Food precise quantifying and packing production line

Abstract

The invention discloses a food precise quantifying and packing production line, and relates to the field of packing equipment. The food precise quantifying and packing production line comprises a guide module, a cutting module, a feeding module, a quantifying and weighing module and a packing module arranged on a T-shaped base plate in sequence from left to right. Through arrangement of the guidemodule, the cutting module, the feeding module, the quantifying and weighing module and the packing module, the food guidance, cutting, feeding, quantification, weighing and packing are realized; through arrangement of upper and lower layers of feeding mechanisms and driving mechanisms, diced foods and broken foods can be precisely weighed and poured to the packing module for packing according tothe weight ratio of 9: 1 to reduce weighing errors; and according to different product packing gram precision requirements, and through adjustment of the starting sequence of a first motor, a second motor, a third motor, a fourth motor, a fifth motor, a cylinder base, a counter in a weighing hopper and each electric appliance element of a cylinder, the weight ratio of the diced foods and the broken foods is adjusted.

Description

technical field [0001] The invention belongs to the field of packaging equipment, and in particular relates to a food precise quantitative packaging production line. Background technique [0002] The existing block food packaging production line often involves quantitative weighing for block food packaging. The existing quantitative weighing uses a weighing device to weigh and then directly transports it to the packaging mechanism for packaging. During the weighing process, due to the final packaging needs The number of grams is a value with small fluctuations, and the weight of a single piece of block food accounts for a relatively large weight of a single package, resulting in a wide range of packaging errors. Therefore, it is necessary to reduce the error range. If you want to add equipment for adding additional scrap food, Causes the beat of the production line to be inconsistent and reduces production efficiency. Contents of the invention [0003] The object of the p...

AI Technical Summary

Problems solved by technology

[0002] The existing block food packaging production line often involves quantitative weighing for block food packaging. The existing quantitative weighing uses a weighing device to weigh and then directly transports it to the packaging mechanism for packaging. During the weighing process, due to the final packaging needs The number of grams is a value with small fluctuations, and the weight of a single piece of block food accounts for a relatively large weight of a single package, resulting in a wide range of packaging errors. Therefore, it is necessary to reduce the error range. If you want to add equipment for adding additional scrap food, Causes the production line beat to be incoherent and reduces production efficiency

Images