Operator elevation and rotation bituminous coal burnt material serial triturating apparatus

Abstract

The invention discloses an operator elevation and rotation bituminous coal burnt material serial triturating apparatus, and belongs to the field of apparatuses for analyzing the sulfur content of a bituminous coal inflammable substance. The apparatus comprises an operator elevation module, an operator rotation module, and a crucible tray arranged on a second L-shaped rack; the crucible tray is provided with n axially symmetrically distributed crucibles, and a bituminous coal burnt material is arranged in each of the crucibles; the operator elevation module comprises a first guide rail, a second guide rail, a lower support, a first slide block, a second slide block, a crane, an elevation motor rack, a leading screw, an elevation motor, a nut and a first L-shaped rack; and the operator rotation module comprises a rotating motor rack, a rotating motor, a hanging plate, a rotating shaft, a working disc, a working column, and m axially symmetrically arranged triturating columns. The operator elevation and rotation bituminous coal burnt material serial triturating apparatus has the advantages of compact structure, stable movement, no manual intervention, and rapid burnt material triturating.

Description

technical field [0001] The invention mainly relates to the field of analysis equipment for sulfur content in bituminous coal combustibles, in particular to a serial smashing equipment for burning bituminous coal with manipulators lifting and rotating. Background technique [0002] Measuring the content of sulfur element in coal is of great significance for correct evaluation of coal quality and processing utilization. At present, one of the commonly used determination methods in various countries is the classic Ehrlich sulfur measurement method, which has the advantages of high accuracy and batch determination. However, it is difficult to realize the whole process of automatic measurement by the Einstein sulfur method, one of the reasons is that the bituminous coal burnt material needs to be crushed manually. Manually crushing the bituminous coal burnt material has the following disadvantages: the operation of the crucible with the bituminous coal burnt material is dangerou...

AI Technical Summary

Problems solved by technology

However, it is difficult to realize the whole process of automatic measurement by the Ai's method of measuring sulfur. One of the reasons is that it is necessary to manually crush the burning of bituminous coal.

Manual crushing of bituminous coal burns has the following disadvantages: the operation of the crucible with bituminous coal burns is dangerous; manual crushing of bituminous coal burns is labor-intensive and the smashing effect is not good

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