Automatic cup filling device suitable for sticky food

Abstract

The invention relates to an automatic filling device, in particular to an automatic cup filling device suitable for sticky food. The cup filling device comprises a frame, a transmission device, and a rotary charging barrel with two metering devices respectively at two ends, wherein the rotary charging barrel forms an inclined angle with the level and is connected with the transmission device fixedly connected with the frame. Compared with the prior art, the automatic cup filling device has the advantages that firstly, a wet metering method is adopted, the solid is suspended in the liquid due to the buoyancy force, and the solid is prevented from impact during metering due to the tension of the liquid, so as to ensure extremely low breakage rate; secondly, continuous filling is realized, so that the production efficiency is improved and the filling cost is lowered; thirdly, a special design of a spray system and the rotary charging barrel ensures accurate metering and solid breakage rate reduction; and fourthly, filling of other containers including glass bottles and the like, can be realized, as long as clamps on a transmission belt are changed, so that the university is strong. Moreover, the automatic cup filling device is compact in structure and simple in operation.

Description

technical field [0001] The invention relates to an automatic cup filling device, in particular to an automatic cup filling device specially used for wet sticky food. Background technique [0002] At present, a large number of domestic fruits are used for deep processing, such as various oranges in syrup and diced yellow peaches that can be seen everywhere in supermarkets. There are various packaging forms, such as cans, bottles, paper packaging, plastic cup packaging, etc., but One thing they all have in common is metering and filling. In order to make food safe to eat and reduce packaging costs, manufacturers want to make the deep processing of fruits into a fully automatic assembly line operation. The two most critical factors are: 1. The accuracy of measurement and the crushing rate of solids, 2. production efficiency. There is a fatal flaw in the automatic production lines of current production enterprises (including foreign automatic production lines). To improve prod...

AI Technical Summary

Problems solved by technology

This method is usually called dry metering, and the breakage rate increases when the solid is put into the metering container with a certain device (such as uncoated oranges, no matter what method is used to put them in the metering container, they will be broken to a certain extent. rate, unless it is measured with a very soft force and a very slow speed, it will not reach a certain production efficiency)

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