A self-cleaning food processor

Abstract

The invention relates to a kitchen cooking appliance, in particular to a self-cleaning food processor, comprising a cup body and a cup cover mounted on the top of the cup body, the cup cover has a top wall and a peripheral wall extending downward from the top wall, which It is characterized in that: the cup is provided with a crushing device for crushing materials, the peripheral wall of the cup cover is provided with a nozzle, and the nozzle extends from the outside of the cup cover into the cavity formed by the cup cover and the cup body, and The nozzle has an upper nozzle for spraying cleaning liquid toward the top wall of the cup cover. The food processing machine of the present invention can realize automatic cleaning of the cup cover and inner surface of the cup, and there is no problem of cleaning dead angle, and the structure of the cup cover is light and simple.

Description

technical field [0001] The invention relates to kitchen cooking appliances, in particular to a self-cleaning food processor. Background technique [0002] Existing home kitchens have cooking utensils with lids, such as electric rice cookers, electric pressure cookers, soybean milk makers with motors under the structure, food processors, etc., which need to be manually cleaned by the user after making food, which is troublesome. [0003] Moreover, in the process of using the cooking utensil to cook food, the heated soup will generate foam and continuously impact the cover of the cooking utensil, causing more residues and stains to remain on the cover. Especially for a food processor with a crushing device, the crushing device will drive the slurry to continuously rotate at high speed during the whipping process, and the whipped material and slurry will also splash onto the cover, which will easily cause the cover The body retains pulp residue or pulp stains. Therefore, user...

AI Technical Summary

Problems solved by technology

[0005] In this structural scheme, a spray structure needs to be installed at the water inlet to realize the spray cleaning of the crushing chamber cover, and the spray structure can be rotated. Therefore, the cleaning structure is complicated, and the crushing chamber cover needs to have a large space to accommodate The design of the spray structure and the structure of the crushing chamber cover will be too bloated. For food processors that need to install a feeding port or a pressure relief valve on the chamber cover, it is difficult to achieve structural integration in a limited space.

And because the spray structure is horizontally protruding and arranged at the water inlet, in the process of spray cleaning, the cleaning water sprayed out by the spray structure is laterally sprayed outwards, which causes the convexity between the spray structure and the water inlet. There are likely to be cleaning dead ends at the outlet connection. When there are residual stains and residues accumulated, bacteria will easily breed if they are not cleaned for a long time, posing a food safety hazard

In addition, since the top of the crushing chamber cover needs a connecting pipeline extending from the top wall of the crushing chamber cover to form a water inlet, the crushing chamber cover cannot be detachably separated from the connecting pipeline and the crushing chamber, which is extremely inconvenient to disassemble

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