344results about How to "High input-output ratio" patented technology

The invention provides a multidimensional resource scheduling system and method for a cloud environment data center, belonging to the field of cloud computing. The system provided by the invention comprises a user application request submitting module, a resource status acquiring module, a resource scheduling module, an application request priority queuing module and a virtualized physical resource pool. The method provided by the invention comprises the following steps of: firstly detecting the status information of multidimensional resources in the virtualized physical resource pool and a current application request set in the user application request submitting module, which are acquired by the resource status acquiring module; then defining an application request priority queue which is suitable for the status balanced consumption of the current multidimensional resources in the virtualized physical resource pool by using a multiple-attribute-decision-making application priority scheduling algorithm; and finally submitting the application request which has the highest priority and meets resource constraints to the cloud environment data center for execution.

The present invention belongs to the field of chemical technology, and is especially one kind of conducting water soluble polyurethane paint containing carbon nanotube and its preparation process. The conducting paint is prepared through the first modifying carbon nanotube chemically for the surface to carry hydroxyl group, carboxyl group or amino group; the subsequent introducing to polyester polyol or isocyanate terminated polyurethane pre-polymer through chemical bonding and self-emulsifying to prepare water soluble polyurethane dispersoid containing carbon nanotube; and final adding deionized water and assistants through high speed stirring to obtain the conducting paint. The conducting paint can form coating with volume resistivity of 1x10<-5>-4x10<-4. ohm.cm, surface resistivity of 1x10<-1>-2x10<2> ohm, adhesion of 0 grade, shielding effectiveness of 70-85 dB, and long term stability, and has wide application.

The invention belongs to the technical field of chemical industry, and particularly relates to an organosilicon-modified aqueous polyurethane-acrylate composite coating agent and a preparation method thereof. The method comprises the following steps of: performing hydroxyl condensation reaction by using hydroxyl-terminated silicone oil and polyoxyethylene ether to prepare polyoxyethylene ether-containing hydroxyl silicone oil resin; introducing the polyoxyethylene ether-containing hydroxyl silicone oil resin into isocyanate-terminated polyurethane prepolymer by using a chemical bonding method; preparing organosilicon-modified aqueous polyurethane-acrylate dispersion through a self-emulsification method; and finally preparing the organosilicon-modified aqueous polyurethane-acrylate composite coating agent. According to the method, the problems of poor compatibility among the three components, i. e., organosilicon, polyurethane and acrylate and poor mechanical property of an aqueous composite coating layer of the organosilicon-modified aqueous polyurethane-acrylate composite coating agent are solved well. The preparation method provided by the invention has the advantages of simple process, convenience, high product quality, high input-output ratio and the like. The coating agent has high compatibility and superior mechanical property and is a new-generation environmentally-friendly high-performance chemical product.

The invention discloses a special amino acid fertilizer-water paste for aquiculture and a preparation method thereof. The special amino acid fertilizer-water paste for aquiculture is prepared from the following raw materials in certain proportion: an amino acid solution, microelements, fermentation organic substances, inorganic fertilizers, minerals, a water quality improver, beneficial bacteria and a thickening agent. The preparation method comprises the following steps: A. production of amino acid solution namely, a. hydrolyzing; b. neutralizing; c. filtering; d. concentrating; B. production of fermentation organic substances: a. mixing: evenly mixing organic raw materials with the amino acid solution; b. inoculation: evenly mixing the organic raw materials with beneficial bacteria; c. fermentation; and C. production of amino acid fertilizer-water paste: a. chelation: heating the amino acid solution, adding microelements while stirring to perform chelation; b. mixing: sequentially adding the fermentation organic substances, inorganic fertilizer, minerals, water quality improver and beneficial bacteria, and evenly mixing; c. thickening: adding a thickening agent, and evenly mixing; d. inspection. The invention enhances the immunity of fish, reduces the occurrence of diseases, increases the culture yield of bighead, lowers the fish culture cost, and improves the fish quality.

The invention proposes an advertisement personalized display method, and the method comprises the following steps: obtaining the configuration information of advertisement visited by each user; building a database and an advertisement filtering rule; building a candidate idea set; filtering the candidate idea set, and obtaining an optimal advertisement idea; and carrying out redirection jump of a network. The method provided by the invention builds a click rate pre-estimation model according to big data, analyzes the aesthetic preference, shopping preference and game style preference of a user, and displays a material content which is the easiest for advertisement transfer in a mode of idea filtering and network redirection jump during advertisement display at each time, so as to attract the user to click the advertisement and to complete the purchase and registration, thereby meeting the personalized demands of the user. The method directly improves the input-output ratio of an advertiser.

The invention relates to a sludge treatment device. The sludge treatment device comprises a sludge conveyor, a sludge crushing forming machine and a sludge drying machine, wherein a pair of sludge crushing rollers and a pair of sludge bar pressing forming rollers, which are driven by a variable-frequency motor, are arranged inside a sludge hopper of the sludge crushing forming machine from top to bottom; a drying bin inner cavity of the sludge drying machine is divided into a drying chamber and a circulating air heating chamber, a plurality of layers of stainless steel mesh-belt conveying tables are arranged in the drying chamber, and a discharging port of the sludge hopper of the sludge crushing forming machine is arranged right above a conveying starting end of the stainless steel mesh-belt conveying table on the topmost layer in the drying chamber of the sludge drying machine. When the sludge treatment device is used for treating the urban domestic sludge, the sludge treatment device has remarkable advantages of strong continuous treatment capacity, short period, high efficiency, good treatment effect, no secondary pollution, environmental protection, stability and safety in operation, low energy consumption, high automation degree and the like. The input-output ratio is high, the social benefit is high, and the application prospect is wide.

The invention relates to a catalyst component used for the ethylene polymerization or the co-polymerization, the preparation method thereof, and the application of catalyst comprising the catalyst component in the ethylene polymerization or co-polymerization. The catalyst component is formed by loading at least one inorganic titanium compound, at least one organic compound, at least one electron donor, and at least one activator on a magnesium/titanium-containing solid. The invention provides a high-efficiency high-hydrogen-sensitivity solid catalyst component capable of acquiring low fine powder content polymer. The catalyst component has the advantages of relatively narrow particle size distribution, smaller average particle size, and higher catalyst activity, and is suitable for the slurry polymerization or gas phase polymerization of ethylene, and particularly suitable for a gas phase fluidized bed polymerization process of ethylene by feeding the catalyst in the form of slurry. Meanwhile, the catalyst component has higher input-output ratio. The preparation method is low in cost and suitable for larger scale extension production.

The invention relates to a high-low temperature waste water double-channel heat recovery heat pump system. The high-temperature waste water heat recovery of the system is designed with single-channel waste water input and double-channel heat output. Through operation adjustment, one of two heat double-channel output routes is that running water exchanges heat with waste water through a heat exchanger, and after temperature rise, the running water transmits the recovered heat to a heat storage water tank; meanwhile, the other route is that under the automatic control of the system, part of running water is added to enter a condenser of a hot water source heat pump to exchange heat with a refrigerant gas and outputs recovered heat to the heat storage tank. The system radically solves the problem of recovery and use of high-temperature waste hot water, recovers heat of high-low temperature waste water with one set of system equipment, protects the heat pump from overheat protection to maintain the normal operation of the system and is wide in application ranges; after heat recovery, the temperature of the wasted water is reduced greatly, and the heat recovery amount and rate of the system are more than 40 percent higher than other heat recovery modes; and the system has the advantages of high efficiency, energy conservation, high input-output ratio, low operation cost, obvious economic benefits and so on.

The invention pertains to the technical field of organic/inorganic nano-composite material, in particular to a polythiophene-carbon nano-tube composite light sensitive thin film material and a preparation method thereof. The composite thin film material consists of carbon nano-tube and the polythiophene, which has higher light sensitivity, compatibility and thermal stability as well as excellent solubility, film forming and electro-optical properties. The storage stability of the nano-composite light sensitive thin film material and the dispersion uniformity of the carbon nano-tube in the polythiophene, etc. are significantly superior to a traditional physical method. The preparation method of the invention has the advantages of simple technique, high quality of paint film, high input-output ratio and low cost etc. Products prepared by the invention are new generation green and environment protective chemical products which can be applied to fields such as conductive materials, solar cell materials, photoconductive materials and photoelectric conversion materials, etc.

The invention discloses an electromagnetic evacuated ultraspeed railway system. The electromagnetic evacuated ultraspeed railway system comprises a housing and at least one transporting line which isarranged in the housing; the transporting line comprises an evacuated transportation tube and a train which is positioned in the evacuated transportation tube; and active collision avoidance devices are arranged between compartments of the train and the train head and the compartments. An external electromagnetic propulsion layer is arranged on the internal wall of the evacuated transportation tube; an internal electromagnetic propulsion layer is arranged on the external wall of the train; when the train penetrates through the evacuated transportation tube, homopolar magnetism pushes the trainto advance; and meanwhile, a power generation closed lead configured for the train cuts a magnetic induction line of the external electromagnetic propulsion layer to generate electric energy needed by running. The electromagnetic evacuated ultra-speed railway system is a people and object carrying integrated transportation system with a certain power generation capacity; and according to the electromagnetic evacuated ultra-speed railway system, requirements on external power supply are extremely low; under a mutual effect of an electromagnetic tube and an evacuated environment, the train running speed is highest, the energy consumption is lowest, no fear of influence from any weather is realized, the cost is lowest, and the input-output ratio is highest.

The invention relates to pumping unit intelligent multiplier controller. It mainly includes light and strong current parts. Its feature is that dynamic liquid level transducer and polished rod load and displacement transducer are connected with the CPU to realize exact closed-loop control for the pumping well. The light current part includes main control CUP and controlled CPU; the strong current part includes energy feedback, stand by power frequency, and power frequency conversion interlocking parts. The invention can increase pumping well system efficiency, realize its energy saving and consumption reducing, increase both production and income, input-output ratio, and economic benefit, can be suited for oil field electric network specificity and pumping well variability.

The invention relates to an intelligent monitoring device for a screw pump well, which is a high-performance industrial control device combined with optical, mechanical and electronic integration and electronic information and communication technology, and is mainly used for intelligently monitoring oil extraction of the screw pump well in oil field. The intelligent monitoring device mainly comprises a light current part and a strong current part, and is characterized in that the intelligent monitoring device takes connection of parts such as a sensor capable of measuring dynamic liquid level of the screw pump well on line, a sensor capable of measuring the torque and axial force of the screw pump well on line, a sensor capable of measuring electricity using parameters such as running current constantly and a remote wireless communication device and the like with a CPU as a core to realize the effective measurement and intelligent closed-loop control of the screw pump well. The intelligent monitoring device can avoid pump burning phenomenon of a screw pump caused by evacuation through accurate measurement and effective monitoring and dispatching, scientifically make a hot washing system according to wax deposition cause and the like to avoid phenomena such as rod breakage and the like, find eccentric wear problem in time to prolong pump detection cycle, and optimize design of the screw pump well to reasonably determine working parameters and reduce potential safety hazard and the like.

The invention relates to a preparation method for a POSS/PDMAEMA organic/inorganic hybrid material according to a thiol-ene click chemistry method. The preparation method comprises the following steps: obtaining PDMAEMA through synthesis according to an RAFT polymerization method; taking dimethyl phenylphosphine as a catalyst, taking n-hexylamine as a reducer, and conducting a reduction reaction on a dithioester group at the tail end of PDMAEMA to generate sulfydryl; conducting thiol-Michael addition reactions on the double bonds of PDMAEMA containing sulfydryl and POSS containing ethenyl according to the thiol-ene click chemistry method to generate a POSS/PDMAEMA organic/inorganic hybrid material with a temperature/pH dual response. The preparation method has the advantages that the prepared POSS/PDMAEMA organic/inorganic hybrid material is small in size, stable in chemical bond, and uniform in particle diameter; due to a click reaction to PDMAEMA, the hydrophilic performance of POSS is effectively improved; in a water solution, the POSS/PDMAEMA organic/inorganic hybrid material is excellent in temperature sensibility and pH sensibility; due to a special structure and the stimulus response performance, the POSS/PDMAEMA organic/inorganic hybrid material is a new-generation environment-friendly new material product, and can be applied to drug carrying, targeted release, metal ion recovery, environmental pollutant adsorption and other fields.

The invention provides a model compression method and device, target detection equipment and a storage medium. The compression method comprises the following steps: acquiring a sample image, and constructing a standard detection model; setting a regular term of a scaling coefficient of a batch standardization layer in the standard detection model; performing sparse training on the standard detection model according to the regular term; pruning the standard detection model according to the scaling coefficient; and performing fine adjustment processing on the pruned standard detection model to obtain a target detection model. According to the compression method, the detection precision of the target detection model can be guaranteed, the detection speed of the target detection model is greatly increased, the input-output ratio of actual engineering is greatly increased, the compression method can be directly operated on a mature framework, support of a special algorithm library is not needed, and the universality is improved.

The invention discloses a salt mine old cavity full mining-induced space gas-injection bittern-discharging method. The salt mine old cavity full mining-induced space gas-injection bittern-dischargingmethod comprises the steps that a new cavity is built first and then communicates with an old cavity, gas is injected into the old cavity to enable bittern in the old cavity to be discharged from thenew cavity, then a gas storage is formed, and sediment gaps are basically occupied by the gas finally, so that gas injection for bittern discharging in sediments is achieved. The technical problem that in the prior art, the bittern in the sediment gaps cannot be discharged is solved, the old cavity forming rate is increased, and the gas storage volume of the old cavity is increased to enable the built gas storage to store the more gas; and the overall form of the old cavity does not need to be measured, and the problem that in the prior art, form detection of the butted-well old cavity is difficult is solved. According to the salt mine old cavity full mining-induced space gas-injection bittern-discharging method, the output-to-input ratio is high, and the building speed is high.

The invention discloses a real-time mobile advertisement synchronous putting method based on audio fingerprints. The method comprises the following steps: extracting advertisement audio fingerprints of advertisement audio, and constructing an advertisement audio fingerprint database; obtaining a live video stream in real time, and extracting video stream audio fingerprints corresponding to the live video stream; searching for the advertisement audio fingerprints in the advertisement audio fingerprint database; comparing whether the advertisement audio fingerprints match the video stream audio fingerprints, and when the video stream audio fingerprints do not match the advertisement audio fingerprints, continuously searching for the advertisement audio fingerprints in the advertisement audio fingerprint database; and when the video stream audio fingerprints match the advertisement audio fingerprints, recording the matching frequency of the advertisement audio corresponding to the advertisement audio fingerprints, and if the matching frequency exceeds a specific threshold, pushing a mobile advertisement corresponding to the advertisement audio to a client. The invention further discloses a real-time mobile advertisement synchronous putting device based on audio fingerprints.