Abstract: A connector system includes two connector members that can each be mounted to separate objects and then interlocked together to attach the two objects together. In one embodiment, the two connector members are identical and interchangeable with each other. In other embodiments, the two connector members are arranged to attach together objects having perpendicular mounting surfaces or coplanar mounting surfaces. The connector members include an alignment structure having a projection positioned between a first pair of inclined surfaces, and a receiver structure positioned between a second pair of inclined surfaces. The connector members are interlocked together by mating the alignment structure of one connector member with the receiver structure of the other connector member. The relative movement between the connector members causes the inclined surfaces of one connector member to wedge against the inclined surfaces of the other connector member to form a tight and strong connection.

Abstract: An interlocking connector system includes two connector members that can each be mounted to separate objects and then interlocked together to attach the two objects together. In one embodiment, the two connector members are identical and interchangeable with each other. In other embodiments, the two connector members are arranged to attach together objects having perpendicular mounting surfaces or coplanar mounting surfaces. The connector members include an alignment structure having a projection positioned between a first pair of inclined surfaces, and a receiver structure positioned between a second pair of inclined surfaces. The connector members are interlocked together by mating the alignment structure of one connector member with the receiver structure of the other connector member. The relative movement between the connector members causes the inclined surfaces of one connector member to wedge against the inclined surfaces of the other connector member to form a tight and strong connection.