Support assembly

Claim 2

A support assembly comprising three elongate substantially rigid members and connectors releasably interconnecting said members to form a triangular support bracket, said members upon release of said connectors being constructed to nest within each other to provide a compact assemblage of parts, two of said members comprising channel-shaped members, each having a pair of opposed side rails and a joining web, which members may be placed in face-to-face orientation with side rails thereof overlapping to form a pocket therebetween of a first cross sectional size, and the third member having a smaller cross sectional size than said pocket to be received in said pocket.

Claim 3

The assembly of claim 1, wherein said members have a plurality of bores extending therethrough certain ones of which are aligned when the members are in a support bracket configuration and certain ones of which are aligned when the members are nested, and said connectors comprise pins extending laterally through said bores to releasably interconnect said members in their support bracket configuration and in their nested configuration.

Claim 4

A support assembly comprising three elongate substantially rigid members having bores extending therethrough and connector pins releasably extending through said bores to releasably interconnect said members to form a triangular support bracket, said members upon release of said connectors being constructed to nest within each other to provide a compact nested assemblage of parts, selected bores in said members being similarly spaced apart in all three members to align when the members are placed in their nested assemblage to allow pins to be inserted therethrough to interconnect said members in their nested assemblage.

Claim 5

A support assembly comprising three elongate substantially rigid members having bores extending therethrough and connector pins releasably extending through said bores to releasably interconnect said members to form a triangular support bracket, said members upon release of said connectors being constructed to nest within each other to provide a compact nested assemblage of parts, selected bores in said members being similarly spaced apart in all three members to align when the members are placed in their nested assemblage to allow pins to be inserted therethrough to interconnect said members in their nested assemblage.

Claim 6

The assembly of claim 3, which further comprises an elongate strap connected to one of said members adapted to encircle an upright element to support the assembly on said upright element.

Claim 7

The assembly of claim 4, wherein one of said members has a slot extending laterally therethrough to receive said strap.

Claim 8

A support assembly comprising three elongate substantially rigid members having bores extending therethrough and connector pins releasably extending through said bores to releasably interconnect said members to form a triangular support bracket, two of said members when in their assembled configuration having end portions overlapping each other with aligned bores extending therethrough and one of said pins extending through said bores, and remainder portions of said two members being disposed at a substantial angle relative to each other, each member having a second bore extending therethrough in a region spaced from said pin-connected end portions, and the third of said members having end bores extending therethrough adjacent its opposite ends and being positioned at an angle relative to and extending between said first two members with its end bores aligned with said second bores in said first two members, with certain of said connector pins extending through said second bores and end bores to interconnect the three members in a triangular configuration, said members upon release of said connector pins being constructed to nest within each other to provide a compact nested assemblage of parts.

Claim 9

A support assembly comprising three elongate substantially rigid members having bores extending therethrough and connector pins releasably extending through said bores to releasably interconnect said members to form a triangular support bracket, two of said members when in their assembled configuration having end portions overlapping each other with aligned bores extending therethrough and one of said pins extending through said bores, and remainder portions of said two members being disposed at a substantial angle relative to each other, each member having a second bore extending therethrough in a region spaced from said pin-connected end portions, and the third of said members having end bores extending therethrough adjacent its opposite ends and being positioned at an angle relative to and extending between said first two members with its end bores aligned with said second bores in said first two members, with certain of said connector pins extending through said second bores and end bores to interconnect the three members in a triangular configuration, said members upon release of said connector pins being constructed to nest within each other to provide a compact nested assemblage of parts.

Claim 10

A support assembly comprising three elongate substantially rigid members and connectors releasably interconnecting said members to form a triangular support racket, said members upon release of said connectors being constructed to nest within each other to provide a compact nested assemblage of parts, a telescopically extensible gambrel and means suspending said gambrel from said support bracket.

Claim 11

A support assembly comprising three elongate substantially rigid members and connectors releasably interconnecting said members to form a triangular support racket, said members upon release of said connectors being constructed to nest within each other to provide a compact nested assemblage of parts, a telescopically extensible gambrel and means suspending said gambrel from said support bracket.

Claim 12

The assembly of claim 7, wherein said gambrel comprises an elongate tubular member, a pair of elongate extension members slidably received in and extending outwardly from opposite end portions of said tubular member, and means for securing said extension members in selected longitudinal positions relative to said tubular member.

Claim 13

The assembly of claim 8, wherein said tubular member has bores extending laterally therethrough adjacent its opposite end, an extension member has a plurality of spaced bores extending therethrough positioned to align with a bore in said tubular member at selected degrees of extension, and a pin extends through a bore in said tubular member and a selected bore in the extension member to releasably secure the extension member in position relative to the tubular member.

Claim 14

The assembly of claim 9, wherein said rigid members have bores extending therethrough which are aligned when said members are placed in their nested configuration, bores in said tubular member are positioned to align with said rigid member bores when said tubular member is placed adjacent said nested set of rigid members, and pins inserted through said aligned bores in said rigid members and tubular member secure the rigid and tubular members together.

Claim 15

The assembly of claim 8, wherein an extension member has an upwardly facing arcuate opening defined adjacent its outer end.

Claim 16

A support assembly comprising three elongate substantially rigid members and connectors releasably interconnecting said members to form a triangular support racket, said members upon release of said connectors being constructed to nest within each other to provide a compact assemblage of parts, with a first one of said members having an elongate channel pocket defined in and extending longitudinally thereof having a first side-to-side dimension, and said other members having smaller side-to-side dimensions than said first dimension permitting them to be received in said pocket in positions extending parallel to said one member.

Claim 17

A support assembly comprising three elongate substantially rigid members and connectors releasably interconnecting said members to form a triangular support racket, said members upon release of said connectors being constructed to nest within each other to provide a compact assemblage of parts, with a first one of said members having an elongate channel pocket defined in and extending longitudinally thereof having a first side-to-side dimension, and said other members having smaller side-to-side dimensions than said first dimension permitting them to be received in said pocket in positions extending parallel to said one member.

Claim 18

The assembly of claim 12, wherein a second of said members has an elongate channel defined therein of a second side-to-side dimension and the third of said members has a side-to-side dimension less that said second dimension permitting it to test in said channel in said second member.