A kitchen waste processor

Abstract

The invention discloses a food waste processing machine, which comprises a casing, a drain port is arranged in the middle of the casing, a suction cup assembly is arranged under the casing, a conical rolling chamber is arranged inside the casing, a coupling piece is arranged above the rolling chamber, and a rolling chamber is arranged above the casing. There is a spiral inverted ladder-shaped platform on the inner wall of the bin. The upper part of the rolling bin is equipped with an automatic water supply and food waste detection head. The lower part of the rolling bin is equipped with a rolling plate; It is connected with the motor; the lower end of the rolling plate is provided with a drainage chamber, and the drainage chamber is connected with the drain port; the motor, the automatic water supply device and the food waste detection head are all connected with the integrated controller. The invention uses low-speed forced rolling to pulverize food waste, and at the same time adopts full intelligent control to automatically pulverize, prevents wear and corrosion, reduces noise, and reduces blockage of sewer pipes; realizes low-speed rolling pulverization, pressurized flushing The process of discharging and cleaning the machine is completed at one time, and the efficiency is high and the running time is short, achieving the goal of saving water and electricity.

Description

technical field [0001] The invention relates to the technical field of food waste treatment, in particular to a kitchen waste disposal machine. Background technique [0002] The food waste disposer is installed under the kitchen sink to crush and polish the food waste in the family kitchen and then discharge it through the sewer. It reduces the clogging of kitchen waste and white pollution of plastic products, and realizes the harmlessness of family life. The basic principle of existing food waste disposers of any structure is to use a high-speed rotating cutter to impact food waste, thereby breaking large objects into small particles. Most of the food waste disposers are composed of a shell, a cutterhead, and a drive motor. They rely on the high-speed rotation of the cutterhead to grind food waste. The cutterhead usually uses ordinary blunt knives, which have low grinding efficiency and poor crushing effect. It is easy to cause the fuselage to be stuck, or to block the bot...

AI Technical Summary

Problems solved by technology

Most of the food waste disposers are composed of a shell, a cutterhead, and a drive motor. The cutterhead rotates at high speed to grind food waste. The cutterhead usually uses ordinary blunt knives, which have low grinding efficiency and poor crushing effect. It is easy to cause the fuselage to be stuck, or block the bottom sewer pipe, affecting the smoothness of continuous processing of a large amount of food waste

The grinding bins of the traditional technology are not completely set on the inner wall of the plastic. Although there is some protection for the plastic parts, the high-speed rotating food waste circle will wear the plastic parts. The aging of the plastic parts will be accelerated due to the corrosion of acid, alkali and salt. Security risks

At the same time, during the operation of the food waste disposer, the high-speed rotating water flow is extremely noisy

[0003] From the installation method, the traditional food waste disposer is directly installed on the sink through the coupling. Since the food waste disposer will vibrate when it is working, and the sink is generally made of very thin stainless steel, it is easy to generate resonance and cause vibration. amplify the noise

In addition, the shell has no sound insulation measures, and it will generate a lot of noise and vibration when grinding garbage, which will affect people's normal life

For example, if metal and other wastes are dropped into the food waste disposer, it is easy to jam the cutter head and cause the motor to burn out, etc.; at the same time, it is difficult to install and requires specific kitchen facilities for installation

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