311results about How to "Solve the problem of light leakage" patented technology

The invention provides a display panel and a display device. The display panel comprises a first substrate and a second substrate which are arranged oppositely. A first black matrix and a second black matrix are formed on one face, facing the second substrate, of the first substrate, the first black matrix is positioned in a display area, the second black matrix is positioned in a non-display area, the first black matrix and the second black matrix are enabled to be disconnected by arranging a first slit between the same, a light shading layer and a light absorbing layer are sequentially arranged on one face, facing the first substrate, of the second substrate in a manner of being from far to near relatively to the first substrate, and shadows, of the light absorbing layer and the light shading layer, on the first substrate along a direction perpendicular to the first substrate cover the first slit. By the display panel and the display device, display picture quality can be improved.

The embodiment of the invention provides a color film substrate as well as a manufacturing method and a display device thereof, relates to the technical field of display, can solve the problem of light leakage at the periphery of a display panel, and improves the display quality of liquid crystal display equipment. The color film substrate comprises a transparent substrate as well as black matrixes and color films which are arranged on the transparent substrate, wherein a display area spacer is arranged in the display area of the color film substrate; at least one type of boundary spacer is arranged in the non-display area of the color film substrate; and the height value from the top end of the at least one type of boundary spacer to the inner surface of the transparent substrate is greater than that from the top end of the display area spacer to the inner surface of the transparent substrate.

The invention discloses a liquid crystal display. The liquid crystal display is characterized in that quantum dot materials are doped in a color resisting layer so that quantum dots are motivated by back lights to form lights with definite spectrum, and lights with different polarization states selectively penetrate through an anisotropic polarization layer prepared by organic dye molecules to obtain linear polarization lights. According to the liquid crystal display, the light-leaking problem caused by changing the light polarization states under the quantum dot materials can be effectively solved, the contrast ratio is increased, and the upper or lower polarizer can be replaced by the polarization layer; thus one polarization pasting process is omitted, the manufacturing process is simplified, the cost is saved, and the polarization effect can be better realized.

An image sensor device including a substrate, a plurality of photo sensors, a dielectric layer, a planar layer, a plurality of color filters, a plurality of microlenses, and a shield layer is provided. The photo sensors are disposed in the substrate, and the dielectric layer is disposed over the photo sensors and the substrate. The planar layer is disposed over the dielectric layer. The color filters are disposed in the planar layer, wherein each of the color filters is disposed over each of the photo sensors. The microlenses are disposed over the planar layer, wherein each of the microlenses is disposed over each of the color filter. The shield layer including a plurality of openings is disposed in the planar layer and is disposed under or over the color filters, wherein each of the openings is disposed over each of the color filters.

The invention discloses a color film substrate and a production method, a display panel and a display device of the color film substrate used for solving the problems that a curve-flat conversion display panel leaks light or the transmittance is descended. The color film substrate comprises a substrate base plate, a black matrix and a color film layer including color sub pixels in matrix arrangement; the color film substrate also comprises a plurality of electrophoresis units and a flat layer; each electrophoresis unit comprises a first control electrode, a second control electrode, opaque charged particles, a transparent electrophoretic liquid medium and a transparent retaining wall; the transparent retaining wall is used for limiting the opaque charged particles and the transparent electrophoretic liquid medium in a first preset area; the area comprises the first control electrode and the second control electrode; the first control electrode and the second control electrode are respectively used for receiving different voltage signals to form a voltage difference, so that the opaque charged particles move towards the direction of the first control electrode or the second control electrode in a gathering way, and the width of a shading area between two adjacent color sub pixels is changed; the flat layer covers the whole substrate base plate and is used for sealing the electrophoresis units.

The invention provides an LED packaged piece and a manufacturing method of the LED packaged piece. The LED packaged piece comprises a first support (10), a plurality of LED elements (20), a packaging adhesive (30) and a quantum dot bar (40). The first support (10) comprises a PCB (12) and four side walls (14) defining an accommodating space (18). The LED elements (20) are installed on the PCB (12) and are electrically connected with the PCB (12). The packaging adhesive (30) is filled into the accommodating space (18). Four installing parts (16) are arranged at the upper ends of the four side walls (14) respectively, and the quantum dot bar (40) is installed on the installing parts (16) and located above the packaging adhesive (30). The first support (10), the LED elements (20) and the quantum dot bar (40) are integrally packaged so as to be fixedly combined together.

The invention provides a backlight module. The backlight module comprises a back plate, a reflecting sheet arranged in the back plate, a light guide plate arranged on the reflecting sheet, an optical membrane assembly arranged on the light guide plate, a backlight source arranged in the back plate and facing the light guide plate, a frame arranged on the back plate, and an elastic retaining wall arranged above the light incident end of the backlight source and the light guide plate and fixed on the frame in a plugging, attaching or clamping manner, wherein the elastic retaining wall includes a bottom surface and a side surface vertical to the bottom surface; and the bottom surface and the side surface keep close contact with the upper surface of the light guide plate and the backlight source. The elastic retaining wall made of white rubber and having elasticity is fixed on the frame in the plugging, attaching or clamping manner and keeps close contact with the light guide plate and the upper surface of an LED (light emitting diode) lamp, so that the elastic retaining wall can reflect light back to the light guide plate to well prevent the light from being emitted from a gap on the light incident side, thereby solving the problem of incident-side light leakage of the backlight module and improving the light efficiency of the backlight module.

The invention provides a touch device and a touch display device. The touch device comprises a transparent substrate, a touch sensing structure, a decorative layer, a routing layer, a protective layer and a shielding layer, wherein the decorative layer is arranged on the transparent substrate and is located in a non-contact area; and the routing layer is arranged on the decorative layer, the protective layer is arranged on the transparent substrate and at least covers the touch sensing structure and the routing layer, and the shielding layer is at least arranged on the protective layer and is located in the non-contact area.

The manufacture method for a TFT array base comprises: while manufacturing the TFT for pixel zone, forming light-screening layer between lead wires in round circuit by metal layer to shield zone easy leak light between source / drain layer or grid layer; besides, adding out stabilization voltage on light-screening layer to reduce signal disturbance of wires. Thereby, it can detect the TFT array and whether there is a short circuit between lead wire and light-screening layer by said out-added voltage simultaneously.

The invention discloses a frameless liquid crystal display module and an implementation process thereof. The frameless liquid crystal display module comprises a frameless cover plate, a silk-screen ink area, an edge cambered surface area, a transparent window area, optical cement, an upper polarizer, a lower polarizer, ultra-narrow-frame liquid crystal display glass, a backlight module, a flexible circuit board, a drive IC, black shading tape, an upper brightness enhancement film, a lower brightness enhancement film, a diffuser, a light guide plate, a rubber frame and lower iron frame, a reflector plate, an LED lamp bar group, an ultra-narrow-frame liquid crystal display glass component and adhesive. The frameless liquid crystal display module has the advantages that the semi-finished product of the frameless liquid crystal display module is formed by the frameless cover plate matched with the ultra-narrow-frame liquid crystal display glass, the frameless cover plate is thick and has a cambered surface at the edge, the cambered surface can reflect light, the semi-finished product is assembled with the frameless backlight module, then further adhering is performed by spraying the adhesive, and a frameless display effect is achieved by the light reflection of the edge of the frameless cover plate.

The invention provides a manufacturing method for a color filter substrate. According to the manufacturing method for the color filter substrate, a light resistance stop wall is formed on a black matrix before quantum dot glue is dropwise added to a sub-pixel area through a positive light resistor to play a stop wall role when the quantum dot glue is dropwise added, and the light resistance stop wall is removed after the stop wall role is played; accordingly, the problems that in an existing manufacturing method for the color filter substrate, color mixing occurs due to free flowing of the quantum dot glue due to the fact that the height of a stop wall is too small, and light leaking occurs due to disorder distribution of liquid crystals due to the fact that the height of the stop wall is too large are solved; the technology is simple, and the flatness degree of the manufactured color filter substrate is better.

The invention discloses a liquid crystal display device which comprises a panel module, a backlight module, a frame and a light source. The backlight module comprises a light guide plate which comprises a bottom surface, an emergent face opposite to the bottom surface, at least one lateral incident face and at least one lateral face. The lateral faces include a clamping face. The frame is used for containing the light guide plate and is provided with an abutting part corresponding to the clamping face, and the abutting part is tightly abutted to the clamping face of the light guide plate to fix the same. The light source is contained in the frame and faces the lateral incident face to allow light to emerge.

The invention discloses a backlight module comprising a metal component, a light guiding plate, a luminous assembly and a projecting structure. The metal component comprises a substrate and two side plates disposed at the two sides of the substrate and facing each other. The light guiding plate, the substrate plate and two side plates surround an accommodation space in which the luminous assembly is disposed. The luminous assembly comprises at least a LED and a printed circuit board. The projecting structure is disposed between the substrate and the printed circuit board. A lamp shied structure is also disclosed.

The invention discloses a negative phototropic module structure. It comprises a shaped body glue frame and light leading plate, a light leading plate glue inlet point on one side of the glue frame, an anti-dazzle film, and a reflecting plate. The negative phototropic module uses the extension of the anti-dazzle film or the reflecting plate to cover the light leading plate glue inlet point so that the light can not be leaked by the light leading plate glue inlet point to generate the dark field.

The invention discloses a light conducting device for a thin-type display and a thin-type display thereof. The thin-type display comprises a light conducting device, a panel and a frame, wherein, the frame is equipped with two opposite arc-shaped side frames and two opposite side frames, the light conducting device is equipped with a light conducting plate and a light source device; the light conducting plate is equipped with a top camber, a bottom camber, a first arc-shaped side and a second arc-shaped side; the top camber and the bottom camber are relatively connected with the first arc-shaped side and the second arc-shaped side on the two sides of the top camber and the bottom camber, the first arc-shaped side and the second arc-shaped side are relatively arranged in the two arc-shaped side frames; the light source device is arranged between one of the two arc-shaped sides and one of the two arc-shaped side frames; and the panel is arranged in the frame and on the light conducting device.

The invention discloses a touch screen and a touch display electronic device. The touch screen comprises a substrate, an auxiliary electrode layer, a common electrode layer and a routing layer, wherein the auxiliary electrode layer, the common electrode layer and the routing layer are arranged on the same side of the substrate, and the common electrode layer and the routing layer are oppositely arranged in the direction perpendicular to the substrate. The common electrode layer comprises a plurality of common electrode blocks which are the same. Each common electrode block comprises a center electrode and a sawtooth electrode electrically connected with the center electrode. The opposite sawtooth electrodes of every two adjacent common electrodes are nested. The routing layer comprises a plurality of first wires electrically and correspondingly connected with the common electrode blocks in a one-to-one mode. The auxiliary electrode layer comprises a plurality of auxiliary electrode blocks. The sawtooth electrodes adjacent to the edge of the substrate and the auxiliary electrode blocks are nested. When the common electrode blocks input common voltage signals for image display control, the auxiliary electrode blocks input common voltage signals. The touch screen improves the touch detection precision, and prevents the problems of visibility of edge images and light leakage of pixel electrodes near to the edge of the substrate.

The invention belongs to the field of display technology, in particular to a color film substrate, a manufacturing method thereof, a display panel and a display device. The color film substrate comprises a substrate and a color filter layer arranged on the substrate. The color filter layer comprises color fitter units which are of at least two colors and distributed in an array. A black matrix is between adjacent color fitter units. A flat layer is arranged on the color filter layer. Grooves corresponding to black matrixes are arranged on the flat layer. Light-blocking layers are arranged in the grooves. Due to the light-blocking layers, mix-color light is blocked so that one color can be observed at the lateral angle so that color mixture and light leakage are solved.

An image sensor and a manufacturing method thereof are provided. The image sensor includes a plurality of sensors, an inter-layer dielectric layer formed over the sensors, a first inter-metal dielectric layer formed over the inter-layer dielectric layer, and a plurality of first via walls formed in the first inter-metal dielectric layer, wherein each of the first via walls is formed around each of the sensors. In addition, the image sensor further includes a second inter-metal dielectric layer formed over the first inter-metal dielectric layer and a plurality of second via walls formed in the second inter-metal dielectric layer, wherein each of the second via walls is formed around each of the sensors. Therefore, the light leakage between different pixels and the problem of crosstalk are solved, and the spatial resolution and the photo sensitivity of the image sensor are enhanced.