Rubber stopper or aluminum-plastic cover feeding device

Abstract

The invention provides a rubber stopper or aluminum-plastic cover feeding device which comprises a rotating frame and a bottle-shaped operating barrel, wherein the bottle-shaped operating barrel is internally provided with a baffle plate along the axial direction, the operating barrel is divided into two parts; the rotating frame comprises a bracket platform, two passive rotating rolls arranged on the bracket platform and matched with the barrel body of the bottle shaped operating barrel, and a cone trolley matched with a barrel shoulder of the bottle-shaped operating barrel; and the bracket platform is provided with a lifting device for enabling the barrel opening of the bottle-shaped operating barrel to incline downwards. The rubber stopper or aluminum-plastic cover feeding device provided by the invention is provided with the rotating frame and a supporting device for enabling the rotating frame to incline, therefore, rubber stoppers or aluminum-plastic covers can be gradually and properly fed into a hopper without using a lifting machine or turning the operating barrel and using an intermediate coupler for oscillation.

Description

technical field [0001] The invention relates to a feeding device for rubber stoppers or aluminum-plastic caps, in particular to a feeding device for aseptic rubber stoppers or aluminum-plastic caps used in the production process of aseptic medicines. Background technique [0002] In the production process of sterile drugs, the rubber stoppers (aluminum-plastic caps) that are in direct contact with the drugs are transferred to the hopper of the filling line under aseptic conditions after cleaning, sterilization, drying and other processes, so as to ensure that they are no longer used by operators. Pollution, the methods and equipment to ensure the quality of medicines are constantly updated. [0003] Usually, the door outlet of the rubber stopper machine is under the protection of Class A (100-level laminar flow), and the rubber stopper (aluminum-plastic cover) is put into the sterilized transfer barrel, and then the transfer barrel is moved to the side of the filling line. ...

AI Technical Summary

Problems solved by technology

Since adding too many rubber plugs to the oscillating hopper will affect the operation of the oscillating hopper, it is necessary to add rubber plugs in batches and in an appropriate amount. In this way, the side door of the filling machine will be opened many times to pour the rubber plugs in the transfer barrel into the hopper. Potential pollution opportunities in Class A environment

However, in the above-mentioned (3) method, the product transshipment process is too complicated, the cost is expensive, and the manufacturing cost is high.

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