Tube clamp assembly
View Patent ↗A tube clamp assembly for aligning and clamping a pair of tube ends includes: an elongate bar having a channel shaped to substantially conform to receive outer surfaces of adjacent tube ends when the channel is aligned parallel to a longitudinal axis of the adjacent tube ends, the elongate bar further including a bore oriented perpendicular to the longitudinal axis of the adjacent tube ends; a clamping member having an elongate body oriented parallel to the longitudinal axis of the adjacent tube ends, the clamping member having a bore formed therethrough, the bore substantially aligned with the bore of the elongate bar; at least one cable attached to the clamping member and extending around a distal outer wall of the adjacent tube ends; an elongate threaded bolt extending from a first end through the bore of the clamping member and into the bore of the bar member.
1. A tube clamp assembly for aligning and clamping a pair of tube ends comprising:
an elongate bar having a channel shaped to substantially conform to receive outer surfaces of adjacent tube ends when the channel is aligned parallel to a longitudinal axis of the adjacent tube ends, the elongate bar further including a bore oriented perpendicular to the longitudinal axis of the adjacent tube ends;
a clamping member having an elongate body oriented parallel to the longitudinal axis of the adjacent tube ends, the clamping member having a bore formed therethrough, the bore substantially aligned with the bore of the elongate bar;
at least one cable attached to the clamping member at first and second ends of the cable and extending around a distal outer wall of the adjacent tube ends, wherein a middle portion of the cable is looped around one or more posts extending from the elongate body of the clamping member;
an elongate threaded bolt extending from a first end through the bore of the clamping member and into the bore of the bar member.
2. The tube clamp assembly of claim 1 , the clamping member including a first post formed adjacent a first end of the elongate body and a second post formed adjacent a second end of the elongate body.
3. The tube clamp assembly of claim 1 , further comprising a handle formed on the first end of the elongate threaded bolt.
4. The tube clamp assembly of claim 1 , further comprising a bolt head formed on the first end of the elongate threaded bolt.
5. The tube clamp assembly of claim 1 , wherein the channel of the elongate bar is substantially v-shaped.
6. The tube clamp assembly of claim 1 , further comprising a notch formed at a middle of the elongate bar adjacent the tube ends.
7. A tube clamp assembly for aligning and clamping a pair of tube ends comprising:
an elongate bar having a channel shaped to substantially conform to receive outer surfaces of adjacent tube ends when the channel is aligned parallel to a longitudinal axis of the adjacent tube ends, the elongate bar further including a bore oriented perpendicular to the longitudinal axis of the adjacent tube ends;
a clamping member having an elongate body oriented parallel to the longitudinal axis of the adjacent tube ends, the clamping member having a bore formed therethrough, the bore substantially aligned with the bore of the elongate bar;
at least one cable attached to the clamping member and extending around a distal outer wall of the adjacent tube ends, the at least one cable secured to the clamping member at first and second ends of the cable, and wherein a middle portion of the cable is looped around one or more posts extending from the elongate body of the clamping member;
an elongate threaded bolt extending from a first end through the bore of the clamping member and into the bore of the bar member.
8. The tube clamp assembly of claim 7 , the clamping member including a first post formed adjacent a first end of the elongate body and a second post formed adjacent a second end of the elongate body.
9. A tube clamp assembly for aligning and clamping a pair of tube ends comprising:
an elongate bar having a channel shaped to substantially conform to receive outer surfaces of adjacent tube ends when the channel is aligned parallel to a longitudinal axis of the adjacent tube ends, the elongate bar further including a bore oriented perpendicular to the longitudinal axis of the adjacent tube ends;
a clamping member having an elongate body oriented parallel to the longitudinal axis of the adjacent tube ends, the clamping member having a bore formed therethrough, the bore substantially aligned with the bore of the elongate bar, the clamping member including a first post formed adjacent a first end of the elongate body and a second post formed adjacent a second end of the elongate body;
at least one cable attached to the clamping member and extending around a distal outer wall of the adjacent tube ends, the at least one cable secured to the clamping member at first and second ends of the cable, and wherein a middle portion of the cable is looped around the first post and the second post extending from the elongate body of the clamping member;
an elongate threaded bolt extending from a first end through the bore of the clamping member and into the bore of the bar member.