NOVELTY - Fungi decomposing waste processing system comprises waste decomposing-fungi culture liquid storage container, organic sticky substance storage tanks, and fungi decomposing device used for decomposing waste. The waste decomposing-fungi culture liquid storage container is fixed to a gas pressurizing jar and an organic sticky substance discharging tanks. The waste decomposing-fungi culture liquid storage container is fixed to an organic sticky substance storage tank body. The outer side of waste decomposing-fungi culture liquid storage container is fixed to gas pressurizing jar.    USE - Used as a fungi decomposing waste processing system.    ADVANTAGE - The system has wireless detection function (claimed); exhibits can effectively reduce the formation rate of organic sticky substance; is environmental friendly, and economical; solves the unresolved defects during fungi decomposition of non-toxic waste; prevents the adsorption of impurities by an adsorbent material in the waste pretreatment system having low feasibility; and decreases the viscosity of viscous organic.    DETAILED DESCRIPTION - Fungi decomposing waste processing system comprises waste decomposing-fungi culture liquid storage container, organic sticky substance storage tanks, and fungi decomposing device used for decomposing waste. The waste decomposing-fungi culture liquid storage container is connected to a gas pressurizing jar and organic sticky substance discharging tanks. The waste decomposing-fungi culture liquid storage container is connected to an organic sticky substance storage tank body. The outer side of the waste decomposing-fungi culture liquid storage container is connected to the gas pressurizing jar and organic sticky substance discharging tank body which are used for decomposing similar bacteria, and is connected to a waste decomposing device. The waste decomposing device is used for decomposing waste and fungi-derived gas, and is mounted with a gas concentration sensor and a transmission channel. The transmission channel is used for transmitting organic sticky substance, under a flow rate of gas decomposing waste. A second conveying channel is set with a second infusion channel which is used for conveying organic sticky substance. The upper end of the waste decomposing device used for decomposing bacteria is mounted with a rotary blade of a rotary pole, a humidity control system, a gate and an air channel. The other upper end of the waste decomposing device used for decomposing waste is set with a pipeline of a connecting piece, a rubber gasket and a anti-leakage proof protecting tray. The waste decomposing-fungi culture liquid storage container is provided with a nutrient solution. The top part of a liquid pressure jar is connected to the transmission channel. A first transmission channel located on the other end of the waste decomposing device and to the organic sticky substance storage tanks. A second liquid pressure jar is connected to one end of the organic sticky substance storage tanks by the first conveying channel, while the other side of the organic sticky substance storage tanks is connected to the waste decomposition device by the first conveying channel. The gas pressurized cylinder is used for measuring the decomposition of waste-derived gas using a flow rate sensor, and simultaneously measures the fungi decomposing waste by using an air guide channel located on the upper end of the waste decomposition device. The gate and an airbag are attached to a hollow cylindrical body. The other end of the gate is connected to the waste decomposition device. A gas concentration sensor is used for measuring the concentration of decomposing waste. The humidity control system is used for measuring flow rate of gas derived from decomposition of waste used in detection of fungi decomposing waste, and is connected to a central processing system.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic representation of the fungi decomposing waste processing system.