Artificial diamond synthesis block automatic separator

Abstract

The invention discloses an artificial diamond synthesis block automatic separator, and relates to the field of artificial diamond production. The separator is composed of an upper-layer separation mechanism, a lower-layer separation mechanism, an end-face cutting-off mechanism, a circumferential surface cutting-off mechanism and a core-column composite body separation mechanism, wherein the upper-layer separation mechanism can preliminarily decompose and classify artificial diamond synthesis blocks; the lower-layer separation mechanism is located below the upper-layer separation mechanism, andcan separate, classify and recover stone cup fragments bonded on a conductive steel ring; the end face cutting-off mechanism is arranged in front of the upper-layer separation mechanism and can cut off graphite skin on the end face of a synthetic rod; the circumferential surface cutting-off mechanism is located on one side of the end face cutting-off mechanism, and can cut off the graphite skin on the circumferential surface of the synthetic rod; and the core-column composite body separation mechanism is located on the rear side of the circumferential surface cutting-off mechanism so as to divide a core-column composite body into two independent core-columns. The artificial diamond synthesis block automatic separator has the advantages of being compact in structure, strong in stability and capable of replacing manual separation of artificial diamond synthesis blocks.

Description

technical field [0001] The invention relates to the field of artificial diamond production, which is used for automatically separating synthetic diamond blocks and classifying and recovering various materials produced. Background technique [0002] The synthetic diamond block is centered on a double-core column complex, and is surrounded by a layer of graphite skin, which constitutes a synthetic rod; both ends of the synthetic rod are provided with conductive steel rings, and the synthetic rod and conductive steel ring are surrounded by dolomite cups and pyrophyllite cups. Wrapped, that constitutes a synthetic block of synthetic diamond. After the synthetic block completes the diamond synthesis process in the six-sided top press, it needs to be disassembled to extract the inner core pillar. The traditional separation method is mainly manual separation. Although the requirements for operating skills are not high, the production efficiency is low and the labor intensity is hi...

AI Technical Summary

Problems solved by technology

At the same time, in the process of automatically separating the synthetic blocks, it is also extremely difficult to control the synthetic blocks to decompose under the set posture. If unexpected conditions occur during the automatic separation process, it will affect the subsequent stages. separate

In addition, in the process of decomposing and synthesizing blocks, materials such as conductive steel rings and stone cup fragments must be recovered separately, which also makes the design of automatic separation equipment difficult

[0004] With the rapid development of the superhard material industry, the demand for synthetic diamonds is increasing, and more requirements are put forward for the separation of synthetic diamond blocks. It is required to automatically complete the separation of synthetic blocks as much as possible, thereby reducing workers' work. Labor intensity, and there is no related technology for automatic separation of synthetic diamond blocks

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