35results about How to "Achieve borderless" patented technology

The invention discloses a liquid crystal panel. The liquid crystal panel comprises a color film substrate, an array substrate, liquid crystal between the color film substrate and the array substrate, a photo spacer on the color film substrate, a crystal covering thin film and a circuit board, wherein a conversion terminal set which is led from a signal wire is arranged on the surface of the array substrate, a conducting electrode is arranged on the end surface of the photo spacer, and the photo space abuts one end of the conducting electrode against the conversion terminal set; the other end of the conducting electrode is arranged on a non-display area of the liquid crystal panel and is bound with the crystal covering thin film, and the circuit board is arranged on the side where the array substrate locates. The invention further discloses a manufacturing method of the liquid crystal panel and a display device. The conversion terminal set is formed and led from the signal wire on the surface of the array substrate, the photo spacer is manufactured on the color film substrate side, the photo spacer presses the conducting electrode onto the conversion terminal set, and the conversion terminal set and the crystal covering thin film are bound, accordingly the situation is avoided that the array substrate side extends out of a long binding zone, and the manufacturing method is beneficial for achievement of a super-narrow frame or no frame.

The invention provides an array substrate. The array substrate comprises a scanning line, a data line, a first external pin end and a second external pin end, wherein the first external pin end and the second external pin end make contact with the scanning line and the data line respectively, the first external pin end is arranged on the side edge, vertical to the scanning line, of the array substrate, and the second external pin end is arranged on the side edge, vertical to the data line, of the array substrate. The invention provides a manufacturing method of the array substrate and a display device. Compared with the prior art, a binding region on the array substrate is arranged on the side edge vertical to the data line and the scanning line, the step that a binding region needs to be arranged in a non-display region of the array substrate is omitted, the array substrate and a color filter substrate are cut into identical sizes, and then an unframed display device is obtained.

The invention discloses a pixel structure and a display panel; the pixel structure comprises a plurality of data lines arranged at intervals; the data lines are respectively connected with a source electrode driver ; the pixel structure also comprises a plurality of scanning lines arranged at intervals, wherein the scanning lines intersect with the data lines so as to form a plurality of pixel zones; the pixel structure also comprises a plurality of connecting lines arranged at intervals, wherein the connecting lines are parallel to the data lines and respectively connected with a grid electrode driver; in each pixel zone, at least one connecting line is connected with the scanning line. The grid electrode driver and the source electrode driver can be arranged in the same direction on the display panel, thus realizing narrow frame or frameless of the display panel.

The invention relates to a mobile terminal display structure and a mobile terminal. The display structure comprises a terminal front shell and a display module, wherein the display module comprises a display screen, an adhesive layer and a glass panel which are sequentially stacked; the display screen is formed by stacking multiple display components; the terminal front shell comprises a first frame and a second frame which are located on the two sides of the display module respectively, and back plates in the display components are matched with the first frame and the second frame to form an integral structure similar to an H shape. According to the mobile terminal display structure, extension of a frame structure fixing the display screen is converted and combined into the frames on two sides, and the frame structure is saved; meanwhile, the volume size of the frame is reduced, the dispensing distance between the frame structure and the terminal front shell is reduced, and accordingly the assembly mode of a traditional display module is changed, the screen ratio is increased, the purpose that no frame exists or an ultra-narrow frame is arranged is achieved, and better visual enjoyment is brought for users.

The invention discloses a backlight module and a display device. The backlight module includes: a back plate including a bottom plate, side plates arranged around the bottom plate, and a bent portionformed by bending the side plates, wherein the bottom plate, the side plates and the bent portion form a mounting space, the side of the bent portion opposite to the bottom plate is provided with a limiting step, and the bent portion includes upper and lower step faces connected to the limiting step; a reflector that is received in the mounting space and arranged on the bottom plate; a light guideplate received in the mounting space and arranged on the side of the reflector opposite to the bottom plate; a membrane received in the mounting space and arranged on the side of the light guide plate opposite to the reflector; and a display panel covering an opening of the mounting space and connected to the lower step face. The backlight module is simple to assemble and low in cost and has variable appearance.

The invention belongs to the technical field of touch display, and provides a full-transparent frameless touch screen, which comprises a transparent glass cover plate, a transparent OCA (Optical Cement) layer and a transparent flexible touch sensing plate which are sequentially laminated, wherein a bulge part with the same material as the touch sensing plate is fixedly arranged on one end of the touch sensing plate, extends outwards and is curved in an arc shape; a flexible printed circuit board is tied on the outer end of the bulge part. According to the full-transparent frameless touch screen, the bulge part can extend to the inner part of a case matched with a touch screen or the back part of a display screen, so that the flexible printed circuit board can be arranged in the inner part of the case or the back part of the display screen, the aim of shielding the flexible printed circuit board by the inner part of the base or the back part of the display screen is achieved, the flexible printed circuit board has no need to be shielded by a frame arranged specially, the touch screen is frameless and full-transparent, and the display area and the touch area of the touch screen are enlarged.

The invention discloses a camera telescopic structure and camera shooting equipment. The camera telescopic structure comprises a camera support, a driving device, a direction changing transmission mechanism, a gear and rack mechanism and a guide mechanism, wherein the camera bracket is arranged on the camera shooting equipment in a sliding manner; the driving device is in transmission connection with a gear in the gear and rack mechanism through a turning transmission mechanism; a gear and a rack of the gear and rack mechanism are arranged on the camera support and the camera shooting equipment respectively, the camera support stretches out of or retracts into the camera shooting equipment along with rotation of the gear in the gear and rack mechanism, and the guide mechanism and the gearand rack mechanism are distributed on the two sides of the camera support. In summary, the camera telescopic structure is adopted; on the premise that the front camera is reserved, the full screen ofthe camera shooting equipment can be achieved, the turning transmission mechanism can enable the driving device to be arranged at any angle in the length-width plane of the camera shooting equipment,other components in the camera shooting equipment can be arranged conveniently, and meanwhile the guiding mechanism can enable the camera to stretch out and draw back more stably.

The invention discloses a display panel and a display device. The display panel comprises an array substrate. The array substrate comprises a source driver, a grid driver, a plurality of spaced data lines, a plurality of spaced scanning lines and a plurality of spaced connecting lines. The source driver is arranged at the first end of the array substrate. The grid driver is arranged at the secondend of the array substrate. The second end is opposite to the first end. The data lines are connected with the source driver. The scanning lines and the data lines are crossed. The connecting lines are connected with the grid driver. Each connecting line is connected with one corresponding scanning line. The grid driver is arranged at the opposite end of the source driver, so the space of the sideposition of the array substrate can not be occupied, and the display panel can have a narrow frame or have no frame.

The embodiment of the invention provides a display device and a control method thereof. The display device comprises at least two display modules, at least one dimming part, a line-of-sight tracking part and a brightness sensor; each dimming part is arranged on the spicing place of every adjacent display modules; the line-of-sight tracking part is electrically connected with the dimming parts andused for tracking the line of sight of human eyes and adjusting the angle of light emitted from the splicing places according to the line of sight to make light energy obtained by the splicing placeswithin a line-of-sight range during distribution; the brightness sensor is electrically connected with the dimming parts and used for sensing and measuring the brightness of the external environment,and the dimming parts adjust the brightness of the light emitted from the splicing places according to the brightness of the external environment and the preset display brightness of the display device to make the splicing places obtain the light energy equal to the brightness of the external environment during the distribution. By arranging the dimming parts to adjust the emitting angle and brightness of the light of the splicing places, the splicing places obtain the light energy equal to the brightness of the external environment during the distribution so that the splicing places can display images visually, and therefore the non-bezel or narrow-bezel effect of the display device is achieved.

The invention discloses a frameless touch control liquid crystal display screen.The frameless touch control liquid crystal display screen comprises a frameless touch control sensor, a display area, acircuit layout area, a liquid crystal display and a shell. The frameless touch control liquid crystal display screen adopts a Metal Mesh material and uses excellent ductility and tortuosity of the Metal Mesh material. The circuit layout area is arranged on the side of the display area to form the frameless touch control sensor. The touch control screen display has the advantages of no frame, smalldevice size, large display screen, convenient portability, comfortable operation and high sensitivity. The problems that capacitance circuit of the touch control screen display of the prior art is arranged in four edges of the display screen and a large number of capacitance circuits are arranged at the periphery of the display screen, thus resulting in a large device size and a small display screen, which cannot meet the requirements of small overall size and large enough display screen of portable electronic equipment are reasonably solved. The frameless touch control liquid crystal displayscreen overcomes the shortcomings of the prior art.

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 discloses a liquid crystal panel. The liquid crystal panel comprises a color film substrate, an array substrate, liquid crystal between the color film substrate and the array substrate, a photo spacer on the color film substrate, a crystal covering thin film and a circuit board, wherein a conversion terminal set which is led from a signal wire is arranged on the surface of the array substrate, a conducting electrode is arranged on the end surface of the photo spacer, and the photo space abuts one end of the conducting electrode against the conversion terminal set; the other end of the conducting electrode is arranged on a non-display area of the liquid crystal panel and is bound with the crystal covering thin film, and the circuit board is arranged on the side where the array substrate locates. The invention further discloses a manufacturing method of the liquid crystal panel and a display device. The conversion terminal set is formed and led from the signal wire on the surface of the array substrate, the photo spacer is manufactured on the color film substrate side, the photo spacer presses the conducting electrode onto the conversion terminal set, and the conversion terminal set and the crystal covering thin film are bound, accordingly the situation is avoided that the array substrate side extends out of a long binding zone, and the manufacturing method is beneficial for achievement of a super-narrow frame or no frame.

A display module includes a display panel, and a frame supporting the display panel. The frame is configured with a support structure directly supporting a back surface of the display panel, and the back surface is arranged opposite to a display surface of the display panel. The support structure of the frame is configured with suction cup(s) that holds the back surface of the display panel.

The invention provides an array substrate, a manufacturing method thereof, and a display device, belonging to the field of display technology. Wherein, the array substrate includes a display area and a gate electrode driving GOA circuit area outside the display area, and a passive matrix organic light emitting diode PMOLED display array is formed in the GOA circuit area. The technical solution of the present invention can realize narrow frame or even no frame of the display device.

The present invention discloses a pixel structure and a display panel, wherein the pixel structure includes a plurality of data lines arranged at intervals, and the plurality of data lines are respectively connected to the source driver; a plurality of scan lines arranged at intervals, A plurality of the scanning lines are respectively intersected with a plurality of the data lines, and form a plurality of pixel regions; a plurality of connecting lines arranged at intervals are parallel to the data lines and respectively connected to the gate driver, wherein, In each pixel area, at least one connecting line is connected to the scanning line. The gate driver and the source driver of the present invention can be arranged in the same direction on the display panel, so as to realize narrow frame or no frame of the display panel.

The invention belongs to the technical field of display, and discloses a spliced screen connecting device. The connecting device is used for connecting two adjacent display screens. Each display screen comprises a liquid crystal panel and a back light source. The connecting device is arranged between the liquid crystal panels and the back light sources, and comprises a socket and a plug connector, which are fixedly arranged on the two adjacent display screens respectively, wherein the plug connector is in pluggable connection with the socket. A plurality of connecting devices are used for splicing a plurality of display screens, through holes are formed in lead areas, and the liquid crystal panels and the back light sources are fixed by clamping parts at the through holes, so that a large-sized unframed display device can be obtained. The spliced screen display devices are used for splicing the display screens, and are arranged between the liquid crystal panels and the back light sources of the display screens, so that the display device is unframed, a large-sized display screen can be obtained, and display effects are improved; the plug connector and the socket are used for connection, so that convenience is brought to assembly and disassembly.

The invention discloses a backlight module and a display device. The backlight module includes: a backplane, including a bottom plate, side plates arranged around the bottom plate, and a bending portion formed by bending the side plates. The base plate, the side plate, and the bent portion enclose an installation space, the side of the bent portion facing away from the base plate is provided with a limiting step, and the bent portion includes a The upper step surface and the lower step surface; the reflection sheet is accommodated in the installation space and arranged on the bottom plate; the light guide plate is accommodated in the installation space and is arranged on a side of the reflection sheet facing away from the bottom plate side; a diaphragm, accommodated in the installation space and arranged on the side of the light guide plate facing away from the reflection sheet; and a display panel, covering the opening of the installation space, and connected to the lower step surface superior. The invention provides a backlight module with simple module assembly, low cost and variable appearance.