Multi-cutter-position push type full-automatic nut kernel taking equipment

Abstract

The invention relates to a multi-cutter-position push type full-automatic nut kernel taking equipment. The multi-cutter-position push type full-automatic nut kernel taking equipment comprises a machine frame, wherein a hopper-shaped discharging hopper used for conveying nuts downwards is arranged at the upper side of the machine frame; a discharging rotary drum is arranged at an outlet of the discharging hopper; a straightening multi-channel discharging seat is arranged at the side, away from the discharging hopper, of the discharging rotary drum; a positioning processing stock bin is arranged at the lower side of an outlet of a discharging channel and comprises a plurality of semi-tubular positioning stock bins for loading nuts; a plurality of sets of fixed cutters and movable cutters with opposite cutter edges are symmetrically arranged at a front end opening and a rear end opening of each semi-tubular positioning stock bin; and the movable cutters can move towards or back to the fixed cutters. By adopting the discharging rotary drum with a spherical notch and the straightening multi-channel discharging seat, automatic discharging, straightening and positioning of nuts are achieved, accurate positioning static multi-cutter-position push type double-cutter folding and pressing type shelling is adopted; the opening position is controllable; the opening depth flexibility can be rapidly adjusted and controlled; cutters are more convenient to replace, and the shelling and kernel taking efficiency is high; and the nut pulp is not easy to damage, and the shelling is clean.

Description

technical field [0001] The invention relates to the technical field of nut processing equipment, in particular to a multi-knife-position push-type fully automatic nut kernel extraction equipment. Background technique [0002] Nuts are a category of closed fruits, with hard skins and one or more seeds inside. Nuts are comprehensive and rich in nutrition. Regular food has preventive and therapeutic effects on heart disease, cancer, and vascular diseases, and it can also improve eyesight and brain. At present, some small and medium-sized enterprises or small workshops do not have supporting equipment for extracting kernels from nuts, and peeling and extracting kernels from nuts needs to be done manually, which will increase the processing cost of nuts and reduce economic benefits. Although some mechanized nut shelling equipment has appeared on the market, it is troublesome to replace the blades after the blades are worn out. Most of them use a single knife to break the shells...

AI Technical Summary

Problems solved by technology

By setting several knives with different distances above the screw conveying shaft, and applying the relative movement between the nuts and the knives, the technical purpose of knife-edge cutting and peeling is achieved. It is random, and the opening size, depth and peeling effect can be guaranteed when the nut shape is round and regular, but when the nut shape and diameter are greatly different, the opening size, depth and peeling effect cannot be guaranteed, and Cutting and peeling only through a few single-knife one-way openings with different spacings, it is impossible to adapt to nuts of different diameters in time, and it is impossible to ensure that the peels can be peeled off from the nuts through friction, and because of the limited size and depth of the openings, it is difficult to peel off the peels; finally, the distance between the cutters Manual adjustment is required, and it is difficult to adjust the distance between the cutter and the screw conveyor shaft when the internal conditions of the casing cannot be observed, which is not practical and operable, and it is difficult to replace and maintain the cutter

Images