153 results about "Scrolling" patented technology

Some examples are directed to systems and methods for scrolling scrollable content in response to gaze-based inputs. Some examples are directed to systems and methods for scrolling scrollable content in response to gaze-based inputs and / or input provided by a respective input element. Some examples are directed to systems and methods for displaying virtual objects with an appearance that is based upon a duration of attention directed to the virtual objects. Some examples are directed to systems and methods for displaying animations of virtual objects. Some examples are directed to changing values of audio parameters based on attention of a user. Some examples are directed to changing gaze scrolling regions of content based on characteristics of the content.

The invention discloses a page skipping method and a related device. List contents in N groups are displayed in a terminal device in groups through a virtual scrolling technology, N index controls corresponding to the N groups in a one-to-one mode are displayed, and then in response to a trigger operation of a first index control, based on an offset mapping table, the first index control and the second index control are subjected to page skipping. The current position information of the target component associated with the first index control in the virtual rendering container is determined, and then the list content of the target component is rendered in the virtual rendering container based on the current position information, so that only the list item in the current visible area can be rendered through the virtual rolling technology; the page rendering performance and the response speed are improved, meanwhile, under the scene that the height in the grouping list is dynamically changed, the rolling operation is executed in the virtual rendering container through the current position information, the list content of the target component can be accurately positioned, the list content is displayed on a display interface of the terminal equipment, and the user experience is improved. And the jumping precision of the page content is effectively improved.

Methods for actively managing remnant voltage on backplane electrodes when driving an electrophoretic display, especially with short waveforms, such as used for scrolling, pinch-zoom, pulldown menus, and even video. The methods track the remnant voltage changes for each backplane electrode during a series of image updates and use same color transitions to either improve the optical quality state of the display pixel or to decrease the remnant voltage at the display pixel. Thus, it is not necessary to employ full reset pulses, which typically drive a backplane electrode to both extreme voltage states and appear very “flashy” to a user.

The invention discloses a table long text self-adaptive prompting system and method based on dynamic truncation and intelligent positioning. Collecting a cell rendering context by the system, and generating a truncation mark and mapping by adopting two-stage truncation judgment of first-stage estimation and local measurement; when a prompt is triggered, calculating a display direction and an anchor point offset according to a safe edge distance and collision detection, and determining a prompt container size upper limit by using a viewport and container constraint; performing windowing injection on the ultralimit content, providing internal rolling, and controlling repeated measurement and rearrangement in cooperation with column granularity measurement cache and fragment cache; anchor point locking is maintained through a pointer and a rolling threshold value, and a fixed direction prompt or an inline expansion rollback path is provided when the capacity is insufficient.

Personalized experiences for a user are based on the input patterns of the user. Scrolling behavior on a touchscreen may be used to deliver personalized experiences. The point-by-point coarse scrolling data is aggregated and condensed on the user device being scrolled and the condensed data sent to a server for analysis to save bandwidth.

Apparatuses and methods for providing a condensable user interface (UI) are disclosed. A scrollable UI having a plurality of sections is outputted by a display device. A first signal corresponding to a first command to scroll the UI at a first scrolling rate is received. In response to a determination that the first scrolling rate exceeds a first threshold, one or more sections of the plurality of sections of the UI are condensed.

Provided in the present disclosure are a page interaction processing method, apparatus and device, and a storage medium. The method comprises: first, playing a target video in a first page area on a target page, and displaying a portion of title information of the target video in a second page area on the target page; and then, in response to a first preset swipe operation performed in the second page area, controlling the title information of the target video to be scrolled and displayed within the second page area on the basis of a target scrolling direction, wherein the target scrolling direction is determined on the basis of the first preset swipe operation.

The application discloses a scrolling interaction method, system, device and storage medium of an application interface, and belongs to the technical field of mobile application development. The scrolling interaction method of the application interface comprises the following steps: creating an instance of an inertia deceleration controller, and inputting an initial scrolling speed into the inertia deceleration controller; calling a start animation method of the inertia deceleration controller, and inputting a frame callback function and a completion callback function into the inertia deceleration controller as parameters; judging whether an animation starting duration is less than a total animation duration; if yes, inputting the animation starting duration into a trajectory calculation module, determining a current position by using the trajectory calculation module, and uploading the current position to an application layer by calling the frame callback function; and if no, uploading a flag of completed animation and an end position to the application layer by calling the completion callback function. The application can make an interactive object in an application interface realize inertia scrolling when a system original scrolling component cannot be used.

1. The name of the design product: content playing selection module of artificial intelligence conversation graphical user interface of electronic device. 2. The use of the design product: an electronic device. 3. The design points of the design product: the protected part of the graphical user interface. 4. The picture or photo that best shows the design points: the front view. 5. The use of the graphical user interface: for artificial intelligence conversation; the use of the protected part is to display the content that the user wants to play in the form of cards for the user to select. 6. The human-computer interaction mode of the graphical user interface: in the artificial intelligence conversation mode, after the user inputs a specific keyword, multiple categories of content are presented in the form of multiple vertical cards on the interface for the user to select, the user can preview the cards in a scrolling form by sliding the vertical cards on the screen, and when the user specifies one of the vertical cards as a key card, for example, the card on the leftmost side of the interface is the key card, the key card is expanded horizontally to provide a more detailed preview and show a ripple effect around it. When the user selects one of the cards, the content related to the selected card is played on the interface. 7. Other circumstances that need to be explained: this design belongs to partial protection design, and the dotted line part does not belong to the content to be protected.

Embodiments of the present application disclose an interface scrolling speed determination method and device, an intelligent device and a storage medium. Embodiments of the present application can obtain an image sequence generated when an interface is scrolled, the image sequence comprising a plurality of images; obtain feature information of a target feature region in each image; determine feature difference information between the feature information of the target feature region corresponding to each adjacent image in the image sequence; and determine the scrolling speed of the interface according to the feature difference information. The technical problem that the performance of interface scrolling of an intelligent device cannot be accurately evaluated is solved, and the accuracy of the determination of the scrolling speed of the interface of the intelligent device is improved.

The utility model relates to the technical field of electronic equipment, and discloses a control assembly and wearable equipment, the control assembly comprises a first shell, a second shell and a first switch, and the second shell is arranged on the first shell and can slide relative to the first shell. The first switch is arranged on the first shell, and when the second shell slides from one position to another position, the first switch can be triggered, so that a control signal can be sent to the controlled equipment, and one-time control over the controlled equipment is completed. Therefore, when a user wears the wearable equipment, corresponding control functions such as page turning, menu scrolling, mode switching and volume control can be realized on the controlled equipment in a mode that the second shell slides relative to the first shell, so that the interaction feeling between the user and the wearable equipment is improved. In addition, the operation precision of the sliding mode is high, and the tactile feedback provided for the user is better.

1. Name of the product in this design: Circular portion of a graphical user interface for remotely operating a camera lens for electronic devices. 2. Application of this design: An electronic device for running and displaying programs, wherein the circular portion of the graphical user interface for remotely operating a camera lens is used to adjust light, object distance, and image distance. 3. The key design features of this product are the wheel rim area in the graphical user interface that is not covered by the red semi-transparent layer. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. The design for which protection is sought includes color. 6. For electronic devices, which are conventionally designed, the rear view, left view, right view, top view, bottom view, and perspective view of Design 1 and Design 2 are omitted. 7. Design 1 is designated as the basic design. 8. Uses of graphical user interface: For remote operation of lenses in devices such as digital SLR cameras and mirrorless cameras, allowing lens adjustments to be made without direct contact with the camera body. 9. Human-computer interaction method of graphical user interface: The aperture ring, focus ring 1 and focus ring 2 shown in the main view of Design 1 and the main view of Design 2 can be scrolled vertically; after dragging the aperture ring, focus ring 1 and focus ring 2 and making vertical scrolling, the main view of Design 2 changes to the interface change state diagram of Design 2, thereby remotely adjusting the light, object distance and image distance in the camera lens. 10. Other situations requiring explanation: The part not covered by the red semi-transparent layer is the part of the product for which protection is required; the fonts, numbers and graphics covered by the red semi-transparent layer are not for protection.

The utility model relates to the technical field of flue gas collection, and particularly discloses adjustable smelting flue gas diversion and collection equipment which comprises a mounting seat, a flow guide plate and a flow guide plate, the collecting and filtering bin is fixedly connected to the top end of the mounting seat; the dismounting mechanism is mounted on the outer side wall of the collecting and filtering bin, the dismounting mechanism comprises a mounting plate, an adjusting rod and an elastic folding rod, and the mounting plate is mounted in the collecting and filtering bin; through the arrangement of the mounting plate, the adjusting rod, the elastic folding rod and the filter screen, when the filter screen is replaced, telescopic adjustment between the adjusting rod and the rolling wheel can be achieved by pressing the adjusting rod inwards, and the filter screen can be smoothly separated from sleeving of the adjusting rod and the rolling wheel through the operation; by means of the design, the replacement process of the filter screen is greatly simplified, the replacement efficiency is improved, and the maintenance work is more convenient and efficient.

A display device (1) comprises: a display control unit (11) that causes a signage display (2) to display text while scrolling the text; an end determination unit (12) that determines whether the scrolling of the text by the display control unit (11) has ended; and a signal transmission unit (13) that transmits, to a terminal device (3), a signage signal indicating that the scrolling has ended, when the end determination unit (12) determines that the scrolling has ended.

Embodiments of the present invention relate to high-performance runtime parsing and editing in a client-server model. The system receives a first request from a client for a document parsed based on syntax. The system parses and returns an initial number of lines of the document, allowing the client to display the initial number of parsed lines in a visual window. After successfully parsing the remaining lines, the system stores the fully parsed version. In response to scrolling in the visual window, the system provides the relevant portion of the unparsed document associated with the first request. In response to detecting the termination of scrolling, the system receives a second request for the parsed lines corresponding to the first set of lines. The system returns the corresponding parsed line, allowing the client to display the corresponding parsed line in the visual window.

This invention discloses a method, system, and device for text segmentation highlighting based on speech character position mapping, applied in the field of data processing technology. It achieves text segmentation highlighting through scrolling character position mapping. First, the text content, scrolling sequence, speed, and font layout are preprocessed and uniformly converted into character coordinates and progress percentage format. Character indices and highlight intervals are extracted through position mapping and segmentation detection to form display baseline information. Based on the scrolling-driven calculation module, text features are modulated and non-viewport content is filtered. A highlighting following effect is generated after pixel restoration and synchronization calibration. The highlighting module is directly connected to a fixed-logic prompting engine, and synchronization calibration of scrolling and chapter modes is only performed at the front-end mapping layer, achieving parameter optimization. Seamless adaptation of the rendering framework is achieved through dimensional alignment. Using the prompting engine as a timing discriminator, a complete technical solution for low-computing-power, high-precision, and pluggable scrolling text synchronization and segmentation highlighting is ultimately formed.

To provide a game machine capable of executing a performance that clearly indicates an approach to a conclusion.SOLUTION: A game machine comprises display means having a display area, and performance execution means for executing specific performances that lead to advantageous conclusions advantageous to a player or disadvantageous conclusions that result if the advantageous conclusion is not reached, and in which performance images are displayed in the display area. During the execution of the specific performance, decorative images are displayed outside the image of the specific performance, and the decorative images include scrolling-displayed displacement elements. An acceleration performance can be executed in which the speed of the displacement elements increases when the specific performance proceeds and reaches a specific point before the conclusion.SELECTED DRAWING: Figure 34

The invention provides a waterfall flow layout method, system and device based on height measurement and a storage medium. The method comprises the following steps: receiving a project data array; performing first invisible rendering on all items on a page; obtaining an actual height value of each item rendered on the page; taking one item in the item data array according to a preset sequence every time and adding the item to the current shortest column until the item data array is empty; obtaining item position information of each item according to an added result; reorganizing the items into a row data structure according to the item position information; using a row data structure, only rendering a row container in a visual area through a virtual rolling technology, and setting an item to be in a visible state; when a user scrolls a page, the virtual scrolling manager calculates a visual area range in real time, and dynamically loads and unloads the row container. According to the method, the calculation requirement of the waterfall flow layout can be reduced, the cross-platform compatibility is enhanced, and the waterfall flow layout efficiency and stability are improved.

The embodiment of the invention provides a scrolling display method and device, a chip system and a storage medium, and relates to the technical field of terminals. In the application, when the finger of the user slides up and down in the picture library, the Recycler View also rolls in the same direction as the single-finger sliding direction. And when the electronic device rolls to the top or the bottom of the Recycler View, the electronic device moves the whole Recycler View in the direction opposite to the single-finger sliding direction, and the Recycler View is filled with the content again. Thus, the electronic device only needs to fill the moved Recycler View with content, and does not need to re-measure the size and calculate the position of each ItemView of the Recycler View, so that the data processing flow is optimized, the data processing time when the image rolls in the image library is shortened, and the problem of frame dropping when the image library rolls up and down is solved.

Some examples of the present disclosure relate to systems and methods for dynamic input behavior. In some examples, an electronic device may automatically adjust an input detected at a smart input device to achieve a user intent, even if the input has been assigned to another action. In some examples, scrolling input may be suppressed based on gaze direction. For example, an electronic device may reduce a scrolling rate of an interface element based on detecting that a user's gaze is searching for a particular item. In some examples, the scrolling input may perform different actions based on a rate of the scrolling input. In some examples, an electronic device may display these indications of an action that is executable when a gaze is detected at a contextually driven indication. These indications and their corresponding operations may be changed based on context.

The invention provides a rolling screen capture method, electronic equipment and a computer readable storage medium. The electronic equipment can obtain the positions of a plurality of view controls on a page during each time of screen capture, and according to the positions of the plurality of view controls during two adjacent times of screen capture, the scrolling distance of the plurality of view controls between the two adjacent times of screen capture is determined; and determining the scrolling distance of the long page between the two adjacent screenshots according to the scrolling distances of the plurality of view controls. Afterwards, the electronic device can determine a repeated area according to the scrolling distance of the long page between the two adjacent screenshots. And finally, the electronic equipment can splice the images after the cutting of the repeated areas to obtain a long screenshot. It can be seen that the scrolling distances of the view controls can be determined without doubt, and the electronic device can accurately recognize the repeated areas on the two adjacent screenshot pictures on the basis of the scrolling distances of the view controls no matter whether dynamic elements exist on the page or not. The success rate of rolling screen capture can be improved.

The embodiment of the invention provides a sliding and rolling display device, and relates to the technical field of flexible display. Comprising a display module, a first supporting piece layer and a track with a preset radian. The display module comprises a fixed display area, a sliding roll display area and a tail end; the sliding roll display area can slide in the extending direction of the track. The fixed display area and the tail end are located at the two ends of the sliding and rolling display area in the sliding direction respectively. The first supporting piece layer is located on the non-display side of the display module. The first supporting piece layer comprises a plurality of strip-shaped supporting pieces which are all located in the sliding and rolling display area. The strip-shaped supporting piece comprises a supporting strip and hooks located at the two ends of the extending direction of the supporting strip. The hook is embedded in the track in a sliding manner; the supporting strip is located above the rail and fixedly connected with the hook through a connecting part. The axis of the hook and the axis of the supporting strip are staggered so that the hook can be located on the side, close to or away from the fixed display area, of the supporting strip. By the adoption of the sliding and rolling display device, the thrust needed by stretching and unfolding of the sliding and rolling display device can be reduced.

Embodiments of the present application provide an interface image processing method, an electronic device and a storage medium, relate to the technical field of image processing, and can improve the problem that picture content cannot be displayed in time during page fast scrolling. The method comprises a frame skipping processing flow, which comprises: at the nth frame, obtaining a picture index position requested by an input event of the nth frame, decoding a picture corresponding to the picture index position requested by the input event of the nth frame, and displaying an image of the (n-1)th frame, the image of the (n-1)th frame comprising the picture corresponding to the picture index position requested by the input event of the (n-1)th frame; at the (n+a)th frame, obtaining a picture index position requested by an input event of the (n+a)th frame, decoding a picture corresponding to the picture index position requested by the input event of the (n+a)th frame, and displaying an image of the nth frame, the image of the nth frame comprising the picture corresponding to the picture index position requested by the input event of the nth frame, a being an integer greater than or equal to 1.

The invention discloses a screen scrolling processing method and device based on a display screen and a related medium, and the method comprises the steps: carrying out the column-by-column configuration of the display storage mapping of a target display screen, and obtaining the column mapping configuration data; setting a pixel column address and a row page range of the column mapping configuration data to obtain a pixel arrangement area; carrying out capacity calculation on the pixel arrangement area to obtain buffer area configuration data; defining a pointer set according to the buffer configuration data; determining a scrolling direction of the target display screen according to the pointer set, and performing displacement updating on the buffer configuration data to generate a scrolling address sequence; and performing data updating on the scrolling address sequence to obtain display cache data. According to the method and the device, the scrolling direction of the target display screen is determined through the pointer set, and the buffer configuration data is updated to obtain the display buffer data, so that cross-page smooth scrolling display is completed under the condition that the buffer data of the whole screen does not need to be recombined, and the resource consumption of a processor is reduced.

The invention relates to a virtual list display method and device, computer equipment, a readable storage medium and a program product. The method comprises the steps of obtaining a rolling position of a rolling operation under the condition that the rolling operation on a browser is monitored, determining an actual rolling position of a data visual area according to the rolling position and the height of an inherent element of the browser, determining a starting node and an ending node of to-be-displayed data based on the height of the data visual area and the actual rolling position, and displaying the to-be-displayed data according to the starting node and the ending node. And calling corresponding to-be-rendered data from the total data mapping according to the starting node and the ending node, and rendering the to-be-rendered data to a data visual area and displaying the data. Under the condition that the row height is not fixed, a default scroll bar of a browser is used, and only data in a user visible area is rendered through a virtual list technology, so that the page rendering efficiency is improved, and the phenomenon that the browser is stuck is avoided.

The following description relates to a position sensor. The position sensor comprises an inductive sensor assembly, a secondary sensor, and a coupling element. The inductive sensor assembly includes a transmitting coil and at least one receiving coil located near the transmitting coil. The at least one receiving coil generates a receiving signal when the transmitting coil is energized. The receiving signal is sensitive to the position of a part. The secondary sensor is located within an inner diameter of the transmitting coil. The coupling element is coupled to the part and configured to move with the part. The coupling element lies over at least a portion of the at least one receiving coil. The coupling element comprises a body, at least one projecting section extending from the body, and at least one magnet arranged concentrically to the body.

The invention provides a virtual scrolling display method and device, a storage medium and a computer program product, and the virtual scrolling display method comprises the steps: responding to a first operation of a user, and loading a target component; in response to starting of virtual scrolling, monitoring a position relationship between a target element wrapped by the target component and the viewport, the position relationship including that the target element is about to enter the viewport or the target element is about to leave the viewport; and determining whether to render the target element according to the position relationship. The invention provides a scheme capable of flexibly realizing rolling virtualization so as to realize rendering of different types of form elements.

The electronic device can include a display, at least one processor including processing circuitry, and a memory including one or more storage media for storing instructions, wherein the instructions, when executed by the processor, cause the electronic device to: when displaying at least a portion of a first page and at least a portion of a second page on the display through windows respectively corresponding to the at least a portion of the first page and the at least a portion of the second page, determine similarity between the first page and the second page; based on the similarity between the first page and the second page, enable simultaneous scrolling between the first page and the second page; and based on obtaining a swipe input while the simultaneous scrolling is enabled, apply the obtained swipe input to the first page and the second page.

The present invention discloses a graphic content management method based on the React framework, which belongs to the field of React and includes the following steps: creating a project through create-react-app and installing dependencies such as drag-and-drop functions, API requests, and a rich text editor, building a RESTful API and a MongoDB database based on Node.js for storing graphic content and layout information. Create text, image, and container components, support dynamic rendering and drag-and-drop functions, and update page previews in real time through React state management. The rich text editor supports inserting images, modifying styles, and saving in JSON format. After the user drags or edits, the status is updated and the data is sent to the server through the API, and the back-end parses and updates the database. When the page loads, content is dynamically generated and components are loaded on demand, and virtual scrolling technology is used to improve performance. Tests are written using Jest and React Testing Library to verify functional correctness. The front-end is deployed to Netlify, and the back-end service is deployed to AWS.