NOVELTY - Cultivation field integrated waste treatment system comprises a wastewater treatment system, a solid waste disposal system and an odor treatment system. The wastewater treatment system comprises a wastewater sedimentation tank regulator, an anoxic baffled anaerobic reactor pool, an aerobic contact oxidation pond, a secondary sedimentation tank, a sand filter and a clean water tank which are sequentially connected. The wastewater sedimentation tank regulator comprises inlet pipe and outlet pipe, used for regulating water quality and quantity of wastewater, and its bottom is set with mud tube.    USE - The cultivation field integrated waste treatment system is useful for wastewater treatment (claimed).    DETAILED DESCRIPTION - Cultivation field integrated waste treatment system comprises a wastewater treatment system, a solid waste disposal system and an odor treatment system. The wastewater treatment system comprises a wastewater sedimentation tank regulator, an anoxic baffled anaerobic reactor pool, an aerobic contact oxidation pond, a secondary sedimentation tank, a sand filter and a clean water tank which are sequentially connected. The wastewater sedimentation tank regulator comprises an inlet pipe and an outlet pipe, used for regulating water quality and quantity of wastewater, and its bottom is set with a mud tube. The mud tube is connected to a sludge thickener. The anoxic baffled anaerobic reactor pool comprises a concurrent oxygen stage, an anoxic zone and an anaerobic phase. The first end of facultative segment is provided with a water inlet for supplying the waste. The oxygen segment and anoxic zone are connected at head-end. The anoxic zone and anaerobic phase are connected at head-end. The anoxic zone and anaerobic phase inlet side is set with baffle plate lower part at 45 degrees . The anaerobic phase is set with overflow weir via three-phase separator. The overflow weir is connected to the outlet pipe. The facultative segment, anoxic zone and anaerobic phase are designed with conical structure at the bottom. The tapered configuration sludge is set with discharge valve. The anaerobic baffled reactor anoxic tank and oxygen stage, and anaerobic phase hypoxia is designed as conical structure, the conical structure of methane gas collecting pipe. The aerobic contact oxidation pond is set with inlet within the lower portion. The inlet pipe lower part is set with water distribution cone. The water distribution cone lower portion is set with aeration control system. The aeration control system comprises a diffuser, blower and dissolved oxygen measurement control device. The aeration plate is provided with uniform pore sized microporous aeration disc. The diffuser aeration tube is connected to the blower. The blower is provided on the outer aerobic contact oxidation pond. The upper aerobic oxidation pond, wastewater underwater oxygen measuring is set with control device. The dissolved oxygen measuring device working is according to the oxygen capacity blower regulation. The pipe upper portion is set with filler. The aerobic contact oxidation pond is set with outlet weir. The aerobic contact oxidation pond outlet pipe is connected to the secondary sedimentation tank. The bottom of the secondary sedimentation tank is set with a sludge return exhaust system. A part of the sludge is returned to the anaerobic baffled reactor anoxic pool and aerobic contact oxidation pond. The sludge is discharged into the sludge thickener. The solid waste treatment system includes a sludge thickener, a sludge filter press room, a solid waste mixing tank and a composting pool. The sludge thickener, the sludge filter press room, solid waste mixing tank and composting pool conical top is set with a pool cover. The top cover of the cone is placed with fans. The odor treatment system includes a collection tube, fans and odor treatment integration device. The integration device from the bottom up includes a photocatalytic oxidation zone, an alkaline cleaning zone, a mist eliminator, an activated carbon adsorption layer and an exhaust fan. The photocatalytic oxidation zone is located in the lower part of the entire device. The alkali wash aggregating device lower end diameter is smaller than the base lotion store tank uppermost diameter. The stench of caustic alkali wash assembly is set with dosing device and the discharge device. The lotion base and discharge device includes alkali wash tank and a stirring device, and connected to alkali wash circulation pump through pipes and valves. The base wash spray device is useful for spiral spraying device. The defogger is useful for baffle plate demister or swirling. The integrated odor processing device is intermediate cylindrical in shape. The odor processing integrated device bottom is set with three legs. An INDEPENDENT CLAIM is also included for wastewater treatment method using cultivation field integrated waste treatment system, comprising: passing wastewater into wastewater sedimentation tank regulator through the inlet pipe to regulate water quality and quantity, discharging the precipitate into sludge thickener via pipe; passing the wastewater into the inlet pipe of anaerobic baffled lower anoxic reaction tank by anaerobic baffled reactor anoxic pool and oxygen stage, then passing into anoxic baffled anaerobic reactor pool, trailing edge of the baffle plate forward and down, then passed via oxygen section; then passing into wastewater precipitation tank regulator, anoxic baffled anaerobic reactor pool, aerobic contact oxidation pond and secondary precipitation tank sludge generated into the sludge thickener; sludge thickening pool concentrated sludge is pumped back into the sludge filter press room, concentrating and discharging into the precipitation tank, then passing into filter press sludge, mixing via mixing tank, composting in aerobic composting pool using solids compost as agricultural fertilizer, discharging the filtrate into the wastewater precipitation pressure regulator, the stench from farming workshop, aerobic contact oxidation pond, sludge thickener, sludge filter press room, solid waste mixing tank and compost pool fan is collected in odor treatment system through the exhaust pipe; passing the odor into photocatalytic oxidation zone, where odor pollutants are broken down into small molecules of substances, gas continues to rise and passed into alkali wash spray device, gas pollutants react chemically with sodium hydroxide, the reaction product with a base lotion inflows into base lotion store tank, gas passes into defogger, gas is blocked and moves into activated carbon adsorption layer. The inclusion of the substance in the gas and droplets are adsorbed, processing odor into clean gas to achieve discharge standards.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic representation of the cultivation field integrated waste treatment system (Drawing includes non-English language text).