Automatic fractional kernel removing device

Abstract

The invention provides an automatic fractional kernel removing device, and belongs to the technical field of automatic production equipment. Through the arrangement of a first positioning ejector rod and a second positioning ejector rod, the effect of accurately righting a pulp outer body is achieved, and four rows of kernel removing ejector rods achieve the effect of efficiently removing kernels; a positioning round block below the first positioning ejector rod is in contact with an inclined fruit body firstly, so that a large-diameter positioning round block needs to be matched with a large-diameter open positioning conical hole, and the fruit body can be righted; the diameter of an opening of the positioning conical hole below the second positioning ejector rod is reduced, so that the effect of righting the fruit body in a staged mode is achieved; and a flushing device achieves the effect of flushing the inner side of a filling hole. According to the automatic fractional kernel removing device, a lifting plate, a lifting frame, a material stirring roller, a main transmission chain wheel and a conveying chain belt are driven by a main motor to synchronously and cooperatively operate, and through transmission cooperation of all the parts, the effect of aligning the fruit body in a fractional mode through the first positioning ejector rod and the second positioning ejector rod is achieved, and then the purpose of efficiently removing the kernels of the fruit body through the kernel removing ejector rods is achieved.

Description

technical field [0001] The invention belongs to the technical field of automatic production equipment, and in particular relates to an automatic step-by-step nuclear removal device. Background technique [0002] With the continuous improvement of people's quality of life in modern society, in modern society, more and more people like to eat fruits, and the processing of fruits is rich and colorful in terms of taste types. At present, the equipment structure design used in the prunes production system in the existing fruits has the disadvantages of high labor intensity, long processing cycle, high reject rate, etc., resulting in low production efficiency, and the prunes pulp after processing and pitting is not good enough. Evenly, the integrity of the prune fruit is lost, resulting in the loss of the original taste when eating, the loss of nutrient elements after the pulp is destroyed, and the nutritional value of the prune fruit cannot be fully utilized. Existing prune proce...

AI Technical Summary

Problems solved by technology

At present, the equipment structure design used in the prunes production system in the existing fruits has the disadvantages of high labor intensity, long processing cycle, high reject rate, etc., resulting in low production efficiency, and the prunes pulp after processing and pitting is not good enough. Even, the integrity of the prune fruit is lost, resulting in the loss of the original taste when eating, the loss of nutrient elements after the pulp is destroyed, and the nutritional value of the prune fruit cannot be fully utilized. Existing prune processing also has manual removal of the core. The purpose of artificial pitting can make it more plump, but as mentioned above, there are problems such as high labor intensity and long processing cycle.

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