A device for protecting a television screen comprising having a mount wherein the mount is configured to engage the television; a cylinder configured to attach to the mount such that the cylinder will be positioned at the screen side of the television; and a protective material configured to coil around the cylinder, wherein the protective material is further configured to unravel over the television screen.

A device for protecting a television screen comprising having a mount wherein the mount is configured to engage the television; a cylinder configured to attach to the mount such that the cylinder will be positioned at the screen side of the television; and a protective material configured to coil around the cylinder, wherein the protective material is further configured to unravel over the television screen.

A small-spacing LED screen is provided, comprising a bottom case, an HUB board arranged on one side of the bottom case, and a small module arranged on the other side and electrically connected with the HUB board. The small module includes a module main body and a drive control unit which is electrically connected with the module main body to drive and control the module main body. An adaptor plate is also arranged between the small module and the HUB board. The HUB board is electrically connected with the adaptor plate. The drive control unit is arranged on the adaptor plate. The LED screen has the smallest spacing, and the reject ratio of the small module is greatly reduced.

A display includes a display panel, a board mounting portion, and a circuit board arranged at one surface of the board mounting portion. The display panel also includes a cover portion positioned only at a portion of the one surface of the board mounting portion. The portion includes a region in which the circuit board is arranged. The cover portion includes a bottom surface portion and a first side surface portion that extends from the bottom surface portion toward the one surface of the board mounting portion. The first side surface portion includes a first opening portion.

[Object] To provide a display apparatus capable of obtaining excellent heat radiation performance of a light source while ensuring positional accuracy of the light source.

[Solving Means] A display apparatus according to an embodiment of the present technology includes a light guide portion, a casing, a projection portion, a heat source, and a heat-transfer member. The light guide portion is disposed in front of eyes of a user. The casing is fixed to the light guide portion. The projection portion is housed in the casing and is configured to be capable of projecting an image to the light guide portion. The heat-transfer member includes a first end and a second end, the first end being connected to the heat source, the second end being connected to an inner surface of the casing, and is configured to be deformable.

A display device according to an exemplary embodiment includes: a first display unit having a polygon shape for displaying an image; and a plurality of second display units displaying an image and respectively disposed adjacent to respective sides of the polygon of the first display unit. The plurality of second display units may be bent based on the respective sides such that the first display unit and the plurality of second display units form a three-dimensional shape.

A support mechanism that supports a panel includes a work-machine-side support axis fixed to a work machine, a panel-side support axis fixed to a panel, a connecting arm that is swingably held by the two support axes, a guide rail formed on the work machine side, a bolt that moves along the guide rail, and a regulating arm attached to the bolt and held so as to be oscillatable by the panel-side support axis. When the connecting arm is oscillated, the oscillation of the connecting arm and the angle of the panel is regulated by the regulating arm.

This display device includes a heat radiation member made of metal, configured to radiate heat generated from a light source portion, a rear housing arranged on the rear side of the heat radiation member, a substrate mounting member made of sheet metal, mounted with a circuit substrate, and a cover member covering the substrate mounting member from the rear side of the substrate mounting member in a state where the rear surface of the rear housing is exposed to the outside, while the heat radiation member is arranged to come into contact with the substrate mounting member.

A mount for a television or other media device is able to be extended from a mounting wall over a relatively large range. The mount can also be tilted from side to side and up and down, so that the television may be readily viewable from multiple locations within a room. The mount is sturdy, and may be provided with decorative paneling. In an embodiment, the mount includes a first beam; a second beam; plural first members connected rotatably to the first beam; plural second members connected rotatably to the second beam; a third member connected rotatably to a first pair of the first and second members; a fourth member connected rotatably to a second pair of the first and second members; and a plate connected rotatably to the third and fourth members.

A mount for a television or other media device is able to be extended from a mounting wall over a relatively large range. The mount can also be tilted from side to side and up and down, so that the television may be readily viewable from multiple locations within a room. The mount is sturdy, and may be provided with decorative paneling. In an embodiment, the mount includes a first beam; a second beam; plural first members connected rotatably to the first beam; plural second members connected rotatably to the second beam; a third member connected rotatably to a first pair of the first and second members; a fourth member connected rotatably to a second pair of the first and second members; and a plate connected rotatably to the third and fourth members.