46results about How to "Realize pooling" patented technology

The invention discloses a novel assembly type planting roof drainage groove. The novel assembly type planting roof drainage groove comprises a drainage blind groove, a three-way drainage assembly anda four-way drainage assembly. The drainage blind groove is a groove body with two ends opened. A protruding strip is arranged at one end of the drainage blind groove. A groove used for the protrudingstrip to insert in formed in the other end of the drainage blind groove. Water storing holes are formed in the lateral face of the drainage blind groove. The three-way drainage assembly comprises three openings. A protruding strip is arranged at one opening. A groove used for the protruding strip to insert is formed in one opening. A drainage opening is formed in another opening. The four-way drainage assembly comprises four openings. A protruding strip is arranged at one opening. A groove used for the protruding strip to insert is formed in one opening. A protruding strip / groove used for theprotruding strip to insert is formed in the rest two openings. The openings provided with the grooves can be matched with the openings provided with the protruding strips in an up and down mode to achieve sealing connection. Ventilation pipe inserting openings are formed in the upper portion of the three-way drainage assembly and / or the four-way drainage assembly. The structure is simple, assembling is flexible and convenient, mounting difficulty is little, and mounting space requirements are few.

The invention discloses an energy router based on a direct-current micro-grid inverter and a load distribution control method of the energy router. The energy router comprises n input ports, n buck-boost conversion circuits, n diodes and one output port; n is a positive integer; the input end of each buck-boost conversion circuit is connected with one input port, and the output end of each buck-boost conversion circuit is connected with one diode in series; the output ends of all the diodes are all connected to the output port in parallel; and when in use, each input port is connected with anexternal direct-current power supply, and the output port is connected with an external direct-current bus. The energy router is simple in structure, easy to implement and higher in accuracy.

The invention discloses a neodymium iron boron waste double-flash supergravity slag metal melting comprehensive recovery method. According to the method, neodymium iron boron waste and oxygen-rich airare sprayed into a reaction tower through a spray nozzle, the materials float down to the lower end from the upper end of the reaction tower in a highly dispersed floating state, and rare earth and iron in the materials are fast and fully oxidized; oxidation products and reducing gas are sprayed into another reaction tower through a spray nozzle, most of ferric oxide is reduced into metal iron, and the small amount of iron not reduced is reduced into metal iron when passing through a molten coke layer; and molten iron and rare earth slag high-temperature mixed melt enters a supergravity slagmetal melting device, under the effect of supergravity, molten iron permeates porous ceramic filter film, rare earth slag is retained in a drum, accordingly, efficient enriching and separation of therare earth and iron in the neodymium iron boron waste is achieved, the defects that a traditional neodymium iron boron waste treatment method is long in process, high in energy consumption, large in acid dissolution iron slag amount, low in rare earth recovery rate, difficult in iron resource recovery are overcome, and the economic and environment friendliness benefits are good.

The invention relates to a vertical axis wind power generation system start-up control method and a wind power generation system. When the wind power generation system is started up, a centralized net-connected controller starts net connection and controls various control switches to be off; a machine side controller drags the corresponding vertical axis wind power generator to rotate to the set start-up speed; and the working mode of the vertical axis wind power generator is switched to the power generation mode, thereby carrying out wind power generation. The start-up method can control the vertical axis wind power generator to be effectively started up, thereby solving the problem of difficulty in starting up the vertical axis wind power generator.

The invention discloses a wind cloud satellite remote sensing surveying and mapping data management system, which comprises a data management server, a data extraction module, a data conversion module, a data classification module and a data fusion module, and is characterized in that the data extraction module, the data conversion module, the data classification module and the data fusion module are in communication connection with the data management server. The system is connected with databases of different types, receives data files of different file formats, extracts wind cloud satellite remote sensing surveying and mapping data from the databases and the data files, converts the wind cloud satellite remote sensing surveying and mapping data extracted by the data extraction module into text data, classifies the text data converted by the data conversion module and performs data fusion on the text data classified by the data classification module, thereby realizing collection of multi-source wind cloud satellite remote sensing surveying and mapping data, enhancing the classification accuracy of the wind cloud satellite remote sensing surveying and mapping data and improving the utilization efficiency of later data.

The method comprises: 1) collecting agriculture information, and sending the information to the analyzing and processing module; 2) classifying the agriculture information; 3) based on the attributes of user, releasing the agriculture information; 4) transmitting the agriculture information through network; 5) users receives the information through communication terminal.

The invention relates to a tail gas scrubber using a gas-liquid separation membrane, which consists of a tower body (1) and a fixed part (2) located below the tower body (1). A cover-shaped top (11), an arc-shaped bottom (13) located below, and a hollow cylindrical middle part (12) located between the top (11) and the bottom (13); it is characterized in that: The interior of the tower body (1) is separated by the first separation membrane (1j), the second separation membrane (1k) and the third separation membrane (1l) arranged in sequence from the top (11) to the bottom (13). Outlet chamber (1m), first separation chamber (1n), second separation chamber (1p) and bottom deposition chamber (1q); said first separation membrane (1j), second separation membrane (1k); The liquid separation membrane improves the gas-liquid separation effect and facilitates the effective discharge of gas. At the same time, the cost is low, it is convenient for later cleaning and maintenance, and it is convenient to use.

The invention relates to a condensation solar water heater. The water heater comprises a condensation assembly and a heating assembly, wherein the condensation assembly comprises a condensation plate,the condensation plate comprises a spherical reflecting plate, a reflecting layer is arranged on the surface of the reflecting plate, the condensation plate is connected with a retroreflector througha support, and the retroreflector is located at the sphere center position of the spherical reflecting plate; a light collecting cylinder is arranged at the center of the spherical surface of the condensation plate, a light collecting lens is arranged at one end of the light collecting cylinder, the light collecting lens is located on one face, provided with a reflecting layer, of the light collecting plate, a condensation assembly is arranged at the other end of a reflecting cylinder, the condensation assembly further comprises a light guide cylinder installed in the reflecting cylinder, a condensation lens is arranged in the light guide cylinder, and an enoscope is further arranged in the light guide cylinder; and the heating assembly comprises a connecting cylinder which is fixedly connected with the light guide cylinder, a heat collecting cylinder with an annular section is arranged in the connecting cylinder, an annular heat collecting cavity is formed in the heat collecting cylinder, and a light-transmitting hole is formed in the annular middle of the heat collecting cylinder.

The invention discloses a neodymium iron boron waste acid-leaching slag flashing-reduction super-gravity metal-slag melting and separating comprehensive recycling method. The method comprises the following steps: uniformly mixing neodymium iron boron waste acid-leaching slag and a fluxing agent, spraying the mixture together with reduction gas into a high-temperature vertical reaction tower spacevia a spray nozzle, wherein a majority of iron oxide in the material is reduced into metal iron, little iron which is not reduced is reduced into metal iron when passing by a hot coke layer arranged above a settling pond, and rare earth in the material is mixed with the slag in an oxide form; discharging the molten iron and rare-earth slag high-temperature mixed melt into a super-gravity metal-slag melting and separating device, under a super-gravity effect, enabling the molten iron to pass through a porous ceramic filter membrane, intercepting the rare-earth slag in a rotary drum, so that therare earth and the iron in the neodymium iron boron waste can be efficiently concentrated and separated, the defect that the traditional neodymium iron boron waste acid-leaching slag is difficult tocomprehensively recycle can be overcome, and the economic benefit and the environmental protection benefit are good.

The invention discloses a vertical engine oil complete recycling and filtering structure and method for an engine crankcase. An engine oil filtering tank is vertically mounted in and communicated with the interior of the crankcase, the middle section of the engine oil filtering tank is provided with a gas buffering and recycling cavity, the bottom of the engine oil filtering tank is provided with a liquid-gas inlet and outlet connected to the interior of the crankcase, and a small air outlet is formed in the top of the engine oil filtering tank; and the upper section of the engine oil filtering tank is provided with a filtering chamber, the top of the filtering chamber is provided with a small air outlet, the bottom of the filtering chamber is provided with a perforated partition plate mounted on the inner wall of the engine oil filtering tank, and the engine oil filtering element is placed in the filtering chamber. According to the innovative structure, the integrated design of an engine is optimized on the whole, the recovery rate and recovery quality of engine oil are improved, and therefore the quality of the engine is improved on the whole, and the maintenance cost is reduced.

The invention relates to a vertical axis wind power generation system start-up control method and a wind power generation system. When the wind power generation system is started up, a centralized net-connected controller starts net connection and controls various control switches to be off; a machine side controller drags the corresponding vertical axis wind power generator to rotate to the set start-up speed; and the working mode of the vertical axis wind power generator is switched to the power generation mode, thereby carrying out wind power generation. The start-up method can control the vertical axis wind power generator to be effectively started up, thereby solving the problem of difficulty in starting up the vertical axis wind power generator.

The invention discloses a garbage collection station suitable for a residential area. The garbage collection station comprises a garbage can body, a recycling assembly and a purifying assembly, wherein the interior of the garbage can body is divided into a plurality of garbage cans through a plurality of baffles arranged in parallel; the recycling assembly comprises a sewage tank, a sewage tank and a water collecting tank; the bottom of each garbage can is provided with a recovery ditch enabling leachate to automatically flow into the sewage tank; the water collecting tank is located at one end of the sewage tank and flushes the sewage tank, and the sewage tank is located at the other end of the sewage tank and collects flushing liquid; the purifying assembly comprises an air exhaust fan and a purification chamber; and the air exhaust fan exhausts air from each garbage can, and the air is conveyed into the purification chamber, filtered, adsorbed and deodorized through a purification component in the purification chamber and then discharged. The garbage collection station suitable for the residential area is simple in structure, not only achieves collection, flushing and collection of garbage leachate and avoids overflow of the garbage leachate, but also effectively achieves purification treatment of peculiar smell of garbage and avoids pollution to the surrounding environment.