NOVELTY - A kitchen waste and fecal waste water integrated processing device comprises mixing box (1), 2-phase anaerobic processor (25), water settling tank (13), and boiler (22) in which mixing box has small stirrer (2), transition plate (26), and 2-phase anaerobic processor are divided into acid zone (7), transition zone (3), and methanogenic zone (9) through overflow plate (24), transition zone is located in middle of acid zone and methanogenic zone, methanogenic zone has big stirrer (10), and acid zone is provided with acid zone stirrer (32).    USE - A kitchen waste and fecal waste water integrated processing device (claimed).    ADVANTAGE - Kitchen waste and fecal waste water integrated processing device has high processing efficiency and reduced engineering cost and footprint.    DETAILED DESCRIPTION - A kitchen waste and fecal waste water integrated processing device comprises mixing box (1), 2-phase anaerobic processor (25), water settling tank (13), and boiler (22) in which mixing box has small stirrer (2), transition plate (26), and 2-phase anaerobic processor are divided into acid zone (7), transition zone (3), and methanogenic zone (9) through overflow plate (24), transition zone is located in middle of acid zone and methanogenic zone, methanogenic zone has big stirrer (10), acid zone is provided with acid zone stirrer (32), transition zone is provided with transition zone stirrer (31), sidewalls of acid zone and methanogenic zone are equipped with acid zone sampling port (17) and methanogenic zone sampling port (18), respectively, mixing box, 2-phase anaerobic processor, and acid zone are connected through feed pipe (5), water settling tank, 2-phase anaerobic processor, and methanogenic zone are connected through water overflow pipe (11), acid zone and methanogenic zone are equipped with acid zone evacuation port (6) and methanogenic zone evacuation port (12), respectively at bottom of 2-phase anaerobic processor, top of methanogenic zone and 2-phase anaerobic processor have gas collection pipe (16), gas collection pipe passes through dewatering device (33) and desulfurization device (30) and is connected to biogas pouch (28) and inlet port of boiler (22), boiler is used for producing hot water through hot water pipe (21) and heating 2-phase anaerobic processor, bottom end of water settling tank has biogas residue outlet (15), and sidewall of water settling tank has biogas slurry outlet (14). An INDEPENDENT CLAIM is included for kitchen waste and fecal waste water integrated process which involves collecting kitchen waste, crushing into pulp slurry liquid, supplying 15-20 wt.% pulp slurry liquid to mixing box, collecting fecal waste water, performing solid-liquid separation, feeding waste liquid to mixing box, mixing using small stirrer at 60 rpm to obtain 8-12 wt.% slurry liquid, sending fecal solid waste to sanitary landfill, transferring slurry liquid from feed pump to acid zone through feed pipe at bottom of 2-phase anaerobic processor, performing hydrolysis acidification at 35 plus minus 3 degrees C for 4 days in acid zone with acid zone stirrer stirring speed of 60 rpm and hydrolysis acidification sludge content of 40-50 g/L, entering hydrolyzed acidified liquid to top of transition zone through overflow plate at 35 plus minus 3 degrees c for 2 days, stirring using transition zone stirrer at 60 rpm, entering hydrolyzed acidified liquid to bottom of methanogenic zone through transition plate for digestion, installing methanogenic bacteria until volatile suspended solids content is 26-34 g/L, stirring using big stirrer at 60 rpm for 14 days to obtain digestive juice and biogas in which pH reaction of methanogenic zone is 7-7.8, transferring digestive juice to water settling tank through water overflow pipe, transferring biogas in dewatering device and desulfurization device, purifying, storing into biogas pouch, feeding precipitating digestive juice in water settling tank for 24 hours, separating biogas slurry and biogas residue, discharging biogas slurry from biogas slurry outlet to be used as foliage fertilizer, discharging biogas residue from biogas residue outlet, and dehydrating until moisture content is less than or equal to 60% to be used as bio-organic fertilizer.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram of a kitchen waste and fecal waste water integrated processing device.    Mixing box (1)    Small stirrer (2)    Transition zone (3)    Feed pipe (5)    Acid zone evacuation port (6)    Acid zone (7)    Methanogenic zone (9)    Big stirrer (10)    Water overflow pipe (11)    Methanogenic zone evacuation port (12)    Water settling tank (13)    Biogas slurry outlet (14)    Biogas residue outlet (15)    Gas collection pipe (16)    Acid zone sampling port (17)    Methanogenic zone sampling port (18)    Hot water pipe (21)    Boiler (22)    Overflow plate (24)    2-phase anaerobic processor (25)    Transition plate (26)    Biogas pouch (28)    Desulfurization device (30)    Transition zone stirrer (31)    Acid zone stirrer (32)    Dewatering device (33)