Corn breaking and embryo fetching machine

Abstract

The invention discloses a corn deep processing machine, in particular a corn breaking and embryo fetching machine. The breaking and embryo fetching machine comprises a feed hopper, and is characterized in that: a mill shell is arranged under the feed hopper; a raw material hopper is arranged under the mill shell; a quick grinding roller and a slow grinding roller respectively arranged on a main engine shaft A and a main engine shaft B are arranged in the mill shell; the main engine shaft A is connected with power input; one end of the main engine shaft A is provided with a main engine wheel, while the other end is provided with a transmission device; the main engine wheel is connected with a belt pulley which is arranged at one end of an impact shaft; and the impact shaft is provided with an impact machine connected with the raw material hopper. The corn breaking and embryo fetching machine can save labor and materials when fetching the embryos of corn, can fetch the embryos of large and small corn grains, and has high embryo fetching rate; and the fetched embryos are smooth without adhesion things, and are very suitable for oil expression and eating.

Description

(1) Technical field [0001] The invention relates to a corn deep processing machine, in particular to a corn crushing and germ extraction machine. (2) Background technology [0002] At present, the old-fashioned corn crushing and germ extraction machine uses centrifugal force to crush the corn and extract the embryos. In this way, the embryos can be crushed for large enough corn kernels, but the embryos taken out have radicles. Under the same centrifugal force, the corn kernels with small quality cannot be broken, and the embryo cannot be taken out. In this way, not only the embryos taken out have adhesions, but also the embryos of small corn kernels cannot be taken out, so the loss rate of embryos is relatively large. In the case of processing the same number of corn kernels, not only the power consumption is high, but also the embryo extraction rate is low. The embryos taken out have adhesions that seriously affect the oil extraction effect. (3) Contents of the i...

AI Technical Summary

Problems solved by technology

In this way, not only the embryos taken out have adhesions, but also the embryos of small corn kernels cannot be taken out, so the loss rate of embryos is relatively large. In the case of processing the same number of corn kernels, not only the power consumption is high, but also the embryo extraction rate is low. The embryos taken out have adhesions that seriously affect the oil extraction effect

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