31 results about "Graphical content" patented technology

A gaming device includes a display device, a processor circuit, a first gaming device display interface coupled to the processor circuit, a second gaming device display interface coupled in series between the first gaming device display interface and the display device, and a memory coupled to the processor circuit. First graphical content is provided to the second gaming device display interface via the first gaming device display interface, and the first graphical content is provided to the display device via the second gaming device display interface. In response to a determination that a first trigger condition indicative of a power consumption reduction state for the gaming device has been satisfied, second graphical content is provided to the display device via the second gaming device display interface, and discontinue provision of the first graphical content via the first gaming device display interface is discontinued.

This application discloses an automated rendering optimization method based on visual UI. The method provides optimization for rendering images containing text content. To obtain a rendered image that achieves the desired effect in terms of graphic content, text content, and the fusion between the two, the fusion degree between the two is quantified during sample construction. This helps to convey information while expressing the aesthetic appeal of the image and restoring the designer's intention. Furthermore, the sample labels also indicate the position of the text content in the sample graph, allowing the image processing model to understand the relationship between the boundary and fusion degree between graphic and text content, thus better locating the text content. After the image processing model converges, it possesses the ability to locate the text content and distinguish it from the graphic content. This application provides the means to identify whether the rendering effect of an image needs further optimization.

Techniques for sight detection to dynamically select visible portions of flexible displays are described and are implementable to improve user engagement with graphical content that is output from the flexible display. In implementations, a mobile device includes a flexible display, a sensor, and at least one processor. The processor is configured to cause the mobile device to detect a user line of sight to the flexible display based on the sensor. A visible display region of the flexible display is selected based on a fold position where the flexible display is bent, a sensor position, and the user line of sight. Then, the flexible display is controlled to present graphical content in the visible display region.

The present invention relates to a method and to a device for evaluating a function implemented by an on-board system of a vehicle. To this end, first data which are representative of a request to display a second piece of graphical content of an HMI are received (41). The second piece of graphical content of the HMI is displayed (42) on a touch screen upon receipt of the first data, the second piece of graphical content being representative of a data collection form for second data which are representative of a result of a test carried out on the function. The second data are transmitted (43) to a remote device. The second data are aggregated (44), by an LLM, with third data which are representative of results of testing of the function implemented in a set of other vehicles. The function is evaluated (45) by the LLM on the basis of the result of the aggregation and a function patch is generated and transmitted (46).

The present invention relates to a method and device for evaluating a function implemented by an embedded system in a vehicle. To this end, initial data representing a request to display a second graphical content of a Human-Machine Interface (HMI) are received (41). The second graphical content of the HMI is displayed (42) on a touchscreen following the reception of the initial data. This second graphical content represents a form for collecting second data points representing the result of a function test. The second data points are transmitted (43) to a remote device. The second data points are aggregated (44) by a Logical Load Module (LLM) with third data points representing test results of the function implemented in a set of other vehicles. The function is evaluated (45) by the LLM based on the aggregation result, and a function correction is generated and transmitted (46). Figure 4 (for the abstract)

The embodiment of the invention discloses a content generation method and electronic equipment, and the method comprises the steps: receiving a content generation request, and determining original material content; processing the original material content by using an AI model to generate a hybrid structured document; wherein the AI model is specifically used for determining a basic semantic structure of to-be-generated target content according to a first markup language, and performing page layout and graphic style semantic enhancement marking on the basic semantic structure according to a second markup language; determining a matched target template according to the original material content, wherein the target template is used for carrying out visual attribute definition; and generating target content according to the hybrid structured document and the target template. Through the embodiment of the invention, the contents with clear logic and illustrative and graphical contents can be automatically generated, and more possibilities are provided for the presentation of individuation and complex formats.

The present invention relates to a method and device for controlling a vehicle passenger compartment ventilation system (10) comprising a primary touchscreen (131) and a secondary touchscreen (132). The primary touchscreen is configured to display initial graphic content comprising a set of primary graphic objects associated with control commands for at least one ventilation system vent. The method then includes controlling the display of at least one secondary graphic object on the secondary touchscreen, associated with a primary graphic object from the set of primary graphic objects.Data representing a touch press on a second graphic object (from among at least one other graphic object) is received, and data representing the control command associated with the first graphic object associated with said second graphic object is determined and transmitted to a ventilation system controller. Figure 1 for the abbreviation.

The present invention relates to a method and device for generating augmented reality graphic content representing a vehicle crash test. To this end, initial data representing a three-dimensional video sequence of a vehicle crash test involving a crash dummy are received (31). A digital twin is selected (32) from a plurality of digital twins, each digital twin of the plurality of digital twins being representative of a three-dimensional model of a dummy representing a person with a specific morphology.The augmented reality graphic content is generated (34) from the first and second data received (33) and corresponds to a three-dimensional model of the mannequin associated with the selected digital twin by replacing the mannequin in the three-dimensional video sequence with the three-dimensional model of the mannequin associated with the selected digital twin. Figure for the abstract: Figure 3.

The present invention relates to a method and device for controlling a multiplane head-up vision (HV) system (2) of an electric vehicle. To this end, the multiplane HV system (2) is controlled to distribute a display of first graphic content representing an eco-score, second graphic content representing an acceleration instruction, and third graphic content representing a deceleration instruction onto the first, second, and third image planes (201, 202, 203) of the multiplane HV system (2) according to the eco-score and a current phase corresponding to an acceleration or deceleration phase of the electric vehicle. Figure 2

A head-mounted display includes a display unit and a facial interface. The display unit includes a display for displaying graphical content to a user. The facial interface is coupled to the display unit and configured to engage a face of the user to support the display thereon. The facial interface includes discrete engagement regions that are configured to engage respective facial regions of the user. The discrete engagement regions include force distributors that are configured to apply forces to the respective facial regions. A first force distributor of a first discrete engagement region is configured to apply a first force to a first facial region of the user, and a second force distributor of a second discrete engagement region is configured to apply a second force to a second facial region of the user that is different than the first force.

The invention relates to the technical field of medical imaging equipment, in particular to a positioning device for a foundation bolt hole of multi-mode imaging equipment, which comprises a mounting bracket and a projection assembly. The mounting bracket has a fixed end and a connecting end, and the connecting end is connected with the projection assembly. The projection assembly can project an image towards the ground to form a virtual foot margin template, and positioning and punching are conducted according to the virtual foot margin template. The projection assembly projects the pattern or graphic content on the foot margin template film of the film structural member to the ground by using an optical projection principle and adopting a high-brightness light source. Compared with an existing paper template, the positioning accuracy of the foundation bolt holes is ensured, time and labor are saved during installation, and the manufacturing cost and the transportation cost are saved.

The present invention relates to a method and device for controlling the electrical energy consumption of an electric vehicle comprising a touchscreen (13). To this end, initial data representing a request to display graphic content (20) depicting an energy-saving mode of the electric vehicle are received. The graphic content (20) is displayed on the touchscreen (20). This graphic content comprises a set of initial graphic objects (211 to 216), each configured to control the deactivation of at least one function of the electric vehicle. Secondary data representing a touch press on at least one of these graphic objects is received. Upon receipt of the second data, at least one request to deactivate at least one function is transmitted. Figure 2 (for the abstract)

1. Name of the designed product: display screen. 2. Use of the designed product: for displaying graphics and contents. 3. Design points of the designed product: in the shape of the product. 4. Picture or photo best indicating the design points: perspective view 1.

A digital display device comprises a controller and a two-dimensional digital pixel panel. The pixels of the two-dimensional digital pixel panel are divided into a first group of pixels and a second group of pixels. The controller is configured to operate the first group of pixels at a first refresh frequency (F1) and to operate the second group of pixels at a second refresh frequency (F2), different than F1. The controller may support two display channels, where the first display channel feeds a graphic content to the first group of pixels at the F1 and the second display channel feeds the graphic content to the second group of pixels at the F2. The first group of pixels and the second group of pixels interlace each other.

A gaming device includes a display device, a processor circuit, a first gaming device display interface coupled between the processor circuit and the display device, a second gaming device display interface coupled between the processor circuit and the display device in parallel with the first gaming device display interface, and a memory coupled to the processor circuit. First graphical content is provided to the display device via the first gaming device display interface. In response to a determination that a first trigger condition indicative of a power consumption reduction state for the gaming device has been satisfied, second graphical content is provided to the display device via the second gaming device display interface, and provision of the first graphical content to the display device via the first gaming device display interface is discontinued.

The present invention relates to a method and device for communicating data concerning a problem in a vehicle's embedded system. For this purpose, a large language model, called an LLM, is learned (41). Third data points representing a description of the problem are received (42) from a third data collection form displayed on a touchscreen. Fourth data points representing a solution to the problem are generated (43) by the LLM receiving the third data points as input. Graphic content representing the fourth data points is displayed (44) on the touchscreen. Figure 4 (for the abstract)

A head-mounted display includes a display unit and a facial interface. The display unit displays graphical content to the user. The facial interface is removably coupleable to the display unit and engages a facial engagement region of a face of the user whereby the display unit is supported on the face of the user. The facial interface includes a physiological sensor for sensing a physiological condition of the user in the facial engagement region.

In the formation of a solid object by progressively depositing extruded materials accordance with a data model for shape of the object, a mechanism is disclosed for combining shape-related data with one or more sets of graphics data to produce alternative perimeter toolpaths that, when followed by an extrusion deposition system, both build the modeled shape and render the pattern content of the graphics data on an outer surface of the object. The disclosed teachings provide ways for a user to select a shape model from a first source and a surface graphic effect from a different second source and readily create a solid object having the arbitrarily chosen graphic content applied. In accordance with some embodiments, the shape-determined toolpaths may be directly combined with graphics data without returning to a shape modeling environment or requiring recalculation by a slicing engine.

The present invention relates to a method and device for controlling a vehicle display system comprising a clock system, the display system comprising a touchscreen (13). For this purpose, initial data representing current time information is received. A graphic object (21) representing the current time information is displayed in a first area (211) of the touchscreen (13). Second data representing a touch on the graphic object (21) is received. The display of graphic content (31) comprising a set of additional graphic objects representing additional information and / or functions controlled via the clock system is controlled according to the second data such that the graphic content (31) is displayed in a second area (212) of the touchscreen (13) different from the first area (211). Figure 3

Set forth is a motorized computing device that selectively navigates to a user according content of a spoken utterance directed at the motorized computing device. The motorized computing device can modify operations of one or more motors of the motorized computing device according to whether the user provided a spoken utterance while the one or more motors are operating. The motorized computing device can render content according to interactions between the user and an automated assistant. For instance, when automated assistant is requested to provide graphical content for the user, the motorized computing device can navigate to the user in order to present the content the user. However, in some implementations, when the user requests audio content, the motorized computing device can bypass navigating to the user when the motorized computing device is within a distance from the user for audibly rendering the audio content.

Systems and methods for analyzing online content are provided. In one implementation, a method includes a step of evaluating an online article to derive credibility information, wherein the online article includes textual and / or graphical content that is accessible via one or more content-sharing platforms. The method also includes a step of adding the credibility information to metadata associated with the online article such that the credibility information is viewable by an end user when the online article is accessed.

A gaming device includes a display device, a processor circuit, a first gaming device display interface coupled to the processor circuit, a second gaming device display interface coupled in series between the first gaming device display interface and the display device, and a memory coupled to the processor circuit. First graphical content is provided to the second gaming device display interface via the first gaming device display interface, and the first graphical content is provided to the display device via the second gaming device display interface. In response to a determination that a first trigger condition indicative of a power consumption reduction state for the gaming device has been satisfied, second graphical content is provided to the display device via the second gaming device display interface, and discontinue provision of the first graphical content via the first gaming device display interface is discontinued.

Systems and methods for selectively providing selective information access based on network performance are disclosed. A system maintains application state information for a protected network session involving multiple client devices accessing the application. The system generates latency metrics for each client based on received network communications. Using the application state information, the system determines whether the latency metric of a first client device meets an interruption criterion. Upon satisfying the criterion, the system selectively provides the first client device with a first graphical content representing the application state. Client devices whose latency metrics do not meet the interruption criterion are selectively provided with a second graphical content representing the application state.

A computer task management system and method are described that detect an issue regarding a first computer device of monitored computer devices, and determine a remedial action to address the issue. The issue and the remedial action constitute a task item. The system and method assign the task item to a first user of multiple different users for managing the task item. The system and method determine an automation level for the task item based on one or more factors, including a proficiency of the first user at managing the task item. The automation level represents an extent of user involvement required to achieve the remedial action. The system and method generate a notification message for presentation on a display device. The notification message includes graphical content that identifies the issue and the remedial action. The graphical content is based on the automation level.

A digital display device comprises a controller and a two-dimensional digital pixel panel. The pixels of the two-dimensional digital pixel panel are divided into a first group of pixels and a second group of pixels. The controller is configured to operate the first group of pixels at a first refresh frequency (F1) and to operate the second group of pixels at a second refresh frequency (F2), different than F1. The controller may support two display channels, where the first display channel feeds a graphic content to the first group of pixels at the F1 and the second display channel feeds the graphic content to the second group of pixels at the F2. The first group of pixels and the second group of pixels interlace each other.

The present disclosure relates to display systems and, in particular, to head-mounted display systems.SOLUTION: A display and vision correction system includes a head-mounted display unit, an eyeglass frame, and a removable lens assembly. The head-mounted display unit is configured to be worn on a head of a user and includes a display for providing graphical content to the user. The eyeglass frame is configured to be worn on a head of a user. The removable lens assembly is removably coupleable to the head-mounted display unit and the eyeglass frame. The removable lens assembly includes a corrective lens element.SELECTED DRAWING: Figure 18B

The subject technology receives at least one signal from a computing device, the at least one signal comprising at least one of a current time, battery power, sensor information, or location information. The subject technology generates a digital sticker, the digital sticker including graphical content indicating information based at least in part based on the at least one signal and media content including an image of a target face, the image of the target face being modified based on at least one of sets of source pose parameters to mimic at least one of positions of a head of a source actor and at least one of facial expressions of the source actor. The subject technology provides augmented reality content for display on a computing device, the augmented reality content including the digital sticker as an overlay on at least a portion of the augmented reality content.

The present invention relates to a method and device for controlling an active emergency braking system, known as an AEB system, of a vehicle. To this end, a warning indicator (211) representing the AEB system is displayed in a specific area of ​​a human-machine interface displayed in a first zone (21) of a touchscreen (13). Data representing a touch press (311) on the displayed warning indicator (211) is received. Graphic content representing a set of information (31, 32) relating to a specific state of the AEB system is displayed in a second zone (22) of the touchscreen, different from the first zone (21), following the reception of the initial data. Figure 3 (for the abstract)

Implementations disclosed herein relate to aligning generative image(s) with user request(s). For example, processor(s) of a system can: receive natural language input including a request to generate graphical content; generate graphical content based on processing generative model input (that includes at least a graphical content seed) using a generative model; and determine whether to render the graphical content based on processing critic model input (that includes the graphical content) using a critic model. Additionally, or alternatively, the processor(s) can: receive natural language input including a request to modify graphical content; generate modified graphical content based on processing generative model input (that includes at least a graphical content seed) using a generative model; and determine whether to render the modified graphical content based on processing critic model input (that includes the modified graphical content) using a critic model.

This disclosure provides systems, devices, apparatuses, and methods, including computer programs encoded on a storage medium, for nerve coloring. A processor may obtain a set of values indicative of surface attributes of a set of materials associated with graphical content. The processor may provide the set of values as input to a machine learning model, wherein the machine learning model includes learned parameters based on a plurality of values indicative of a plurality of surface properties of the plurality of materials. The processor may obtain, based on the input and the learned parameters, a value associated with the illumination corresponding to a surface attribute of a set of materials associated with the graphical content as an output of the machine learning model. The processor may output an indication of the value.