Active gripping sheet piling installation system and method
View Patent ↗A system and method for installing sheet piles using active gripping along side portions of the sheet piles. A sheet pile profile including first and second locking profiles and a gripping flange enables engagement of the sheet piles onto a mandrel for installation. Double engagement flanges on the locking profiles and an expandable connection between adjacent sheet piles provide improved resistance to fluid passage.
1. A sheet pile for installation using a mandrel, the sheet pile comprising: an elongate main body panel, a first side portion extending from a first side of the main body panel, a second side portion extending from a second side of the main body panel opposite the first side, a first locking profile extending from the first side portion along a lengthwise dimension of the sheet pile, and a second locking profile extending from the second side portion along the lengthwise dimension of the sheet pile, the first and second locking profiles each comprising a pair of engagement flanges, the sheet pile further comprising a gripping flange extending along the lengthwise dimension of the sheet pile in alignment with the second locking profile, wherein the gripping flange is offset in a first direction from the main body panel and offset in a second direction from the second locking profile, wherein the mandrel releasably engages the gripping flange during installation.
2. The sheet pile of claim 1 , wherein the main body panel is generally flat between the first and second sides.
3. The sheet pile of claim 1 , wherein the generally flat main body panel comprises a front face and a rear face.
4. The sheet pile of claim 3 , wherein the first locking profile extends at a generally ninety-degree angle in the direction of the main body panel front face.
5. The sheet pile of claim 4 , wherein the first locking profile comprises a pair of engagement flanges.
6. The sheet pile of claim 3 , wherein the second locking profile extends at a generally ninety-degree angle in the direction of the main body panel rear face.
7. The sheet pile of claim 3 , wherein the first locking profile comprises at least one engagement flange.
8. The sheet pile of claim 7 , wherein the at least one engagement flange comprises a J-shaped cross-sectional profile.
9. The sheet pile of claim 7 , wherein the at least one engagement flange projects toward the main body panel front face.
10. The sheet pile of claim 3 , wherein the second locking profile comprises at least one engagement flange.
11. The sheet pile of claim 10 , wherein the second locking profile comprises a pair of engagement flanges.
12. The sheet pile of claim 10 , wherein the at least one engagement flange comprises a J-shaped cross-sectional profile.
13. The sheet pile of claim 10 , wherein the at least one engagement flange projects toward the main body panel rear face.
14. The sheet pile of claim 1 , wherein the first locking profile and the second locking profile, of sheet piles in an array, form interengaged channels.
15. The sheet pile of claim 14 , wherein the second locking profile of a first sheet pile in the array extends transversely and forward from the main body panel, and the first locking profile of a second sheet pile in the array extends transversely rearward from the main body portion.
16. The sheet pile of claim 1 , wherein the sheet pile comprises at least one generally rectangular offset between the main body panel and at least one of the first locking profile and the second locking profile.
17. The sheet pile of claim 1 , wherein the sheet pile is constructed of flexible material.
18. The sheet pile of claim 1 , wherein the gripping flange comprises a J-shaped channel.
19. The sheet pile of claim 1 , comprising a remotely-verifying mechanism configured to confirm engagement of sheet piles in an array.
20. The sheet pile of claim 19 , wherein the remotely-verifying mechanism comprises a sacrificial tag secured with respect to at least one of the group comprising the first locking profile and the second locking profile.
21. The sheet pile of claim 20 , wherein the sheet pile comprises a plurality of sacrificial tags secured at spaced locations along a length of the sheet pile.
22. The sheet pile of claim 20 , wherein each sacrificial tag on each sheet pile in an array comprises a unique identifier.
23. The sheet pile of claim 20 , wherein the remotely-verifying mechanism further comprises a reusable sensor mounted to a mandrel for driving the sheet pile into a substrate, the reusable sensor operable to sense proximity with the sacrificial tag.
24. The sheet pile of claim 23 , wherein the remotely-verifying mechanism comprises an RFID (radio frequency identification) tag and sensor system.
25. A sheet pile in combination with a mandrel for installation of the sheet pile, the mandrel comprising a reusable sensor and a gripping member, the sheet pile comprising: a first side and a second side, the first side having a first locking profile and the second side having a second locking profile, the sheet pile further comprising a gripping flange for releasable engagement with the gripping member of the mandrel during installation, and a sacrificial tag for verifying interengagement of first and second locking profiles of adjacent sheet piles in an array, wherein the sacrificial tag is in communication with the mandrel sensor upon installation and the mandrel sensor is removed from communication with the sacrificial tag when the mandrel is withdrawn from engagement with the sheet pile after installation.
26. The sheet pile of claim 25 , in combination with the mandrel sensor, the mandrel sensor operable to sense proximity with the sacrificial tag to verify interengagement of the first and second locking profiles of adjacent sheet piles in the array.
27. The sheet pile of claim 25 , wherein the sacrificial tag comprises an RFID (radio frequency identification) tag.
28. The sheet pile of claim 25 , comprising a plurality of sacrificial tags spaced along a length of the sheet pile.
29. A sheet pile in combination with a mandrel for installation of the sheet pile, the sheet pile comprising:
a main body panel, a first side portion extending from a first side of the main body panel, and a second side portion extending from a second side of the main body panel opposite the first side, a first locking profile extending from the first side portion, and a second locking profile extending from the second side portion;
at least one gripping flange extending along a lengthwise dimension of the sheet pile in alignment with the second locking profile and offset from the main body panel, the first side portion and the second side portion, wherein the at least one gripping flange releasably is engaged with the mandrel during installation; and
a remotely-verifying mechanism configured to confirm engagement of sheet piles in an array, the remotely-verifying mechanism comprising a reusable sensor affixed to the mandrel and a sacrificial tag affixed to the sheet pile, the reusable sensor being in operative communication with the sacrificial tag upon installation of a sheet pile using the mandrel and withdrawn from operative communication with the sacrificial tag upon removal of the mandrel from the sheet pile.
30. The sheet pile of claim 29 , wherein the at least one gripping flange extends from at least one of the group comprising the first locking profile and the second locking profile.
31. The sheet pile of claim 29 , wherein the sacrificial tag is secured to at least one of the group comprising the first locking profile and the second locking profile.
32. The sheet pile of claim 31 , wherein the sacrificial tag comprises an RFID (radio frequency identification) tag.
33. The sheet pile of claim 29 , wherein the sacrificial tag is secured to at least one of the group comprising the first side and the second side.
34. The sheet pile of claim 29 , wherein the remotely-verifying mechanism comprises a plurality of sacrificial tags spaced along a length of the sheet pile.