6results about How to "Guaranteed display quality" patented technology

The invention belongs to the technical field of display driving, and particularly relates to a gate driving circuit, a local brush control method and a display panel, and an nth gate driving module comprises a pre-charging unit, a local brush control unit and an output unit; wherein the local refreshing control unit is used for responding to a first control signal output by a first control signal end in a full scanning frame in a local refreshing mode, and forming and maintaining a local refreshing pre-stored voltage on a voltage pre-stored node; pre-charging the driving control node according to time sequence cooperation of a local brush pre-stored voltage, a second control signal output by a second control signal end and a third control signal output by a third control signal end in a refresh starting line of a local brush frame in a local refresh mode; according to the invention, the local brush control unit is arranged between the pre-charging unit and the driving output unit, so that the refreshing starting line of the local brush frame can independently start scanning without depending on a preceding stage transmission signal, thereby improving the error output problem of a local refreshing edge position.

This disclosure relates to a display control device, method, and electronic device that can divide a screen into refresh and non-refresh areas based on changes in display data. In a multi-frequency display control mode, each sub-region of the screen has a matched refresh rate and frame rate. This enables a significant reduction in power consumption while maintaining display quality, while also providing greater flexibility and efficiency, effectively saving development costs, and extending the lifespan of the electronic device.

The present disclosure provides a semiconductor light source device and an electronic light source equipment. The semiconductor light source device comprises an emitting part, a converting part and a diffusing part. The emitting part is used for emitting laser beams to form a light path; the converting part is arranged in front of the emitting part along the light path and is used for exciting and converting part of the emitted laser beams to form converted light; and the diffusing part is arranged in front of the converting part along the light path and is used for diffusing the converted light and other part of the emitted laser beams which are not excited and converted to form white light. Thus, the emitted laser beams of the emitting part can be screened, so that the final emitted light beams of the semiconductor light source device can exclude unnecessary or even harmful laser beams, and the influence on the overall light beam quality can be effectively avoided, so as to ensure the display quality or illumination quality of the final emitted light beams through the diffusing part.

The embodiment of the utility model discloses a backlight module and a display device. The backlight module comprises a back plate, an optical assembly and a supporting component, the back plate is provided with a first side and a second side which are opposite, a first groove sunken towards the first side is formed in the second side of the back plate, a mounting opening is formed in the bottom of the first groove and penetrates through the back plate in the direction from the second side to the first side, and the optical assembly is arranged on the first side of the back plate. The supporting component is arranged between the back plate and the optical assembly, one end of the supporting component abuts against the optical assembly, the other end of the supporting component penetrates through the installation opening and is connected with the back plate, and at least part of the part, penetrating through the installation opening, of the supporting component is located in the first groove. The part, penetrating through the mounting opening, of the supporting component is protected through the first groove, so that the risk that other structures outside the back plate interfere with the supporting component to damage the supporting component is reduced, the supporting stability of the supporting component on the optical assembly is ensured, and then the display quality of the display device is ensured.

The application discloses a cholesteric liquid crystal display module and a driving method thereof, and belongs to the technical field of electronic paper display. The display module comprises a first substrate, a plurality of source driving lines and arrayed pixel electrodes driven by the plurality of source driving lines are arranged on the first substrate; a second substrate is arranged opposite to the first substrate, an alternating common electrode layer is arranged on the second substrate, the alternating common electrode layer comprises a first alternating common electrode area and a second alternating common electrode area which are electrically isolated from each other; a cholesteric liquid crystal layer is sealed between the first substrate and the second substrate; and a conductive frame glue comprises a first conductive part corresponding to the first alternating common electrode area and a second conductive part corresponding to the second alternating common electrode area, and the first conductive part and the second conductive part are electrically isolated from each other. The cholesteric liquid crystal display module and the driving method thereof reduce the number of driving chips and the cost of the module by alternating common electrode partitioning and source line multiplexing.

The utility model aims at providing a kind of PHUD silica gel buffer protection structure, it includes base and optical assembly, back light cavity is set up in base, optical assembly includes first lens, second lens, outer frame and several silica gel columns, first lens is set in the bottom of back light cavity, each silica gel column is respectively set in the position at four corners of back light cavity, and each silica gel column is all abutted on first lens, second lens is set on the top of each silica gel column, outer frame is buckled on base, to make outer frame press-clamp second lens. In this way, first lens and second lens are supported and fixed by silica gel column between them, using the soft property of silica gel column, so that first lens is reliably fixed in the bottom of base, second lens is reliably fixed in the top of base, when being installed on car and being used, whether it is the vibration of bumpy road or high-temperature use environment, the firmness of first lens and second lens can be effectively guaranteed, to avoid positional deviation.