Pipe holder and support

1. A support assembly for mounting elongated members between supports in a building so the elongated members extend along a longitudinal axis comprising:

an adjustable length strut having first and second elongated and telescoping strut sections, each strut section having an end mounting portion with at least one fastener hole therein, each strut section having an open channel portion having a predetermined length, the channel portion formed by a front plate, first and second opposing sides generally perpendicular to the front plate and having a length, and a flange extending from a distal edge of each side and along a portion of the length of each side, the flanges being inclined toward each other and forming an elongated slot opposite the front,

an elongated insert fitting inside each of the telescoping strut sections and extending along a portion of the predetermined length of the channel, the insert having a post extending therefrom between the flanges and out of the elongated slot with the insert being larger than the slot, the insert having a bracket connector recess on at least one side of the post and spaced apart from the post a distance along a portion of the predetermined length of the channel;

a bracket having first and second engaging portions extending over and adjacent to the first and second sides of the channel, respectively, the first and second engaging portions being joined by a back having a post opening sized and located so that the post fits through the post opening, the bracket having at least one bracket connector post located and configured to fit into the bracket connector recess, a fastener engaging a distal end of the post to releasably clamp the flanges between the insert and the bracket, the bracket having a mounting portion extending along a portion of one side of the channel and into a general plane extending along the predetermined length of the channel and defining a pipe opening therein encircling a longitudinal axis of the pipe during use.

2. The support assembly of claim 1 , wherein the channel portion of each strut section comprises a C shaped cross-section with the flanges parallel to each other.

3. The support assembly of claim 1 , wherein the mounting portion further includes a flat mounting surface in a plane parallel to the front plate of one of the strut sections.

4. The support assembly of claim 1 , wherein there are two bracket connector recesses each located on an opposing side of the post when the bracket is connected to the insert and wherein there are two bracket connector posts each located on opposing sides of the post when the bracket is connected to the insert.

5. The support assembly of claim 1 , wherein the mounting portion includes first and second mounting connector parts at least one of which is configured to pass through the pipe opening, each mounting connector part having an annular inclined surface thereon located so that movement of one inclined surface relative to the other in a direction parallel to the longitudinal axis of the pipe, deforms a portion of one mounting connector part toward the longitudinal axis of the pipe.

6. The support assembly of claim 5 , wherein the first mounting connector has an outwardly extending flange that abuts a first side of the bracket and a cylindrical skirt fitting through the pipe opening with internal threads on the skirt and the second mounting connector has a slit cylindrical skirt with external threads engaging the internal threads, rotation of one mounting connector advancing one of the mounting connectors axially so a segment of the slit cylindrical skirt moves toward the longitudinal axis of the pipe.

7. The support assembly of claim 6 , wherein an outwardly extending flange on one of the mounting connector parts engages a portion of the bracket to restrain rotation of that engaged flange and the mounting connector part from which that engaged flange extends.

8. The support assembly of claim 6 , wherein the second connector part has a curved support connected thereto, the curved support having one open curved side into which a tube can be inserted laterally.

9. The support assembly of claim 5 wherein the channel portion of each strut section comprises a C shaped cross-section with the flanges parallel to each other;

and wherein the mounting portion includes first and second mounting connector parts at least one of which is configured to pass through the pipe opening, each mounting connector part having an annular inclined surface thereon located so that movement of one inclined surface relative to the other in a direction parallel to the longitudinal axis of the pipe deforms a portion of one mounting connector part toward the longitudinal axis of the pipe; and

wherein the first mounting connector part has an outwardly extending flange that abuts a first side of the bracket and a cylindrical skirt fitting through the pipe opening with internal threads on the skirt and the second connector has a slit cylindrical skirt with external threads engaging the internal threads, rotation of one mounting connector parts advancing one of the mounting connector parts axially so a segment of the slit cylindrical skirt moves toward the longitudinal axis of the pipe; and

wherein the post has external threads engaging internal threads of a fastener to selectively move the post toward the bracket and releasably clamp the flanges between the insert and the bracket.

10. A kit for mounting elongated members between supports in a building so the elongated members extend along a longitudinal axis, the kit comprising:

first and second elongated and telescoping strut sections, each strut section having an end mounting portion with at least one fastener hole therein, each strut section having an open channel portion having a predetermined length, the channel portion formed by a front plate, first and second opposing sides generally perpendicular to the front plate and a flange extending from a distal edge of each side and along a length of each side, the flanges being inclined toward each other and forming an elongated slot opposite the front,

an elongated insert configured to fit inside either of the telescoping strut sections and having a length extending along a portion of the predetermined length of the channel during use, the insert having a post extending therefrom and sized to fit through the slot between the flanges, the insert being larger than the slot and having a height slightly smaller than the distance between the opposing sides of a smaller of the first and second strut sections, the insert having a connector recess on at least one side of the post spaced apart a distance from the post along a length of the insert;

a bracket having first and second engaging portions configured to extend over and fit adjacent to the first and second sides of the channel, respectively, the first and second engaging portions being joined by a back having a post opening sized and located so that the post may fit snugly through the post opening, the bracket having at least one bracket connector post located and configured to fit into the connector recess, the bracket having a mounting portion configured to extend along a portion of one side of one of the channels during use, the mounting portion configured to extend into a general plane extending along the predetermined length of the channel during use, the mounting portion defining a pipe opening therein encircling the longitudinal axis of the pipe during use; and

a fastener configured to threadingly engage a distal end of the post to releasably clamp the flanges between the insert and the bracket during use.

11. The kit of claim 10 , wherein the channel portion of each strut section comprises a C shaped cross-section with the flanges parallel to each other.

12. The kit of claim 10 , wherein the mounting portion further includes a flat mounting surface configured to be located in a plane parallel to the front plate of one of the strut sections during use of the kit.

13. The kit of claim 10 , wherein there are two connector recesses each located on an opposing side of the post when the bracket is connected to the insert.

14. The kit of claim 11 , wherein the mounting portion includes first and second mounting connector parts at least one of which is configured to pass through the pipe opening, each mounting connector part having an annular inclined surface thereon located so that movement of one inclined surface relative to the other in a direction parallel to the longitudinal axis of the pipe deforms a portion of one mounting connector part toward the longitudinal axis of the pipe.

15. The kit of claim 14 , wherein the first mounting connector part has an outwardly extending flange that abuts a first side of the bracket during use and further has a cylindrical skirt fitting through the pipe opening, the first mounting connector part having internal threads on the skirt and the second mounting connector parts having a slit cylindrical skirt with external threads thereon configured to threadingly engage the internal threads such that during use rotation of one mounting connector parts advances one of the mounting connector parts axially so a segment of the slit cylindrical skirt moves toward the longitudinal axis of the pipe.

16. The kit of claim 14 , wherein an outwardly extending flange on one of the mounting connector parts engages a portion of the bracket to restrain rotation of that engaged flange and the mounting connector part from which that engaged flange extends.

17. The kit assembly of claim 16 , wherein the second mounting connector part has a curved support connected thereto, the curved support having one open curved side into which a tube can be inserted laterally.

18. The support assembly of claim 11 wherein the channel portion of each strut section comprises a C shaped cross-section with the flanges parallel to each other;

and wherein the mounting portion includes first and second mounting connector parts at least one of which is configured to pass through the pipe opening, each mounting connector part having an annular inclined surface thereon located so that movement of one inclined surface relative to the other in a direction parallel to the longitudinal axis of the pipe deforms a portion of one mounting connector part toward the longitudinal axis of the pipe; and

wherein the first mounting connector part has an outwardly extending flange that abuts a first side of the bracket and a cylindrical skirt fitting through the pipe opening with internal threads on the skirt and the second mounting connector parts has a slit cylindrical skirt with external threads engaging the internal threads, rotation of one mounting connector parts advancing one of the mounting connector parts axially so a segment of the slit cylindrical skirt moves toward the longitudinal axis of the pipe; and

wherein the post has external threads engaging internal threads of a fastener to selectively move the post toward the bracket and releasably clamp the flanges between the insert and the bracket.

19. The kit of claim 15 , wherein the mounting connector part with a slit skirt has an outwardly extending lip resiliently urged outward past an annular lip on the other mounting connector part to hold the two mounting connector parts together.