A fungus decomposition garbage treatment system with wireless detection function

Abstract

The invention discloses a bacteria decomposed waste disposal system with a wireless detection function. The system comprises a container for storing a bacterial culture solution for decomposing waste, a tank body for storing organic sticky substances and a tank body for discharging the organic sticky substances, wherein a sensor for detecting concentration of derived gas of decomposed waste, a humidity control system, and a sensor for detecting flow velocity of the derived gas of the decomposed waste, which are connected with a central processing system for wireless detection of bacteria decomposed waste. According to the structure, the wireless detection of the bacteria decomposed waste can be realized; by adoption of the system, the generation speed of the organic sticky substances can be effectively decreased, so-far-unresolved defects of lack of environmental protection and innocuity in bacteria decomposed waste disposal systems are overcome, and the condition that the construction cost of ancillary facilities is increased due to the fact that the workability of an adsorbing material for adsorbing impurities in a waste disposal system during pretreatment is not high is avoided; meanwhile, the viscosity of the organic sticky substance is reduced.

Description

technical field [0001] The invention belongs to the technical field of fungus-decomposed garbage, and in particular relates to a fungus-decomposed garbage processing system with a wireless detection function. Background technique [0002] The method of fungi decomposing garbage is becoming more and more common around the world. However, it has been accompanied by a lot of defects for a long time, that is, a lot of organic slime is often generated during the process of fungi decomposing garbage, so How to reduce the generation rate of organic slime, keep it constant, be environmentally friendly and non-toxic is the unsolved defect of the fungus-decomposed garbage treatment system, and the additional adsorbent materials used in the fungus-decomposed garbage today The pretreatment of adsorbed impurities in the garbage treatment system must be cleaned, analyzed and channeled, which is not feasible and increases the construction cost of auxiliary facilities; when the garbage is d...

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Problems solved by technology

Including containers for fungus culture solution for decomposing garbage, tanks for storing organic slime, decomposition equipment for fungi to decompose garbage, containers for fungal culture solution for decomposing garbage, gas pressurization cylinders, and discharge The tank of organic matter slime, the container for storing the fungus culture solution for decomposing garbage, the tank for storing organic matter sticky matter, the container for pouring out the fungus culture solution for decomposing garbage, the gas pressurized cylinder, and the container for discharging organic matter sticky The tanks of the objects are respectively connected with the decomposition equipment used for the fungus to decompose the garbage. The outer surface of the decomposition equipment used for the fungi to decompose the garbage is equipped with a derivative gas concentration sensor for decomposing the garbage, a first infusion channel, and a channel for viscous organic matter. The first delivery channel for waste, the flow rate sensor for measuring the derivative gas of decomposed garbage, the second infusion channel and the second delivery channel for organic sticky matter, and the upper end of the decomposition equipment used for fungus to decompose garbage is installed A rotating rod with rotating blades at the bottom, a humidity control system, a gate and an air guide channel. In addition, the upper end of the decomposition equipment for fungi to decompose garbage is leak-proof through pipeline connectors, rubber gaskets and anti-leakage trays; storage and decomposition The container of the fungus culture solution of the garbage, the first liquid pressurized cylinder and one end of the first infusion channel are connected in sequence, and the other end of the first infusion channel is connected with the decomposition equipment for the fungus to decompose the garbage; The tank body, the second liquid booster cylinder and one end of the first conveying channel for organic sticky matter are connected in sequence, and the other end of the first conveying channel for organic matter sticky matter is connected with the decomposition equipment for fungi to decompose garbage connected; the gas pressurized cylinder is connected to the air guide channel at the upper end of the decomposition equipment used for fungus to decompose garbage through the flow rate sensor used to measure the derived gas of decomposed garbage, one end of the gate, the air bag and the hollow cylindrical body are connected in sequence, and the gate of the gate The other end is connected to the decomposing equipment used for fungi to decompose garbage. The decomposed garbage derived gas concentration sensor, humidity control system and flow rate sensor used to measure the decomposed garbage derived gas are all used for the wireless detection of fungi decomposed garbage. The central processing system is connected; through such a structure, the wireless detection when the fungus decomposes the garbage can be realized, and it can effectively reduce the generation speed of organic slime, which is environmentally friendly and non-toxic. Solve the defects, and can also avoid the problem that the feasibility of the adsorbent material in the pretreatment of the adsorbed impurities of the garbage disposal system is not high and increase the construction cost of the auxiliary facilities; finally, it can also make the organic sticky matter viscous reduced

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