An assembly for communicating a status of a vehicle, the assembly incorporating an inner plate; an inner slot plurality positioned at the inner plate's peripheral edge; a plurality of indicia display surfaces having radially inner ends, wherein each indicia display surface is positioned between an adjacent pair of slots; an outer plate having a peripheral edge, the outer plate being rotatably mounted upon the inner plate; an outer slot positioned at the outer plate's peripheral edge, wherein the outer slot is sized for, upon rotation of the outer plate, successively exposing overlying the indicia display surfaces; and a pawl fixedly attached to and extending inwardly from the outer plate, the pawl being positioned for, upon the outer plate rotation, successively engaging the inner slots.

A dynamic message sign includes a front housing defining a viewing window and an interior. A LED assembly is in the interior for displaying a message within a cone of vision. A louver assembly limits the cone of vision. The dynamic message sign may also include a back frame for supporting the front housing and a bracket for setting the front assembly at an angle with respect to the back frame. The LED assembly can include a plurality of LED pixels arranged in rows and columns. The louver assembly can include a plurality of louver racks, each louver rack extending adjacent to a column of LED pixels.

A dynamic message sign includes a front housing defining a viewing window and an interior. A LED assembly is in the interior for displaying a message within a cone of vision. A louver assembly limits the cone of vision. The dynamic message sign may also include a back frame for supporting the front housing and a bracket for setting the front assembly at an angle with respect to the back frame. The LED assembly can include a plurality of LED pixels arranged in rows and columns. The louver assembly can include a plurality of louver racks, each louver rack extending adjacent to a column of LED pixels.

Architectural signage and the providing of systems and methods for adjustable signage suitable for operation with one hand. A signage assembly may include a slider panel assembly having a back plate and a plurality of slider portions, where each of the slider portions may include a guidance tongue formed from a portion of the back plate. The guidance tongue may include a lock button extending from a front face of the guidance tongue, wherein the guidance tongue is configured to flex in a direction perpendicular to or from a front face of the back plate to allow insertion of a slidable tab with reduced interference from the lock button, and wherein the lock button is configured to mate with a lock pocket of a slidable tab when the slidable tab is fully extended.

The present invention describes a segmented license plate connection mechanism. The device comprises a conventional display device, which enables a personalized message, image, or video to be displayed adjacent to the entire perimeter of the license plate. A static image may be inserted into the decal enclosure, and is secured by decal stabilization clip. The display device also comprises a USB inlet and source of power that enables users to upload custom media.

A dynamic message sign includes a front housing defining a viewing window and an interior. A LED assembly is in the interior for displaying a message within a cone of vision. A louver assembly limits the cone of vision. The dynamic message sign may also include a back frame for supporting the front housing and a bracket for setting the front assembly at an angle with respect to the back frame. The LED assembly can include a plurality of LED pixels arranged in rows and columns. The louver assembly can include a plurality of louver racks, each louver rack extending adjacent to a column of LED pixels.

A bead design allows the bead to be removably attached to a rail, allowing the bead to slide along the rail without coming off. The rail can be part of a bracket system to hang the rail in various desired locations. The beads can be made in various shapes and sizes, or with various textual indicators, to provide a user with a memory aid. A user can, for example, have a bead for each medicine dose they are required to take. A user can slide the bead to one side when the medicine is taken. Each bead can include an indicator, for example, 6 am, 2 pm, 10 pm that indicates a medicine to be taken 3 times a day. The beads can be used for other reminders and can be designed accordingly. A software application can be designed to mimic the bead and rail system.

A bead design allows the bead to be removably attached to a rail, allowing the bead to slide along the rail without coming off. The rail can be part of a bracket system to hang the rail in various desired locations. The beads can be made in various shapes and sizes, or with various textual indicators, to provide a user with a memory aid. A user can, for example, have a bead for each medicine dose they are required to take. A user can slide the bead to one side when the medicine is taken. Each bead can include an indicator, for example, 6 am, 2 pm, 10 pm that indicates a medicine to be taken 3 times a day. The beads can be used for other reminders and can be designed accordingly. A software application can be designed to mimic the bead and rail system.