Sign holding extrusion arrangement

A method of stationarily supporting a sign from an overhead support comprising:

• extruding an elongated frame assembly to define an upper edge channel, a middle chamber and a lower channel, said middle chamber and said lower channel each having a poster receiving gap in alignment with one another;
• placing a first gravity-dependent, cylindrically-shaped free rolling, independently movable biasing member and a second gravity-dependent, cylindrically-shaped free rolling, independently movable biasing member toward and away from one another in said middle chamber so as to permit the biasedly pinching and permit the stationary support, only by the effect of gravity, of any poster placed therebetween;
• sliding a poster through said gaps in said lower channel and into said middle chamber stationarily securable between said biasing members;
• and
• securing said frame assembly to an overhead support.

A method of stationarily supporting a sign from an overhead support comprising:

• extruding an elongated frame assembly to define an upper edge channel, a middle chamber and a lower channel, said middle chamber and said lower channel having a poster receiving gap in alignment with one another;
• placing a first elongated, gravity-dependent, cylindrically shaped freely-rollable, independently movable biasing member and a second elongated, gravity-dependent, cylindrically shaped freely-rollable, independently movable biasing member in said middle chamber, which members are independently movable toward and away from one another within the middle chamber, to permit independent lateral movement of the biasing members to adhesion-free, biasedly and stationarily pinch only by the effect of gravity, any poster placed between those biasing members;
• sliding a support connector rod in said lower channel;
• attaching a sign to a lower end of said support connector rod;
• and
• attaching said frame assembly to an overhead support member.

A method of stationarily supporting a sign from an overhead support comprising:

• extruding an elongated frame assembly to define an upper edge channel, a middle chamber and a lower channel, said middle chamber and said lower channel having a poster receiving gap in alignment with one another;
• placing a first elongated, cylindrically-shaped, gravity dependent, independently movable, free rolling biasing member and a second elongated, cylindrically-shaped, gravity-dependent, independently movable, free rolling biasing member, each biasing member being gravitationally induced so as to be independently movable toward from one another, and to be movable independently away from one another in said middle chamber;
• sliding a poster sign through said gaps in said lower channel and into said middle chamber for its stationary support between said independently movable, gravity dependent, cylindrically-shaped biasing members;
• sliding one or more support magnets into said upper edge channel;
• and
• securing said frame assembly magnetically to said overhead support.

A method of stationarily supporting a sign from an overhead support, comprising:

• forming an elongated housing extrusion having an open upper channel and an open lower channel;
• forming said extrusion with an elongated gripping-member-receiving, middle chamber;
• inserting at least one outwardly projecting magnet in said upper channel;
• inserting at least two elongated, independently movable, cylindrically-shaped, gravity-dependent free-rolling gripping members in said elongated middle channel, which gripping members are gravitationally induced and movable independently toward and are also independently movable away from one another within the middle chamber;
• transversely inserting a sign member through said lower open channel and into a stationary, gravity-induced:
• gripped, sign display relationship between said cylindrically-shaped, gravity enabled, free rolling, independently movable, adhesion-free gripping members in said middle channel;
• and attaching said elongated housing with said sign member installed therein, onto said overhead support by magnetic attraction between said at least one magnet and said overhead support.