Visual-addressing double-barrel compatible filling system and filling method thereof

Abstract

The invention discloses a visual-addressing double-barrel compatible filling system and a filling method thereof. The filling system comprises a machine body, a conveying mechanism, a filling mechanism, a visual addressing and locating mechanism, a sliding mechanism, a weighing measurement mechanism, a rechecking measurement mechanism and a tray; the visual addressing and locating mechanism comprises electric eyes, a processor and a controller, wherein the electric eyes are arranged at the upper end of the machine body, the processor is connected with the electric eyes, and the controller is connected with the processor; the filling mechanism is arranged on the sliding mechanism; the tray is arranged on the conveying mechanism; and the weighing measurement mechanism, the rechecking measurement mechanism, the filling mechanism and the sliding mechanism are respectively connected with the processor. According to the filling system and the filling method thereof, disclosed by the invention, a plurality of material barrels can be located once by adopting high-tech electric eye equipment, so that the filling time is greatly shortened, and the working efficiency is increased.

Description

technical field [0001] The invention relates to the field of filling equipment, in particular to a visual addressing double-barrel compatible filling system and a filling method thereof. Background technique [0002] At present, in petrochemical, pharmaceutical, dyestuff, paint and other fields, most of the fixed-weight measurement and filling of liquid products is done manually by weighing scales. environment and endanger the health of workers. There are a few enterprises using automatic metering and filling lines. Although the automatic metering and filling of liquid products can be realized, the position of the filling conduit of these devices is fixed, and the container needs to be rotated and moved mechanically to make the container The filling port is aligned with the filling conduit, and after the container is positioned, the sensing device or the infrared detection device sends out a signal, and then the filling and metering are carried out. This kind mode has foll...

AI Technical Summary

Problems solved by technology

This method has the following defects: 1. It has high requirements for containers, and only standard and brand-new specific containers can be used. Automatic positioning cannot be realized for old containers prepared by users or containers with mutated shapes.

2. It cannot be compatible with various containers, and a set of equipment can only be used for one type of container

3. After the container enters the metering station, it takes 6-10 seconds to position the filling port mechanically. Too long auxiliary time will affect the work efficiency

4. Only one bucket can be positioned at a time

Moreover, because most of the existing filling systems only directly input a certain amount of liquid materials to the material barrel during filling, the filling is completed. In reality, the hardware in the system is aging or damaged, and the processor is wrong. It may cause the weight of the liquid material in the material bucket to not meet the standard

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