Automatic boxing production line for penicillin bottles

Abstract

The invention discloses an automatic boxing production line for penicillin bottles. The automatic boxing production line is characterized in that a supporting box formed by a supporting box forming mechanism is a rectangular box, the rectangular box is provided with two rows of multiple bottle supporting cavities, a middle partition plate is arranged between the two rows of bottle supporting cavities, no middle partition plate is arranged between the bottle supporting cavities of each row, and the center distance of every two adjacent bottle supporting cavities of each row is equal to the outer diameter of bottle bodies of the penicillin bottles; the supporting box is transversely conveyed on a supporting box-entering conveying table; a penicillin bottle feeding mechanism is arranged on the inner side of the supporting box-entering conveying table, and a plurality of parallel discharge channels are arranged at a discharge port of the penicillin bottle feeding mechanism for discharging the penicillin bottles in columns; a penicillin bottle clamping mechanism is arranged above the discharge port of the penicillin bottle feeding mechanism and is provided with sucking heads for sucking the penicillin bottles at the discharge port of the penicillin bottle feeding mechanism from the tops and placing the penicillin bottles into the supporting box. According to the automatic boxing production line, the penicillin bottles can be placed into the supporting box and boxed for production without gaps, the boundary dimension of equipment is small, the structure is simple, the production cost is lowered, and the production efficiency is improved.

Description

technical field [0001] The invention relates to a cillin bottle automatic cartoning production line for the production of cillin bottle automatic tray packing. Background technique [0002] The working principle of the automatic cartoning production line for vials is as follows: firstly, the trays (also known as plastic trays) are formed, and then the vials are loaded into the trays (into the tray), and finally the trays containing the vials are put into the outer box together. Packing in a carton (cartoning action). The support box is a rectangular box body, which is formed by plastic sheet blister or blow molding. The rectangular box body is equipped with two rows of multiple bottle holder cavities, and a horizontal middle partition is arranged between the two rows of bottle holder cavities. And separated from each other by the horizontal intermediate partition, a plurality of bottle holder cavities in each row are provided with a vertical intermediate partition and separ...

AI Technical Summary

Problems solved by technology

Therefore, the action of the vial clamping mechanism can only clamp a row of vials (the first one on each column) from the platform of the vial feeding mechanism once and put them into the cavity of the bottle holder in the tray. The cavities are generally two rows, so the vial clamping mechanism has to move back and forth twice to complete the feeding of all bottle holder cavities in a tray (when the tray is conveyed vertically on the tray), the production efficiency is low

In order to improve efficiency, the current method is that a vial automatic cartoning machine is equipped with two sets of identical gripping mechanisms to complete the action of gripping vials at the same time. The equipment has a complex structure and large dimensions.

Not only that, the existing automatic cartoning production line for vials also needs to adopt an on-line structure (composed of a blister machine, a cartoning machine and a high-speed connection), which has disadvantages such as a relatively complex structure, slow movement speed, and unreliable movement; and The on-line automatic cartoning production line for vials does not have a tray forming inspection mechanism for online inspection of the tray forming quality, resulting in waste products in the box

Images