Intelligent facial mask taking-out unstacking and turnover machine system for facial mask production

Abstract

The invention provides an intelligent facial mask taking-out unstacking and turnover machine system for facial mask production. The intelligent facial mask taking-out unstacking and turnover machine system comprises a first power roller conveying belt, a second power roller conveying belt, a facial mask taking-out machine, a bucket elevator and a transferring water tank. The first power roller conveying belt is connected to the facial mask taking-out machine. An outlet in one end of the facial mask taking-out machine is connected with the second power roller conveying belt, and an outlet in the other end is connected with the bucket elevator. The second roller conveying belt is connected to a material box transferring device. The bucket elevator is connected to the transferring water tank. A water spraying cleaning device is arranged above the transferring water tank. The transferring water tank is connected to a facial mask rinsing machine. The purposes of efficient unstacking and rapid material-box separation of a culture box are achieved; and meanwhile, the vertical elevator and the transferring water tank which are specially researched aiming at the characteristics of facial masks uniquely utilize circulation water as power, so that mechanical damage in the facial mask transferring process is avoided, the existing water resource of the system is also fully utilized, and energy saving and environment friendliness are achieved.

Description

technical field [0001] The invention relates to an intelligent inverted film decoding and turning machine system for facial mask production. Background technique [0002] The traditional facial mask production is to manually inject the culture solution into the culture box. After the basement film is cultivated in the culture room, the basement film is taken out from the culture box and the processes of cleaning, film pressing, cutting and molding, nutrient solution injection, and packaging are completed. process, and finally enter the sales market. The entire production process of transferring the culture box, taking out the basement membrane from the culture box and transferring it to the cleaning pool for cleaning, and transferring the culture box to the cleaning and disinfection pool is all done manually by workers. The production efficiency is low, the labor cost is high, and continuous production cannot be realized. Contents of the invention [0003] The invention p...

AI Technical Summary

Problems solved by technology

Among them, the entire production process of the transfer of the culture box, the removal of the basement film from the culture box and transfer to the cleaning tank for cleaning, and the transfer of the culture box to the cleaning and disinfection pool is all done manually by workers, which has low production efficiency and high labor costs, and continuous production cannot be realized.

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