초록 ▼

A reflex fastener, specifically a snap consisting of a plug and corresponding socket, is disclosed for use in load-bearing structures (preferably, stands to support electronic keyboards). The plug is bevelled to form depressions into which corresponding engagement ridges in the socket will be seated

A reflex fastener, specifically a snap consisting of a plug and corresponding socket, is disclosed for use in load-bearing structures (preferably, stands to support electronic keyboards). The plug is bevelled to form depressions into which corresponding engagement ridges in the socket will be seated when the structure is fully assembled. The plug and socket are also sloped or curved at corresponding angles which enhance the stability of the assembled structure. Ease of assembly and disassembly is enhanced without loss of stability by constructing the fastener by blow-molding a rigid, flexible material. A keyboard stand of unique appearance and stability which incorporates the inventive fastener is also disclosed.

대표청구항 ▼

A keyboard stand comprising: a pair of legs having proximal and distal ends, said legs being substantially hollow and formed of a rigid, flexible material; and at least one pair of support arms extending horizontally in the same direction from the proximal ends of said legs; and a keyboard bridge ex

A keyboard stand comprising: a pair of legs having proximal and distal ends, said legs being substantially hollow and formed of a rigid, flexible material; and at least one pair of support arms extending horizontally in the same direction from the proximal ends of said legs; and a keyboard bridge extending horizontally between and connecting said legs; said connection being made by a plug and socket reflex fastener; said plug having first and second end walls extending in the same direction from either end of at least one sidewall; said plug side wall having one or more depressions formed therein, said depression having first and second side walls and a face extending between said side walls; said depression side walls extending upwardly from said face at equal angles thereto; and, a socket, said socket being a void in a component of said load-bearing structure defined by first and second end walls bounding either end of a pair of side walls, at least one of said side walls of said socket having one or more engagement ridges formed therein, said engagement ridges corresponding in size, position and number to said depressions in said plug; said engagement ridges further having first and second sidewalls and a face extending between said side walls; and, said first and second side walls of said engagement ridges extending downwardly from said face at complementary angles, wherein the angle of extension of said first depression side wall is complementary to the angle of extension of said first ridge side wall.