Inside wrap post coupler accommodating beam rivet
A post coupler is provided with a pair of coupler flanges having rivet receiving apertures for receiving rivets extending from horizontal shelf-supporting beams to facilitate vertical shelf placement in a shelving unit unfettered by the vertical disposition of the post couplers. Apertures in the coupler index with apertures in abutting corner post sections to permit rivet extension therethrough. The reverse bend flanges of the coupler have a length shorter than the overall length of the coupler and wrap around edges of post sections, to be coupled, from the inside to the outside.
1. A post coupler for use in a shelving unit having composite corner posts of two angular post sections having outer surfaces and comprising post flanges of predetermined thickness and having lateral edges, one post section atop another, each post section proximate a respecting abutting end with another post section having rivet receiving apertures therein, spaced from said lateral edges a first distance, for receiving rivets extending from end portions of horizontal, shelf-supporting beams, said post coupler comprising:
a pair of integral post coupler flanges disposed at an included angle respecting each other, said coupler flanges having exterior surfaces;
a reverse bend flange extending outwardly from each post coupler flange and for orientation along an exterior surface of a post flange, each reverse bend flange having a width less than said first distance,
each reverse bend flange and each respective post coupler flange forming a gap therebetween as wide as said predetermined thickness for receiving a post flange therein; and
a plurality of rivet receiving apertures in said post coupler flanges and of the same configuration as the rivet receiving apertures in the post sections for indexing with apertures in said post sections, when said coupler couples said post sections together and wherein said reverse bend flanges of said couplers have lateral edges extending laterally along said reverse bend flanges and spaced from said apertures in said post coupler flanges,
and said coupler further including an upper edge and a lower edge, both said edges comprising a projection extending beyond ends of said reverse bend flanges for facilitating assembly of said coupler and said post sections.
2. The coupler as in claim 1 wherein each projection has an end extending longitudinally from said post coupler flanges, the distance between said ends of said projections defining the overall length of the coupler.
3. The coupler as in claim 2 wherein said reverse bend flanges have a length less than said overall length.
4. A shelving unit comprising composite corner posts of two angular post sections comprising post flanges of predetermined thickness having outer surfaces and having lateral edges, one post section atop and abutting another, each post section at a respecting abutting end with another post section having rivet member receiving apertures therein, spaced from said lateral edges a first distance, and at least one horizontal, shelf-supporting beam having rivets extending from end portions thereof, said post coupler comprising:
a pair of integral post coupler flanges disposed at an angle respecting each other, said coupler flanges having exterior surfaces;
a reverse bend flange extending outwardly from each coupler flange and oriented alongside an exterior surface of a post flange, each reverse bend flange having a width less than said first distance,
each reverse bend flange and each respective post coupler flange forming a gap therebetween as wide as said predetermined thickness for receiving a post flange therein;
a plurality of rivet member receiving apertures in said post coupler flanges indexing with rivet member receiving apertures in said post sections, when said coupler couples said post sections together, and
said rivet members of said beams extending through said apertures in said post coupler flanges and apertures in said post sections, wherein said coupler includes an upper projecting edge and a lower projecting edge, both said edges comprising a projection facilitating assembly of said coupler and said post sections.
5. The shelving unit as in claim 4 wherein said reverse bend flanges of said couplers are laterally spaced from said apertures in said post coupler flanges.
6. The shelving unit as in claim 4 wherein said reverse bend flanges terminate at upper and lower ends short of said projection edges.
7. The shelving unit as in claim 4 wherein said coupler has a predetermined length defined by ends of said respective projecting edges and wherein said reverse bend flanges have a length less than said predetermined length.
8. The shelving unit as in claim 4 further comprising:
at least one shelf-supporting beam mounted on said corner posts and onto post coupler flanges of said post coupler.
9. The shelving unit as in claim 4 further comprising:
a plurality of horizontally-oriented shelf-support beams having respective ends mounted to respective corner posts,
said ends mounted against respective post coupler flanges on each corner post,
a rivet member extending from an end of each beam through an aperture in a post coupler flange and through an aligned aperture in a corner post section.