Vibration pile driving hammer with manipulation functions of multiple degrees of freedom

Abstract

The invention discloses a vibration pile driving hammer with manipulation functions of multiple degrees of freedom, which comprises a hoisting connecting plate, a hanging bracket, a vibration exciter, a clamping device and a damping device, wherein the hanging bracket is connected with the vibration exciter through the damping device; the clamping device is installed on the vibration exciter; the vibration pile driving hammer also comprises a horizontal rotating mechanism and a vertical swinging mechanism, wherein the horizontal rotating mechanism can rotate for 360 degrees in a horizontal plane; the vertical swinging mechanism drives the vibration exciter and the damping device to swing; one end of the horizontal rotating mechanism is fixedly connected with the hoisting connecting plate; the other end of the horizontal rotating mechanism is fixedly connected with the hanging bracket; one end of the vertical swinging mechanism is fixed on the hanging bracket; and the other end of the vertical swinging mechanism is fixedly connected with the damping device. The invention realizes quick positioning and quick pile sinking by multiple degrees of freedom and improves the construction efficiency of a pile driving machine.

Description

Technical field [0001] The invention relates to a pile driver, in particular to a vibratory pile driver with a multi-degree-of-freedom operation function. Background technique [0002] Pile drivers are widely used in the process of building construction and flood fighting and rescue, and can realize the role of foundation, roadbed and dam reinforcement. However, in the current construction process of pile machinery, the pile body often needs to be transported to the pile sinking site manually or by other machinery, and the pile hammer clamping the pile body also needs manual operation to complete, so that not only the preparation process takes a long time, but the workers work hard. , The construction efficiency is low, and because the current clamping mechanism of the pile hammer is installed at the bottom of the exciter, it is difficult to clamp the long pile, and it is not easy to realize the automation of the operation. It is easy to deal with the construction personnel near ...

AI Technical Summary

Problems solved by technology

However, during the construction process of pile machinery at present, the pile body often needs to be transported to the pile sinking site manually or by other machinery, and the pile hammer clamping pile body also needs manual operation to complete, which not only takes a long time for the preparation process, but also increases the work intensity of the workers. , the construction efficiency is low, and because the current clamping mechanism of the pile hammer is installed at the bottom of the vibrator, it is difficult to clamp the long pile, and it is not easy to realize the automation of the operation. During the operation, it is easy for the construction personnel near the pile hammer pose a threat to personal safety

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