Intelligent manufacturing laboratory sintering device capable of preventing rotation errors

Abstract

The invention discloses an intelligent manufacturing laboratory sintering device capable of preventing rotation errors in the technical field of sintering devices, and the intelligent manufacturing laboratory sintering device comprises a bearing assembly which comprises a base; a detection type supporting assembly comprising a plurality of groups of arc-shaped plates which are arranged on the top of a connecting disc in an annular array in a sliding manner; and a feedback type assembly which is arranged on the outer wall of the side, away from a heating box, of the arc-shaped plates. The connecting disc rotates and stops when a contact block is not attached to a limiting block, the upward moving distance of a piston body in a detection barrel is small, light emitted by a light emitter cannot be received by a light receiver, a driving device is turned on to drive the heating box to rotate through a gear set, and compensation is completed until the contact block is attached to the limiting block through a pushing block, so that a sintering spoon assembly is in a state corresponding to an insertion opening, and the situation that the sintering spoon assembly does not correspond to the insertion opening in the heating box after rotation due to the rotation errors is effectively avoided.

Description

technical field [0001] The invention relates to the technical field of sintering devices, in particular to a laboratory sintering device for intelligent manufacturing that prevents rotation errors. Background technique [0002] In order to study the main properties of the characteristic components contained in various ores, and the properties of compounds produced by the synthesis reaction between ores, it is often necessary to sinter and refine one or more ores in experiments. Most of the existing laboratory sintering devices A heating box is installed on a rotatable connecting plate, and the sintering spoon assembly on the support plate arranged in an annular array is manually pushed into the heating box to realize sintering during the rotation process, and the rotation control of the connecting plate is generally controlled by a motor. Control, after long-term use of the traditional motor, there will be errors in its rotation, so that the sintered spoon assembly in the su...

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Problems solved by technology

[0002] In order to study the main properties of the characteristic components contained in various ores, and the properties of compounds produced by the synthesis reaction between ores, it is often necessary to sinter and refine one or more ores in experiments. Most of the existing laboratory sintering devices A heating box is installed on a rotatable connecting plate, and the sintering spoon assembly on the support plate arranged in an annular array is manually pushed into the heating box to realize sintering during the rotation process, and the rotation control of the connecting plate is generally controlled by a motor. Control, after long-term use of the traditional motor, there will be errors in its rotation, so that the sintered spoon assembly in the support plate on the connecting plate and the socket cannot be aligned after a certain angle of rotation, and it will take a lot of time to fine-tune manually after rotation , thereby reducing work efficiency and increasing labor intensity

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