Patent ID: 7766796
Filing Date: 2010-08-03
Classification: A63B,A63G,E04B,F16B

Abstract:
1. A framework system comprising: a plurality of first cylindrical connector rods having a first length; a plurality of second cylindrical connector rods having a second length; a plurality of third adjustable connector rods having an adjustability of length around a third length; a plurality of first connectors with constant angularly-spaced radially extending fingers and a constant camber angle to a plane normal to an axis of the first connector, the fingers shaped allowing connection to the connectors rods; a plurality of second connectors being interconnection connectors with angularly-spaced radially extending fingers and constant camber angle to a plane normal to an axis of the second connector, the fingers allowing connection to the connectors rods; a plurality of third connectors being base connectors having a plurality of angularly-spaced radially extending fingers emanating from one side of the third connector and constant camber angle to a plane normal to an axis of the third connector, the fingers allowing connection to the connectors rods; one or more fourth connectors being top connectors having a plurality of angularly-spaced radially extending fingers emanating from central body with a constant camber angle to a plane normal to an axis of the fourth connector, the fingers allowing connection to the connectors rods; a central circular shaped body with fingers radially emanating at a predefined radial angle between fingers and each finger at a predefined constant camber angle from a plane normal to the axis of the central circular shaped body; wherein the framework system allows a plurality of first connector rods to be attached to a first connector and a plurality of second and third connectors connected to the ends of the first connector rods and connected therebetween by a plurality of second connector rods to form a geometric shaped unit with base connectors at the base of the geometric shape for resting on the ground; and interconnecting connectors allowing a plurality of said geometric shaped units to interconnect laterally wherein the constant camber forms an enclosed framework shape; and allowing for third adjustable connector rods to fit between the base connectors of adjacent geometric shaped units to form a continuous enclosed linear base extending in a plane; and allowing for one or more fourth top connectors to connect a top portion of the adjacent geometric shaped units to form a united top shape; wherein the continuous closed base and interconnected geometric shaped units and the united top shape provide structural integrity to the framework system; and wherein the fingers can protrude from a circumferential part of the central circular shaped body and the fingers include a portion of ribbing extending radially from a more central portion of the inner side of the hemispherical shape and wherein the detent is a resilient means mounted between radially extending ribbing of the fingers and connected to a protruding button which extends outwardly from the cylindrical circumferential extremities of the finger to engage an opening in the side of a hollow cylindrical end of connecting rod, thus preventing relative sliding movement of the rod and finger of the connector for accidental disassembly.