초록 ▼

A clamp system for allowing a pile driving/pulling system to be attached to a caisson to be driven into or extracted from the earth. The clamp system comprises a structural member, first and second clamp systems, first and second locking systems, and a clamp displacement system. The clamp displaceme

A clamp system for allowing a pile driving/pulling system to be attached to a caisson to be driven into or extracted from the earth. The clamp system comprises a structural member, first and second clamp systems, first and second locking systems, and a clamp displacement system. The clamp displacement assembly is operatively connected between the structural member and the first and second clamp assembly. When the first and second clamp systems are disengaged from the pile and the first and second locking systems are disengaged from the structural member, the clamp displacement system may be operated to obtain a desired clamp distance between the first and second clamp assemblies.

대표청구항 ▼

A clamp system for allowing a pile driving/pulling system to be attached to a caisson to be driven into or extracted from the earth. The clamp system comprises a structural member, first and second clamp systems, first and second locking systems, and a clamp displacement system. The clamp displaceme

A clamp system for allowing a pile driving/pulling system to be attached to a caisson to be driven into or extracted from the earth. The clamp system comprises a structural member, first and second clamp systems, first and second locking systems, and a clamp displacement system. The clamp displacement assembly is operatively connected between the structural member and the first and second clamp assembly. When the first and second clamp systems are disengaged from the pile and the first and second locking systems are disengaged from the structural member, the clamp displacement system may be operated to obtain a desired clamp distance between the first and second clamp assemblies. ole so that the main post is able to be adapted to secure with the hinge of the piece of glass. 9. The connector as claimed in claim 3, wherein the main post has an auxiliary seat received in the top hole and provided with a flange, truncated conical bottom formed on one side of the flange and a channel defined to communicate with the top hole so that the main post is able to be adapted to secure with the hinge of the piece of glass. 10. The connector as claimed in claim 4, wherein the main post has an auxiliary seat received in the top hole and provided with a flange, truncated conical bottom formed on one side of the flange and a channel defined to communicate with the top hole so that the main post is able to be adapted to secure with the hinge of the piece of glass. 11. The connector as claimed in claim 5, wherein the main post has an auxiliary seat received in the top hole and provided with a flange, truncated conical bottom formed on one side of the flange and a channel defined to communicate with the top hole so that the main post is able to be adapted to secure with the hinge of the piece of glass. 12. The connector as claimed in claim 6, wherein the main post has an auxiliary seat received in the top hole and provided with a flange, truncated conical bottom formed on one side of the flange and a channel defined to communicate with the top hole so that the main post is able to be adapted to secure with the hinge of the piece of glass. nnected with the spring housing and a starter pinion threaded onto the helically threaded member. Rotation of the spring housing in response to unloading of the elastic member causes the starter pinion to move into engagement with the flywheel, thereby rotating the flywheel and starting the engine.