Operator elevation and translation bituminous coal burnt material serial triturating apparatus

Abstract

The invention discloses an operator elevation and translation 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 a Y-directional movement module, an operator elevation module arranged on the Y-directional movement module, and a crucible supporting plate arranged on a tray pillar; the Y-directional movement module linearly moves along the Y direction in a horizontal plane; the upper edge of the crucible supporting plate is proved with three crucible holes for disposing crucibles along the Y direction, and a bituminous coal burnt material is arranged in each of the crucibles; and the operator elevation module comprises a main support arranged on the Y-directional movement module, a U-shaped rack, a guide rail, a bearing rack, a stepping motor, a leading screw, a crane, a working rod, a working disc, and n triturating columns axially symmetrically arranged on the working disc. The operator elevation and translation bituminous coal burnt material serial triturating apparatus has the advantages of simple structure, stationary movement and enforcement of triturating through operator elevation and translation.

Description

technical field [0001] The invention mainly relates to the field of analysis equipment for sulfur content in bituminous coal combustible substances, in particular to a serial crushing equipment for bituminous coal burning substances with manipulators moving up and down and translationally. Background technique [0002] Sulfur is a substance that reduces the quality of coal, and will have harmful effects on coking, gasification, and combustion of coal. One of the common determination methods at present is the Aizi sulfur measurement method, which has the advantages of high accuracy and batch determination. It is difficult to realize automatic measurement by the Ehrlich method of sulfur measurement, one of the reasons is that the bituminous coal burnt material needs to be crushed manually. The crushing in the prior art has certain disadvantages: manual crushing of the bituminous coal burnt material is labor intensive, the crushing efficiency is low, and the crushing effect is...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is: aiming at the technical problems such as low crushing efficiency in the prior art, the present invention provides a kind of bituminous coal burnt string which is simple in structure, stable in movement, and can be crushed through lifting and translation of the manipulator. Row mashing equipment

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