Framed circulation system for transfer bottle queues

Abstract

The invention discloses a sleeve frame circulating system for transferring bottle queues. The system comprises a bottle inlet net belt, a sleeve frame conveying belt and a sleeve frame for transferring the bottle queues along with the bottle inlet net belt; a bottle inlet push rod for feeding the bottle queues in the sleeve frame into a freeze dryer plate layer is arranged at a bottle outlet end of the bottle inlet net belt; a sleeve frame unloading device for automatically grabbing the sleeve frame and feeding the sleeve frame onto the sleeve frame conveying belt after releasing the bottle queues in the sleeve frame is arranged at a bottle pushing end of the bottle inlet push rod; and a sleeve frame loading device for feeding the sleeve frame to the bottle inlet net belt is arranged beside the sleeve frame conveying belt. The sleeve frame circulating system for transferring the bottle queues has the advantages of no need of manual intervention, high automation degree, high working efficiency, low labor cost and few pollution sources.

Description

technical field [0001] The invention relates to the production technology of freeze-dried preparations, in particular to a framed circulation system used for transporting bottle queues. Background technique [0002] The system used to transfer the bottle body queue sends the semi-stoppered vials to the shelf of the freeze dryer, which is mainly realized by the feeding integration device, the bottle unscrambling device and the feeding push rod. After the freeze-drying process cycle is completed, the discharge The push rod combined with the discharge integrated device sends the vials out of the shelf, and transfers them to the capping machine and subsequent processes. The entire feeding and discharging process is completely automatically controlled by the control system, without manual intervention, avoiding manual contact with the product, thereby preventing pollution during the product transfer process to the greatest extent, so automatic feeding and discharging systems for ...

AI Technical Summary

Problems solved by technology

At present, the existing single-row / double-row automatic feeding and discharging equipment can increase the overall feeding speed of small bottles within a certain range even if the running speed of the conveyor belt and star wheel is increased, but the range is limited. Generally speaking, 400~600 bottles / min is It is difficult to increase the limit speed of this type of single-line / double-line feeding and discharging equipment.

Moreover, as the speed of the conveyor belt increases unilaterally, the probability of failure of the vials in the track also increases accordingly.

In this way, it is necessary to have new goals and options for the operation mode of material in and out. Currently, some equipment adopts the existing automatic material in and out platform stacking combined with frame feeding, but this method has the following disadvantages: it needs to be combined with manual frame The action and the frame follow the stack of vials throughout the freeze-drying cycle, the workload is large and there are many spare parts, and the frame needs to be re-cleaned and sterilized after the material is discharged.

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