Quantitative distributing device and refrigerator provided with same

Abstract

The invention relates to a quantitative distributing device and a refrigerator provided with the quantitative distributing device. The quantitative distributing device comprises a material storage part, a discharge part and a sleeve cover part, wherein a storage cavity for containing a material is defined in the material storage part; a discharge cavity is defined in the discharge part, the discharge part is provided with at least one feed inlet and a discharge hole positioned in the bottom of the discharge part, so that a material in the storage cavity flows into the discharge cavity from the at least one feed inlet, and further flows out through the discharge hole; the sleeve cover part sleeves the outer side of the discharge part from top to bottom, and is provided with at least one first opening allowing the material to enter the discharge cavity; the discharge part is configured to move relative to the sleeve cover part in a controlled manner, so that the discharge part is switched between an opening position for opening the at least one feed inlet and a closing position for closing the at least one feed inlet, and is selectively kept at the opening position or the closing position. The refrigerator comprises doors and the quantitative distributing devices mounted on the inner walls of the doors. With the adoption of the device and the refrigerator, the quantitative distribution of the material can be realized, and the phenomenon that after a user takes the material, the rest material scatters out is also prevented.

Description

Technical field [0001] The invention relates to the quantitative distribution and taking of materials, in particular to a quantitative distribution device and a refrigerator with the quantitative distribution device. Background technique [0002] In daily life, people often need to store food for a long time, especially the storage of granular solid food has environmental requirements such as temperature and humidity. For example, grains, flour, etc. can be stored in a dry, low-temperature environment for a long time without infestation or deterioration, and refrigeration and freezing devices (such as refrigerators, freezers, etc.) can meet the low-temperature conditions of grain storage. [0003] With the improvement of people's living standards, the refrigeration and freezing devices in the prior art can already be equipped with grain distribution devices for storing grains. However, these grain distribution devices are either more complicated in structure and cumbersome to oper...

AI Technical Summary

Problems solved by technology

However, these grain distribution devices are either complicated in structure and cumbersome in operation, or the quantitative distribution function of materials is prone to failure due to long-term use and aging.

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