35results about How to "Achieve borderless" patented technology

The invention discloses a liquid crystal panel, which comprises a color film substrate, an array substrate, a liquid crystal between the color film substrate and the array substrate, a crystal coatingthin film, a driving chip arranged on the crystal coating thin film and a circuit board; one end of the crystal coating thin film is bonded to the end face of the array substrate, and electrically connected with a metal conductor array in the array substrate; the other end of the crystal coating thin film is bounded with the circuit board. The invention further discloses a manufacturing method ofthe liquid crystal panel, and the display device. When the liquid crystal panel is accessed with signal, the crystal coating thin film is laminated on the end face of the array substrate by the method of end face binding, thus the conduction of the metal conductor array in the array substrate is realized, a long binding zone extended from the TFT substrate side can be avoided; the liquid crystalpanel is good for realizing an ultra-narrow side frame or a frame-free display device.

The invention provides an image processing method, a device thereof, and a display device, and relates to the display technology field. By adopting the image processing method, the problems of the edges of the images such as jags and color cast can be improved. The image processing method is characterized in that a frame of first image data can be acquired, and a row of real pixels on an edge side of a first image is provided with corresponding virtual pixels, and every virtual pixel comprises the sub-pixel of the corresponding real pixel and at least one sub-pixel adjacent to the corresponding real pixel; the first image data can be converted into the second image data, and by aiming at the at least one row of real pixels on the edge side of the first image, the gray-scale value of every sub-pixel of each of the real pixels can be allocated to the sub-pixel of the corresponding virtual pixel, the color of which is the same as that of the sub-pixel of the above mentioned real pixel, and the gray-scale value of every other real pixel allocated to every sub-pixel is remained; and the sum total of the gray-scale values allocated to the same sub-pixel can be used as the gray-scale value of the sub-pixel of the second image data. The image processing method is suitable for the display of the display device.

The invention provides a frameless display device and a preparation method therefor, and the method comprises the steps: providing a carrier; forming a separation layer on the carrier; forming a plurality of metal contact pads on the separation layer; sequentially forming an organic film layer and metal routing layer on the separation layer, wherein the organic film layer is provided with a first plug which is located above the metal contact pads and electrically contacts with the metal contact pads, and the metal routing layer is electrically connected with the first plug; forming an insulating layer on the metal routing layer, wherein the insulating layer is provided with a plurality of second plugs which are electrically connected with the metal routing layer; forming a display module on the insulating layer and a packaging layer on the display module, wherein the display module is electrically connected with the second plugs; separating the separation layer with the organic film layer, exposing the metal contact pads, and enabling the metal contact pads to be electrically connected with a drive circuit. According to the invention, metal wires and the drive circuit are disposed on the back surface of the display module, thereby reducing the width of the frame of a display device, and achieving a frameless display device.

The invention discloses a mobile terminal. The mobile terminal comprises a terminal main body, a display panel and a camera shooting device, wherein the terminal main body comprises a display region and a non-display region, the display region is positioned on a first surface of the terminal main body, the non-display region is positioned on a second surface of the terminal main body, and the first surface and the second surface are two adjacent surfaces of the terminal main body in a three-dimensional space; the display panel is arranged in the display region of the terminal main body; the camera shooting device is arranged in the non-display region of the terminal main body, and comprises a movable component and a camera; the movable component is connected with the terminal main body; the camera is arranged on the movable component; and the movable component is used for driving the camera to be hidden within the terminal main body or exposed outside the terminal main body. The mobile terminal does not need to reserve a dedicated region for the camera on the surface corresponding to the display panel, and is advantageous for realizing frameless or narrow bezel design.

The invention discloses a touch substrate, a manufacturing method for the touch substrate, and a touch display panel. The touch substrate comprises a substrate and a touch electrode layer located above the substrate, wherein the touch electrode layer comprises first touch electrodes and second touch electrodes; a first insulation layer is arranged above the touch electrode layer; first via holes are formed in the first insulation layer; signal wires are arranged above the first insulation layer; and the signal wires are connected with the corresponding first or second touch electrodes through the first via holes. According to the technical scheme, the signal wires are arranged above the touch electrode layer, namely, wiring does not need to be performed in a peripheral region of the touch substrate, so that the finally formed touch display panel can be bezel-free; and meanwhile, the touch electrode layer can cover the whole substrate, so that no touch blind points exist on the touch substrate.

The invention discloses a touch screen with infrared rays transmitted inside a screen body and a method for identifying touch points. In the touch screen, the infrared rays sent out by an infra-red emission unit ripe into the touch screen body, are totally reflected by an upper reflecting surface and a lower reflecting surface inside the touch screen body, and are transmitted into the infrared receiving unit. According to the invention, the infrared rays are transmitted inside the touch screen body by using the total reflection principle, and a touch body is enabled to be clung to the surface of the touch screen to generate touch response, so that the problem of touch floating height is solved; and since the infrared rays are transmitted inside the touch screen, the infra-red emission unit is not required to be placed on the surface of the touch screen. Therefore, an edge frame free touch screen is realized.

The invention provides an array substrate, a manufacturing method thereof and a display device and belongs to the display technical field. The array substrate comprises a display area and a gate driver on array (GOA) circuit area outside the display area; a passive matrix organic light-emitting diode (PMOLED) display array is formed in the GOA circuit area. With the array substrate and the manufacturing method thereof of the technical scheme of the invention adopted, a narrow-frame display device or even a frameless display device can be realized.

The invention relates to a metal grid touch module and its applicable touch display device. The metal grid touch module comprises a glass substrate, a first metal conducting layer, a first light-pervious insulation layer, a second metal conducting layer and a second light-pervious insulation layer. The first metal conducting layer is arranged on the first surface of the glass substrate and provided with first metal grid lines. The first light-pervious insulation layer at least partly covers the first metal conducting layer. The second metal conducting layer is arranged on the first light-pervious insulation layer or the second surface of the glass substrate and provided with second metal grid lines, wherein the first metal grid lines are insulated from the second metal grid lines through the first light-pervious insulation layer or the glass substrate, the first metal grid lines are not connected with the second metal grid lines, and the first metal grid lines and the second metal grid lines are staggered with each other. The second light-pervious insulation layer at least partly covers the second metal conducting layer.

The invention discloses a camera telescopic structure and camera shooting equipment, the camera telescopic structure comprises a camera support, a driving device, a turning transmission mechanism anda swing part, and the camera support is used for installing a camera and slidably arranged on the camera shooting equipment; The driving device is connected with the swinging piece through a turning transmission mechanism; The turning transmission mechanism is used for changing the direction of the output torque of the driving device; The swing part is in transmission fit with the camera support,the camera support extends out of or retracts into the camera device along with swing of the swing part, and the swing part and the camera support can be connected in a matched mode through a component or can only be in contact fit. Therefore, by means of the camera telescopic structure, the camera can be prevented from being arranged on the front face of the electronic product, so that a screen is possible without a frame, meanwhile, the driving device can be arranged at any angle in the length-width plane of the electronic product through the direction changing transmission mechanism, and arrangement of other devices in the electronic product is facilitated.

The invention provides a liquid crystal module. The liquid crystal module comprises a display panel, a conductive bonding layer, and a driving unit; the display panel includes a first substrate and asecond substrate disposed oppositely on the box; wherein the first substrate and the second substrate are flush in a binding area, and a signal line of the first substrate leaks out at the flush location to form a signal terminal; the surface of the conductive bonding layer is covered with a light shielding glue; and the driving unit includes a driving chip, and the driving chip is connected to the signal terminal through the conductive bonding layer. In the invention, the color film substrate and the array substrate in the frame area of the display panel are aligned at the ends, therefore, the size of the display panel frame is further compressed; and one side of the conductive bonding layer is connected to the externally leaked signal terminal, and the other side is connected to the driving unit, and the driving unit is disposed outside the display panel, therefore, the space in the frame area is saved, which is advantageous for realizing an ultra-narrow frame or no frame of the liquid crystal module, and ensures the reliability of driving signals in the display panel.

The invention provides an OLED display substrate and a manufacturing method thereof and a display device, and belongs to the display technical field; the OLED display substrate comprises a display zone and a wiring zone; the manufacturing method comprises the following steps: at least forming a block structure between the wiring zone and the display zone; forming a rheological property organic material in the wiring zone, and enabling the rheological property organic material to form a protection film covering the wiring zone. The OLED display substrate and the manufacturing method thereof can realize narrow frame or frame-free designs of the display device.

The invention discloses a liquid crystal display device. The liquid crystal display device comprises a back plate, a reflective sheet, a lamp bar, a light guide plate, a liquid crystal display screen, a middle frame and a connecting piece. The back plate comprises a bottom plate and side walls extending upwards from the four sides of the bottom plate, and a containing cavity is defined by the side walls and the bottom plate. The reflective sheet, the lamp bar and the light guide plate are all located in the containing cavity, the reflective sheet is located between the light guide plate and the bottom plate, and the lamp bar is fixedly connected with the bottom plate and located on one side of the light guide plate. The connecting piece is fixedly connected with the middle frame, the liquid crystal display screen and the back plate, so that the middle frame, the liquid crystal display screen and the back plate are fixed. The light guide plate is connected to the back plate in a pressed mode through the middle frame. According to the liquid crystal display device, production cost is reduced, and frameless design is achieved.

The invention discloses a rubber-frame-free LCD display device. The rubber-frame-free LCD display device comprises an LCD screen formed by stacking upper glass and lower glass. An upper polarizer is stacked on the upper glass, a lower polarizer is stacked under the lower glass, the lower polarizer is bonded with a backlight source through a two-sided adhesive, and the backlight source is smaller than the LCD screen in size. The backlight source is smaller than the LCD screen in size through design, so that the size of the LCD screen is appearance size of the whole LCD display device, and real fame omission is achieved.