Abstract: An apparatus for supporting an axial load between first and second planes with an axial dimension therebetween includes first, second, and third members. The first member has a planar face on one end engaging the first plane and has a spherical face on the other end. The second member has a spiraling face on one end and has a spherical face on another end. The spherical face engaging the spherical face of the first member so that the first and second spherical faces maintain substantial contact for transferring the axial load between the first and second planes whether the planes are parallel or non-parallel. The third member has a spiraling face on one end and has a planar face on another end. The planar face engages the second plane. The spiraling face engages the spiraling face of the second member. The axial dimension of the second and third members can be adjusted when at least one is rotated.

Abstract: A support has first and second members positioning between a machine and a foundation to support an axial load therebetween. Each member has one face bearing an axial force and has a spherical face on the other end. The two spherical face mate with one another to oppose the axial forces between the machine and the foundation. A shim holder positions between the support and the foundation and affixes to the foundation to hold one or more shims. One of the members can have two components with intermediate faces mating one another. The faces have spiraling surfaces so that the two components can be rotated relative to one another to change the axial dimension of the member.

Abstract: An improved device for repairing failed anchor members that hold machinery to foundations is provided. An anchor bolt repair coupling engages a failed anchor member through the use of grips, a preloading jack, and epoxy injection to facilitate the repair of the failed member.

Abstract: An improved device for repairing failed anchor members that hold machinery to foundations. An anchor bolt repair coupling that engages a failed anchor member through the use of grips and facilitates the repair of the failed member.

Abstract: An adjustable support system for use in anchoring a machine or other load to a foundation is disclosed. The system includes a base chock having a horizontal floor with an open slot formed in the floor to permit retrofitting around an installed anchor bolt. A frame chock is shaped to rest on the floor of the base chock; in many applications the frame chock is preferably poured in place around the anchor bolt. A retractable shim carrier, shaped to rest on the floor of the base chock between the floor and the frame chock, likewise has an open slot formed therein for insertion around the anchor bolt. One or more shims of varying thicknesses are shaped like the shim carrier to be inserted as needed, riding upon the shim carrier, between the floor of the base chock and the lower surface of the frame chock.

Abstract: A method for anchoring a machine or other load to a foundation requires the use of an adjustable support system. The system includes a base chock having a horizontal floor with an open slot formed in the floor to permit retrofitting around an installed anchor bolt. A frame chock is shaped to rest on the floor of the base chock; in many applications the frame chock is preferably poured in place around the anchor bolt. A retractable shim carrier, shaped to rest on the floor of the base chock between the floor and the frame chock, likewise has an open slot formed therein for insertion around the anchor bolt. One or more shims of varying thicknesses are shaped like the shim carrier to be inserted as needed, riding upon the shim carrier, between the floor of the base chock and the lower surface of the frame chock.