An electronic device, a split television implementation method and a split television are disclosed. The split television implementation method includes: processing, by the processor, a received video signal, such that the video signal is converted into a first signal capable of being transmitted in a wireless manner; sending, by the processor, the first signal obtained via conversion to the playing device; acquiring, by the playing device, the first signal obtained via conversion; and processing, by the playing device, the acquired first signal, and converting the first signal into a video signal capable of being displayed on a display screen. The present disclosure further provides a split television, and the split television includes: a video signal processing module, configured to process a received video signal, such that the video signal is converted into a first signal; a sending module, configured to send the first signal to a playing device; an acquiring module, configured to acquire the first signal obtained via conversion; and a first signal processing module, configured to process the acquired first signal, and convert the first signal into a video signal capable of being displayed on a display screen. According to some embodiments of the present disclosure, aesthetica) shape of the split television is improved, and in addition, arrangement and space restrictions of the split television are also reduced.

An electronic device, a split television implementation method and a split television are disclosed. The split television implementation method includes: processing, by the processor, a received video signal, such that the video signal is converted into a first signal capable of being transmitted in a wireless manner; sending, by the processor, the first signal obtained via conversion to the playing device; acquiring, by the playing device, the first signal obtained via conversion; and processing, by the playing device, the acquired first signal, and converting the first signal into a video signal capable of being displayed on a display screen. The present disclosure further provides a split television, and the split television includes: a video signal processing module, configured to process a received video signal, such that the video signal is converted into a first signal; a sending module, configured to send the first signal to a playing device; an acquiring module, configured to acquire the first signal obtained via conversion; and a first signal processing module, configured to process the acquired first signal, and convert the first signal into a video signal capable of being displayed on a display screen. According to some embodiments of the present disclosure, aesthetica) shape of the split television is improved, and in addition, arrangement and space restrictions of the split television are also reduced.

A modular electrical system for controlling a liquid crystal display (LCD) contained within a chassis. The system may include a backplane in communication with a power module and video module through connectors on the back plane and respective connectors on the modules. The system may also include a timing and control board (TCON) that is in communication with the backplane via conduction lines that are provided to carry power, video signals, etc., to the TCON. Guides may be provided to ensure proper alignment of the power module and video module with the backplane. In some embodiments, the power module and video module may include input and output connectors that facilitate connection of multiple displays in a daisy chain fashion.

Systems, methods, and media for projecting light to indicate a device status are provided. In accordance with some implementations of the disclosed subject matter, systems for projecting light to indicate a device status are provided, the systems comprising: a hardware processor that: determines a light status; determines whether to turn a light source on; selects a light format corresponding to the light status; projects light of a light source according to the light format; and determines whether to turn the light source off.

A head-up display device includes: a cover having a light-transmissive light exit part; a first case mating with the cover and having a light entry part for entry of display light and a housing part housing a reflecting member; a light source unit outside the housing part; and a second case covering the light source unit and fastened to the first case. The device has a heat radiator of higher rigidity than the second case, having a wall part that externally projects from the housing part through the intervening light entry part, the light source unit affixed to the wall part to diffuse the heat from the light source unit; and includes a mating part in which the second case and the wall part mate together, the second case fastened to the heat radiator at locations to either side of the mating part.

A system for protecting a display screen of a display monitor is disclosed. The system includes a protective transparent panel, and a retention bezel. The protective transparent panel has an inner panel portion surrounded by an outer peripheral panel portion. The inner panel portion has a panel area equal to the screen viewing area, and an outer peripheral panel portion extending outwardly of the inner panel portion to overlay the monitor bezel. The retention bezel has a mounting portion and a front flange portion. The mounting portion is sized to encircle the protective transparent and the monitor housing, and the mounting portion extends rearwardly to overlay the monitor housing. The front flange portion overlays the outer peripheral panel portion, and has an inward width of between 0.1 mm and 5 mm. The mounting portion and the front flange portion have a material thickness of less than 5 mm.

Disclosed is a bag using a flexible fabric attachment flap as a hinge to pivotally attach the display panel to the outside top front area of the bag. For holding a display panel angle relative the bag front, the flexible fabric hinge includes a free section allowing an extension of the display panel to be used as a prop to hold the panel's angle. So that the display panel may be viewed by the bag wearer over the top end of the bag (vertical operating position) the bag may include a holder, for example an elastic band, to hold the bottom end of the display panel in a vertical position for viewing. The bag may include an operator body interface at the bag's bottom to stabilize the bag on the operator's body front and hold the display panel in viewing position.

In one embodiment of the present invention, a display device is provided, the display device comprising: a body including a display module that outputs images; one or more lights positioned behind the body; and a control unit, wherein the control unit determines whether the display module is in operation and identifies the shape of the display module.

A rotatable display apparatus includes a display panel including a rectangular shape, a plurality of speakers provided at an edge of the display panel, a rotating device provided on a rear surface of the display panel and configured to rotate the display panel, a panel rotation detector configured to detect a rotation state of the display panel, an audio signal processor configured to transmit a left audio signal, a right audio signal, and a mixed audio signal to the plurality of speakers based on the rotation state of the display panel, and a mixer provided in the audio signal processor and configured to generate the mixed audio signal by mixing the left audio signal and the right audio signal at a predetermined ratio.

A display apparatus is provided. The display apparatus includes a display including a plurality of display modules, each of which includes a plurality of light emitting devices; a plurality of wireless power transmitters configured to wirelessly transmit power; a plurality of wireless power receivers configured to receive the power from the plurality of wireless power transmitters, each of the plurality of wireless power receivers including output terminals configured to output the power to the plurality of display modules; and a connector configured to connect the output terminals of the plurality of wireless power receivers to each other.