High-speed feed and discharge system

Abstract

The invention discloses a high-speed feed and discharge system. The high-speed feed and discharge system comprises a feed mesh belt, a forward-pushing device and a collecting device, wherein a feed system body of the high-speed feed and discharge system further comprises a bottle arranging mesh belt; at least two bottle arranging channels arranged in parallel on the bottle arranging mesh belt; a bottle inlet of each bottle arranging channel is in butt joint with a bottle outlet of the feed mesh belt; bottle clamping devices which can guide bottles on the feed mesh belt to the corresponding bottle arranging channels and control the opening and closing of the bottle arranging channels are arranged at the butting joint part; the forward-pushing device is used for pushing bottles on each bottle arranging channel into the collecting device; and the speed of the bottle arranging mesh belt is lower than that of the feed mesh belt. The high-speed feed and discharge system disclosed by the invention has the advantages that the condition that the liquid is adhered to the walls of the bottles, caused by that the bottles collide with each other is avoided, the efficiency of feeding the bottles can also be guaranteed.

Description

technical field [0001] The invention relates to a freeze dryer, in particular to a high-speed feeding and discharging system. Background technique [0002] During the feeding process of the high-speed feeding and discharging system, the bottles are arranged neatly through the feeding mesh belt, and the bottle-staggering device is used to displace the rows of bottles, and then the bottles are pushed into the collecting platform by single push, and then the bottles are transferred by the RGV trolley; now Most of the existing technologies use the same mesh belt for bottle feeding and unscrambling. The defect is that if the bottle is fed at high speed, it will cause violent impact on the bottle body when the bottle is arranged (bottle unscrambling), thereby causing the phenomenon of liquid medicine hanging on the wall; The speed will lead to low feeding efficiency, so that the high-speed line cannot achieve the desired effect, which greatly affects the production efficiency. C...

AI Technical Summary

Problems solved by technology

[0002] During the feeding process of the high-speed feeding and discharging system, the bottles are neatly arranged through the feeding mesh belt, and the bottle row is dislocated by the bottle-staggering device, and then the bottles are pushed into the collecting platform by single push, and then the bottles are transferred by the RGV trolley; now Most of the existing technologies use the same mesh belt for bottle feeding and bottle unscrambling. The defect is that if the bottle is fed at high speed, it will cause violent impact on the bottle body (bottle unscrambling) when the bottle is arranged (bottle unscrambling), thereby causing the phenomenon of liquid medicine hanging on the wall; The speed will lead to low feeding efficiency, so that the high-speed line cannot achieve the desired effect, which greatly affects the production efficiency

Images