6results about How to "Reduce display" patented technology

The invention discloses an intelligent vehicle-mounted application adjusting method and system based on a driving scene, and relates to the field of vehicle-mounted application, and the method comprises the steps: obtaining current real-time driving data, current external environment information and current position information, and matching a user behavior mode of a current vehicle in a preset behavior mode database according to the current real-time driving data, identifying a driving scene of a current vehicle according to the current external environment information and the current position information, and predicting an information type and a presentation mode required by a current driver according to the user behavior mode and the driving scene, and determining an information presentation mode and information presentation time in a preset application database according to the information type and the presentation mode, and presenting all the vehicle-mounted applications according to the information presentation mode and the information presentation time, and by implementing the method, the driving experience of a driver can be improved in a complex driving scene.

The invention discloses an LED rental large screen rapid configuration system and method based on a UWB positioning technology, and relates to the technical field of LED display. Comprising UWB positioning labels, wherein each LED box body is provided with one UWB positioning label, and the UWB positioning labels are used for transmitting UWB signals; the UWB positioning base stations are arranged around the LED rental large screen installation area and used for receiving signals sent by the UWB positioning labels and calculating the position information of the labels; the central control unit is used for receiving the position data transmitted by the UWB positioning base station and automatically calculating the relative position relation of the box bodies according to a preset box body layout rule; the receiving card configuration module is used for automatically generating configuration information of a receiving card according to the position relation of the box body; the information is sent to each receiving card in a wired or wireless mode; and the LED box body comprises an LED display unit and a receiving card, and the receiving card is responsible for receiving and processing the configuration information and adjusting the working state of the LED display unit so as to realize correct image display.

A display device having a plurality of display regions and reduced power consumption is provided. A display device is provided with: a substrate having, on a main surface thereof, a display region (DR) including three or more divided regions (DR1-DR3) arranged in a first direction; a scan line (GL) extending in the first direction, a data line (SL) extending in the second direction, a plurality of pixels (PX), and a scan line connection wiring (BL) extending in the second direction, which are disposed on each of the divided regions; the data line driving circuits are respectively connected with the data lines of the segmentation areas; and a plurality of scan line drive circuits (60) corresponding to the divided regions. The scanning line driving circuits and the data line driving circuits (70) are arranged in the first direction on the outer side of the display area, and the scanning line connecting wires electrically connect the scanning line driving circuits and the scanning lines. The scan line drive circuit and the data line drive circuit display images at mutually different frame rates in at least a pair of adjacent divided regions among the three or more divided regions.

The invention relates to the technical field of interface design, and particularly discloses a user intention-based interactive interface display method and device, equipment and a medium. According to the method, the to-be-operated control operated by the user in the next step is accurately predicted through scoring the operation intention of the user on each control in the current interactive interface, the associated information of the to-be-operated control is preloaded, the delay is reduced, and the target interactive interface is flexibly generated according to the to-be-operated control and the corresponding associated information thereof, so that the user experience is improved. The situation that the immobilized interface layout and the content sequence are completely consistent is avoided, invalid control display is reduced, and then the interaction efficiency is improved. The method is applied to insurance buying systems of automobile insurance, life insurance and the like, a personalized interaction interface can be flexibly generated according to user behavior data, invalid display information is reduced, and the user buying efficiency is improved.

This application discloses a display device and a garment processing apparatus. The display device includes a first display section and a second display section, the second display section being formed to the side or center of the first display section. When one of a plurality of garment processing items is selected, the second display section displays the selected garment processing item. The display device has a first display mode, in which the first display section does not display any garment processing item, and the second display section displays the selected garment processing item. The technical solution of this application can reduce energy consumption, improve user interaction convenience, and enhance the user experience.

The invention provides an electronic paper TFT GOA drive design scheme, and relates to the technical field of electronic information, the electronic paper TFT GOA drive design scheme comprises a gate shift register integrated on a TFT, the gate shift register is composed of ten transistors and two capacitors, and each transistor and each capacitor form a logic circuit through a specific line connection mode. A gate shift register formed by ten transistors and two capacitors forms a GOA structure, the distribution and connection relation of the transistors and the capacitors in the GOA structure follow a specific design rule, and in a traditional electronic paper TFT non-GOA design scheme, the gate shift register is integrated on a DDIC, so that the DDIC is large in size and small in output quantity, and the production cost is indirectly increased. According to the invention, the grid shift register is integrated on the TFT, so that the DDIC size is greatly reduced. By taking 960S * 680G resolution as an example, the size of the GOAIC can be reduced by 38.5% compared with that of a non-GOAIC, and the output quantity of DDICs can be increased under the condition that the size of a wafer is fixed, so that the purchase cost of the DDICs is remarkably reduced.