Self-adaptive broccoli automatic slicing machine and slicing method thereof

Abstract

The invention discloses a self-adaptive broccoli automatic slicing machine and a slicing method thereof. An existing broccoli slicing device cannot adapt to slicing of broccoli of different sizes, so that manual work is subsequently required for re-slicing broccoli. The self-adaptive broccoli automatic slicing machine comprises a rack, a fixed plate, a feeding mechanism, a primary slicing mechanism, a secondary slicing mechanism, a discharge slide path and a light curtain sensor, wherein the feeding mechanism comprises a material disc, a conveying drive part, a coder, a tightening wheel, a conveyor belt and a conveying wheel; the primary slicing mechanism comprises a step motor, a large gear, a pinion, a slotted type cam, a pushing rod, a first slicing air cylinder and a first blade; and the secondary slicing mechanism comprises a first discharge air cylinder, a second discharge air cylinder, a second slicing air cylinder, a second blade and a second slide rail. The self-adaptive broccoli automatic slicing machine can be used for automatically identifying the size of the broccoli; and the primary slicing mechanism is regulated, so that broccoli slicing uniformity is improved, and large broccoli slices do not need to re-slice subsequently by manual work.

Description

technical field [0001] The invention belongs to the field of agricultural machinery, and in particular relates to an adaptive broccoli automatic dicing machine and a dicing method thereof. Background technique [0002] Broccoli is a kind of vegetable eaten by people. It is a cruciferous plant. Its main stem top forms a green hypertrophy flower ball with obvious small flower buds on the surface. The tender stems of the flower buds are collected for people to eat and are rich in nutrition. However, in China, the division of broccoli into pieces is generally done manually with a knife; in foreign countries, the broccoli dicing device has been used on a large scale for a long time, and the dicing efficiency is high, but it adopts a spherical knife dicing method, which cannot adapt to different sizes of broccoli. Cutting of orchids, resulting in different sizes of cuts, and the subsequent need to manually cut large pieces of broccoli again. For enterprises specializing in brocco...

AI Technical Summary

Problems solved by technology

However, at home, splitting broccoli into pieces is generally done manually with a knife; in foreign countries, the broccoli dicing device has been used on a large scale for a long time, and the dicing efficiency is high, but it adopts a spherical knife dicing method, which cannot adapt to different sizes of broccoli. The cutting of orchids, resulting in different sizes of cuttings, and the subsequent need to manually cut the large pieces of broccoli again

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