A glare reduction hood for a touchscreen display includes an elongated closure structure having an open mounting end and an opposite, open viewing end. The mounting end is mount able on the touchscreen display such that the hood projects outwardly from the touchscreen display. The elongated closure structure includes a pierceable panel disposed between the mounting and viewing ends and having an openable and predisposably closed access. The closure structure shields the touchscreen display, the access is pierceable by a piercing object and intimately fitable around the piercing object preventing light from passing through the access, and the touchscreen display is viewable through the viewing end and contactable via the access.

A portable workstation includes a base having a perimeter and a plurality of base fasteners positioned along the perimeter, a first sidewall with a side and a plurality of sidewall fasteners positioned along the side, and a second sidewall with a side and a plurality of sidewall fasteners positioned along the side. The first sidewall is coupled to the base by positioning the side of the first sidewall along the perimeter such that at least one sidewall fastener of the first sidewall couples to one of the base fasteners, and the second sidewall is coupled to the base by positioning the side of the second sidewall along the perimeter such that at least one sidewall fastener of the second sidewall couples to one of the base fasteners. The first sidewall and the second sidewall can be coupled to the base in different positions relative to the base to thereby change the configuration of the workstation.

A shelter and a sheltering apparatus of adjusting an assembly angle are applied for an assembling display apparatus with a first display and a second display. The shelter includes a bridging component, a first top member and a second top member. The bridging component includes a first lateral member and a second lateral member. The first lateral member is detachably connected to the first display. The second lateral member is rotatably assembled with the first lateral member and detachably connected to the second display. The first top member is disposed on an upper end of the first lateral member. The second top member is disposed on an upper end of second lateral member, and partly overlapped with the first top member in a variable manner for matching relative rotation between the first lateral member and the second lateral member.

The present invention relates to a lightweight, cost-effective and foldable screen shield for use with a portable electronic device. The shield has a back portion that is secured to the back of the screen, a top portion that lies horizontally above the screen to protect the screen from light and a pair of side panels covering the screen from side edges. The side panels and the top portion are collapsible, and can be secured with a pair of elastic straps or other fastener. The elastic straps are used for securing the shield device to the bezel or frame in an unfolded orientation, thereby allowing a secure attachment. The top section can be expanded and two side panels are pulled outward from the longitudinal edges. The top section and side panels form a three-sided barrier around the screen to block glare.

A collapsible privacy shield may include a base panel and a top panel, the top panel coupled to the base panel by a pivot. The collapsible privacy shield may include a first side panel and a second side panel. Each side panel may be pivotably coupled to the base panel by a lower side panel pivot and to the top panel by an upper side panel pivot. Each side panel may include an upper section mechanically coupled to the top panel and a base section mechanically coupled to the base panel. The collapsible privacy shield may operate as a carrying case for an electronic device when in a collapsed position.

Smart keychain devices, systems, and methods are disclosed. An example apparatus can include a device body having a round shape with a thickness less than about 10 millimeters (mm) and a diameter less than about 80 mm. The device body can include a graphical user interface and a processing circuitry coupled to a memory. The processing circuitry can be configured to send, using a first communication connection, a first request to a computing device. The processing circuitry can be further configured to determine that a response from the computing device is absent using the first communication connection. The processing circuitry can be further configured to send, using a second communication connection, a second request to the computing device. The processing circuitry can be further configured to receive the response from the computing device, and establish a connection between the device and the computing device.

A display device includes a light source configured to emit light, a display panel capable of receiving the light from a first surface side and transmitting the light to a second surface side, and a cylindrical hood extending to the first surface side of the display panel from the light source and covering a periphery of an optical axis of the light. The hood is made of black resin.

A privacy filter includes a base having a shape corresponding to a shape of an adherend and formed in a sheet form, a micro-louver portion stacked on one face of the base, wherein the micro-louver portion has a louver pattern in which a light transmitting layer and an opaque layer are alternately arranged with each other in a repeated manner, a first coating formed on one face of the micro-louver portion, a second coating formed on an opposite face of the base to one face of the base, and a foam pad stacked on one face of the second coating, wherein the foam pad is to be adhered to the adherend, and has a predetermined thickness.

A eShade Pillow is described. The eShade Pillow includes a pillow having a volume at least partially filled with cushioning materials. The eShade Pillow also includes at least four sidewalls collapsible and stowable adjacent with a surface of the pillow. When deployed the at least four sidewalls are supported by a rigid flap engaging at least a portion of at least two of the sidewalls, the at least four sidewalls forming at least two apertures, a viewing aperture and a device aperture. The device aperture is configured to receive a display device within the device aperture for viewing of the display through the viewing aperture.

A shelter and a sheltering apparatus of adjusting an assembly angle are applied for an assembling display apparatus with a first display and a second display. The shelter includes a bridging component, a first top member and a second top member. The bridging component includes a first lateral member and a second lateral member. The first lateral member is detachably connected to the first display. The second lateral member is rotatably assembled with the first lateral member and detachably connected to the second display. The first top member is disposed on an upper end of the first lateral member. The second top member is disposed on an upper end of second lateral member, and partly overlapped with the first top member in a variable manner for matching relative rotation between the first lateral member and the second lateral member.