A head cover includes a brim formed from a plastic sheet. The plastic sheet includes a first area with a material having a first degree of transparency to light and a second area at least partially surrounded by the first area, the second area including a material having a second degree of transparency to light different from the first area. The second area further includes a shape of a logo. At least one of the first area and the second area project an image of the logo onto a surface or object distantly located from the brim when a light impinges on the brim. The head cover is a cap, a visor, or a hat.

A head cover includes a brim formed from a plastic sheet. The plastic sheet includes a first area with a material having a first degree of transparency to light and a second area at least partially surrounded by the first area, the second area including a material having a second degree of transparency to light different from the first area. The second area further includes a shape of a logo. At least one of the first area and the second area project an image of the logo onto a surface or object distantly located from the brim when a light impinges on the brim. The head cover is a cap, a visor, or a hat.

A retractable stanchion barrier system with a flexible RGB display matrix utilizes one or more stanchion units, each stanchion unit comprising a stanchion head, a weighted base, a stanchion post, and a flexible LED stanchion ribbon display which extends from each stanchion head. A computer system governs the operation of the flexible RGB display. The flexible LED stanchion ribbon display may extend from one stanchion head and connect to another stanchion head. The stanchion heads may mount to walls, doors or stanchion posts. Such a system may be configured to be ultra-portable or implemented as a fixture. A method for crowd control and line management using a stanchion display system utilizing one or more stanchion units is also recited.

The present disclosure belongs to the technical field of flagpoles, and in particular relates to a rotating ring, including a flagpole and two fixing sleeves; the two fixing sleeves are arranged outside the flagpole; each of the fixing sleeves is provided with a cover, the cover is slidably connected with the flagpole; a rotating ring body is rotatably connected to the outside of the cover, and a threaded fixing ring is in threaded connection with the outside of the cover; and the threaded fixing ring is in contact with the rotating ring body. Two groups of fixing sleeves, covers, rotating ring bodies, threaded fixing rings, balls, hanging lugs, positioning holes, external threads and other components are designed on a cylinder The two hanging lugs are used for hanging a flag. Therefore, when wind blows, the rotating ring bodies can rotate to prevent the flag from wrapping around the flagpole.

The present disclosure belongs to the technical field of flagpoles, and in particular relates to a rotating ring, including a flagpole and two fixing sleeves; the two fixing sleeves are arranged outside the flagpole; each of the fixing sleeves is provided with a cover, the cover is slidably connected with the flagpole; a rotating ring body is rotatably connected to the outside of the cover, and a threaded fixing ring is in threaded connection with the outside of the cover; and the threaded fixing ring is in contact with the rotating ring body. Two groups of fixing sleeves, covers, rotating ring bodies, threaded fixing rings, balls, hanging lugs, positioning holes, external threads and other components are designed on a cylinder The two hanging lugs are used for hanging a flag. Therefore, when wind blows, the rotating ring bodies can rotate to prevent the flag from wrapping around the flagpole.

Pouch made from flexible material for light display, the pouch having at least two plies of a flexible material, the plies defining at least two faces between which an internal space is delimited, and a light display module which is received in the internal space and which has an electronic board on which are mounted a plurality of electroluminescent diodes and a memory zone in which instructions are recorded and allow the lighting of the electroluminescent diodes to be controlled in order to create at least one predetermined display pattern.

Provided herein are embodiments of a banner assembly, for example, a banner assembly having a light-emitting diode (LED) light network arranged in a pattern of a national flag thereby illuminating the national flag for display. The banner assembly herein comprises an LED light network having LED lights arranged in a pattern of a national flag, and a plurality of detachable rods attached to the LED light network by one or more connector.

A connection assembly for connecting a banner to an upper support line, a lower support line, and a first tensioning line of a banner support system supporting a banner, the connection assembly comprising first and second lateral lines attached to the first tensioning line of the banner support system, an upper support line connection portion connecting the first lateral line to both an upper corner of the banner and the upper support line, the upper support line connection portion being slidably coupled to the upper support line, and a lower support line connection portion connecting the second lateral line to both a lower corner of the banner and the lower support line, the lower support line connection portion being slidably coupled to the lower support line, and the lower support line connection portion being operable to allow the lower corner of the banner to rotate away from the lower support line and to return back toward the lower support line

A connection assembly for connecting a banner to an upper support line, a lower support line, and a first tensioning line of a banner support system supporting a banner, the connection assembly comprising first and second lateral lines attached to the first tensioning line of the banner support system, an upper support line connection portion connecting the first lateral line to both an upper corner of the banner and the upper support line, the upper support line connection portion being slidably coupled to the upper support line, and a lower support line connection portion connecting the second lateral line to both a lower corner of the banner and the lower support line, the lower support line connection portion being slidably coupled to the lower support line, and the lower support line connection portion being operable to allow the lower corner of the banner to rotate away from the lower support line and to return back toward the lower support line

The automatic flag displayer is a weather-proof device that can be mounted and used to display a flag during appropriate times, without needing someone to manually fetch the flag and roll or unroll it. Instead, the automatic flag displayer comes with a remote control with buttons to control the necessary actions of opening or closing the rubber-sealed shutter doors where the flag is stored when not flown, lowering or raising the flag, and rolling or unrolling the flag. When the rubber-sealed shutter doors open, the flag hinge and the associated flag hinged arm can be manipulated by said remote to angle the flag out of the box. The combination of the hinge and the hinged arm provide structural support to the flag and secure it against strong winds or other hazardous weather conditions.