CPC E04G 1/12 (2013.01) [E04G 1/15 (2013.01); E04G 3/243 (2013.01); E04G 5/061 (2013.01)] | 23 Claims |
1. An adjustable tower platform apparatus, the apparatus comprising:
a first face pipe having a first end and a second end;
a second face pipe having a first end and a second end;
a third face pipe having a first end and a second end;
a first corner platform, wherein the first corner platform comprises a first inner side surface, a second inner side surface, a first outer side surface, and a second outer side surface; wherein the first inner side surface forms a first acute angle with the first outer side surface; wherein the second inner side surface forms a second acute angle with the second outer side surface;
wherein the first inner side surface is off-set from the second inner side surface;
wherein the first corner platform is attached to the first end of the first face pipe and to the second end of the second face pipe; wherein the first face pipe is attached to the first outer side surface of the first corner platform by a first bracket; wherein the first outer side surface is not parallel to the first face pipe; wherein the second face pipe is attached to the second outer side surface of the first corner platform by a second bracket; wherein the second outer side surface of the first corner platform is not parallel to the second face pipe; further wherein the first corner platform is undergirded by a first side arm joist; wherein the first side arm joist is connected to a first connection plate;
a second corner platform, wherein the second corner platform is attached to the first end of the second face pipe and to the second end of the third face pipe; wherein the second face pipe is attached to a first outer side surface of the second corner platform by a third bracket; wherein the first outer side surface of the second platform is not parallel to the second face pipe; wherein the third face pipe is attached to a second outer side surface of the second corner platform by a fourth bracket; wherein the second outer side surface of the second corner platform is not parallel to the third face pipe; further wherein the second corner platform is undergirded by a second side arm joist; wherein the second side arm joist is connected to a second connection plate; and
a third corner platform, wherein the third corner platform is attached to the first end of the third face pipe and to the second end of the first face pipe; wherein the third face pipe is attached to a first outer side surface of the third corner platform by a fifth bracket; wherein the first outer side surface of the third platform is not parallel to the third face pipe; wherein the first face pipe is attached to a second outer side surface of the third corner platform by a sixth bracket; wherein the second outer side surface of the third corner platform is not parallel to the first face pipe; further wherein the third corner platform is undergirded by a third side arm joist; wherein the third side arm joist is connected to a third connection plate;
wherein the first, second and third connection plates each comprise a left supporting arm, a central connecting surface, a right supporting arm, a top surface and a bottom surface; wherein the right arm of the first connection plate is adjustably secured to the left arm of the second connection plate; wherein the right arm of the second connection plate is adjustably secured to the left arm of the third connection plate; wherein the right arm of the third connection plate is adjustably secured to the left arm of the first connection plate; wherein the first, second and third connection plates are adjustably secured with a plurality of connecting bolts; wherein each of the plurality of connecting bolts extend through at least a portion of two of the first, second and third connection plates;
wherein the first side arm joist undergirding the first corner platform comprises a distal end surface; wherein the front axis of the distal end surface is oriented to not intersect with an outer surface of any face pipe;
wherein at least one end of the first face pipe is directly adjacent to at least one end of the second face pipe so that no other face pipe is between the at least one end of the first face pipe and the at least one end of the second face pipe.
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