Stone board unloader

Abstract

The invention discloses a stone board unloader, which comprises a stone transport vehicle, an impact device, a stone board separation device and a stone board conveying device, wherein the stone transport vehicle can move step by step; the impact device is used for impacting a junction part of a stone board and a stone body; the stone board separation device is used for leading the stone board after the junction part is injured to separate from the stone body; and the stone board conveying device is used for conveying the stone board. The conveying device is positioned on a turnover track after the stone board is separated from the stone body and is pried by the separation device. The unloader of the invention has the beneficial effects that after automatic equipment is utilized, the stone board unloading works including stone board knocking, stone board prying, stone board conveying, stone board stacking and the like are all mechanically performed. The stone board unloading works can be finished as long as a worker operates the equipment, so that the work is very conformable and efficient, and the working environment can be greatly improved; and moreover, the worker does not need to be in direct contact with the stone board so as to avoid the occurrence of work-related accidents.

Description

Technical field: [0001] The invention relates to a stone unloading machine. Background technique: [0002] In order to obtain natural stone slabs, workers will go to the mountain to quarry stones to obtain stone blocks, and then process the obtained blocks with saw blades, and saw a number of saw paths c on the stone blocks, so that between two saw paths Slate a is formed, but at this time, slate a is not completely separated from the stone, and the root of slate a is still connected with the main body of stone b, such as figure 1 As shown, after the sawing process is completed, it is necessary to separate and unload the stone slabs. The traditional separation and unloading of the stone slabs is done manually. The root of the joint is injured and cracked, and then the workers shake the top of the stone slab, or use tools to pry the stone slab to separate the stone slab from the main body of the stone, and finally the worker lifts the stone slab and stacks the stone slabs on...

AI Technical Summary

Problems solved by technology

[0002] In order to obtain natural stone slabs, workers will go to the mountain to quarry stones to obtain stone blocks, and then process the obtained blocks with saw blades, and cut out multiple saw paths c on the stone blocks, so that between two saw paths Slate a is formed, but at this time, slate a is not completely separated from the stone, and the root of slate a is still connected with the main body of stone b, as figure 1 As shown, after the sawing process is completed, it is necessary to separate and unload the stone slabs. The traditional separation and unloading of the stone slabs is done manually. The root of the joint is injured and cracked, and then the workers shake the top of the stone slab, or use tools to pry the stone slab to separate the stone slab from the main body of the stone, and finally the worker lifts the stone slab and stacks the stone slabs one by one on the pallet. When unloading the board, the labor intensity of the workers is very high, the work is hard and tiring, and a lot of dust will be generated during the working process, resulting in a bad working environment. Due to the heavy weight of the stone board, accidents are prone to occur during the unloading process, and the manual work efficiency is very low

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