Pile with an upheaval resistant sleeve
View Patent ↗A pile for being driven into soil includes a shaft and a frost sleeve (upheaval resistant sleeve) surrounding the shaft. The frost sleeve (upheaval resistant sleeve) is located on the shaft between a top of the soil and a frost line. The pile further includes a grout disruption (separation) plate. The grout disruption (separation) plate is located at the frost line.
1 . A pile for being driven into soil, comprising:
a shaft;
a frost sleeve surrounding said shaft; and
a grout disruption plate;
said grout disruption plate being located at the frost line;
said grout disruption plate being unattached to said frost sleeve;
said frost sleeve being located on said shaft between a top of the soil and a frost line;
said frost sleeve being unattached to said shaft;
said grout disruption plate being configured to form a disruption between grout surrounding said shaft above the frost line and grout surrounding said shaft below the frost line;
said grout disruption plate being configured to provide lateral support for said shaft below the frost line.
2 . The pile as claimed in claim 1 , wherein said frost sleeve has a length equal to a distance between the top of the soil and the frost line.
3 . The pile as claimed in claim 1 , wherein said frost sleeve has a length greater than a distance between the top of the soil and the frost line.
4 . The pile as claimed in claim 1 , wherein said frost sleeve is constructed of PVC.
5 . The pile as claimed in claim 1 , wherein said frost sleeve is constructed of metal.
6 . The pile as claimed in claim 1 , further comprising grease located between said shaft and said frost sleeve.
7 . The pile as claimed in claim 1 , wherein said grout disruption plate is constructed of PVC.
8 . The pile as claimed in claim 1 , wherein said grout disruption plate is constructed of metal.
9 . A pile for being placed in a supporting medium comprising:
shaft;
a helical blade, operatively connected to said shaft, having a leading edge and a trailing edge and configured to move the pile into the supporting medium;
a lateral compaction protrusion, formed on said shaft, to create an annulus within the supporting medium, the annulus, created by said lateral compaction protrusion, having a diameter greater than a diameter of said shaft; and
a frost sleeve surrounding said shaft;
said frost sleeve being located on said shaft between a top of the soil and a frost line;
said frost sleeve being unattached to said shaft; the pile further comprising: a grout disruption plate; said grout disruption plate being located at the frost line, wherein said grout disruption plate is attached to said frost sleeve.
10 . The pile as claimed in claim 9 , wherein said frost sleeve has a length equal to a distance between the top of the soil and the frost line.
11 . The pile as claimed in claim 9 , wherein said frost sleeve has a length greater than a distance between the top of the soil and the frost line.
12 . The pile as claimed in claim 9 , wherein said frost sleeve is constructed of PVC.
13 . The pile as claimed in claim 9 , wherein said frost sleeve is constructed of metal.
14 . The pile as claimed in claim 9 , further comprising grease located between said pile shaft and said frost sleeve.
15 . The pile as claimed in claim 9 , wherein said grout disruption plate is constructed of PVC.
16 . The pile as claimed in claim 9 , wherein said grout disruption plate is constructed of metal.