Kitchen waste processor and method for processing kitchen waste

1. A kitchen waste processor, comprising:

a base extending between an open top and a closed bottom end, a heater disposed within the base to extend from a portion of base adjacent to the open top towards the closed bottom end, a driver disposed inside the base and located at the closed bottom end thereof, and a first connector disposed inside the base and connected to the driver for rotatably engaging the first connector;

a support pivotably connected to the base, thereby the base pivotably moves relative to the support;

a container disposed in the base and protruding beyond the open top of the base, a second connector disposed inside the base and connected both to an underside of the container and to the first connector, thereby the container being rotatable relative to the base;

a cover formed with a hole defined centrally therethrough, and a seal located within the hole, the cover being configured to alternatively receive a vacuum suction pipe therethrough in a first configuration and a blade shaft, therethrough in a second configuration,

wherein the blade shaft is rotatably driven independent of the driver; and

a locking device disposed between the container and the cover to seal the cover and the container relative to one another, the container receiving kitchen waste and bacteria therein,

wherein the heater heats the container and the driver spins the container, thereby the kitchen waste in the container is fermented under high temperature to produce a fertilizer;

further comprising a vacuum deodorizer is connected to the vacuum suction pipe, the vacuum deodorizer including a check valve, a steam separator, a filter, a cooler, a vacuum pump, and a mixer, and the vacuum suction pipe being serially connected to the check valve, the steam separator, the filter, the cooler, the vacuum pump, and the mixer.

2. The kitchen waste processor as claimed in claim 1 , further comprising a grinder connected to the blade shaft, wherein the grinder is driven independent of the driver.

3. The kitchen waste processor as claimed in claim 1 , wherein the mixer receives bamboo charcoal and bamboo vinegar therein.

4. The kitchen waste processor as claimed in claim 1 , wherein the heater heats the container by electro-magnetic microwave.

5. The kitchen waste processor as claimed in claim 1 , wherein the locking device includes a handle and two lugs, the handle being connected to the cover, the two lugs being formed at a wall section of the container proximal to the open top of the container, each lug including a notch, the handle including two eccentric parts formed on two respective opposing ends thereof, the two eccentric parts of the handle being respectively engaged with corresponding notches of the lugs.

6. A method for processing kitchen waste, comprising:

adding the kitchen waste and bacteria in a container;

covering the container by a cover, the cover including a hole defined centrally therethrough, and a seal located within the hole, wherein the cover is configured to alternatively receive a vacuum suction pipe therethrough in a first configuration and a blade shaft therethrough in a second configuration;

grinding the kitchen waste by a grinder, the grinder being connected to the blade shaft;

connecting a vacuum deodorizer with the vacuum suction pipe, and sucking odor away from the container by the vacuum deodorizer, and

putting the container in a base including a heater and a driver, and heating and spinning the container to ferment the kitchen waste to thereby produce a fertilizer.

7. The method as claimed in claim 6 , wherein the vacuum deodorizer includes a check valve, a steam separator, a filter, a cooler, a vacuum pump, and a mixer, and connecting serially the vacuum suction pipe to the check valve, the steam separator, the filter, the cooler, the vacuum pump, and the mixer.

8. The method as claimed in claim 7 , further comprising: receiving bamboo charcoal and bamboo vinegar in the mixer.