33results about How to "Easy to deal with separately" patented technology

An intelligent, energy-saving and environment-friendly organic waste treatment device, comprising a cylinder body, a rectangular box is installed on the inner wall of the upper end of the cylinder, a fifth through hole is opened on the top of the rectangular box, a feeding funnel is installed on the top of the rectangular box, and the inner walls on the left and right sides of the rectangular box are Horizontal hydraulic telescopic rods are all installed, the first piston block is installed on the left side of the rectangular box, the second piston block is fixedly connected to the right hydraulic telescopic rod, several crushing blades are fixedly installed on the outer wall of the upper end of the rotating shaft, and the first oblique For the gear, the output shaft outer end of the motor is fitted with the second helical gear, and the first helical gear and the second helical gear are installed in cooperation. The present invention can realize a series of automatic pulverization and drying treatment of organic waste by adding organic waste into the funnel, which reduces labor and saves power sources, makes the structure of the present invention as simple as possible, easy to maintain, and the processed organic waste It facilitates the subsequent incineration treatment, so that the organic waste can be fully burned, thereby protecting the ecological environment from being damaged.

The invention provides a floating oil recovery system of emulsion for hot rolling of aluminum wire rods, and relates to the technical field of electrolytic aluminum production. The slick oil recovery system for the emulsion for hot rolling of aluminum wire rods includes a slick oil recovery system for the emulsion for hot rolling of aluminum wire rods, which may mainly include: a body, an oil skimming mechanism, an oil absorption mechanism and a demulsification mechanism. There is an oil tank on the fuselage. The oil skimming mechanism includes a first guide rod, a first sliding sleeve and an oil catching plate. The oil suction mechanism includes suction float, square rod, piston and plug. The left side of the suction float is provided with an oil inlet, the right side is provided with an oil outlet, the lower part of the suction float is provided with a through hole, and the oil inlet is provided with a valve assembly. The plug matches the through hole and is fixed to the lower end of the square rod. The demulsification mechanism includes a horizontal screw centrifuge connected with the oil outlet, and the floating oil entering the oil inlet flows into the horizontal screw centrifuge from the oil outlet to separate the solid phase and the liquid phase, so as to be processed separately.

The invention discloses an excrement solid-liquid separation device which comprises a separation cavity, a solid cavity and a baffle. A solid outlet and a liquid outlet which are separated are formed in the bottom of the separation cavity. The solid cavity is located below the separation cavity. The solid cavity is communicated with the solid outlet. The baffle is movably arranged at the solid outlet to open or close the solid outlet. When excrement is discharged into the separation cavity, the baffle closes the solid outlet. According to the excrement solid-liquid separation device, liquid and solid in excrement is sequentially discharged into the separation cavity through the baffle; the excrement solid-liquid separation device is low in energy consumption, simple and reasonable in layout, capable of reducing environment pollution, beneficial to sequential independent treatment of urine and feces and capable of lowering the consumption of water for treatment.

A submerged electrochemical in-situ nutrient enrichment device and a method for removing nutrient salt in surface water relate to a nutrient salt enrichment device and method. The purpose is to solve the problem of poor effect of chemical and biological methods on nutrient treatment. The device consists of an anode chamber, a cathode chamber, a power supply, an anode, a cathode, an anion exchange membrane and a cation exchange membrane; one side wall of the anode chamber and the cathode chamber is an open opening and is covered with an anion exchange membrane and a cation exchange membrane respectively; the anion exchange membrane and The cation exchange membranes are arranged opposite. Submerge the anode chamber and cathode chamber in nutrient salt-contaminated water to apply voltage, collect the concentrated phosphate and ammonium salt solutions obtained in the anode chamber and cathode chamber, add magnesium chloride after mixing and adjust the pH to generate struvite, and realize the final elimination of nutrient salt. remove. The device of the invention can in-situ enrich the nutrient salt in the polluted water body, the removal rate of ammonia nitrogen can reach more than 90%, and the removal rate of phosphorus can reach more than 89%. The invention is suitable for removing nutrient salts in surface water.

The object of the present invention is to provide a tool and a detection method for detecting the bending rate of the transmission line iron tower material, which are used to solve the technical problem of detecting the bending degree of the transmission line iron tower material. The utility model relates to a tool for detecting the bending ratio of iron tower materials of transmission lines, which includes a detection frame mechanism, a curvature detection mechanism, a graded and marked mechanism, a fixed-distance transmission mechanism, an end support mechanism and a control system. The curvature detection mechanism is used to detect the curvature of the tower tube; the classification labeling mechanism is used to grade and mark the tower tube according to the detection results of the curvature detection mechanism, so as to facilitate the classification and correction of the section of the tower tube; the fixed-distance transmission mechanism , used to convey the tower tube to the detection frame mechanism in gaps and segments, so as to facilitate the segmented detection of the tower tube; the end support mechanism is used to lift the tower tube to prevent the tower tube from being bent due to the weight during transmission, However, it interferes with its own curvature, causing detection errors.

The invention discloses a multifunctional sludge treatment aeration tank. A separation screen horizontally arranged is arranged in the middle of an aeration tank body, and the tank body is divided into a sewage area and a sludge area through the separation screen. A feeding port and a discharging port are formed in the two ends of the tank body respectively. A first-level treatment device, a second-level treatment device, a third-level treatment device and a fourth-level treatment device are arranged between the feeding port and the discharging port in sequence. The first-level processing device is a perpendicular stirring paddle, the second-level treatment device is a transverse stirring paddle, the third-level treatment device is a ventilation ring, and the fourth-level treatment device is a T-shaped sterilization table. The perpendicular stirring paddle and the transverse stirring paddle are arranged in the sludge area. According to the multifunctional sludge treatment aeration tank, due to the combined action of the four sets of treatment devices and the separation screen, aeration of sewage and sludge can be completed in the aeration tank, meanwhile, primary separation operation and sterilization operation of sludge and sewage are completed, sludge and sewage are conveniently treated respectively, and the production technology for sewage and sludge is optimized.

The invention discloses a scrap tire hub hydraulic detaching machine which comprises a rack. 3-4 hydraulic cylinders are oppositely and circumferentially arranged on the upper end face of the rack, and oil circuits of the hydraulic cylinders are connected with a hydraulic driving device through a reversing valve. One ends, close to the outer edge, of the hydraulic cylinders are fixedly connected with the rack, and one ends, close to the center, of the hydraulic cylinders are provided with pressure heads. Spaces for containing tires are reserved between the pressure heads, and guide rails which are arranged in a radial mode are arranged on the upper end face of the rack by corresponding to the pressure heads. The pressure heads are matched with the guide rails in a sliding mode. A method for detaching the scrap tires with the detaching machine comprises the following steps that the tires are placed between the pressure heads and the hydraulic driving device is started to extrude the tires centripetally; the reversing valve is reversed, and piston rods of the hydraulic cylinders retracts; by means of the steps, steel inner rings of the tires and rubber outer rings of the tires are naturally separated. By the adoption of the centripetal device and centripetal method, the steel inner rings of the tires are extruded and deformed through extrusion, and the diameters of the inner rings of the tires are shorted, and therefore the rubber outer rings of the tires can be conveniently separated from the steel inner rings of the tires.

The invention relates to a method for preparing high-quality diesel oil by increasing a cetane number through non-hydrodesulfurization. The method comprises the following steps of: mixing light straight-run diesel oil or coking diesel oil or catalytic diesel oil or a mixture of the light straight-run diesel oil, the coking diesel oil and the catalytic diesel oil in any ratio with a solvent, and adding the mixture into a light diesel oil extraction column for extracting; and mixing heavy straight-run diesel oil or heavy coking diesel oil or heavy catalytic diesel oil or a mixture of the heavy straight-run diesel oil, the heavy coking diesel and the heavy catalytic diesel in any ratio with a solvent, and introducing the mixture into a heavy diesel oil extraction column for extracting. Compared with the ordinary diesel oil hydrogen refining way, the method has the advantages of no consumption of hydrogen, diversified treated raw materials and capability of treating the straight-run diesel oil, the catalytic diesel oil and the coking diesel oil and the mixture of the straight-run diesel oil, the catalytic diesel oil and the coking diesel oil; moreover, aromatic hydrocarbon is separated out of diesel oil, so that the cetane number of diesel oil is greatly increased, and the solidifying point of diesel oil is lowered; lastly, light aromatic hydrocarbon and heavy aromatic hydrocarbon in diesel oil aromatic hydrocarbon can be separated from each other for separate treatment in a refinery.