Heavy equipment pusher jack

Abstract

The invention provides a heavy equipment pusher jack. The heavy equipment pusher jack is characterized in that a device for sliding and pushing heavy equipment is provided with a slidable sliding pushrod shaft in a guide base internally provided with a sliding space, the outer side of the sliding push rod shaft is connected to a plurality of pushing connectors, and the tail end of the sliding push rod shaft is coaxially connected to a pushing oil cylinder through a hinge seat. When the heavy equipment pusher jack is used, the pushing connectors can be connected to heavy equipment needing to be pushed, and after the pushing oil cylinder is started, the heavy equipment can be stably pushed to slide by the oil cylinder.

Description

technical field [0001] The invention relates to a device for moving heavy equipment, in particular to a heavy equipment moving device. Background technique [0002] In light wall panel production units, due to the need for production and processing, it is difficult to move heavy equipment because there are not many opportunities for equipment movement, so it is difficult to have special moving equipment. Usually, the factory will use forklifts or manual direct movement. For processing, using a forklift to move will inevitably affect the stable combination of equipment components, and will damage the equipment due to improper operation. Manual direct movement will cause unsafe phenomena due to cumbersomeness, and manual movement also has problems of low efficiency and troublesome movement. Contents of the invention [0003] The technical purpose of the present invention is to solve the above-mentioned existing problems, and provide a heavy equipment moving device, which can...

AI Technical Summary

Problems solved by technology

[0002] In light wall panel production units, due to the need for production and processing, it is difficult to move heavy equipment because there are not many opportunities for equipment movement, so it is difficult to have special moving equipment. Usually, the factory will use forklifts or manual direct movement. For processing, using a forklift to move will inevitably affect the stable combination of equipment components, and it will also damage the equipment due to improper operation. Manual direct movement will cause unsafe phenomena due to cumbersomeness, and manual movement also has problems of low efficiency and troublesome movement.

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