Full-automatic mineral water unmanned production system

Abstract

The invention discloses a full-automatic mineral water unmanned production system which comprises a machine frame, a bottle cap screwing mechanism, a bottle body rotary conveying mechanism, a bottle body linear conveyor, a bottle cap feeding mechanism and a lifting mechanism. The bottle body rotary conveying mechanism, the bottle body linear conveyor, the bottle cap feeding mechanism and the lifting mechanism are mounted on the machine frame, and the bottle cap screwing mechanism, the bottle body rotary conveying mechanism, the bottle body linear conveyor and the lifting mechanism are respectively connected with a PLC and are controlled by the PLC. A bottle cap is positioned to a bottle opening of a bottle body in a bottle body conveying process, so that the bottle cap does not need to be grabbed and positioned on the bottle opening after shutdown, the work is greatly improved, the processing cost during mass production is reduced, and the enterprise benefit is improved.

Description

technical field [0001] The invention relates to the technical field of automatic tightening equipment for mineral water bottle caps, in particular to a fully automatic mineral water unmanned production system. Background technique [0002] At present, after the mineral water is filled, it is transported to the position of the bottle cap tightening mechanism (4) by a linear conveyor and then stops conveying. The tightening mechanism locates the bottle cap on the bottle body and rotates the bottle cap. After the rotation, the bottle cap is tightened on the bottle mouth of the bottle body. The above-mentioned bottle cap assembly and tightening method cannot realize that the bottle cap is placed on the bottle mouth during the bottle body transportation process. , and the bottle cap must be placed on the bottle mouth only after the shutdown, as a batch of bottle caps need 10,000 bottles to be tightened, and it takes at least 3-5 seconds to place a bottle cap after the shutdown, s...

AI Technical Summary

Problems solved by technology

[0002] At present, after the mineral water is filled, it is transported to the position of the bottle cap tightening mechanism (4) by a linear conveyor and then stops conveying. The tightening mechanism locates the bottle cap on the bottle body and rotates the bottle cap. After the rotation, the bottle cap is tightened on the bottle mouth of the bottle body. The above-mentioned bottle cap assembly and tightening method cannot realize that the bottle cap is placed on the bottle mouth during the bottle body transportation process. , and the bottle cap must be placed on the bottle mouth only after the shutdown, as a batch of bottle caps need 10,000 bottles to be tightened, and it takes at least 3-5 seconds to place a bottle cap after the shutdown, so the bottle The operation method of placing and tightening the cap needs at least 5 hours to complete, which will greatly affect the work efficiency, affect the production efficiency of the enterprise, and increase the processing cost (at least 5 hours of manual monitoring and power consumption ), so there is an urgent need for a device that can place the bottle cap on the bottle mouth during the continuous conveying process of the bottle body to save processing time

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