Discharging machine applicable to wheat berry production

Abstract

The invention discloses a discharging machine applicable to wheat berry production. The discharging machine applicable to wheat berry production is installed between a discharging port of a wheat berry producing device and a material screening net and comprises a material blocking shell, a material distributing screen plate, a transmission wheel and a transmission motor; the material distributing screen plate is a conical material distributing screen plate protruding upwards; a plurality of wheat berry through holes are evenly distributed in the material distributing screen plate; a transmission layer is arranged on the outer side of the bottom of the material distributing screen plate; a circle of fixing ring track matched with the transmission layer is arranged on the inner side of the material blocking shell; the material distributing screen plate is movably installed in the fixing ring track through the transmission layer; the transmission wheel is installed on one side of the fixing ring track through a rotating shaft; the transmission wheel and the transmission layer make close contact; the transmission motor is installed on the outer side of the material blocking shell; and transmission is performed between the transmission wheel and the transmission motor through a gear. According to the discharging machine applicable to wheat berry production, by means of the combination effect of the material blocking shell and the material distributing screen plate, the wheat berry particle leakage in the discharging process is avoided, and uniform distribution of wheat berry particles on the material screening net is also facilitated.

Description

technical field [0001] The invention relates to the field of wheat kernel production equipment, in particular to a feeding machine suitable for wheat kernel production. Background technique [0002] During the feeding screening process, due to the limitation of the size of the feeding port of the device itself, when the wheat kernel particles are discharged from the feeding port, the fallen wheat kernels will accumulate in the middle of the screen mesh, and the screen mesh will , The sieving efficiency of the accumulated wheat kernel particles is slow, while there are almost no wheat kernel particles on the sieve mesh surface in other areas, which seriously affects the working efficiency of the sieve mesh. [0003] At present, there are some feeding machines on the market, but because the particle size of the wheat kernel itself is 2-3 mm, the particles themselves have a certain toughness, and they are easy to bounce after contacting the sieve net during the feeding process....

AI Technical Summary

Problems solved by technology

[0002] During the feeding screening process, due to the limitation of the size of the feeding port of the device itself, when the wheat kernel particles are discharged from the feeding port, the fallen wheat kernels will accumulate in the middle of the screen mesh, and the screen mesh will , the sieving efficiency of the accumulated wheat kernel particles is slow, while there are almost no wheat kernel particles on the sieve mesh surface in other areas, which seriously affects the working efficiency of the sieve mesh

[0003] At present, there are some feeding machines on the market, but because the particle size of the wheat kernel itself is 2-3 mm, the particles themselves have a certain toughness, and they are easy to bounce after contacting the sieve net during the feeding process. Wheat kernel particles will fall to other areas of the sieve net; therefore, from the results, the ordinary feeding machine disperses the particles on the sieve net, but the uniformity of the distribution is not enough. When the material falls from the mouth, the material itself is easy to accumulate on the distributing device, which is very inconvenient to operate

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