A clip bracket assembly includes a clip bracket including a base portion and a clip portion, the base portion defining a clearance hole, the base portion and the clip portion together defining an insertion slot, the clip portion configured to hold a display panel inside the insertion slot; and a clip fastener including a head and a shank, the shank extending through the clearance hole defined in the clip bracket.

A transport equipment label bracket that can be used during tracking and/or locating of delivery item(s) (e.g. mail) positioned on or in delivery-item transport equipment such as a delivery-item transport cart. The bracket can have positioned thereon a permanent first identifier and a permanent second identifier, which may include a radio-frequency identification (RFID) chip. The bracket can further include a placard mount for temporarily positioning a placard such as a delivery-item transport equipment label, which can represent the delivery item(s) that are in or on the delivery-item transport equipment. The placard and either/both of the first identifier and the second identifier can be scanned to associate or conjoin the placard with the RFID chip as represented in a computerized delivery-item-tracking system. Thereafter, the RFID chip can be scanned to identify a location of the placard and thus the location of the delivery-item transport cart.

A waistband with retractable display panel apparatus having a waistband, a display panel frame and a display panel. The waistband includes a first strap and a buckle. The first strap including a plurality of notches, wherein one of the plurality of notches connects to the buckle to allow the waistband to be worn around a wearer's waist. The display panel frame includes a second strap and a first attachment mechanism. The second strap includes a plurality of notches. The first attachment mechanism connects the second strap to the first strap, by attaching one or more of the plurality of notches located along a left side of the second strap to one or more of the plurality of notches located on a left side of the first strap and by attaching one or more of the plurality of notches located along a right side of the second strap to one or more of the plurality of notches located on a right side of the first strap. The second strap is affixed to the first strap at a location so that the second strap is extended along the backside of the waistband. The retractable display panel includes a panel and a second attachment mechanism. The panel includes a plurality of holes embedded on the top edge of the panel. Moreover, the panel includes one or more visual elements imprinted thereon. The second attachment mechanism connects the panel to the display panel frame by attaching one or more of the plurality of holes located on a left side of the top edge of the panel to one or more of the plurality of notches located on a left side of the second strap and by attaching one or more of the plurality of holes located on a right side of the top edge of the panel to one or more of the plurality of notches located on a right side of the second strap. The one or more visual elements imprinted on the panel are visible when the panel is deployed and the one or more visual elements imprinted on the panel are not visible when the panel is retracted.

A modular wall organization system, e.g., modular bulletin board system, including plural board assemblies. Each of the assemblies includes corner nodes which are configured to be connected to other corner nodes to enable the assemblies to be connected in various configurations on a wall either horizontally or vertically or horizontally and vertically. The assemblies may be framed or frameless. The systems also include clips and adhesive mounting pads for mounting the assemblies on a wall.

Disclosed is a boarding bridge having a transparent display. The boarding bridge includes a first tunnel connected to a terminal gate, a second tunnel connected to be capable of overlapping with the first tunnel, and a control unit. The first tunnel and the second tunnel each have a plurality of transparent displays, and include at least one overlap detecting sensor unit. Through the overlap detecting sensor unit which detects whether a transparent display of the first tunnel and a transparent display of the second tunnel overlap, the controller can selectively control the playback of images on the transparent displays of the first and second tunnels.

A sign support includes a mounting bracket and a sign holder. The mounting bracket selectively engages an associated fixture. The sign holder has a mounting bracket engaging member and a sign holding member that engages and holds a sign. An adhesive fastens the mounting bracket engaging member to the mounting bracket. The adhesive is an upstream adhesive such that the user receives the mounting bracket already bonded to the sign holder.

A three-dimensional billboard display system features a flexible sheet of banner material having displayed content on a display side thereof, and a two-dimensional footprint area on the display side that is discretely identifiable from the displayed content. A flexible cover fastened to the flexible sheet in a position overlying the two-dimensional footprint area on the display side and enclosing a three-dimensional space between said cover and said flexible sheet. One or more inserts form a three-dimensional body of predetermined shape inside the three-dimensional space, the flexible cover spanning in taut condition over the three-dimensional body, thereby imparting the predetermined shape to the three-dimensional space and imparting the flexible cover with a three-dimensional form bulging outwardly from the display side of the flexible sheet. A reinforcement layer features a mesh or netting of criss-crossing webbing straps on a backside of the flexible sheet to carry the weight of the 3D embellishment.

Sign and display systems including a faceplate, lens, backing plate, and at least one magnet are described. In some embodiments, the faceplate includes a viewing aperture and the back of the faceplate includes a recess in which the at least one magnet is mounted. The recess in the faceplate is configured to receive the lens and backing plate. In some embodiments, the faceplate includes two recesses in the back surface, where the first level recess is configured to receive a backing plate and the second lower level recess is configured to receive the lens. The at least one magnet can be mounted in either a first recessed surface of the first level recess or the backing plate. When the lens and backing plate are positioned in the faceplate, the one or more magnets exert a force to secure the faceplate, lens, and backing plate together.

An accessory shelf rail system includes a generally planar top portion, a generally planar front portion, a lower portion of the front portion angled inwardly, a rear portion of the top portion including a top channel and a lip forming a lip channel, the top channel and the lip channel are contained in an entire length of the top portion, and a step-shaped securing bracket slidably positioned in the lip channel, the step-shaped securing bracket configured to removably attach

Formation of a communication arch (A) over a consumer corridor, such as in large sales points, displaying at a height, a media (M) related to a certain product. For such, after mounting a display box (35) using the cutting and creasing design, its units are mounted to one another by coupling through the coupling flaps (29) of one unit to the cutouts (4) corresponding to the subsequent unit. After mounting the assembly, when it is raised and has its peripheral units settled over two opposite shelves, such as in a supermarket corridor, through the trapezoidal geometry of the display boxes (35) combined to slide coupling flaps (29) and cutouts ( ) between the units (35), there is a radial movement and positioning for its tops (16) while its bottoms (6) meet, providing the structuring of the assembly, in an arch shape, supporting the resulting stresses imposed vertically from top to bottom of the arch formed. Therefore, the communication arch (A) formed can receive a large media at its highest point.