| 主权项 |
1. An adjustable climbing stand system (100) with a fully rotating seat (550) to enable a user to hunt for prey from a tree (900) comprising:
(a) a primary platform (200) comprising:
(i) a generally planar rectangular primary base platform (300) comprising a primary first base platform side (310), a primary second base platform side (320), a primary third base platform side (330), and a primary fourth base platform side (340), wherein a “boomerang” shaped tree interface (500) comprising a plurality of teeth (502) is affixed to the primary first base platform side (310), wherein the primary third base platform side (330) comprises a primary first open tube end (350) and a primary second open tube end (360) for receiving a generally planar “U” shaped primary sliding platform (400), wherein the primary first open tube end (350) comprises a plurality of pin holes (522) disposed through a cross-section thereon for receiving a first locking pin (520), wherein the primary second open tube end (360) comprises a plurality of pin holes (522) disposed through a cross-section thereon for receiving a second locking pin (520), wherein a primary first anchor strut second end (374) of a primary first anchor strut (370) is disposed on a primary second base top surface (324) of a primary second base platform side middle section (322) and projects at an angle generally toward the primary first base platform side (310), wherein the primary first anchor strut (370) comprises a primary first vertical strut support (375) having a primary first vertical strut support first end (376) disposed on a primary first anchor strut first end (372) and a primary first vertical strut support second end (378) disposed at an intersection of the primary first base platform side (310) and the primary second base platform side (320), wherein a primary second anchor strut second end (384) of a primary second anchor strut (380) is disposed on a primary fourth base top surface (344) of a primary fourth base platform side middle section (342) and projects at an angle generally toward the primary first base platform side (310), wherein the primary second anchor strut (380) comprises a primary second vertical strut support (385) having a primary second vertical strut support first end (386) disposed on a primary second anchor strut first end (382) and a primary second vertical strut support second end (388) disposed at an intersection of the primary first base platform side (310) and the primary fourth base platform side (340), wherein a first cinch strap first end (542) is disposed within the primary first anchor strut (370) and is attachably connected to the primary first anchor strut (370) via a third locking pin (520) inserted through a pin hole (522) disposed through a cross-section of the primary first anchor strut (370), wherein a plurality of pin holes (522) is disposed in the primary first anchor strut (370) to provide a means for adjustment for a first cinch strap (540), wherein the first cinch strap (540) is disposed around a tree (900), wherein a first cinch strap second end (544) is disposed within the primary second anchor strut (380) and is attachably connected to the primary second anchor strut (380) via a fourth locking pin (520) inserted through a pin hole (522) disposed through a cross-section of the primary second anchor strut (380), wherein a plurality of pin holes (522) is disposed in the primary second anchor strut (380) to provide a means for adjustment of the first cinch strap (540),(ii) the generally planar “U” shaped primary sliding platform (400) comprising a primary first sliding platform side (410), a primary second sliding platform side (420), a primary third sliding platform side (430), and a primary fourth sliding platform side (440), wherein the primary second sliding platform side (420) comprises a primary first sliding tube end (450) that projects out and away from the primary first sliding platform side (410), wherein the primary fourth sliding platform side (440) comprises a primary second sliding tube end (460) that projects out and away from the primary first sliding platform side (410), wherein the primary first sliding tube end (450) slidably engages the primary first open tube end (350) of the primary base platform (300) and is securely held into place via the first locking pin (520) disposed through a pin hole (522) disposed through a cross-section of the primary first sliding tube end (450) and the pin hole (522) disposed through the cross-section of the primary first open tube end (350), wherein a primary second sliding tube end (460) slidably engages the primary second open tube end (360) of the primary base platform (300) and is securely held into place via the second locking pin (520) disposed through a pin hole (522) disposed through a cross-section of the primary sliding tube end (460) and the pin hole (522) disposed through the cross-section of the primary second open tube end (360), wherein the primary sliding platform (400) comprises a collapsible seat mount (552), wherein the primary sliding platform (400) comprises a generally planar flooring surface (580) disposed thereon, wherein the primary sliding platform (400) comprises a stirrup (582) disposed thereon, wherein the primary sliding platform (400) comprises a first carrying strap (590) disposed on a bottom thereof, wherein the sliding platform comprises a first cross brace (470), wherein a first cross brace first end (480) is disposed on the primary second sliding platform side (420), wherein a first cross brace second end (490) is disposed on the primary fourth sliding platform side (440), wherein the primary sliding platform (400) comprises the seat (550) having a rotating base (554), wherein the rotating base (554) is disposed on the seat mount (552), wherein the rotating base (554) rotates 360 degrees; (b) a secondary platform (600) comprising:
(i) a generally planar rectangular secondary base platform (700) comprising a secondary first base platform side (710), a secondary second base platform side (720), a secondary third base platform side (730), and a secondary fourth base platform side (740), wherein a second “boomerang” shaped tree interface (500) comprising a second plurality of teeth (502) is affixed to the secondary first base platform side (710), wherein the secondary third base platform side (730) comprises a secondary first open tube end (750) and a secondary second open tube end (760) for receiving a generally planar “U” shaped secondary sliding platform (800), wherein the secondary first open tube end (750) comprises a plurality of pin holes (522) disposed through a cross-section thereon for receiving a fifth locking pin (520), wherein the secondary second open tube end (760) comprises a plurality of pin holes (522) disposed through a cross-section thereon for receiving a sixth locking pin (520), wherein a secondary first anchor strut second end (774) of a secondary first anchor strut (770) is disposed on a secondary second base top surface (724) of a secondary second base platform side middle section (722) and projects at an angle generally toward the secondary first base platform side (710), wherein the secondary first anchor strut (770) comprises a secondary first vertical strut support (775) having a secondary first vertical strut support first end (776) disposed on a secondary first anchor strut first end (772) and a secondary first vertical strut support second end (778) disposed at an intersection of the secondary first base platform side (710) and the secondary second base platform side (720), wherein a secondary second anchor strut second end (784) of a secondary second anchor strut (780) is disposed on a secondary fourth base top surface (744) of a secondary fourth base platform side middle section (742) and projects at an angle generally toward the secondary first base platform side (710), wherein the secondary second anchor strut (780) comprises a secondary second vertical strut support (785) having a secondary second vertical strut support first end (786) disposed on a secondary second anchor strut first end (782) and a secondary second vertical strut support second end (788) disposed at an intersection of the secondary first base platform side (710) and the secondary fourth base platform side (740), wherein a second cinch strap first end (542) is disposed within the secondary first anchor strut (770) and is attachably connected to the secondary first anchor strut (770) via a seventh locking pin (520) inserted through a pin hole (522) disposed through a cross-section of the secondary first anchor strut (770), wherein a plurality of pin holes (522) disposed in the secondary first anchor strut (770) provide a means for adjustment of a second cinch strap (540), wherein the second cinch strap (540) is disposed around a tree (900), wherein a second cinch strap second end (544) is disposed within the secondary second anchor strut (780) and is attachably connected to the secondary second anchor strut (780) via an eighth locking pin (520) inserted through a pin hole (522) disposed through a cross-section of the secondary second anchor strut (780), wherein a plurality of pin holes (522) disposed in the secondary second anchor strut (780) provide a means for adjustment of the second cinch strap (540),(ii) the generally planar “U” shaped secondary sliding platform (800) comprising a secondary first sliding platform side (810), a secondary second sliding platform side (820), a secondary third sliding platform side (830), and a secondary fourth sliding platform side (840), wherein the secondary second sliding platform side (820) comprises a secondary first sliding tube end (850) that projects out and away from the secondary first sliding platform side (810), wherein the secondary fourth sliding platform side (840) comprises a secondary second sliding tube end (860) that projects out and away from the secondary first sliding platform side (810), wherein the secondary first sliding tube end (850) slidably engages the secondary first open tube end (750) of the secondary base platform (700) and is securely held into place via the fifth locking pin (520) disposed through a pin hole (522) disposed through a cross-section of the secondary first sliding tube end (850) and the pin hole (522) disposed through the cross-section of the secondary first open tube end (750), wherein a secondary second sliding tube end (860) slidably engages the secondary second open tube end (760) of the secondary base platform (700) and is securely held into place via the sixth locking pin (520) disposed through a pin hole (522) disposed through a cross-section of the secondary second sliding tube end (860) and the pin hole (522) disposed through the cross-section of the secondary second open tube end (760), wherein the secondary sliding platform (800) comprises a second carrying strap (590) disposed on a bottom thereof, wherein the secondary sliding platform (800) comprises a second cross brace (470), wherein a second cross brace first end (480) is disposed on the secondary second sliding platform side (820), wherein a second cross brace second end (490) is disposed on the secondary fourth sliding platform side (840), wherein the secondary sliding platform (800) comprises an upward bend disposed in a middle of the secondary second sliding platform side (820), wherein the secondary sliding platform (800) comprises an upward bend disposed in a middle of the secondary fourth sliding platform side (840), wherein the secondary third sliding platform side is disposed on horizontal plane offset from the secondary first sliding platform side (810) via the upward bend on the secondary second sliding platform side (820) and the secondary fourth sliding platform side (840); wherein the primary platform (200) is disposed on a tree trunk (910), wherein the secondary platform (600) is disposed on a tree trunk (910), wherein the secondary platform (600) is disposed above the primary platform. |
