Retractable challenge course

1. A retractable challenge course comprising: a support beam ( 15 ); an overhead tracking member ( 120 ) secured with respect to said support beam ( 15 ); a vertical support member ( 125 ) pivotally connected via a pivot aperture ( 220 ) to said support beam ( 15 ), said vertical support member ( 125 ) extending downwardly from said support beam ( 15 ) to support an element ( 40 ) disposed below said support beam ( 15 ), whereby said vertical support member ( 125 ) is capable of pivoting about the pivot aperture ( 220 ) so that the vertical support member ( 125 ) can be retracted and deployed; further comprising: a cross beam ( 60 ) secured to said support beam ( 15 ); said overhead tracking member ( 120 ) secured with respect to said support beam ( 15 ); a vertical support member ( 125 ) pivotally connected via a pivot aperture ( 220 ) to said cross beam ( 60 ), said vertical support member ( 125 ) extending downwardly from said cross beam ( 60 ) to support an element ( 40 ) disposed below said cross beam ( 60 ), whereby said vertical support member ( 125 ) is capable of pivoting about the pivot aperture ( 220 ) so that the vertical support member ( 125 ) can be retracted and deployed; further comprising: a tracking member connection beam ( 110 ) secured to at least one of said cross beam ( 60 ) or said support beam ( 15 ); said overhead tracking member ( 120 ) secured to said tracking member connection beam ( 110 ); a vertical support member ( 125 ) pivotally connected via a pivot aperture ( 220 ) to at least one of said cross beam ( 60 ), or said support beam; said vertical support member ( 125 ) extending downwardly from at least one of said cross beam ( 60 ) or said support beam ( 15 ) to support an element ( 40 ) disposed below said cross beam ( 60 ), whereby said vertical support member ( 125 ) is capable of pivoting about the pivot aperture ( 220 ) so that the vertical support member ( 125 ) can be retracted and deployed.

2. The apparatus of claim 1 , further comprising:

a compression beam ( 30 ) secured to a vertical support brace member ( 130 ),

whereby the compression beam ( 30 ) and vertical support brace member ( 130 ) are capable of retracting and deploying in unison, and a platform ( 35 ) and said compression beam ( 30 ) remain substantially parallel throughout the deployment and retracting process.

3. The apparatus of claim 1 , further comprising:

a vertical support member bar ( 142 ) rotatably secured to a bar flange ( 142 ), said vertical support member bar ( 142 ) capable of being connected to at least one of a cable, a cord, or a rope;

whereby displacement of at least one of said cable, said core, or said rope, retracts and deploys the retractable challenge course ( 10 ).

4. A retractable challenge course, comprising:

a support beam ( 15 );

a cross beam ( 60 ) secured to said support beam ( 15 ), said cross beam ( 60 ) oriented substantially perpendicular with respect to said support beam ( 15 );

a tracking member connection beam ( 110 ) secured to said cross beam ( 60 ) and said support beam ( 15 ),

a overhead tracking member ( 120 ) secured to said tracking member connection beam ( 110 ), said overhead tracking member disposed under said tracking member connection beam ( 110 ), said overhead tracking member ( 120 ) capable of movably receiving a part therein;

a cage hanger ( 150 ) having a cage hanger top portion ( 160 ) that is secured to said support beam ( 15 ), said cage hanger also having a cage hanger bottom portion ( 170 ), said cage hanger bottom portion ( 170 ) having an element aperture ( 210 ) a pivot aperture ( 220 ), a lock aperture ( 230 ) and a stopper ( 240 );

a vertical support member ( 125 ) that is pivotally connected to said cage hanger ( 150 ) via said pivot aperture ( 220 ), said vertical support member ( 125 ) having a cage hanger pivot aperture ( 252 ); and

a platform ( 35 ) that is supported by four vertical support members ( 125 ); said platform ( 35 ) having a platform support structure ( 37 ) extending downwardly from said platform ( 35 ), said platform support structure ( 37 ) having a support structure pivot aperture ( 39 ), said support structure pivot aperture ( 39 ) pivotally receiving a support structure-member fastener therethrough, said cage hanger pivot aperture ( 250 ) also pivotally receiving said support structure-member fastener therethrough, said platform support structure ( 37 ) having a bar flange ( 144 ) extending outwardly therefrom, said bar flange ( 144 ) having a vertical support member bar ( 142 ) rotatably received therein, said vertical support member bar ( 142 ) capable of being connected to at least one of a cable, a cord, a rope, or a spring;

whereby said vertical support bar ( 142 ) may be displaced, which causes the vertical support members ( 125 ) to pivot about the pivot aperture ( 220 ), and retract and deploy the retractable challenge course ( 10 );

whereby said vertical support member ( 125 ) can be locked in place after deployment via a pin that is disposed through said locking aperture ( 230 ) and said pin also being disposed through a corresponding hole in said vertical support member ( 125 );

whereby said stopper ( 240 ) is capable of stopping said vertical support member ( 125 ) from extending beyond a desired position.