Fencing panel and method of assembly

Abstract

A method of assembling a dynamically adjustable fencing panel that includes pivotally joining a crossmember first end to a first support post via a first and second arm extending therefrom in parallel, where the first and second arms each have a hole formed therethrough in a respective coaxial arrangement and the first support post includes a footer for substantially inhibiting ground penetration below ground level. The method further includes pivotally joining a crossmember second end to a second support post via a third and fourth arm extending therefrom in parallel, where the third and fourth arms each have a hole formed therethrough in a respective coaxial arrangement and the second support post includes a footer for substantially inhibiting ground penetration below the ground level, where the pivotally joined first and second crossmember ends facilitate a continuously pivotal linkage between the first support post and the second support post.

1 - 8 . (canceled) 
     
     
         9 . (canceled) 
     
     
         10 . The method of  claim 15 , wherein said first coupling means and said second coupling means each comprise a lynch pin and a cotter pin. 
     
     
         11 . The method of  claim 15 , further comprising fencing panel securing means for securing together a plurality of fencing panels, said fencing panel securing means being coupled to one of said first or second support posts. 
     
     
         12 . The method of  claim 11 , wherein said fencing panel securing means for securing together a plurality of fencing panels comprises a chain having a plurality of chain links, wherein a first chain link of said plurality of chain links is coupled to said first or second support posts via a weld. 
     
     
         13 . The method of  claim 12 , further comprising employing chain securing means for interlocking with a second chain link of said plurality of chain links, wherein said chain securing means is coupled to said first support post. 
     
     
         14 . (canceled) 
     
     
         15 . A method of assembling a fencing panel, comprising:
 employing first coupling means for pivotally joining a first crossmember first end to a first support post via a first and second arm extending therefrom in parallel, said first and second arms each having a hole formed therethrough in a respective coaxial arrangement,   wherein said first crossmember first end has a crossmember engagement hole formed therethrough, and a first crossmember second end also has a crossmember engagement hole formed therethrough, and   wherein said first support post further comprises first footer means for substantially inhibiting ground penetration below ground level and enabling movement of said fencing panel with the terrain; and   employing second coupling means for pivotally joining said first crossmember second end to a second support post via a third and fourth arm extending therefrom in parallel, said third and fourth arms each having a hole formed therethrough in a respective coaxial arrangement,   wherein said second support post further comprises second footer means for substantially inhibiting ground penetration below ground level and enabling movement of said fencing panel with the terrain, and   wherein said first coupling means and said second coupling means, when engaged, facilitates a continuously pivotal linkage between said first support post and said second support post.   
     
     
         16 . A method of assembling a fencing panel, comprising:
 employing first coupling means for pivotally joining a first crossmember first end to a first support post via a first and second arm extending therefrom in parallel, said first and second arms each having a hole formed therethrough in a respective coaxial arrangement,   wherein said first crossmember first end has a crossmember engagement hole formed therethrough, and a first crossmember second end also has a crossmember engagement hole formed therethrough, and   wherein said first support post further comprises first footer means for substantially inhibiting ground penetration below ground level and enabling movement of said fencing panel with the terrain;   employing second coupling means for pivotally joining said first crossmember second end to an intermediate support post via fifth and sixth arms extending therefrom in parallel, said fifth and sixth arms each having a hole formed therethrough in a respective coaxial arrangement,   wherein said first coupling means and said second coupling means, when engaged, facilitates a continuously pivotal linkage between said first support post and said intermediate support post;   employing third coupling means for pivotally joining a second crossmember first end to said intermediate support post via seventh and eighth arms extending therefrom in parallel, said seventh and eighth arms each having a hole formed therethrough in a respective coaxial arrangement,   wherein said second crossmember first end has a crossmember engagement hole formed therethrough, and a second crossmember second end also has a crossmember engagement hole formed therethrough;   employing fourth coupling means for pivotally joining said second crossmember second end to a second support post via third and fourth extending therefrom in parallel, said third and fourth arms each having a hole formed therethrough in a respective coaxial arrangement,   wherein said second support post further comprises second footer means for substantially inhibiting ground penetration below ground level and enabling movement of said fencing panel with the terrain,   wherein said third coupling means and said fourth coupling means, when engaged, facilitates a continuously pivotal linkage between said intermediate support post and said second support post;   employing extension leg securing means for securing an extension leg telescopically engaged with said intermediate support post to said intermediate support post at a selected relative position to said intermediate post;   employing fifth coupling means for pivotally joining a third crossmember first end to ninth and tenth arms of said first support post, wherein said ninth and tenth arms are arranged at a height below said first and second arms, and extend from said first support post in parallel, each of said ninth and tenth arms having a hole formed therethrough in a respective coaxial arrangement; and   employing sixth coupling means for coupling a third crossmember second end to said extension leg, wherein each of said third crossmember first and second end has a crossmember engagement hole formed therethrough.