Novel automatic intelligent food slicing machine

Abstract

The invention discloses a novel automatic intelligent food slicing machine which comprises a machine base, a machine frame arranged on the machine base and at least one feeding unit arranged on the machine frame. Each feeding unit comprises a storage bin mechanism, a first-stage feeding mechanism, a second-stage feeding mechanism and an anti-overlapping mechanism. The novel automatic intelligent food slicing machine further comprises feeding mechanisms, a clamping translation and rotation mechanism, a slicing mechanism, a posture adjustment and discharging mechanism and a discharging belt conveyor, and the feeding mechanisms correspond to the feeding units respectively. Food to be cut in storage bins enter the feeding mechanisms after sequentially passing through the first-stage feeding mechanisms, the second-stage feeding mechanisms and the anti-overlapping mechanisms, the food is subjected to position adjustment by the clamping translation and rotation mechanism after posture adjustment, and the food is sliced by the slicing mechanism and then is conveyed out by the discharging belt conveyor. According to the novel automatic intelligent food slicing machine, the clamped food is subjected to proper translation and rotation, so that the ideal cutting joint position is overlapped with a cutter, high-quality cutting of the food is realized, and the qualification rate and grade of food slicing, especially cutting of areca nuts, are improved.

Description

technical field [0001] The invention relates to the field of food processing machinery, in particular to a novel automatic intelligent food slicer. Background technique [0002] In the existing food, such as the betel nut production process, slicing is an indispensable process, and most of the manufacturers of betel nut slices use manual slicing and traditional one-size-fits-all betel nut slicing equipment. At present, there is no mature automatic equipment to realize the two-knife cutting of betel nut. The production efficiency of manual slicing is low, the labor intensity is high, the quality of slicing is not easy to control, and it is greatly affected by human factors. Due to the contact between hands and betel nuts during manual slicing, it will also cause certain pollution to betel nuts; the existing traditional one-size-fits-all betel nut slicing equipment Most of them use "the betel nut is cut by the relative movement of the fixed blade through the transport of the ...

AI Technical Summary

Problems solved by technology

The production efficiency of manual slicing is low, the labor intensity is high, the quality of slicing is not easy to control, and it is greatly affected by human factors. Due to the contact between hands and betel nuts during manual slicing, it will also cause certain pollution to betel nuts; the existing traditional one-size-fits-all betel nut slicing equipment Most of them use "the betel nut is cut by the relative movement of the fixed blade through the transport of the fixture". Although this type of betel nut slicing machine has a simple structure, ingenious concept, and high efficiency, it can be sliced ​​with this equipment for the betel nut that only needs to be cut once. Restricted by this slicing principle, there are also many disadvantages. One is that it is impossible to cut two betel nuts with a larger size, and the other is that because the size and direction of the clamp cannot be adjusted, betel nuts of different sizes enter Its position in the jig is arbitrarily random, so the position and direction of the cutting edge also have a certain degree of arbitrariness, which may not be the ideal position and direction, which will also lower the grade of some betel nuts, and even cut some betel nuts to waste leading to a drop in yield

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