Food waste disposer

Abstract

This invention relates to a food waste disposer, comprising a main housing, a grinding assembly, a crushing ring, an upper housing, and a drive assembly. The inner ring wall of the main housing has a threaded portion, and the bottom has an assembly port. The grinding assembly includes a base that passes through and is fixed to the assembly port, a rotating component with a connecting portion and a turntable portion that passes through the base, and a plurality of hammer blocks that are eccentrically pivoted on the turntable portion. The crushing ring and the upper housing can be sequentially screwed to the threaded portion of the main housing through the outer ring wall, thereby completing the assembly without the need for additional screws. In addition, the drive assembly is located below the main housing and connected to the connecting portion of the rotating component, so as to drive the rotating component to rotate and drive the plurality of hammer blocks to rotate, which can cooperate with the crushing ring to achieve the effect of crushing food waste through single-stage grinding, thereby reducing the number of parts and making assembly simpler.

Claims

1. A food waste processor, comprising: a main housing having an opening at its top and a threaded portion formed on the inner annular wall adjacent to the opening; a mounting opening at the bottom of the main housing and a main discharge channel connected to the inner bottom surface of the main housing on one side; a grinding assembly comprising a vertically penetrating base, a rotating member, and a plurality of hammer blocks, the grinding assembly being able to pass through the base and be fixed to the mounting opening of the main housing; the rotating member comprising a connecting portion and a turntable portion; the connecting portion passing through the base; the turntable portion being disposed at the top of the connecting portion; and a plurality of through holes formed on the outer annular wall adjacent to the turntable portion; the plurality of hammer blocks being eccentrically pivotally mounted on the top of the turntable portion of the rotating member; and a breaker ring having its outer annular wall screwed to the threaded portion of the main housing and surrounding the plurality of hammer blocks; An upper housing, the outer ring wall of which can be screwed to the threaded portion of the main housing and is located above the breaker ring, and closes the opening of the main housing, and an insertion port is formed on the top of the upper housing; and a drive assembly, which is located below the main housing and can be connected to the connecting portion of the rotating part.

2. The food waste processor as described in claim 1, wherein, The grinding assembly includes a retaining ring, and the base includes a mounting portion and a limiting portion. The mounting portion can be inserted into the assembly opening of the main housing, and the outer ring wall can be divided into a mating section and a threaded section. The mating section can engage with the inner ring wall of the main housing at the assembly opening. The threaded section is connected to the bottom of the mating section. The inner ring wall of the retaining ring can be threaded to the threaded section of the mounting portion of the base and abuts against the bottom of the main housing. The limiting portion is located at the top of the mounting portion and abuts against the inner bottom surface of the main housing.

3. The food waste processor as described in claim 1, wherein, The inner ring wall of the main housing is threaded at the assembly opening. The base includes a set part and a limiting part. The outer ring wall of the set part can be screwed to the assembly opening of the main housing. The limiting part is located at the top of the set part and can abut against the inner bottom surface of the main housing.

4. A food waste processor as described in any one of claims 1 to 3, wherein, The grinding assembly includes two bearings, which can be respectively mounted on the inner ring wall of the base and sleeved on the connecting part of the rotating component. The inner ring wall and outer ring wall of each bearing respectively abut against the outer ring wall of the connecting part of the rotating component and the inner ring wall of the base.

5. A food waste processor as described in any one of claims 1 to 3, wherein, The grinding assembly includes a support base and a waterproof cover. The support base is fitted and fixed to the connecting part of the rotating component and can abut against the bottom of the turntable part. The waterproof cover is fitted and fixed to the base and its bottom can abut against the inner bottom surface of the main housing. The waterproof cover is located between the support base and the base and can cooperate with the support base.

6. The food waste processor as described in claim 4, wherein, The grinding assembly includes a support base and a waterproof cover. The support base is fitted and fixed to the connecting part of the rotating component and can abut against the bottom of the turntable part. The waterproof cover is fitted and fixed to the base and its bottom can abut against the inner bottom surface of the main housing. The waterproof cover is located between the support base and the base and can cooperate with the support base.

7. The food waste processor as described in claim 5, wherein, The grinding assembly includes two sealing rings, which are respectively located between the support and the waterproof cover and between the base and the main housing assembly opening.

8. The food waste processor as described in claim 6, wherein, The grinding assembly includes two sealing rings, which are respectively located between the support and the waterproof cover and between the base and the main housing assembly opening.

9. A food waste processor as described in any one of claims 1 to 3, wherein, The main housing has a secondary exhaust channel formed on one side opposite to the main exhaust channel, which connects to the inner bottom surface of the main housing.

10. The food waste processor as described in claim 4, wherein, The main housing has a secondary exhaust channel formed on one side opposite to the main exhaust channel, which connects to the inner bottom surface of the main housing.

11. The food waste processor as described in claim 5, wherein, The main housing has a secondary exhaust channel formed on one side opposite to the main exhaust channel, which connects to the inner bottom surface of the main housing.

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