Initialization method of star wheel bottle output device for outputting single row of continuous bottles

Abstract

The invention discloses an initialization method of a star wheel bottle outputting device for outputting single-row continuous bottles. The initialization method of the star wheel bottle outputting device for outputting the single-row continuous bottles comprises steps of (1) enabling star wheels to be automatically positioned to reference positions through a reference point positioning device; (2) enabling the star wheels to be automatically deviated and enabling the star wheel to be automatically positioned to a bottle feeding initial position according to the deviation between the reference position and the bottle feeding initial position; (3) starting a bottle feeding conveying belt to operate in the forward direction to enable bottles on the bottle feeding conveying belt to form into a continuous bottle row which is arranged to a star wheel inlet; (4) executing star wheel automatic migration and enabling the star wheels to be automatically positioned to the bottle outputting initial position according to deviation between the reference position and the bottle outputting initial position and achieving the initialization. The initialization method of the star wheel bottle outputting device for outputting the single-row continuous bottles has the advantages of being high in reliability and high in efficiency, reducing pollution risks, avoiding bottle blocking and improving the service life of the star wheels.

Description

technical field [0001] The invention mainly relates to the field of food and medicine packaging machinery, in particular to a method for initializing a star wheel bottle output device for outputting single-row continuous bottles. Background technique [0002] In the field of food and pharmaceutical packaging machinery, the star wheel bottle output device is generally used in occasions that need to output a single row of continuous bottles. Taking the freeze-drying line as an example, when the bottle enters the freeze-dryer, it pushes multiple rows of bottles into the freeze-dryer at one time through the bottle push mechanism. Therefore, before entering the freeze-dryer, it needs to pass through the star wheel. The bottle output device outputs a single row of continuous bottles to the front of the door of the freeze dryer. The bottle row output by the star wheel bottle output device has the same number of bottles each time. When there are enough bottles in front of the freeze...

AI Technical Summary

Problems solved by technology

This initialization method has the following defects: 1. Manual operation increases the risk of pollution; 2. Manual positioning has poor reliability, and deviations are prone to occur when positioning the initial position of the bottle. Once a deviation occurs, the bottle will be stuck when the bottle enters the star wheel, causing The wear of the star wheel reduces the service life of the star wheel; 3. Manual visual inspection has poor reliability and low efficiency, and deviations are prone to occur when the rotation is positioned to the initial position of the bottle output. Once the initial position of the bottle output deviates, the following situations may occur during normal production: The first bottle in the output continuous bottle row deviates from the straight line of the bottle row; the last bottle in the output continuous bottle row cannot be pushed into the freeze-drying box by the bottle pushing mechanism

This will bring great inconvenience and influence to the follow-up bottle pushing work

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