Arranging machine

Abstract

The invention relates to an arranging machine, which comprises a frame, a bottle pushing mechanism, a bottle storage area and a frame lifting device, wherein the bottle pushing mechanism comprises a bottle pushing rod and a bottle pushing power mechanism; the bottle storage area is formed on the frame; the bottle pushing mechanism is arranged at one end of the bottle storage area, and the frame lifting device is arranged at the other end of the bottle storage area; a conveyer belt mesh is arranged below the bottle pushing mechanism; the side face of the bottle storage area close to the bottle pushing rod is provided with a bottle feeding screw mechanism; the bottle storage area is provided with a bottle stopping rod and a bottle retaining bar; and air cylinders are arranged on the bottle stopping rod and the bottle retaining bar. The arranging machine has an automatic counting function, and ensures that the bottle feeding is quicker and more stable and the counting is more accurate, so that the automatic operation without human interference can be carried out and all production of products to be packaged or finished products in a batch is recorded.

Description

Technical field [0001] The invention relates to the field of pharmaceutical packaging machinery, and to be precise, a complete row machine. Background technique [0002] At present, the following problems exist in the production of some sterile preparations: First, the vials transported by the bottle delivery mechanism are mostly collected by the freeze-drying tray. Because the bottles are directly slid into the freeze-drying tray through the track, the bottles are on the freeze-drying tray. The arrangement is disorderly and needs to be arranged manually before being transported to the next process. This not only reduces the work efficiency, but also the medicine will inevitably be touched by the operator, which can easily cause pollution and affect the safety of the medicine. This is contrary to the GMP requirements to minimize the contact between personnel and drugs; secondly, the traditional bottle-out mechanism uses mesh belts to enter the bottles and counts with photoelectr...

AI Technical Summary

Problems solved by technology

[0002] At present, there are the following problems in the production of some aseptic preparations: first, most of the vials transported by the bottle-out mechanism are collected by the freeze-drying tray. The arrangement is messy and disorderly, and it needs to be sorted manually before being transported to the next process

This not only reduces the work efficiency, but also the medicine will inevitably be touched by the operator, which will easily cause contamination and affect the safety of the medicine

This is contrary to GMP requirements to minimize the contact between personnel and medicines; secondly, the traditional bottle outlet mechanism uses a mesh belt to enter the bottle and a photoelectric counting sensor to count, the transportation speed is slow, and the bottle is not stable; and because the vial is a transparent glass bottle, When using the photoelectric counting sensor to count, the error is large and the response speed is slow

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