Full-automatic areca nut slicing machine

Abstract

A full-automatic areca nut slicing machine is characterized in that the full-automatic areca nut slicing machine is mainly composed of a machine frame assembly, a vibration assembly, a shifting assembly and a slicing assembly, the vibration assembly, the shifting assembly and the slicing assembly are sequentially connected to the machine frame assembly, the vibration assembly is mainly composed of a vibration source, a supporting spring, a die supporting plate, a transmission chain and a material arrangement die in a connected mode, a plurality of areca nut grooves are regularly arranged in the material arrangement die, the shifting assembly is mainly composed of an inserting pin, a lifting air cylinder, an air cylinder installation plate, an inserting pin air cylinder and a horizontally moving assembly, the slicing assembly is installed at one end of the shifting assembly through an installation support, and the slicing assembly is mainly composed of a seed removal assembly and a slicing knife, an areca nut upper baffle with an opening groove and a center positioning device. The full-automatic areca nut slicing machine is relatively simple in structure and low in manufacturing cost, liberates a large amount of workforce after the full-automatic areca nut slicing machine is used in the areca nut slicing process, greatly improves areca nut slicing processing efficiency, ensures sanitary quality of products, reduces production cost, and fundamentally ensures personal safety of operators.

Description

Technical field [0001] The invention relates to the field of betel nut production equipment, in particular to a fully automatic betel nut slicer that adopts mechanized production from the initial betel nut processing to the final slicing. Background technique [0002] In the current betel nut production, there is a process to cut the whole betel nut seeds to facilitate the subsequent betel nut production process. However, all the betel nut seed cutting processes are done manually with a knife, and there is no more reliable seed cutting device to realize mechanical seed cutting. However, manual seed cutting has problems such as high labor intensity, poor sanitary conditions, difficult to guarantee product sanitary quality, low production efficiency, high production costs, difficult management, and easy to cause physical injury to operators. Summary of the invention [0003] The present invention is to provide a device that uses mechanical operations from material processing to tra...

AI Technical Summary

Problems solved by technology

But at present, all betel nut seed cutting processes are completed manually with a knife, and there is no reliable seed cutting device to realize mechanical seed cutting

However, artificial seed cutting has many problems, such as high labor intensity, poor hygienic conditions, difficult to guarantee product hygienic quality, low production efficiency, high production cost, difficult management, and easy to cause physical injury to operators.

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