NOVELTY - An organic domestic garbage carbonization device comprises carbonization chamber (3), outlet baffle plate (4), iron grate (5), 1st ventilation port (1), 2nd ventilation port (2), left ventilation port (6), right upper 1st ventilation port (7), right upper 2nd ventilation port (8), right lower ventilation port (12), upper garbage inlet (9), garbage inlet (10), lower garbage inlet (11), and operating platform (13) in which carbonization chamber is cubic or cylinder, and upper garbage inlet, garbage inlet, and lower garbage inlet are connected through hinge and carbonization chamber.    USE - Organic domestic garbage carbonization device for producing carbonized product used for agriculture resources, forestry, garden soil conditioner, and flower seedlings (all claimed).    ADVANTAGE - Process does not require complex equipment. Device is simple, safe, clean, efficient, environment-friendly, and easy to transport.    DETAILED DESCRIPTION - An organic domestic garbage carbonization device comprises carbonization chamber (3), outlet baffle plate (4), iron grate (5), 1st ventilation port (1), 2nd ventilation port (2), left ventilation port (6), right upper 1st ventilation port (7), right upper 2nd ventilation port (8), right lower ventilation port (12), upper garbage inlet (9), garbage inlet (10), lower garbage inlet (11), and operating platform (13) in which carbonization chamber is cubic or cylinder, upper garbage inlet, garbage inlet, and lower garbage inlet are connected through hinge and carbonization chamber, 1st ventilation port, 2nd ventilation port, right upper 1st ventilation port, and right upper 2nd ventilation port are located at top of carbonization chamber, left ventilation port, right lower ventilation port, and lower part of carbonization chamber are parallel to upper part of iron grate which are all provided with ventilation opening and can be closed by hinge,iron grate and operating platform are located on same plane, outlet baffle plate is connected with garbage inlet, upper part of outlet baffle plate and carbonization chamber are connected through hinge, and operating platform is set on front of carbonization chamber in which length is 6 m. An INDEPENDENT CLAIM is included for treatment of organic domestic garbage which involves classifying good organic domestic garbage, taking garbage compaction regularly, extruding, drying, dehydrating until moisture content is 10-20% to obtain dehydrated organic domestic garbage containing soil, waste residue soil, and large block of soil, crushing to particle size of less than or equal to 2 cm in which amount of soil or waste residue soil is 0-30%, dehydrating organic domestic garbage, crushing soil and waste residue soil, mixing, placing in carbonization chamber, compacting until particle size is less than or equal to 5 cm, increasing height of garbage inlet bottom, covering with 1 layer of 2-3 cm thick soil or waste residue soil in which garbage will not exceed height of lower ventilation port, starting charring in carbonization chamber, left ventilation port, or right lower ventilation port through multi-point ignition without adding fuel, opening upper and lower ventilation port in which there is no open flame, carrying out carbonization at 300-500 degrees C for 5-12 hours, cooling naturally, opening outlet baffle plate, and exporting carbonized product.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram of cubic organic domestic garbage carbonization device.    1st ventilation port (1)    2nd ventilation port (2)    Carbonization chamber (3)    Outlet baffle plate (4)    Iron grate (5)    Left ventilation port (6)    Right upper 1st ventilation port (7)    Right upper 2nd ventilation port (8)    Upper garbage inlet (9)    Garbage inlet (10)    Lower garbage inlet (11)    Right lower ventilation port (12)    Operating platform (13)