Food waste processor

Abstract

The invention provides a food waste processor. The food waste processor comprises a grinding part and a motor part, wherein the grinding part and the motor part are arranged from top to bottom; the grinding part comprises a grinding mechanism, and the grinding mechanism comprises a static grinding ring and a rotary crushing assembly; a motor of the motor part can drive the rotary crushing assemblythrough a driving shaft; the rotary crushing assembly comprises a grinding disc with one or more protruding blocks, and at least one protruding block is movably arranged relative to the grinding disc; a reset mechanism is connected between at least one protruding block and the grinding disc; and the reset mechanism provides reset force for matching a rotating direction between at least one protruding block and the grinding disc. Due to the arrangement of the reset mechanism, thrust of the protruding blocks is stronger, the crushing effect on food waste with higher hardness is better, so thatthe motor can still evade resistance when encountering the super-strong resistance, and the motor can be prevented from being blocked.

Description

technical field [0001] The invention relates to a food waste disposer. Background technique [0002] The existing food waste disposer is arranged under the sink and installed at the drain of the sink, which usually includes a food conveying part, a motor part and a grinding part. The grinding part is arranged between the food conveying part and the motor part. The food conveying part conveys the food waste to the grinding part. The grinding part receives food waste and grinds it, and the ground food waste is discharged to the tailpipe through the discharge outlet. [0003] The crushing structure of food waste disposers currently on the market is mostly a pushing bump structure on the grinding disc to drive the food waste to rotate at high speed and rubbing and crushing with multiple small hole knife edges on the stationary grinding ring wall. In order to prevent the motor from stalling due to high-strength food waste (such as chicken bones), many grinding discs use a push...

AI Technical Summary

Problems solved by technology

In order to prevent the motor from stalling due to high-strength food waste (such as chicken bones), many grinding discs use a push bump structure that is movably connected to the grind disc, but this push bump structure relies entirely on centrifugal force To provide, this structure will result in little driving force, poor crushing effect on food with high strength, and affect user experience

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