A food waste disposer

Abstract

The invention is a food waste disposer. It includes a casing, an upper crushing chamber, a lower crushing chamber, a cutter head assembly, and a motor assembly, wherein the upper crushing chamber for holding food waste is arranged on the upper part of the casing, and the lower crushing chamber is arranged under the bottom of the upper crushing chamber. The upper grinding ring is installed in the upper crushing chamber, the cutter head assembly is placed in the lower crushing chamber, the motor assembly that drives the cutter head assembly to rotate is installed in the lower part of the housing, and the lower grinding ring is installed in the lower crushing chamber. In the present invention, a coaxial connecting ring is formed between the upper grinding ring and the lower grinding ring, and this structure can gather a certain amount of food waste, especially fibrous food waste. In addition, since the upper grinding ring is provided with staggered grinding grooves and transverse protrusions, the grinding fineness and grinding speed of food can be effectively improved, the impact of bone food waste on the upper grinding chamber can be avoided, and the upper grinding chamber can be extended. The service life of the crushing chamber; the invention is easy to assemble and has excellent performance.

Description

technical field [0001] The invention is a food waste disposer, which belongs to the modification technology of the food waste disposer. Background technique [0002] The main structure of the food waste disposer currently produced and sold on the market is as follows: figure 1 As shown, it generally includes a sink plug 1, a sink flange assembly 2, a splash guard 3, an upper crushing chamber 12, a lower crushing chamber 14, a cutter head assembly 16, a grinding ring 7, a drain pipe 28, a motor assembly 21, and food waste such as Bones or crushed vegetable leaves enter the upper crushing chamber 12 from the water tank flange assembly 2. After the power is turned on, the motor assembly 21 drives the cutter head assembly 16 to rotate at a high speed, and the food waste passes through the upper crushing chamber 12 and the upper crushing chamber 12 and the upper crushing chamber 12. The reamers 61 on the cutter head assembly 16 are constantly colliding and grinding. At the same ...

AI Technical Summary

Problems solved by technology

However, the food waste disposer with this structure cannot add more protrusions 10 and grooves 11 to the grinding ring 7, so the room for improving its crushing performance is small, and the crushing time is long, which may easily cause fibrous food waste to be finely crushed and block the water. plumbing problem

In addition, the material of the upper crushing chamber 12 of the food waste disposer of this structure is generally plastic, and the impact of bone food waste on the upper crushing chamber 12 will easily cause the upper crushing chamber to wear and even break after a long period of use.

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