A beverage bottle conveying system

Abstract

A beverage bottle conveying system, the width of the chain plates from port A to port B is gradually reduced to transport bottles; the motor drives different chain plates to rotate through the reducer and transmission mechanism, providing power for the transmission of beverage bottles and making the chain plates and There is a certain speed difference between the chain plates; the reducer is connected to the motor to reduce the motor speed to the required speed range and adjust the torque; the guardrail is located on the chain plate and guides the bottle from port A to port B; the detection control device is installed In the downstream equipment, it is used to detect the state of the bottle on the chain plate and control the operation of the motor; the signal control system is used in conjunction with the photoelectric detection switch to intelligently control the start, stop and speed of the motor. Its advantages are: it can automatically adjust the speed of the non-pressure conveying device according to the requirements of the production line or downstream equipment; it is suitable for a variety of high-speed beverage production lines, and is suitable for a variety of bottle-type conveying systems, including traditional round bottles and Special square bottles, etc.; suitable for the conveying system of bottles of various materials, including PET bottles, glass bottles, etc.

Description

technical field [0001] The invention relates to a conveying system for beverage bottles, in particular to a conveying system capable of changing multiple rows into a single row. Background technique [0002] Beverage bottle production line is a kind of equipment for transporting and packaging beverage bottles. Compared with manual packaging, it can greatly improve its production efficiency. In today's high-speed beverage production line, the conveying system connecting each unit equipment realizes automatic production and realizes the whole line production The optimization of efficiency and the maximization of economic benefits play an increasingly important role, and the conveying device that changes multiple rows of bottles into a single row is an extremely important part of this system. The traditional multi-row to single-row device mainly relies on the joint action of double guardrails with gradually reduced width and conveyor belts to gradually convert multi-row bottles...

AI Technical Summary

Problems solved by technology

The traditional multi-row to single-row device mainly relies on the joint action of double guardrails with gradually reduced width and conveyor belts to gradually convert multi-row bottles into single-row bottles for subsequent operations, but has the following disadvantages: 1. When the downstream equipment temporarily When shutting down, it is easy to cause excessive extrusion between the bottles and the guardrail at the same time, resulting in deformation of the guardrail and bottle blockage; Bottle jamming occurs at the junction of chains and single-row chains; 3. The traditional multi-row to single-row device is a double guardrail mode, which is not conducive to troubleshooting and daily maintenance

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