Hexagonal junction adapter for clamping system

Claim 2

A junction adapter for a standard plural line clamping assembly of the type having (1) a plurality of channels each of generally U-shaped cross-section and each provided with two leg sections and a connecting section therebetween, and provided with semicylindrical collar portions formed in the leg sections at the outer most extent thereof, and (2) stacking nut means, disposed between and separating said first and second channels in a position such that the U-shapes of the two members face each other, the adapter comprising: a hexagonal-shaped central support portion adapted to be mounted within the channels of the standard plural line clamping assembly; two cylindrical collar support portions each formed radially smaller than said central support portion and formed at each axial side thereof and adapted to be mounted between two opposed semi-cylindrical collar portions of a standard plural line clamping assembly; two connection portions each formed at the end of said collar support portion opposite said central support portion and provided with connector means to sealingly receive a fluid line connection, said connection portions each including at least a first section which is of the same hexagonal shape and size in cross-section as the central support portion, whereby each said section of the connection portion is usable as wrench flats when connecting fluid lines to the adapter, and wherein said central support portion, collar support portions and connection portions are formed from a single piece of hexagonal bar stock material, and have a common fluid passage extending therethrough.

Claim 3

An adapter as recited in claim 1, wherein said each connector means includes male threads formed on and constituting an integral part of its respective connection portion.

Claim 4

An adapter as recited in claim 1, wherein said connector means each include female threads extending along at least part of the fluid passage extending therethrough.

Claim 5

An adapter as recited in claim 1, wherein: said connection portions each include a second section formed adjacent to the first section thereof, which is radially smaller than said first section and is generally circular in cross-section.

Claim 6

An adapter as recited in claim 4, wherein each said radially smaller second section includes male threads integrally formed thereon.

Claim 7

An adapter as recited in claim 5, wherein each said radially smaller second section includes a beveled outer edge for forming a sealing surface for a flared tube.

Claim 8

A plural line clamping assembly comprising: first and second channel members, each such channel member being of generally U-shaped cross-section and having two leg sections and a connecting section therebetween, and provided with semi-cylindrical collar portions formed in the leg sections at the outer most extent thereof, said first and second channel members being aligned to be secured to each other in a position such that the U-shapes of the two members face each other; at least two elongated stacking nut members of the same first length being disposed generally within the U-shaped channels of the first and second channel members and extending between the two said channel members, said stacking nuts being disposed on each side of said collar portions of said channel members, and each said stacking nut being spaced from the next adjacent stacking nut by a second length; a junction adapter being formed with a central support portion of hexagonal cross-section and sized to be received in said U-shaped channels of said first and second channel members and having a fluid passage extending axially through the entire length of said adapter, said adapter being received between and abutting both channel members and two adjacent stacking nut members, said adapter being dimensioned so that the distance between two opposed points of the hexagonal junction adapter member is substantially equal to said first length and the distance between any two opposed faces of said hexagonal junction adapter is equal to said second length; and bolt members extending through both said first and second channel members and into engagement with said stacking nuts to cause the channel members to bear against and capture the hexagonally shaped adapter member between the channel members and the two adjacent stacking nut member, said hexagonally shaped adapter member being a one-piece member formed with cylindrical collar portions on both axial sides of said central support portion, said cylindrical collar portions being radially smaller than the central support section of the adapter member and being received within said semi-cylindrical collar portions, said hexagonal adapter member also being formed with threaded connection portions at each axial side of said collar portions opposite said central support portions.

Claim 9

A plural line clamping assembly comprising: first and second channel members, each such channel member being of generally U-shaped cross-section and having two leg sections and a connecting section therebetween, and provided with semi-cylindrical collar portions formed in the leg sections at the outer most extent thereof, said first and second channel members being aligned to be secured to each other in a position such that the U-shapes of the two members face each other; at least two elongated stacking nut members of the same first length being disposed generally within the U-shaped channels of the first and second channel members and extending between the two said channel members, said stacking nuts being disposed on each side of said collar portions of said channel members, and each said stacking nut being spaced from the next adjacent stacking nut by a second length; a junction adapter being formed with a central support portion of hexagonal cross-section and sized to be received in said U-shaped channels of said first and second channel members and having a fluid passage extending axially through the entire length of said adapter, said adapter being received between and abutting both channel members and two adjacent stacking nut members, said adapter being dimensioned so that the distance between two opposed points of the hexagonal junction adapter member is substantially equal to said first length and the distance between any two opposed faces of said hexagonal junction adapter is equal to said second length; and bolt members extending through both said first and second channel members and into engagement with said stacking nuts to cause the channel members to bear against and capture the hexagonally shaped adapter member between the channel members and the two adjacent stacking nut member, said hexagonally shaped adapter member being a one-piece member formed with cylindrical collar portions on both axial sides of said central support portion, said cylindrical collar portions being radially smaller than the central support section of the adapter member and being received within said semi-cylindrical collar portions, said hexagonal adapter member also being formed with threaded connection portions at each axial side of said collar portions opposite said central support portions.

Claim 10

A clamping assembly as recited in claim 7, wherein said threaded connection portions each include at least one section thereof that is hexagonal in cross-section and of the same outer dimensions as said central support portion.

Claim 11

A clamping assembly as recited in claim 8, wherein the first section of each said threaded connection portion extends along substantially the entire length of its threaded connection portion, and is formed with female threads along at least part of the fluid passage extending therethrough.

Claim 12

A clamping assembly as recited in claim 8, wherein each threaded connection portion has a second section radially smaller than its first section, said second section including male threads thereon.