Intelligent rice bucket

Abstract

The invention relates to an intelligent rice bucket which comprises a shell, a rice storage cavity and a rice outlet box, a rice discharging opening is formed in the lower portion, a rice receiving opening is formed in the upper portion of the rice outlet box, the shell is provided with a box taking opening for taking the rice outlet box out of the shell, and a metering rice outlet device is arranged between the rice storage cavity and the rice outlet box and comprises an upper baffle, a lower baffle, a metering sliding base and a driving mechanism. A metering channel allowing the metering sliding base to horizontally move is arranged between the upper baffle and the lower baffle, the metering sliding base is provided with a vertically-through metering cavity, the upper baffle is located below the rice discharging opening and provided with a rice inlet communicated with the rice discharging opening, and the lower baffle is located above the rice receiving opening and provided with a rice outlet communicated with the rice receiving opening. When the metering sliding base is driven by the driving mechanism to move, the upper portion of the metering cavity is communicated with the rice inlet, and the lower portion of the metering cavity is closed by the lower baffle to form a rice inlet position. The rice inlet is closed by the metering sliding base, and the lower portion of the metering cavity is communicated with the rice outlet to form a rice outlet position. By the adoption of the intelligent rice bucket, the metering accuracy is improved.

Description

technical field [0001] The invention relates specifically to an intelligent rice bucket. Background technique [0002] Rice barrels are commonly found in ordinary households and are containers for storing rice. With the advancement of science and technology, smart rice buckets have appeared in the market, endowing rice boxes with fresh-keeping, automatic rice metering functions, moisture-proof functions, and insect-proof functions in one, making it a rice storage storage product that brings more peace of mind and convenience to users. [0003] In order to reduce the number of times the rice bucket is opened, reduce the possibility of pollution, and in order to accurately control the amount of rice used, a rice output device with a metering function is often installed in the smart rice bucket. The traditional rice output device includes a horizontal rice output channel, a rice output channel There is a rice inlet connected to the rice storage chamber at the top of one end, a...

AI Technical Summary

Problems solved by technology

[0003] In order to reduce the number of times the rice bucket is opened, reduce the possibility of pollution, and in order to accurately control the amount of rice used, a rice output device with a metering function is often installed in the smart rice bucket. The traditional rice output device includes a horizontal rice output channel, a rice output channel There is a rice inlet connected to the rice storage chamber at the top of one end, and a rice outlet connected to the rice box at the bottom of the other end. The rice outlet channel is provided with a motor-driven and pushes the rice from the rice inlet to the rice outlet when it rotates. The rice pushing screw is controlled by the speed and rotation time of the rice pushing screw. There are many factors that affect the rice output, such as whether the rice volume between adjacent threads of the rice pushing screw is consistent, whether the speed of the rice pushing screw is consistent at all times, Whether there is rice residue at the rice outlet, etc., resulting in limited measurement accuracy of this method

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