Shell breaking components for deep processing of nuts

Abstract

The present invention provides a shell breaking assembly for deep processing of nuts, which comprises an extrusion shell breaking device (300), and the extrusion shell breaking device (300) includes a mounting shell group (310), an extrusion shell breaking mechanism (320) , a power mechanism (330), an adjustment mechanism (340), the extrusion shell mechanism (320) is arranged in the installation shell group (310) and is used to extrude and break the nuts, and the power mechanism (330) is used for The extruding and breaking mechanism (320) operates to provide power, and the adjusting mechanism (340) is used to change the area of ​​the area where the nuts are squeezed in the extruding and breaking mechanism (320); it can automatically crack the shell of the nuts, In addition, the number of nuts to be cracked at one time is larger, and the work efficiency is higher. At the same time, the distance between the outer extrusion component and the inner conflict component of the present invention can be adjusted, which not only makes the nut shell breaking effect better, but also facilitates subsequent sales. , and can also adapt to different types of nuts, and the scope of application is wider.

Description

technical field [0001] The invention relates to the field of food processing, in particular to a nut shell breaking assembly. Background technique [0002] Nuts are comprehensive and rich in nutrition. Regular consumption can prevent and treat heart disease, cancer, and vascular diseases. Nuts can also improve eyesight and brain, and have excellent effects on human growth and development, strengthening physical fitness, and preventing diseases. People eat nuts At the same time, the hard shell of nuts often affects people's consumption of nuts. Therefore, for buyers to eat nuts better, and also to increase competitiveness, manufacturers often crack nuts during nut processing before selling them. In order to facilitate people to eat nuts, most of the nut shelling processes currently use mechanical methods, such as impact shelling, rolling shelling, shearing shelling, extrusion shelling, and rubbing shelling. etc. These methods still have problems technically, such as low shel...

AI Technical Summary

Problems solved by technology

[0002] Nuts are comprehensive and rich in nutrition. Regular consumption can prevent and treat heart disease, cancer, and vascular diseases. Nuts can also improve eyesight and brain, and have excellent effects on human growth and development, strengthening physical fitness, and preventing diseases. People eat nuts At the same time, the hard shell of nuts often affects people's consumption of nuts. Therefore, for buyers to eat nuts better, and also to increase competitiveness, manufacturers often crack nuts during nut processing before selling them. In order to facilitate people to eat nuts, most of the nut shelling processes currently use mechanical methods, such as impact shelling, rolling shelling, shearing shelling, extrusion shelling, and rubbing shelling. etc. These methods still have problems technically, such as low shelling rate and easy damage to the nut kernel, unstable performance and poor adaptability, and are only suitable for the shelling operation of a certain kind of nuts but not for other nuts. Therefore, it is necessary for the present invention to propose a nut shell cracking device, which can automatically crack the nut shell, and the number of nuts cracked at one time is large, and the work efficiency is higher. Before crushing the shell, the distance between the external extrusion component and the internal interference component will be adjusted according to the type of nut, and because the nuts are crushed by reciprocating extrusion, the combination of the two not only makes the shell breaking effect of the nut Better and more conducive to subsequent sales, it can also adapt to different types of nuts, and the scope of application is wider

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