Automatic holder separation machine

Abstract

The invention belongs to the manufacturing field of pharmaceutical apparatuses and particularly relates to an automatic holder separation machine used for separating ampoule medicine holders. The automatic holder separation machine comprises a rack, a control box which is arranged on the rack, a medicine holder separation device which is arranged on the rack, and a medicine holder conveying mechanism. The medicine holder separation device comprises an air cylinder with a compressed air control valve, a vacuum sucking disc which is connected with the air cylinder, a medicine holder conveying belt which is arranged below the vacuum sucking disc and release air faucets which are arranged at the upper part of the vacuum sucking disc. A tooth separation mechanism is arranged on the rack which is obliquely above the medicine holder conveying belt and faces right to the vacuum sucking disc. The tooth separation mechanism consists of a left flat plate and a right flat plate which are perpendicular to the upper surface of the rack and are arranged in parallel. Raised teeth are arranged on the two surfaces of the left flat plate and the right flat plate, which face to each other. The medicine holder conveying mechanism comprises a holder feeding mechanism and a pushing mechanism, wherein the pushing mechanism is arranged on the rack which faces right to the tooth separation mechanism and the pushing mechanism is arranged on one side of the holder feeding mechanism. The automatic holder separation machine has the advantages that the machine is simple to operate, boxes are not stuck to each other and the working efficiency is high.

Description

technical field [0001] The invention belongs to the field of medical device manufacturing, and in particular relates to an automatic tray separating machine for separating ampoules from medicine trays. Background technique [0002] At present, pharmaceutical machinery processing and manufacturing is a relatively precise processing technology. Injection trays are generally made of plastic materials, and in order to save materials, they are generally processed relatively thin. Because batches of medicine trays are relatively thin, they are easy to bond together, which is not easy. Separation must be separated by machine, and manual separation is generally used. This method of separation is slow, requires a lot of labor, and the production efficiency is also very low. In addition, after the medicine tray is separated, medicine bottles need to be put into it, and the medicine can only be loaded after the manual separation of the tray, so the work efficiency is greatly reduced. ...

AI Technical Summary

Problems solved by technology

[0002] At present, pharmaceutical machinery processing and manufacturing is a relatively precise processing technology. Injection trays are generally made of plastic materials, and in order to save materials, they are generally processed relatively thin. Because batches of medicine trays are relatively thin, they are easy to bond together, which is not easy. Separation must be separated by machine. Generally, manual separation is used. This method of separation is slow, requires a lot of labor, and the production efficiency is also very low.

In addition, after the medicine tray is separated, it is necessary to put medicine bottles inside, and the artificial tray can only be loaded after the tray is divided, so the work efficiency is greatly reduced.

[0003] What is being used now is the patent No. 2010201841938, named "Automatic Tray Separation Machine", which saves manpower to a certain extent and improves work efficiency, but the medicine tray cannot be guaranteed when the medicine tray is separated. It is easy to stick to the balance, and it cannot be automatically removed after sticking, which leads to a relative decrease in work efficiency.

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