Full-automatic filled can beverage sterilization assembly line

Abstract

The present invention is a full-automatic solid-can beverage sterilization assembly line, which is set after the beverage filling and sealing stations, and includes a cage loading mechanism and a cage unloading mechanism connected by a sterilizing cage conveying chain, and is arranged on one side of the sterilizing cage conveying chain Sterilization box with one-way opening, which is equipped with a two-way driven transmission roller in the box, which is connected with the conveyor chain of the sterilization cage by means of the transmission roller outside the box; it is used for the circulation of the sterilization cage respectively docked between the cage loading mechanism and the cage unloading mechanism. Conveyor belts and conveyor belts for shelf circulation. The assembly line of the present invention has a simple structure and is easy to control. The cage loading mechanism, the sterilization box and the unloading mechanism are connected by the sterilizing cage conveying chain to realize automatic loading, sterilizing and unloading of the cage, and the control procedure is simple; The cage loading mechanism and the cage unloading mechanism are connected by a conveyor belt for the circulation of the clapboard to realize the circulation of the sterilizing cage and the clapboard, which liberates labor, reduces production costs, and improves the operation efficiency of the sterilizing cage.

Description

technical field [0001] The invention relates to a beverage filling and packaging machine, in particular to a full-automatic full-can beverage sterilization assembly line docked with a beverage filling assembly line. Background technique [0002] Filled beverages need to be sent to the sterilization box for sterilization and disinfection after filling. In the prior art, the beverage cans sent by the conveyor line are generally sent into the sterilization cage through a semi-automatic loading and unloading cage device. This operation method requires manual handling. Operations such as tank placement and interlayer board placement have the disadvantages of low efficiency in the mass production of continuous operations, which do not meet the needs of modern high-speed automated operations and are in urgent need of improvement. The invention patent with the application number 201120224904.4 discloses a solid can cage filling machine. Although it does not require manual can handli...

AI Technical Summary

Problems solved by technology

In this structure, the sterilizing cages are connected in a string, whether it is loading or unloading the sterilizing cages, it is necessary to install the sterilizing cages one by one, and the full or empty sterilizing cages cannot be transported immediately, and all the sterilizing cages need to be loaded and unloaded with the help of a platform The car is sent to the next station, so the loading and unloading mechanism needs to reserve a large space for the sterilization cage, and the space occupied by the transfer device is relatively large; in the sterilization cage, the solid beverage of each layer needs to be separated by a partition Open, the use of partitions in this structure cannot automatically achieve circulation, and manual transfer may be required, resulting in low work efficiency; using this device, in order to ensure the continuity of production, it is necessary to set up more than 2 trolleys, due to the need for trolleys Moving back and forth on the same slideway will inevitably involve the problem of trolley avoidance, which increases the complexity of control and the failure rate of equipment

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