Fully automatic disk striking type unloading machine for quick-frozen food

Abstract

The invention relates to a fully automatic disk striking type unloading machine for quick-frozen food. A material conveying belt is installed on a stand; a material collecting hopper is installed below the back part of the stand; a front wheel shaft and a back wheel shaft are respectively installed in the front and at the back above the material collecting hopper in parallel; an upper wheel shaftis installed on the stand at the back part above the conveying belt; a tensioning wheel shaft is installed on a protective cover and is parallel with the upper wheel shaft backwards; a barrel shaft is arranged below a back roller of the conveying belt and is higher than the front wheel shaft and the back wheel shaft; at least five mutually parallel elastic disk pressing belts which operate circularly are installed at the outer side through belt wheels which are uniformly distributed on the upper wheel shaft, the tensioning wheel shaft, the front wheel shaft and the back wheel shaft and at theinner side through the back roller of the conveying belt and the barrel shaft; a slideway is arranged between the back roller of the conveying belt and the barrel shaft; a material pouring channel isformed between the slideway and the protective cover; a tray striking device is installed on the stand at the upper part of the horizontal segment at the lower part of each disk pressing belt; a mainmotor for driving the conveying belt, the disk pressing belts and compaction belts to operate is installed on the stand above the front of the upper wheel shaft; and a tray recovering slideway is arranged below the front of the front compaction wheel shaft.

Description

Technical field: [0001] The invention relates to a workshop conveying system, which is especially suitable for the packaging workshop of the quick-frozen food industry. It is a fully automatic plate-knocking unloading machine that can automatically transport the food frozen in a spiral quick-freezing tunnel to the outside, and can simultaneously and automatically complete the unloading. Background technique: [0002] At present, in the packaging workshop of the quick-frozen food industry, workers stand at the exit of the spiral quick-freezing tunnel (exit temperature -38°C), pick up the frozen food together with the plastic tray, and then align it with the hopper, unload the quick-frozen food, and Recycle plastic pallets. The problem of this traditional unloading method is that the working environment of the workers is harsh and the labor intensity is high, and because quick-frozen foods such as dumplings, glutinous rice balls, meatballs, etc. are easily frozen with the tray...

AI Technical Summary

Problems solved by technology

The problem of this traditional unloading method is that the working environment of the workers is harsh and the labor intensity is high, and because quick-frozen foods such as dumplings, glutinous rice balls, meatballs, etc. are easily frozen with the tray when they are quick-frozen, they must not stop when unloading. The food can be separated from the tray by vigorous vibration and knocking, the work efficiency is low, and the quick-frozen food will be thawed quickly, which will affect the product quality and cause losses, and waste energy

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