Regular particle material combination quantitative filling machine

Abstract

The invention discloses a regular particle material composition quantitative filling machine and a filling method thereof. The regular particle material composition quantitative filling machine comprises a coarse feeding device and a particle counting material complementing device which are sequentially arranged in the conveying direction of a conveying device, so the coarse feeding device is used for quantitative volume feeding and weighting filling on regular particle materials, then, the particle counting material complementing device is used for trace compensation baiting on a container in a particle counting mode, the filling standard can be perfectly met in the weight aspect, in addition, the whole filling process of the container adopts fully automatic and continuous operation, the automation degree is high, and no gap retention time exists. Therefore, the filling process steps are simple and easy, the filling precision is high, the reliability is good, in addition, the fast filling can be realized, the production efficiency is improved, and the filling machine and the filling method are suitable for large-scale production.

Description

technical field [0001] The invention relates to the technology in the field of material canning, in particular to a regular granular material combination quantitative canning machine. Background technique [0002] For the canning of regular granular materials, such as pills, buttons, beaded granules, small regular mechanical parts, etc., it was initially packed by manual counting, which has low efficiency, low accuracy and high labor cost, which is difficult to meet the production requirements. need. [0003] Later, mechanized counting cans were widely used, for example, the vibratory canning method, which was realized by electromagnetic vibration. However, the vibration caused large fluctuations, so the particles were prone to overlap, and the beating of the particles was difficult to control, resulting in a large number of particles. Inaccurate granules, low canning precision, etc.; another example, eccentric sieve counting, which uses the eccentric sieving device to vibr...

AI Technical Summary

Problems solved by technology

[0002] For the canning of regular granular materials, such as pills, buttons, beaded granules, small regular mechanical parts, etc., it was initially packed by manual counting, which has low efficiency, low accuracy and high labor cost, which is difficult to meet the production requirements. need

[0003] Later, mechanized counting cans were widely used, for example, the vibratory canning method, which was realized by electromagnetic vibration. However, the vibration caused large fluctuations, so the particles were prone to overlap, and the beating of the particles was difficult to control, resulting in a large number of particles. Inaccurate granules, low canning precision, etc.; another example, eccentric sieve counting, which uses the eccentric sieving device to vibrate during rotation to slide the granules into the counting hole for counting and canning, which has the characteristics of accurate counting However, its output is very low and cannot meet the needs of large-scale canning; there is also the use of channel electronic counting cans, which also has the advantages of accurate counting, but there are still slow counting speeds and relatively high requirements for material shape and size. Strict, high equipment costs and other deficiencies

[0004] For the canning of the above-mentioned regular granular materials, there is no fully automated equipment with high canning efficiency and accurate canning. Therefore, this is a topic of great research value.

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