Core column bottling and packaging production device used in field of superhard material production

Abstract

The invention discloses a core column bottling and packaging production device used in the field of superhard material production. The core column bottling and packaging production device comprises asupporting mechanism, a storage mechanism, a transferring mechanism and a control mechanism. According to the core column bottling and packaging production device, a conveying mechanism is arranged, and when an infrared sensor detects a fixed box, a conveying bed stops running, at the moment, the fixed box is just located between a front vertical plate and a rear vertical plate, and therefore thestopping position of the fixed box can be accurately controlled, and the packaging efficiency is improved; a packaging mechanism is arranged, a motor, a mechanical arm, a mechanical claw and the likecooperate together to put core columns into different feeding pipes, and when the set weight value is reached, a second electric push rod contracts to drive a packaging bottle to descend, the core columns in the feeding pipes enter the packaging bottle, the core columns are orderly placed in the packaging bottle, and the packaging effect is improved; and a push-pull mechanism is arranged, and whena push-pull rod is not used, a fixing bolt is reversely rotated to enable a bent rod to be separated from a fixing frame, the push-pull rod and the bent rod are independently placed, and the space occupied by the device is effectively reduced.

Description

technical field [0001] The invention relates to the technical field of superhard material production, in particular to a stem bottling and packaging production device used in the superhard material production field. Background technique [0002] Superhard materials refer to materials with extremely high hardness, which can be divided into natural and artificial. The former mainly includes natural diamond (diamond) and black diamond, while the latter includes aggregated diamond nanorods (ADNR), chemical vapor deposition diamond ( CVDD), and more research polycrystalline cubic boron nitride (PCBN) and so on. Superhard materials are suitable for making tools for processing other materials, especially in processing hard materials, which have incomparable advantages and occupy an irreplaceable important position. Because of this, superhard materials have been widely used in industry. [0003] In the process of producing superhard materials, packaging devices need to be used to ...

AI Technical Summary

Problems solved by technology

[0004] 1. The stop position of the fixed box cannot be precisely controlled, which will affect the packaging efficiency;

[0005] 2. During the packaging process, the stems are randomly placed in the packaging bottle, and the packaging effect is poor;

[0006] 3. The push-pull rod will occupy a large space when not in use, resulting in low space utilization

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