Bottle feeding device of aqueous solution dispensing machine

Abstract

The invention discloses a bottle feeding device of an aqueous solution dispensing machine. The bottle feeding device comprises an equipment base, wherein a rotary bottle feeding mechanism for conveying ampoule bottles, a grabbing mechanism for grabbing the ampoule bottles in the rotary bottle feeding mechanism and conveying the ampoule bottles, and a rotary disc for clamping the ampoule bottles onthe grabbing mechanism and rotatably conveying the ampoule bottles are arranged on the equipment base. The ampoule bottles are spirally sorted and intermittently shielded, so that more ampoule bottles are accommodated in a narrow space, and therefore, automatic sorting and low-cost feeding are realized; a baffle plate is convenient for righting the ampoule bottles, so that the ampoule bottles areconveniently grabbed and crushed; the ampoule bottles are elastically clamped by a connecting arm, so that the ampoule bottles are not damaged due to mechanical clamping, and therefore, the dispensing cost is reduced, and the bottle feeding device is suitable for ampoule bottles of different diameters; a ball screw linear driver can control any needed position of the ampoule bottles in a stroke,and follow-up station changes are not needed, so that the structure of a follow-up station can be simplified; and the rotary disc is adopted for feeding, so that feeding continuity is guaranteed, andintegral streamlined feeding is realized.

Description

technical field [0001] The invention relates to the field of medicine filling, in particular to a bottle loading device of a liquid medicine dispensing machine. Background technique [0002] Injections refer to sterile solutions (including emulsions and suspensions) made of drugs for injection into the body, as well as sterile powders or concentrated solutions that are prepared into solutions or suspensions before use. Injections act quickly and reliably, and are not subject to It is not affected by pH, enzymes, food, etc., has no first-pass effect, and can exert a systemic or local localization effect. It is suitable for patients who are not suitable for orally taking drugs. [0003] Injections are divided into powder and water. Water mainly uses ampoules for drug loading. The problem with ampoules is that the bottle body is made of glass, which is very brittle and easy to break. Moreover, different drugs have a practical ampoule size. Different, it is impossible to realiz...

AI Technical Summary

Problems solved by technology

[0003] Injections are divided into powder and water. Water mainly uses ampoules for drug loading. The problem with ampoules is that the bottle body is made of glass, which is very brittle and easy to break. Moreover, different drugs have a practical ampoule size. Different, it is impossible to realize automatic drug feeding on one machine, nor can it guarantee the consistency of drug feeding, and the dispensing efficiency is low

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