Novel skip adjusting device

Abstract

The invention provides a novel skip adjusting device which is arranged on a raw material carrying face. The adjusting device comprises adjusting bases arranged in groups and side posture adjusting mechanisms arranged in groups. The adjusting bases are fixed to the raw material carrying face. A supporting plate with the adjustable height is arranged on the top of each adjusting base. Each side posture adjusting mechanism group corresponds to one adjusting base group. Each side posture adjusting mechanism comprises a side ejector rod with the adjustable jacking length, and a side ejector rod support used for fixing the side ejector rod. The side ejector rod of each side posture adjusting mechanism surrounds the peripheral edge of the corresponding adjusting base group. The side ejector rods point to raw materials on the adjusting bases. When the raw materials are loaded on a skip, the raw materials in each square are fixed by one adjusting device, the supporting plate is supported at the bottoms of the raw materials to adjust the vertical positions of the raw materials, and the side ejector rods of the side posture adjusting mechanisms jack the side walls of the raw materials to fix the raw materials. The novel skip adjusting device can fix the raw materials in the vertical and horizontal directions during the raw material cutting operation, and the raw materials can not be shaken easily in the cutting process.

Description

technical field [0001] The invention relates to a stone material processing machine, in particular to a novel material trolley adjustment device. Background technique [0002] In the initial stage of stone processing, large-scale cutting machines are needed to cut stone blocks. Due to the large size of blocks, large-scale cutting machines usually carry blocks on track trucks and cut them at the cutting saw. The fixing and height adjustment of the wedge when cutting the block, because the wood is soft, makes the fixing accuracy of this method poor, and it is easy to shake during cutting to affect the cutting process, and because the block is very heavy, it is difficult to adjust the height of the block through the wooden wedge. Difficulties. In addition, this fixing method lacks a limiting structure for the horizontal position of the block, and only uses the weight of the block and friction to limit the horizontal displacement of the block. [0003] At present, there are mor...

AI Technical Summary

Problems solved by technology

[0002] In the initial stage of stone processing, large-scale cutting machines are needed to cut stone blocks. Due to the large size of blocks, large-scale cutting machines usually carry blocks on track trucks and cut them at the cutting saw. The fixing and height adjustment of the wedge when cutting the block, because the wood is soft, makes the fixing accuracy of this method poor, and it is easy to shake during cutting to affect the cutting process, and because the block is very heavy, it is difficult to adjust the height of the block through the wooden wedge. Difficulty. In addition, this fixing method lacks a limiting structure for the horizontal position of the block, and only uses the weight and friction of the block to limit the horizontal displacement of the block.

[0003] At present, there are more and more types of stone materials for stone processing, and some light weight stones have also attracted people's attention. If the cut blocks are stones with light weight but high hardness and strength, if the blocks are only fixed with sleepers at the bottom, Then the cutting force on the block can easily push the block to move in the horizontal direction, which seriously affects the processing accuracy and is not conducive to production safety.

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