Abstract: The present disclosure provides a template recommendation method and apparatus, a device, and a storage medium. The method comprises: first, obtaining a feature of a multimedia material to be processed; then, determining a similarity between the feature corresponding to said multimedia material and a feature corresponding to a candidate editing template; and in response to determining that the similarity satisfies a preset matching condition, determining the candidate editing template as a target editing template corresponding to said multimedia material.

Abstract: Disclosed is a touch panel including a planar region and a bent region located on at least one side of the planar region. The touch panel has at least one notch adjacent to the bent region. The touch panel includes at least one first touch peripheral region located around the at least one notch, and a light-transmitting first trace layer is provided in the at least one first touch peripheral region.

Abstract: A fingerprint module includes a substrate, a plurality of fingerprint identification components, a fingerprint chip, and a plurality of metal wires. The substrate has an identification area configured to identify a fingerprint and a non-identification area located at a periphery of the identification area. The fingerprint identification components are disposed in the identification area of the substrate. The fingerprint chip is disposed in a non-identification area of the substrate. Each of the fingerprint identification components is electrically connected to the fingerprint chip through a corresponding metal wire.

Abstract: A fingerprint module and a display device are provided. The fingerprint module includes a substrate, a plurality of fingerprint identification components, a fingerprint chip, and a plurality of metal wires. The substrate has an identification area configured to identify a fingerprint and a non-identification area located at a periphery of the identification area. The fingerprint identification components are disposed in the identification area of the substrate. The fingerprint chip is disposed in a non-identification area of the substrate. Each of the fingerprint identification components is electrically connected to the fingerprint chip through a corresponding metal wire.

Abstract: A color filter substrate and a display panel are provided. The color filter substrate has a transparent substrate, filter patterns, black resists, photosensitive elements, thin film transistors, data lines, and scan lines. The filter patterns are disposed on the transparent substrate. The black resists are disposed on the transparent substrate and disposed between the filter patterns. The photosensitive elements are sandwiched between the black resists and the transparent substrate. Each of the thin film transistors has a source electrode, a drain electrode, and a gate electrode, and the source electrodes of the thin film transistors are electrically connected to the photosensitive elements. The data lines are electrically connected to the drain electrodes of the thin film transistors. The scan lines are electrically connected to the gate electrodes of the thin film transistors.

Abstract: The invention provides a display panel and a display device. An array substrate of the display panel includes signal transmission circuits and a control signal circuit. The signal transmission circuits include a first signal transmission circuit and a second signal transmission circuit in the circuit region. The second signal transmission circuit and the control signal circuit are disposed at the same layer. Therefore, there is no need to provide a hole for electrical connection between second signal transmission circuit and control signal circuit in the circuit region. The density of the holes in the circuit region is reduced.

Abstract: The invention provides a display panel and a display device. An array substrate of the display panel includes signal transmission circuits and a control signal circuit. The signal transmission circuits include a first signal transmission circuit and a second signal transmission circuit in the circuit region. The second signal transmission circuit and the control signal circuit are disposed at the same layer. Therefore, there is no need to provide a hole for electrical connection between second signal transmission circuit and control signal circuit in the circuit region. The density of the holes in the circuit region is reduced.

Abstract: An in-cell facial recognition display panel, a method, and a liquid crystal display are disclosed. A facial recognition sub pixel is provided with a facial recognition module which is configured to capture a facial image. A display chip and facial recognition chip is arranged at one terminal of a non-display area. The display chip drives a panel display. The facial recognition chip drives the facial recognition sub pixel to capture the facial image. The present disclosure facilitates the design of a comprehensive screen, the improvement of the screen production yield, and the economy of the entire device.

Abstract: A touch-control array substrate and a display device are provided. A plurality of touch-control units are arranged on the touch-control array substrate. A product of a resistance value of a touch-control circuit of the touch-control units and a capacitive value of the touch-control electrode of the touch-control units is constant. The effort for the touch-control chip to drive the far-IC terminal touch-control electrode is the same as the effort to drive the near-IC terminal touch-control electrode. So it will not occur that to drive the far-IC terminal touch-control electrode is difficult or unsuccessful.

Abstract: A touch-control array substrate and a display device are provided. A plurality of touch-control units are arranged on the touch-control array substrate. A product of a resistance value of a touch-control circuit of the touch-control units and a capacitive value of the touch-control electrode of the touch-control units is constant. The effort for the touch-control chip to drive the far-IC terminal touch-control electrode is the same as the effort to drive the near-IC terminal touch-control electrode. So it will not occur that to drive the far-IC terminal touch-control electrode is difficult or unsuccessful.

Abstract: An in-cell facial recognition display panel, a method, and a liquid crystal display are disclosed. A facial recognition sub pixel is provided with a facial recognition module which is configured to capture a facial image. A display chip and facial recognition chip is arranged at one terminal of a non-display area. The display chip drives a panel display. The facial recognition chip drives the facial recognition sub pixel to capture the facial image. The present disclosure facilitates the design of a comprehensive screen, the improvement of the screen production yield, and the economy of the entire device.

Abstract: Provided is a driving method of a touch display panel. The driving method of the touch display panel drives the touch display panel with an indentation design. Common voltages are inputted to touch electrodes, and a common voltage inputted to the touch electrode with a larger area is smaller than a common voltage inputted to the touch electrode with a small area. Or, common voltages are inputted to the touch electrodes and data voltages are inputted to pixel electrodes, so that the data voltages of the pixel electrodes corresponding to the touch electrodes with the same area are the same when an area corresponding to pixel electrodes of the touch display panel displays an image with a same gray scale, a common voltage inputted to the touch electrode with a larger area is smaller than a common voltage inputted to the touch electrode with a small area.

Abstract: Provided is a driving method of a touch display panel. The driving method of the touch display panel drives the touch display panel with an indentation design. Common voltages are inputted to touch electrodes, and a common voltage inputted to the touch electrode with a larger area is smaller than a common voltage inputted to the touch electrode with a small area. Or, common voltages are inputted to the touch electrodes and data voltages are inputted to pixel electrodes, so that the data voltages of the pixel electrodes corresponding to the touch electrodes with the same area are the same when an area corresponding to pixel electrodes of the touch display panel displays an image with a same gray scale, a common voltage inputted to the touch electrode with a larger area is smaller than a common voltage inputted to the touch electrode with a small area.

Abstract: A display device comprises a backlight module, a display panel and a first glue layer. The backlight module comprises a light guiding plate, a flexible reflecting sheet and a light source. The light guiding plate is provided with a light incoming face, a light outgoing face, a back face and a plurality of side faces. The flexible reflecting sheet is provided with a first area segment and a plurality of second area segments. The back face of the light guiding plate leans against the first area segment; the second area segments are connected to the first area segment and are bent relative to the first area segment; and at least part of the second area segments cover the side faces of the light guiding plate correspondingly. The light source is arranged on the flexible reflecting sheet and is aligned with the light incoming face of the light guiding plate. The light outgoing face faces the display panel. The display panel and the backlight module adhere to each other through the first glue layer.

Abstract: The present invention teaches a touch display panel having a notch. A first resistance of a touch electrode is defined as the sum of a contact resistance between the touch electrode and the touch electrode's corresponding wire, and a resistance of the corresponding wire. For touch electrodes of an identical area, the touch electrodes have an identical first resistances. For touch electrodes of different areas, the touch electrodes of smaller areas have greater first resistances than those of the touch electrodes of greater areas. A consistent RC loading is obtained for touch electrodes of different areas, thereby effectively eliminating the touch and display differences resulted from the different areas of touch electrodes as the touch display panel has a notch design.

Abstract: The present invention teaches a touch display panel having a notch. A first resistance of a touch electrode is defined as the sum of a contact resistance between the touch electrode and the touch electrode's corresponding wire, and a resistance of the corresponding wire. For touch electrodes of an identical area, the touch electrodes have an identical first resistances. For touch electrodes of different areas, the touch electrodes of smaller areas have greater first resistances than those of the touch electrodes of greater areas. A consistent RC loading is obtained for touch electrodes of different areas, thereby effectively eliminating the touch and display differences resulted from the different areas of touch electrodes as the touch display panel has a notch design.

Abstract: A display device comprises a backlight module, a display panel and a first glue layer. The backlight module comprises a light guiding plate, a flexible reflecting sheet and a light source. The light guiding plate is provided with a light incoming face, a light outgoing face, a back face and a plurality of side faces. The flexible reflecting sheet is provided with a first area segment and a plurality of second area segments. The back face of the light guiding plate leans against the first area segment; the second area segments are connected to the first area segment and are bent relative to the first area segment; and at least part of the second area segments cover the side faces of the light guiding plate correspondingly. The light source is arranged on the flexible reflecting sheet and is aligned with the light incoming face of the light guiding plate. The light outgoing face faces the display panel. The display panel and the backlight module adhere to each other through the first glue layer.

Abstract: A display panel includes a transparent substrate, a visible light backlight source, an infrared backlight source, a plurality of gate lines, a plurality of display data lines, a plurality of sensing data lines, a plurality of display transistors, a plurality of display pixels, a plurality of sensing pixels, and plurality of sensing transistors. When the display transistors receive the scanning signals, the display pixels are configured to display grayscale according to the visible light and the display data signals. When the sensing transistors receive the scanning signals, the sensing pixels are configured to generate detecting signals after conducting the sensing signals to the plurality of sensing data lines. Fingerprint recognition can be implemented on the display area of display panel without extra fingerprint recognizing components so that the screen can be minimized and the smart terminals can be lighter.

Abstract: An array substrate and an array substrate testing structure are provided. The array substrate includes a display region and a non-display region, a plurality of receiving test signal pins, a plurality of bonding pins and a plurality of transmission lines are positioned on the non-display region, the receiving test signal pins and the transmission lines are arranged in row. This invention decreases width of non-display region of electrical device such that easily to design the narrow frame.

Abstract: A touch control panel and a display and touch control device is provided. The touch control panel includes a display and touch chip, touch wires and a grounding wire. The touch wires are connected to a display and touch region and a first touch pin. The grounding wire is connected to a ground phase of the display and touch region and a second touch pin. In the present application, since the second touch pin is connected to the ground phase of the touch control panel by the grounding wire, the mutual interference between signals in the display and touch chip and the damage to circuits in the display and touch chip from static electricity are avoided.