A sign cabinet, comprising: (a) a frame adapted to receive and support one or more graphics, the frame having sections defining a perimeter of the frame; and (b) a light assembly housed within the frame and adapted to illuminate the one or more graphics when located within the frame; wherein the frame is adapted for freestanding and suspended hanging.

The invention relates to a charging station, in particular for electric vehicles, whereby the charging station has a viewing region, which is configured to receive at least one printed product in such a way that a user of the charging station can view the at least one printed product from outside the charging station.

The invention relates generally to illuminated signs (100) having multiple point light sources such as light emitting diode arrays as the illumination source for legend-bearing face panels and particularly to diffuser structure mountable in relation to such an array for facilitating an even distribution of light within such a sign to improve illumination of the typically translucent legend disposed on such a face panel. In particular, the invention employs a clear diffuser holder (120) that is secured to the inside surface of el the face panel thereby providing a means of removeably attaching a diffuser (130). The invention permits interchangeably employing diffusers of different colors while providing resistance to vandalism.

A display device includes: a substrate including a display region and a bent region provided at a side of the display region; a first insulating layer provided on the bent region of the substrate; a second insulating layer provided on the first insulating layer, the second insulating layer including at least one opening; and a third insulating layer provided on the second insulating layer and the at least one opening, and a pixel unit to display an image is provided on the display region of the substrate.

A sign cabinet, comprising: (a) a frame adapted to receive and support one or more graphics, the frame having sections defining a perimeter of the frame; and (b) a light assembly housed within the frame and adapted to illuminate the one or more graphics when located within the frame; wherein the frame is adapted for freestanding and suspended hanging.

A folding display rack includes a corner connection piece and an intermediate connection piece, where the corner connection piece includes an upper corner connection piece and a lower corner connection piece; two ends of the long frames are connected to an upper short frame and a lower short frame respectively through the upper corner connection piece and the lower corner connection piece; the intermediate connection piece is located at the middle position of each of the long frames and divides the long frame into two parts; the long frame is can be folded in a direction from the middle to the inner side of the display frame through the intermediate connection piece; and the long frames on two sides can be folded in half from the middle through the corner connection piece and then are staggered, folded and stored on the short frame on the lower side.

A backlit signage system comprising a sign frame comprising two frame faces rotatably connected via a hinge mechanism, where each of the two frame faces comprises a recessed portion configured to receive a graphic sign, at least one solar panel mounting region configured to receive a solar panel, at least one mounting region configured to removably couple to an electronics enclosure, and at least one LED panel configured to removably couple to each of the two faces of the sign frame, the at least one LED panel being configured to illuminate the graphic sign.

The invention relates to an illuminated cylindrical, elliptical, or prismatic interchangeable frame, consisting of an outer cylinder (1), a gap (13), an image (6), and an inner cylinder (5). A homogeneous illumination is achieved through the use of an inner cylinder (5). The illumination is provided by LEDs from a vertical central light source, such as a lighting element (4) or through edge illumination. The power supply is provided by cables, an electrochemical primary cell, an electrochemical secondary cell, a fuel cell, an arrangement of supercapacitors, or a combination of the aforementioned power sources.