A magnetic privacy screen comprises a privacy screen which has a front and back side. The privacy screen functions to reduce the visible angle of an electronic display. One or more magnetic components are in communication with the privacy screen. A plurality of magnets disposed within the electronic display releasably engage with the magnetic component of the privacy screen, retaining the privacy screen on the electronic display.

A device is provided including a first sleeve for receiving a graphic medium, the first sleeve having a first window allowing the graphic medium to be viewed, and a second sleeve allowing an electronic appliance with a built-in electronic display to be received, the second sleeve including a second window allowing all of part of the electronic display to be viewed, the first and second sleeves being connected to each other. The first window allows the graphic medium to be viewed, which allows the personalization of the device.

A spring-loaded or like biased platform for support of the components carried with a case, such as a computer case so that, when the case is closed, the computer or other component is securely held within the case. In addition, a foldable shade is placeable with the case lid and deployable when the case is opened. A novel connection between the case and a light stand is provided, including an improved set screw attachment. Furthermore, the computer is secured to the top surface of the spring-loaded or like biased platform by hook-and-loop fasteners (e.g., Velcro® fasteners), the platform has openings in it to provide ventilation. Brackets in the bottom surface of the platform enable a battery to be inserted within the brackets and to the platform. Included also within and attached to the bottom of the case are such components as a power supply and an external hard drive and associated wiring.

According to some embodiments of the present invention, there may be provided one or more remote display viewing units functionally associated with one or more computational devices. A remote display viewing unit (RDVU) may include a screen and/or other form of displaying component (e.g. retinal projection mechanism) adapted to present to a user a portion and/or complete display of an associated computing device display/screen, Graphic User Interface (GUI), and/or any other graphically rendered data relating to the device. According to further embodiments, a RDVU may include shading components adapted to prevent and/or mitigate exterior lighting/sunshine interference with viewing the remote screen and/or displaying component. For example, the RDVU may include a visor type component.

A sunshade system for shading a display in a vehicle includes a vehicle that has a dashboard, a vent and a display. Each of the vent and the display re positioned on the dashboard. The vent is positioned above the display and the display may be observed. A shade is removably coupled to the vent. The shade may shade the display from sunlight thereby enhancing visibility of the display.

A display device is disclosed. An embodiment of the present invention may provide a display device comprising: a display panel; a module cover which is positioned at the rear of the display panel and to which the display panel is coupled; a frame which is positioned at the rear of the module cover and to which the module cover is coupled; a housing which is positioned below the module cover and is fixed to the frame; and a front cover which covers or opens the display panel and the housing while moving up and down on the frame, wherein the housing comprises: a base fixed inside the housing; and a cabinet which pivots about one side of the base and has a receiving space.

A display screen assembly comprises a display screen, a touch panel, and a cover plate that are stacked sequentially. The display screen includes a display surface, the display surface has a display area and a non-display area surrounding the display area; the touch panel covers the non-display area and is provided with at least one virtual key; the cover plate comprises a light shielding band corresponding to the non-display area, the light shielding band comprises a key area, and the key area is configured to correspond to the at least one virtual key. The display screen assembly further has a lighting assembly configured to illuminate the key area.

The present invention relates to devices used to shade the screens of cell phones and tablet computers from bright sunlight. More specifically the present invention relates to a shade element attached around the body of a cell phone or tablet computer for protecting the screen of the cell phone or tablet computer from bright sunlight when the device is held and used by a user.

A mobile device case with shade includes an open-topped case that can removeably retain a mobile device, a shade that includes a plurality of panels each having connected to each other by means of integral mating hinges, with at least one of the panels also being connected by means of at least one hinge to the mobile device case, wherein the shade is capable of being set in a deployed position to shade the display screen of the mobile device.

A display equipment is provided. By disposing an anti-peep member in the display equipment, a shielding part disposed on a light exiting surface of a display device reduces viewing angles of the display device in a first state, while the anti-peep member is disposed outside the display device to allow the viewing angles of the display device to recover to conventional viewing angles in a second state. Therefore, the viewing angles of the display device are reduced in the first state, which prevents displayed contents of the display device from being leaked and prevents privacy leakage.