A digital license plate cover can include a front plate having a cut out portion. A digital license plate cover can include a plurality of side walls connected to a perimeter of the front plate, wherein the plurality of side walls include a top wall connected to a top portion of the front plate and a bottom wall connected to a bottom portion of the front plate. The plurality of side walls can be perpendicular to the front plate. The digital license plate cover can include at least one tab connected to the top wall, wherein the at least one tab is configured to at least partially secure a digital license plate to the digital license plate cover.

A license plate holder includes a frame defining a central opening to permit display of indicia on license plate display region(s) of a license plate and defining frame display region(s) adjacent the central opening. A transmissive substrate includes one or more connectors to removably connect the transmissive substrate to a license plate base. In an assembled state with the transmissive substrate removably connected to the license plate base via the connector(s) and the frame interposed between the transmissive substrate and the license plate base, a central region of the transmissive substrate is positioned in front of the central opening and the license plate display region(s) and a peripheral region of the transmissive substrate is positioned in front of the frame display region(s).

A license plate holder includes a frame defining a central opening to permit display of indicia on at least one license plate display region of a license plate and defining frame display region(s) adjacent the central opening and a transmissive substrate. The transmissive substrate includes snap-fit connectors to connect the transmissive substrate to peripheral portions of the frame to dispose the transmissive substrate over the central opening and the frame display region(s). In an assembled stated with the transmissive substrate disposed in front of the frame and connected to the frame, a central region of the transmissive substrate is positioned over the central opening and the license plate display region and a peripheral region of the transmissive substrate is positioned over the at least one frame display region.

The present invention provides an adhesive tamper evident vehicle registration label or an adhesive tamper evident label support. The adhesive tamper evident vehicle registration label comprises a frangible layer of a label comprising an upper surface and an opposed lower surface, in which the frangible layer comprises a plurality of layer portions located adjacent to each other and separable from each other by at least one line of weakness extending between the upper and lower surfaces thereof. The adhesive tamper evident label support comprises a frangible support layer for receiving a label, the frangible support layer comprising an upper surface for receiving a label thereon, and an opposed lower surface, in which the frangible support layer comprises a plurality of support layer portions located adjacent to each other and separable from each other by at least one opening and/or line of weakness extending between the upper and lower surfaces of the support layer. The adhesive tamper evident vehicle registration label or the adhesive tamper evident label support further comprise an adhesive layer located in use on the lower surface of the frangible layer or frangible support layer and configured to adhere the frangible layer or frangible support layer to a contact surface. The frangible layer of the adhesive tamper evident vehicle registration label or frangible support layer of the adhesive tamper evident label support is moveable between a first untampered position in which the layer portions or support layer portions provide a continuous surface extending across the upper surface thereof, and a second tampered position in which at least a pair of adjacent layer portions or support layer portions are separated from each other along the corresponding at least one opening and/or line of weakness.

A wideplate for attachment to a vehicle, comprising a body larger than a standard vehicle license plate, wherein a portion of the body extending beyond a perimeter of the license plate provides a display area, and a plurality of wideplate mounting holes, wherein the wideplate mounting holes are configured to align with license plate mounting holes to enable the wideplate to be mounted behind or in front of the vehicle license plate, such that the display area is visible beyond the perimeter of the license plate

Embodiments of the present disclosure relate to systems, devices, and methods for a slidable vehicle display sign holder. The sign holder is an automated device which can display or hide signs based on user input. The sign holder includes a housing that includes a sign affixed to a sign carrier, an actuator to extend or retract the sign carrier, a controller including circuitry (e.g., microprocessor) to control the movement of the sign carrier and a power source to supply power to the controller and the circuitry. The sign holder is communicatively coupled to a processor-based user device which can be used to provide instructions to the sign carrier. In some examples, the sign holder includes sensors (e.g., accelerometers, Hall effect sensors, inertial measurement units, or limit switches) and uses input from the sensors to update the position of the sign carrier based on data received from the sensors (e.g., using a finite state machine).