Modular organization system and means of interconnection and support

An organizational and internal communications apparatus, comprising:

• multiple rectangular modules comprising a plurality of rectangular panels defined by four edges;
• wherein each the multiple rectangular modules are formed by four rectangular panels, each of the four rectangular panels including alternating rectangular crenellations and rectangular recesses, inversely configured on opposite edges, wherein each of the rectangular crenellations includes an outwardly facing opening, wherein the opening is no more than one-third arc of a circle;
• wherein each crenellation includes a width essentially identical to a width of the recess at the corresponding location on the opposite edges, wherein each of the crenellation includes a height equal to a thickness of the rectangular panels;
• wherein crenellations of one of the four rectangular panels engage with recesses of two adjoining panels to form the module corners;
• multiple interlocking pins substantially fit into space defined by longitudinal channels of four adjacent modules to keep them from moving apart, wherein each of the longitudinal channels includes a cross-section that is substantially circular;
• wherein each of the multiple interlocking pins is longitudinal and has a central quadrilateral spine whose cross-section is four round-shaped corner beads;
• and
• wherein the corner beads are integrally connected to corners of the central quadrilateral spine.

A method of assembly for the organizational and internal communications system comprising;

• constructing a plurality of rectangular modules with a plurality of panels defined by four edges;
• wherein each the multiple rectangular modules are formed by four rectangular panels, each of the four rectangular panels including alternating rectangular crenellations and rectangular recesses, inversely configured on opposite edges, wherein each of the rectangular crenellations includes an outwardly facing opening, wherein the opening is no more than one-third arc of a circle;
• wherein each crenellation includes a width essentially identical to a width of the recess at the corresponding location on the opposite edges, wherein each of the crenellation includes a height equal to a thickness of the rectangular panels;
• wherein crenellations of one of the four rectangular panels engage with recesses of two adjoining panels to form the module corners;
• positioning multiple interlocking pins substantially fit into space defined by longitudinal channels of four adjacent modules to keep them from moving apart, wherein each of the longitudinal channels includes a cross-section that is substantially circular;
• wherein each of the multiple interlocking pins is longitudinal and has a central quadrilateral spine whose cross-section is four round-shaped corner beads;
• and
• wherein the corner beads are integrally connected to corners of the central quadrilateral spine.