point that reproduces the surrounding environment of the real space of the point at the current time's latitude, longitude, and altitude; and a display processing unit 23 that displays the digital twin space generated by the space generation unit 22 on a display unit.

An image processing apparatus manages a history of states of the image processing apparatus and a history of a usage status of the image processing apparatus, and performs display processing to display, on a display unit, a screen including an information display region that displays either first information indicating an abnormality among the states of the image processing apparatus or second information indicating a history of the usage status of the image processing apparatus, a first operation region that accepts an operation to switch between display of the first information and display of the second information, and a second operation region that accepts an operation to select the first information within the information display region. In the display processing, in a case in which the operation to the first operation region is accepted in a state in which both the first information is displayed and the operation to the second operation region has been accepted, third information indicating the first information in a time series and the second information are displayed on a single time series within the information display region.

This invention provides an information processing device, display control method, and program that make the polling settings for a push scan service easy to understand, allowing users to easily change the polling settings. [Solution] In an information processing device (information terminal) that can communicate with a reading device (image forming apparatus including a scanning function), the method is to periodically perform an acquisition process S404 to acquire first information from the reading device indicating whether an operation has been made to instruct the reading device to perform a scan, and based on the operation made to the reading device to instruct it to perform a scan, the information processing device acquires the scan result obtained by performing a scan from the reading device S407, set S408 whether to enable a specific function, and control to display at least one of a first guide regarding the periodic acquisition process by the processing means and a second guide regarding the setting of the specific function to be disabled S411.

This application discloses a display processing method, apparatus, storage medium, and electronic device, relating to the field of display technology. The method includes: in split-screen mode, determining the device processing load based on device-related data; determining the user attention level of the main screen based on user-related data; determining a picture quality adjustment strategy for the secondary screen based on the device processing load and the user attention level; and adjusting the picture quality of the secondary screen according to the picture quality adjustment strategy. This application can improve resource utilization in split-screen mode and reduce issues such as lag, overheating, and high power consumption caused by excessive resource consumption in split-screen mode.

This application discloses a display parameter adjustment method, an electronic device, and a computer-readable storage medium, comprising: acquiring display scene-related metadata through an application and framework layer and reporting it to a system service layer; the system service layer aggregating the metadata to generate standard scene tags; the display driver layer performing scene prediction based on the standard scene tags, and querying a preset mapping table according to the prediction results to determine the target drive voltage parameters and target refresh rate, thereby generating corresponding collaborative control instructions, and sending the collaborative control instructions to the power management chip and the display processing unit respectively, thereby realizing the collaborative adjustment of drive voltage and refresh rate, while reducing the relevant power consumption of the display module.

This application relates to the field of automotive display technology, and in particular to an automotive display control system and its control method. The automotive display control system includes a power converter, a power status monitoring circuit, a reset circuit, and a display processing circuit. The power converter converts the input voltage into a first output voltage. The power status monitoring circuit detects the first output voltage and generates a power good signal when it determines that the first output voltage is in a stable state. The reset circuit triggers a reset signal based on the power good signal. The display processing circuit starts up according to the reset signal and generates a display signal to display an image, wherein the first output voltage serves as the power supply voltage for the display processing circuit. The automotive display control system of this application does not require a microcontroller to control the startup of the display processing circuit and can simultaneously support multiple display interfaces.

This application relates to an embedded device display method, apparatus, device, and storage medium. By introducing an embedded rendering engine and a data transmission engine, rendering tasks and data transmission tasks are separated, enabling them to be processed in parallel. Simultaneously, frame timing information is used to rationally divide and manage graphical interface data, sequentially acquiring frame image data for rendering according to timing, and achieving fast and accurate transmission of rendered image information through specialized transmission instructions. This reduces excessive reliance on the CPU and improves overall display processing efficiency.

To facilitate recovery in cases where online payment processing during settlement fails. [Solution] The accounting machine comprises a display processing means and an execution means. The display processing means displays a button on the display unit for executing a process to obtain online payment settlement data when it is not possible to obtain online payment settlement data based on data stored in the online payment server during the settlement processing of the accounting machine. The execution means obtains the online payment settlement data based on the selection of the button.

A ground compactor comprises a head-up display (54) associated with at least one substrate observation window (36), wherein the head-up display (54) is designed to display processing condition information representing a processing condition of the region (26) of the substrate (24) to be compacted lying in front of the ground compactor (10) in the direction of movement (B) of the ground compactor,wherein the processing condition information comprises:a perspective projection of passes (58, 58′) already made and / or still to be made by the ground compactor (10) over the substrate (24) to be compacted, in the region (26) of the substrate (24) to be compacted, which region lies in front of the ground compactor (10) in the direction of movement (B) of the ground compactor,or / anda perspective projection of the region (26) of the substrate (24) to be compacted that lies in front of the ground compactor (10) in the direction of movement (B) of the ground compactor with a representation distinguishing regions (62, 62′) with a different condition of the substrate (24) to be compacted.

An information processing method according to one embodiment of the present invention is executed by an information processing device and includes: an input unit display step for causing a user interface to display an input unit for inputting an input sentence for instructing the content of processing to be performed by the information processing device; an output unit display step for causing the user interface to display an output unit for displaying a result of the processing performed on the basis of the input sentence; and an intermediate unit display step for causing the user interface to display an intermediate unit for displaying use information used in the processing.

Aspects presented herein relate to methods and devices for display processing including an apparatus, e.g., a DPU. The apparatus may configure at least one mask layer including a set of mask units associated with a set of physical sub-pixel values, the at least one mask layer being configured based on a target display configuration. The apparatus may also store the at least one mask layer to a device storage of a device. Further, the apparatus may retrieve the at least one mask layer from the device storage during a run-time period. The apparatus may also compare the target display configuration to a current display configuration of a display panel. The apparatus may also apply or refrain from applying the at least one mask layer to the display panel during the run-time period based on the comparison of the target display configuration to the current display configuration.

The embodiment of the invention discloses a data processing method, the method is applied to terminal equipment, and the method comprises the steps that first information is sent, and the first information is used for indicating a first operation instruction; second information is received, the second information is used for indicating the first interface, and the second information is obtained by processing the first operation instruction by the large language model; and the terminal device displays the first interface. Thus, the terminal equipment generates the processing result for the first operation instruction through the large language model, and displays the first interface corresponding to the processing result, so that the operation steps of a user on the AR glasses can be reduced, and the execution efficiency of the operation instruction is improved.

An image display method and a related device. In a scenario where a partial region (ROI), i.e., a first region (ROI), in a display panel is refreshed, a display processing unit (DPU) acquires third image data for updating the first region (ROI) and corresponding positional information of the first region (ROI) in the display panel, and indicates the first region (ROI) to a display driver integrated circuit (DDIC) and transmits the third image data; and on the basis of the third image data, the DDIC only refreshes the first region (ROI) without refreshing other regions in the display panel. Neither the DPU nor the DDIC is able to process image data for updating regions other than the first region (ROI), and the DDIC also does not refresh regions in the display panel other than the first region (ROI), thereby improving touch responsiveness and reducing display power consumption. Implementing partial screen refresh in video mode without relying on random access memory offers greater universality and practicality than methods in command mode.

This application discloses a respiratory and heart rate detection method and related equipment based on UWB radar, which is used to improve the accuracy of respiratory and heart rate detection. The method includes: acquiring a raw response signal; determining a target range gate for a target object within the range gate of the initial segment of the raw response signal using a first path signal detection algorithm; extracting the raw response signal from the target range gate to the Mth range gate as a valid response signal; sequentially performing short-window moving target display processing and long-window moving target display processing on the valid response signal; detecting moving human targets based on the short-window moving target display processing result; if a moving human target is detected, pausing the respiratory and heart rate detection process; detecting static human targets based on the long-window moving target display processing result; determining the range gate of the static human target; and determining the respiratory rate and heart rate of the static human target based on the range gate of the static human target.

This application discloses a frame rate enhancement method, electronic device, and storage medium, relating to the field of display processing technology. The method includes: when it is determined that the frame rate of a game screen needs to be increased, creating an interpolation rendering thread; generating an interpolated frame image in the interpolation rendering thread based on frame rendering data; and inserting the interpolated frame image before or after the original image generated by the main rendering thread based on the frame rendering data. Thus, when the frame rate of a game screen needs to be increased, the electronic device creates an interpolation rendering thread. This interpolation rendering thread can share some of the rendering tasks of the main rendering thread, allowing the main rendering thread more time to handle complex scenes and real-time interactions, reducing stuttering and latency caused by overload of the main rendering thread. This enables the game screen rendering to maintain a stable target frame rate, improves the rendering effect of the game screen, and enhances the user's gaming experience.

This invention provides a display system, display method, and display program that make it easier to recognize objects in a display panel that displays an image using multiple color particles of different colors. [Solution] The electronic paper 100 includes an acquisition processing unit 211 that acquires color information of the background and objects contained in the input image corresponding to the input image data, a determination processing unit 212 that determines the border color that outlines the object based on the color information of the background and objects acquired by the acquisition processing unit 211 and the color information of the color particles, and a display processing unit 213 that displays the input image on the display panel 10 based on the border color determined by the determination processing unit 212.

This application provides a method and apparatus for processing well logging data based on a mobile terminal. The method includes: responding to a well logging data processing request sent by a user via a webpage; wherein the well logging data processing request indicates a data operation. The method reads the well logging data indicated by the data operation in the well logging data processing request from a database in the mobile terminal, processes the well logging data, and generates processing result information. Then, the processing result information is fed back to the user via the webpage. This method enables well logging data processing and display of processing results using a mobile terminal even when a network connection is unavailable.

To provide a terminal device, control method, and control program that can improve the efficiency of ad delivery. [Solution] The terminal device according to the present invention comprises an extraction unit that extracts search queries from user conversation information in a chat service, a generation unit that generates advertising links that display advertisements based on the extracted search queries, and a display processing unit that displays the generated advertising links in the chat service.

Embodiments of the present disclosure disclose an eye movement tracking-based amblyopia training video display system. A specific implementation of the system includes an interaction processor, a central processor, a visual display processor and a user-side screen; and the interaction processor is configured to obtain a screen gaze point coordinate of a target user; the central processor is configured to determine a target gaze point area corresponding to the screen gaze point coordinate; the visual display processor is configured to perform differential update processing on first display content and second display content in the target gaze point area; insert visual stimulation information in the first display content corresponding to a first eye in the target gaze point area, and perform corresponding update processing on the second display content corresponding to a second eye. The implementation can improve the personalization and real-time response capability of amblyopia training, reduce the training period of amblyopia training, and reduce the occupation of display bandwidth and image processing resources.