High-speed packaging production line for penicillin bottle

Abstract

The invention discloses a high-speed packaging production line for a penicillin bottle. The high-speed packaging production line comprises a plastic film emptying mechanism, a support box forming mechanism, a stepping traction mechanism, a blanking mechanism, a switchover mechanical arm, a support box conveying platform, a support feeding conveying platform, a support separating conveying platform and a packing conveying platform which are distributed in the same direction, wherein the support feeding conveying platform is correspondingly provided with a support feeding mechanism, and the packing conveying platform is correspondingly provided with packing mechanism. The high-speed packaging production line is characterized in that the support feeding conveying platform is connected with the support separating conveying platform through a steering conveying platform, wherein an input end of the steering conveying platform is parallel to the output of the support feeding conveying platform, an output end of the steering conveying platform is perpendicular to the input of the support separating conveying platform, and the steering conveying platform comprises an arc-shaped track for steering a support box by 270 degrees. The high-speed packaging production line for the penicillin bottle is simple and compact in structure and high in production efficiency, and the high-speed packaging production of the penicillin bottle can be realized.

Description

technical field [0001] The invention relates to a high-speed packaging production line for vials used for high-speed packaging production of vials. Background technique [0002] The vial packaging production line is the equipment for discharging plastic film, forming trays, punching trays, conveying trays, loading vials into trays, and finally packaging with outer boxes. In the prior art vial packaging production line, because the tray delivery on the tray-in delivery platform is in the longitudinal direction, while the tray delivery on the sub-tray delivery platform is in the transverse direction, it is generally necessary to use the manipulator device to pick up the trays Turning, complex structure, or direct vertical arrangement between the pallet-in conveyor platform and the sub-pallet conveyor platform, the equipment has a large shape. Not only that, but the prior art vial packaging production line also mainly has the following disadvantages: 1. Plastic film placement ...

AI Technical Summary

Problems solved by technology

In the prior art vial packaging production line, because the tray delivery on the tray-in delivery platform is in the longitudinal direction, while the tray delivery on the sub-tray delivery platform is in the transverse direction, it is generally necessary to use the manipulator device to pick up the trays Turning, complex structure, or direct vertical arrangement between the pallet-in conveyor platform and the sub-pallet conveyor platform, the equipment has a large shape. Not only that, but the prior art vial packaging production line also mainly has the following disadvantages: 1. Plastic film placement The material is completed by the action of the plastic film feeding mechanism. The plastic film feeding of the prior art, when a roll of plastic film is used up, needs to be shut down to change the plastic film roll, which cannot meet the high-speed production of the vial packaging machine. Requirements; 2. The punching of the tray is completed by the action of the punching mechanism. The punching mechanism of the prior art cannot conveniently carry out the overall axial adjustment operation, and the structure is complex, and the inside of the gear box is a sealed structure, which is not easy to dissipate heat , the interior of the gearbox needs to be lubricated with forced oil; 3. The loading of vials into the tray is done through the action of the feeding mechanism. With the prior art feeding mechanism, the accuracy of loading the vials is poor, which affects the improvement of production efficiency , the structure is also complicated; 4. A large amount of blanking waste will be generated during the punching process of the tray. At present, the blanking waste is rewound by the waste rewinding part. When the coiled material of the waste reaches a certain diameter , it is necessary to stop the machine to change the roll of waste, which affects the production efficiency, and the degree of automation of the equipment is not high

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