A rice bearing device for quantitative discharge

Abstract

The invention discloses a rice carrying device capable of quantitative discharge. The device comprises a round carrying base, wherein a round rice bucket is firmly connected to the upper surface of the round carrying base; an automatic discharge mechanism is disposed in the round rice bucket; a supporting mechanism is disposed on the lower surface of the round carrying base; and a feeding mechanism is disposed on the upper surface of the round rice bucket. The device disclosed by the invention has the beneficial effects that use is convenient; storage conditions are good; internal environment of rice storage are ensured; the discharge amount can be controlled, and the device can be emptied and supported according to quantity of people; dampness and mouse invasion can be prevented; and the device can be moved easily.

Description

technical field [0001] The invention relates to the field of rice storage, in particular to a rice carrying device for quantitative discharge. Background technique [0002] Rice storage is to store some rice in a designated container for easy access in the future. [0003] Rice is an indispensable food in every family. It is usually stored in a designated container. Although the traditional storage container has a relatively simple structure and is easy to take, it cannot guarantee the internal storage conditions of the rice. How much is taken roughly, there will be surplus or not enough after cooking, and if the weather is hot, the remaining will be easily spoiled, and the remaining will be poured out, which is a waste of food. Moreover, if the storage location It is relatively low and easy to get damp and attract mice. Rice has a certain weight, and it is difficult to move the place every time. Therefore, in order to solve these problems, it is necessary to design a new t...

AI Technical Summary

Problems solved by technology

[0003] Rice is an indispensable food in every family. It is usually stored in a designated container. Although the traditional storage container has a relatively simple structure and is easy to take, it cannot guarantee the internal storage conditions of the rice. How much is taken roughly, there will be surplus or not enough after cooking, and if the weather is hot, the remaining will be easily spoiled, and the remaining will be poured out, which is a waste of food. Moreover, if the storage location It is relatively low and easy to get damp and attract mice. Rice has a certain weight, and it is difficult to move the place every time. Therefore, in order to solve these problems, it is necessary to design a new type of rice carrying device that is convenient for quantitative discharge.

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