An active diversion grain auxiliary dehydration agricultural machinery

Abstract

The present invention relates to the field of agricultural equipment, in particular to an active diversion type grain auxiliary dehydration agricultural machine, comprising a horizontally arranged support installation plate, a lifting transmission plate is horizontally arranged directly below the support installation plate, and a lifting transmission plate is horizontally arranged directly below the lifting transmission plate There is a lifting installation cover, and the edge of the lifting transmission plate is provided with a number of supporting installation columns at an equal angle downward. The lower ends of the supporting installation columns are all fixed on the upper end of the lifting installation cover. The lifting column is adjusted by lifting and telescopic displacement to realize the height adjustment of the device and the switching of forward and reverse flow guides. With electric auxiliary heating, the device can not only heat quickly and evenly, but also quickly export the evaporated water, making the device Efficient dehydration operation is realized, and the transmission stability of the device is realized through guide cooperation, and the rapid guidance of grain is accelerated through swing adjustment.

Description

technical field [0001] The invention relates to the field of agricultural equipment, in particular to an active diversion type grain auxiliary dehydration agricultural machine. Background technique [0002] The structure of the existing grain drying device includes a drying main body responsible for drying the grain. The drying main body is provided with an inlet and an outlet, and a drying conveyor is provided between the inlet and the outlet. The grain enters from the feed port and then is output from the discharge port through the drying conveyor belt to achieve the purpose of drying. In the actual production and application process, it is necessary to judge whether the grain has been fully dried by observing the color of the grain. However, the main body of the drying machine is an opaque cylinder, and the color of the grains in the drying body cannot be seen with the naked eye. The grains need to be output from the discharge port to see the grains. If the grains have no...

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Problems solved by technology

[0002] The structure of the existing grain drying device includes a drying main body responsible for drying the grain. The drying main body is provided with an inlet and an outlet, and a drying conveyor is provided between the inlet and the outlet. The grain enters from the feed port and then is output from the discharge port through the drying conveyor belt to achieve the purpose of drying. In the actual production and application process, it is necessary to judge whether the grain has been fully dried by observing the color of the grain. However, the main body of the drying machine is an opaque cylinder, and the color of the grains in the drying body cannot be seen with the naked eye. The grains need to be output from the discharge port to see the grains. If the grains have not been dried, turn off the drying The outlet of the main body allows the grain to dry for a period of time after drying the main body. The disadvantage of the above process is that it is necessary to open the outlet first, take out part of the grain, close the outlet, and observe the grain. After the grains are dried, open the outlet again to release the grains in the drying body. If the grains are not dried, wait for a while, and then perform the above operations until the grains are dried, and release the grains in the drying body. Grain, the whole process is cumbersome and the work efficiency is low

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