36results about How to "Scientific and rational use" patented technology

The invention discloses a multi-node AC test method implemented by the aid of fatigue test machines matched with 4U jigs, and belongs to the field of server test technologies. The multi-node AC test method implemented by the aid of the fatigue test machines matched with the 4U jigs includes executing test scripts on main test nodes and enabling the main test nodes to execute waiting operation if detected auxiliary test nodes are in on startup and shutdown states; enabling the main test nodes to execute shutdown operation if the detected auxiliary test nodes are in off startup and shutdown states; carrying out AC power off after the main test nodes detected by the fatigue test machines are shut down, keeping time for power-off time delay and powering up the test nodes again after the time for the power-off time delay of the fatigue test machines is up. The power-off time delay is set for the fatigue test machines. The multi-node AC test method implemented by the aid of the fatigue test machines matched with the 4U jigs has the advantages that test resources can be scientifically and reasonably utilized, the test efficiency can be improved, and accordingly the multi-node AC test method has excellent popularization application value.

The invention provides a real-time traffic guidance and control integrated system and an implementation method thereof. A real-time traffic guidance and control integrated coordination system is applied to the network traffic flow. The real-time traffic guidance and control integrated system comprises an information acquisition and processing module and a guidance and control integrated module, wherein the information acquiring and processing module comprises an information acquisition unit which is arranged on an information acquisition site and is used for acquiring traffic information and an information processing unit for pre-processing the traffic information; the guidance and control integrated module comprises a signal control optimizing unit for producing traffic control parameters, a traffic state judging unit for producing initial traffic state information and a traffic state issuing unit for producing road traffic state information; and the guidance and control integrated module receives the pre-processed traffic information and generates a traffic control and guidance scheme applied to the network traffic flow.

The invention relates to an irrigation decision making method based on big data. The method comprises the steps of obtaining farmland environment monitoring data; constructing an irrigation forecasting model according to the environmental monitoring data of the farmland, and determining a predicted irrigation water demand of the farmland by utilizing the irrigation forecasting model; and accordingto the predicted irrigation water demand of the farmland and the attribute information of each piece of field in the farmland, determining the target irrigation water quantity of each piece of fieldin the farmland by utilizing a pre-trained irrigation decision model. The device comprises a data acquisition module, an irrigation water demand prediction module and an irrigation decision making module which are electrically connected in sequence. A server includes: one or more processors; a storage device which is used for storing one or more programs, wherein when the one or more programs areexecuted by the one or more processors, the one or more processors implement the formulating method. A computer-readable storage medium on which a computer program is stored, the program implementes aformulating method when being executed. The utilization rate of irrigation water resources is improved.

The invention provides non-autoclaved aerated concrete containing bauxite tailings and a preparation method thereof. The non-autoclaved aerated concrete is prepared by taking bauxite tailing powder, fly ash, lime, gypsum, cement, water, aluminum powder paste and an additive as raw materials. The preparation method comprises the following steps: converting non-active minerals into high-activity aluminum oxide and silicon oxide by adopting the high-temperature-treated bauxite tailings; then generating a new product by aluminum oxide and silicon oxide under a non-autoclaved condition, wherein thenew product can exist stably so that the specific strength of the aerated concrete is improved. The invention provides a novel bauxite tailing comprehensive utilization manner; recycling of industrial solid wastes can be realized so that the non-autoclaved aerated concrete has profound environment protection meaning and social benefits.

The invention discloses a making process of composite beef granules rich in collagen components. The making process comprises the following steps of curing bovine lungs, curing beef, performing extrusion, performing die compaction, performing dicing, performing drying and performing aftertreatment. The whole steps do not need extraction treatment, collagen in the bovine lungs is directly utilized,the utilization rate is higher, unnecessary procedures are reduced, and bovine lung resources are scientifically and reasonably utilized. The cured bovine lungs and beef are subjected to extrusion treatment to obtain tissue components with new structures, so that subsequently developed composite beef granule products have excellent collagen digestion and absorption effects. Meanwhile, according to the beef granules prepared by the method, collagen is easier to digest and absorb, and through verification of a three-stage digestion and absorption model, the absorption rate is increased by 12%-22% in terms of the content of hydroxyproline, the slag breaking rate is also reduced, and the slag breaking rate of a finished product of the composite beef granules is reduced by 4%-7%. The method has the advantages of simple process, high material utilization rate and high nutritional value of the product.

The invention discloses a preparation technology of methanol-to-hydrocarbon combustion gas for urban pipelines, and relates to the technical filed of application methods of a methanol substituent fuel. The technology comprises the following steps: preheating methanol, carrying out heat exchange to gasify methanol, introducing the gasified methanol into a superheater, heating, and carrying out a catalysis reaction on the heated gasified methanol under the catalysis of a catalyst to generate C1-C5 component-containing hydrocarbon combustion gas. The hydrocarbon combustion gas can be introduced into the urban pipelines and can be used by people. The technology converting methanol into the hydrocarbon combustion gas has good economic benefit, and improves the calorific value of the raw material methanol to 28372KJ/KG from 20083KJ/KG, so the calorific value increases by 41.27%; and the caloric power of CH of methanol is completely released, energy consumption in the methanol conversion process is small, and reaction heat heats the raw material through the heat exchanger and is fully utilized, so the energy saving benefit is high.

A high-efficiency multifunctional energy-saving stove, belonging to stoves, has a dust-cleaning sealed door (1), a fuel-delivery sealed door (20), a stove ring (18) on the top, a main water bag (37) around it, and an inlet The water pipe (31) and the tuyere (32), the stove body are connected with the flue gas lower flue chamber (8) and the rear flue chamber (43) below the flue gas heat utilization pot (7) through the flue gas exhaust pipe (17), and through The waste heat is connected with the front smoke chamber (41) with the fire pipe (9), and there are a water outlet pipe (12) and a chimney (40) above the flue gas utilization pot (7), and a steam valve (14) is installed on the water outlet pipe. The micro-pressure safety valve (15), the water level gauge (11) and the electric contact thermometer (16) are connected to the heat preservation water tank (10) through the U-shaped outlet water seal safety pipe (13). Fuel heating can be used for frying, boiling, and steaming various foods, and it can also provide clean and hygienic boiling water and hot water. When the stove is resting after cooking, the coil heat exchanger can be used to absorb 70~ 80% heat, more boiled water and hot water can be obtained, and the invention can ensure safe, economical and energy-saving operation.

The present invention discloses a quartz sand purification system without the washing procedure. The quartz sand purification system without the washing procedure comprises an acid pickling device, a filtering device, a drying device and a finish machining device, and quartz sand materials are sequentially transferred among the acid pickling device, the filtering device, the drying device and the finish machining device; the drying device comprises a fluidized bed dryer, a material inlet of the fluidized bed dryer is connected with a stock bin, and a material outlet is connected with a collecting bin. A hot air inlet of the fluidized bed dryer is sequentially connected with a heating furnace, an air blower and an air filter, a hot air outlet is sequentially connected with a cooler, a multi-stage dust removal device, a multi-stage water absorption device and an acid mist absorption tower through pipelines, and a gas outlet of the acid mist absorption tower is communicated with the atmosphere. According to the invention, deacidification in a washing process can be satisfied, a large amount of environmental protection and production investment are saved, water and wastewater treatment operation cost is saved, production cost is reduced, and an impurity removal effect can be further achieved in a fluidized bed drying process.

The invention relates to the technical field of corn cultivation. The invention discloses a method for cultivating corn through high-ridge film mulching. The method comprises the following steps: 1) ridge culture field: the ridge height after soil preparation is 20-25 cm, and according to formed ladder-shaped ridges, the ridge bottom width is 120-130 cm, and the ridge top width is 90-100 cm; 2) film mulching: a mulching film with the breadth of 80-100cm and the thickness of 0.008 mm is selected for film mulching; and 3) mechanically sowing and fertilizing: the soil is regularly watered and irrigated, hoeing, insect killing and fertilization are carried out until the corns are mature, the corns are harvested, and therefore, the cultivation of the corns is completed. According to the method, the yield of the corns is greatly increased by changing the planting mode, shrinking ridges and increasing rows and performing film mulching planting.

The invention discloses a method for culturing photosynthetic bacteria by using membrane concentrated biogas slurry. The method comprises the following steps: detecting the content and pH value of nitrogen, phosphorus and potassium in the membrane concentration biogas slurry, diluting the concentrated biogas slurry according to the content of nitrogen, phosphorus and potassium, directly culturing photosynthetic bacteria by using the diluted membrane concentration biogas slurry as a culture solution, controlling the inoculation amount to be 10% of the volume of the culture solution, after inoculation, performing placing under the illumination intensity of 3000-5000Lux at the temperature of 30 DEG C, and performing culturing for 5-7 days. The membrane concentration biogas slurry is adopted as a culture solution of the photosynthetic bacteria, nutrient substances are richer after the biogas slurry is concentrated, nutrient substances do not need to be manually added any more, the dilution ratio of the concentrated biogas slurry is determined by detecting various indexes such as the nitrogen, phosphorus and potassium salt degree of the concentrated biogas slurry, and it is ensured that the concentrated biogas slurry meets the growth requirement of the photosynthetic bacteria. Most of microorganisms and all solid particles in the biogas slurry subjected to membrane concentration are removed.

The invention provides a stable and efficient composition for dephosphorization. The composition comprises lanthanum lactate hydrate and pharmaceutically acceptable proper auxiliary materials, wherein the average value of crystalline water in the lanthanum lactate hydrate is 0.5-6.0. The composition is applied in the form of oral administration, and the clinical daily dosage on the basis of anhydrous lanthanum lactate is 0.05-2.0g. The composition provided by the invention is free of aluminum and calcium, thereby avoiding the side effect of aluminosis, angiosteosis or the like of the patient due to taking of aluminum and calcium. The active component of the composition exists in the form of lanthanum lactate hydrate, so the solubility is high, and thus, the consistent high-level phosphorus combining capacity in vivo and in vitro can be always kept without being dependent on pH. The composition solves the problems of high consumption, high cost, poor mouthfeel and severe adverse reactions, including nausea, emesis and the like, in other lanthanum-containing dephosphorization medicines. The invention also provides a method for preparing the lanthanum lactate hydrate in the composition.

The method discloses a pulping paper making method. It includes preparing raw material, boiling pulping, and using paper pulp to manufacture paper. The preparing raw material includes cutting a Canada yellow flower into flap with 2-3cm length, 1-2cm width, 3-5mm thickness and drying it to form herbage absolute dry raw material. The boiling pulping includes adding sodium hydroxide and modification anthraquinone into herbage absolute dry raw material to form solid raw material in proportion of 206-284 : 0-2: 1000, and adding water with 1: 3.5-4.5 solid liquid weight ratio; controlling the temperature between 155 to 165 centigrade degree, and time between 90 to 120min. The invention can reduce wood using consumption, and manufacture high quality paper.