Bone paste machine

Abstract

The invention relates to a grinder, in particular to a bone paste machine for processing animal bone. The bone paste machine comprises a housing, a rotation shaft, a drive device, a gap adjustment device and a grinding head, wherein the bone paste machine also comprises a mincing device, the mincing device is arranged on a rotation sleeve and comprises three reamers, a precutting plate, a coarse pore plate and a fine pore plate, the precutting plate, the coarse pore plate and the fine pore plate are sequentially arranged at intervals along the rotation sleeve, one reamer is arranged close to a spiral feeder, the other reamers are respectively arranged between the precutting plate and the coarse pore plate and between the coarse pore plate and the fine pore plate, holes are arranged in the precutting plate, the coarse pore plate and fine pore plate at intervals, the diameter of the holes in the precutting plate is larger than the diameter of the holes in the coarse pore plate, and the diameter of the holes in the coarse pore plate is larger than the diameter of the holes in the fine pore plate. The bone paste machine is simple in structure and is convenient to install, the device can be used for directly mincing large materials and grinding the materials into bone paste, a gap between a movable grinding head and a fine grinding head can be adjusted, and the production efficiency of the bone paste machine is improved.

Description

technical field [0001] The invention relates to a pulverizer, especially a bone paste machine for processing animal bones. Background technique [0002] Existing bone clay machines generally crush and grind bones through the relative motion between the dynamic grinding and fine grinding of the grinding head. In the process of crushing animal bones with a bone slime machine, the granularity of the bone slime formed after crushing needs to be strictly controlled according to market demand, which is generally achieved by adjusting the gap between the dynamic mill and the static grinder. However, the existing bone clay machine has the following defects: First, when grinding larger bones, it is usually necessary to break the larger bone first, and then grind it through the bone clay machine, resulting in the angle of the processing procedure, the bone The production efficiency of the mud machine is low; secondly, most of the bone mud machines do not have any device for adjusting...

AI Technical Summary

Problems solved by technology

However, the existing bone clay machine has the following defects: First, when grinding larger bones, it is usually necessary to break the larger bone first, and then grind it through the bone clay machine, resulting in the angle of the processing procedure, the bone The production efficiency of the mud machine is low; secondly, most of the bone mud machines do not have any device for adjusting the gap. Only when the grinding head is worn out, it is possible to adjust the gap between the dynamic grinding and the static grinding. Gap adjustment devices mostly use the fixed mill and the large thread on the machine body to adjust the gap between the fixed mill and the dynamic mill, but the manufacture of the large thread is difficult, and when using it to adjust the gap, the adjustment process is cumbersome, the adjustment accuracy is low, and it is very heavy

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