Pipe and Clamp Assembly

1 . A pipe assembly, comprising:

a pipe body having a longitudinal axis and an axial end with a first radius;

at least one relief slot in the pipe body extending from the axial end; and

a deformable bridge spanning the at least one relief slot

wherein a compressive clamping force on the axial end will cause the deformable bridge to deform as it absorbs the compressive clamping force on the axial end and opposite sides of the at least one relief slot are urged toward each other to reduce the radius.

2 . The pipe assembly of claim 1 wherein the relief slot is generally parallel with the longitudinal axis.

3 . The pipe assembly of claim 2 wherein the deformable bridge separates a first aperture proximate the axial end form a second aperture space away from the axial end, and the second aperture relative to the first aperture is disposed parallel with the longitudinal axis.

4 . The pipe assembly of claim 1 wherein the axial end is sized to receive a second pipe body having a second radius, and the compressive clamping force reduces the first radius to the second radius.

5 . The pipe assembly of claim 4 wherein the bridge is configured to deform such that the reduction of the first radius to the second radius creates a fluid seal between the pipe body and the second pipe.

6 . The pipe assembly of claim 1 wherein the pipe body is circular in cross section, and wherein the at least one relief slot is arranged at a circumference of the axial end.

7 . The pipe assembly of claim 6 wherein the axial end is sized to receive another circular pipe, and wherein the deformable bridge is configured to deform in response to a clamping force such that the axial end radius is reduced about the another pipe.

8 . The pipe assembly of claim 1 wherein first and second apertures have opposing sides spaced along a perimeter of the pipe body, and wherein the bridge connects the opposing sides.

9 . The pipe assembly of claim 8 wherein the span of the bridge connecting the opposing sides forms an angle relative to the longitudinal axis.

10 . The pipe assembly of claim 9 wherein the angle is 32 degrees.

11 . A pipe and clamp assembly, comprising:

a tubular pipe body having a longitudinal axis and an axial end defining an axial opening of the tubular pipe body with a first radius from the longitudinal axis;

at least one relief slot arranged at a circumference of the axial end;

a deformable bridge spanning the at least one relief slot; and

a clamp mechanism configured to surround the axial end and apply a clamping force to compress the axial end that reduces the first radius of the axial opening;

wherein the clamping force, when applied, causes the deformable bridge to deform as it absorbs the clamping force, urging opposite sides of the at least one relief slot to move toward each other, reducing the first radius.

12 . The pipe and clamp assembly of claim 11 including at least two relief slots circumferentially spaced from one another.

13 . The pipe and clamp assembly of claim 12 wherein the clamp mechanism includes a band radially extending about an outer surface of the axial end and a compression mechanism configured to compress the band along the outer surface.

14 . The pipe and clamp assembly of claim 13 wherein the compression mechanism is arranged radially between the at least two relief slots.

15 . The pipe and clamp assembly of claim 11 wherein the bridge is configured to deform in a circumferential direction such that another pipe received inside the axial end is limited in movement relative to the axial end.

16 . The pipe and clamp assembly of claim 11 wherein the relief slot is parallel with the longitudinal axis.

17 . The pipe and clamp assembly of claim 16 wherein the at least one relief slot further includes a first aperture and a second aperture, and wherein the position of the second aperture relative to the first aperture is parallel with the longitudinal axis.

18 . The pipe and clamp assembly of claim 17 wherein first and second apertures have opposing sides spaced along a perimeter of the tubular pipe body, and wherein the bridge connects the opposing sides.

19 . The pipe and clamp assembly of claim 18 wherein the bridge is configured to deform such that a space between the opposing sides of at least one of the first or second apertures narrows.

20 . The pipe and clamp assembly of claim 18 wherein the span of the bridge connecting the opposing sides forms an angle relative to the longitudinal axis.