An energy-saving and environment-friendly aerosol can lid conveying device

Abstract

An energy-saving environment-friendly aerosol can cover conveying device comprises a platform, a first side plate, a second side plate and a rotary disc. The first side plate, the second side plate and the rotary disc are arranged on the platform. A first end plate is arranged on the end portion, close to the rotary disc, of the first side plate, a second end plate is arranged on the end portion, close to the rotary disc, of the second side plate, a discharge channel through an aerosol can cover in a single row is formed between the first end plate and the second end plate, a discharge port communicated with the discharge channel is formed between the first side plate and the second end plate, and a distributing and retaining plate located above the rotary disc is mounted on the platform. Since the aerosol can cover can be automatically conveyed to a position of a gland, damage to a human body by aerosol during manual operation is avoided, and environmental friendliness is achieved; meanwhile, efficiency of the aerosol can cover and the gland can be remarkably improved, a production line is ensured to be efficient and environmentally friendly, a conveying line is greatly shortened, and power energy is saved.

Description

technical field [0001] The invention relates to aerosol production equipment, in particular to an energy-saving and environment-friendly aerosol can lid conveying device. Background technique [0002] One of the processes on the aerosol production line is to press the aerosol can caps on the aerosol cans through the capping machine, and the aerosol can caps need to be transported to the production point where the capping machine is located in a single row. A large number of aerosol can caps enter the single-row conveying track. The current practice is that the operator puts the aerosol can caps one by one at the entrance of the single-row conveying track at one end of the single-row conveying track, or directly adds the aerosol cans manually. Cover, these two methods have disadvantages: some components in the aerosol are harmful to the health of workers who stand by the production line for a long time, and are not environmentally friendly; due to the limited physical strengt...

AI Technical Summary

Problems solved by technology

A large number of aerosol can caps enter the single-row conveying track. The current practice is that the operator puts the aerosol can caps one by one at the entrance of the single-row conveying track at one end of the single-row conveying track, or directly adds the aerosol cans manually. Cover, these two methods have disadvantages: some components in the aerosol are harmful to the health of workers who stand by the production line for a long time, and are not environmentally friendly; due to the limited physical strength of people, long-term operation will inevitably cause fatigue , the efficiency is low, and it also seriously affects the quality and speed of the next process, and if a single row is used to convey the aerosol can lids, the required conveying line is long, and the power consumption driving the operation of the conveying line is large, which is not energy-saving enough

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