Electric control rice bucket

Abstract

An electric control rice bucket is composed of a motor, a steel wire, a linear sliding block bearing, a rice bucket body and a rice bucket motor, rice and millet are contained in a left rice bucket body and a right rice bucket body, the motor is controlled to rotate forwards, the steel wire releases the left rice bucket body and the right rice bucket body to descend in place along a left linear optical axis guide rail and a right linear optical axis guide rail, the motor stops rotating, and the left rice bucket body and the right rice bucket body stop descending; the left rice bucket motor is controlled as required to discharge rice from the left rice bucket and stop discharging rice, and the right rice bucket motor is controlled as required to discharge millet from the right rice bucket and stop discharging millet; after rice and millet are discharged, the motor is controlled to rotate reversely, the steel wire is tightened, and the left rice barrel and the right rice barrel move upwards along the left linear optical axis guide rail and the right linear optical axis guide rail and stop in place.

Description

[0001] Technical field [0002] The invention relates to an electronically controlled rice bucket, in particular to an electrically controlled rice bucket capable of lifting and discharging rice through power supply. Background technique [0003] At present, most of the known rice buckets are placed on the table, and the change of its height and position and the operation of rice output cannot be realized by power supply. Contents of the invention [0004] In order to overcome the existing situation that the rice bucket cannot be lifted and discharged through power supply, the invention provides an electronically controlled rice bucket, which consists of a motor (1), a steel wire (2), a left upper linear slider bearing (3), a left rice bucket (4), left linear optical axis guide rail (5), left lower linear slider bearing (6), left rice bucket motor (7), right rice bucket motor (8), right lower linear slider bearing (9), right linear The optical axis guide rail (10), the righ...

AI Technical Summary

Problems solved by technology

[0004] In order to overcome the existing situation that the rice bucket cannot be lifted and discharged through power supply, the invention provides an electronically controlled rice bucket, which consists of a motor (1), a steel wire (2), a left upper linear slider bearing (3), a left rice bucket (4), left linear optical axis guide rail (5), left lower linear slider bearing (6), left rice bucket motor (7), right rice bucket motor (8), right lower linear slider bearing (9), right linear The optical axis guide rail (10), the right rice bucket (11), and the upper right linear slider bearing (12), wherein the left rice bucket (4) and the right rice bucket (11) constitute the rice bucket as a whole, are characterized in that: the upper left straight line The slider bearing (3) and the lower left linear slider bearing (6) are fixed on the left rice bucket (4), and the upper right linear slider bearing (12) and the lower right linear slider bearing (9) are fixed on the right rice bucket (11 ), the left linear optical axis guide rail (5) passes through the upper left linear slider bearing (3) and the lower left linear slider bearing (6), and the right linear optical axis guide rail (10) passes through the upper right linear slider bearing (12) and The lower right linear slider bearing (9); the motor (1) is fixed on the wall, the left linear optical axis guide rail (5) is fixed on the wall, and the right linear optical axis guide rail (10) is fixed on the wall; the left rice bucket motor ( 7) Power supply controls the whereabouts of rice in the left rice bucket (4) and stops rice output, and the power supply of the right rice bucket motor (8) controls the whereabouts of rice in the right rice bucket (11) and stops rice output

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