Abstract: A rotating adapter attaches a secondary sign to a primary sign. A first insert component includes an extended tine and a second insert component also has an extended tine. The second insert component may also include a shaft sleeve. A connection shaft is coupled to the first insert component, and is configured to insert within the shaft sleeve of the second insert component and defines an axis about which the second insert component may rotate. The extended tines of the first insert component fixedly couple with the primary sign and the extended tines of the second insert component fixedly couple with the secondary sign.

Abstract: A rotating adapter attaches a secondary sign to a primary sign. A first insert component includes an extended tine and a second insert component also has an extended tine. The second insert component may also include a shaft sleeve. A connection shaft is coupled to the first insert component, and is configured to insert within the shaft sleeve of the second insert component and defines an axis about which the second insert component may rotate. The extended tines of the first insert component fixedly couple with the primary sign and the extended tines of the second insert component fixedly couple with the secondary sign.

Abstract: Embodiments of a rotating adaptor for a sign are disclosed. In one embodiment, a rotator adaptor rotationally attaches a secondary sign to a primary sign having a rigid frame. The rotator adaptor has a main body defining a notch therein bounded by three contiguous walls. A fastener is configured to couple the main body to the rigid frame of the primary sign. A bearing is coupled to a top surface of the main body. A shaft is coupled to the bearing and configured to rotate within the bearing and with respect to the primary sign, and to receive and couple with a secondary sign. The rotation of the shaft causes the secondary sign to rotate with respect to the primary sign.