49results about How to "Realize human control" patented technology

The invention discloses a method for preparing a gold hierarchical structure material. In the method, the nano/micron gold hierarchical structure material is prepared by reducing chloroauric acid at normal temperature, wherein a 'dendritic' surfactant C18N3 serves as a template and protective agent; and ascorbic acid serves as a reducing agent. Bubbles formed by the surfactant C18N3 serve as the template; and a C18N3 protected stable gold nano hierarchical structure is obtained through reduction by using the ascorbic acid. Compared with the conventional method, the method is simple and low incost; and the hierarchical structure prepared by the method has high monodispersity, controllable appearance and the like. The nano/micron gold hierarchical structures with different appearances can be obtained by simply adjusting the amount of the surfactant, the chloroauric acid and the ascorbic acid, and comprise three-dimensional gold nanostructures such as a gold nanocrystal with a pluralityof protrusions on the surface, nearly spherical hollow nanoparticles, a meatball-shaped structure, a spherical structure with rodlike protrusions on the surface, a nano/micron spherical structure with sheet-like surface and the like.

The invention provides an infusion control system with a physiological information feedback function. The infusion control system comprises an upper computer, a coordinator, a first wireless communication module, a second wireless communication module, an infusion terminal and a heart rate sensor, wherein the upper computer and the first wireless communication module are both connected with the coordinator, the first wireless communication module and the second wireless communication module are communicated through a wireless network, the second wireless communication module is mounted on the infusion terminal, and the heart rate sensor is connected with the infusion terminal. According to the infusion control system with the physiological information feedback function, the function that the dripping speed is automatically adjusted through triggering of feedback heart rate signals, the sensor and a stepping motor, two layers of intervention measures executed by the infusion terminal and the upper computer are set, high flexible adaptability and promptness are achieved, and the working efficiency of medical staff is greatly improved while infusion safety is ensured.

The invention belongs to the technical field of waste battery treatment, and particularly discloses a waste lithium ion battery recovery method. A to-be-recovered raw material containing a waste positive electrode active material and an auxiliary agent are roasted at 500-800 DEG C, and then water extraction treatment is performed; and the auxiliary agent is at least one of NaHSO4, KHSO4, CoSO4, NiSO4, MnSO4, NH4HSO4 and (NH4)2SO4. The method overcomes the disadvantages of a traditional recovery method, is simple, practical and economically feasible, realizes comprehensive utilization of wastelithium ion batteries, and is suitable for industrial production.

The invention belongs to the technical field of carbon material chemistry. The invention discloses a superfine M-N-C non-noble metal carbon-based oxygen reduction catalyst, and a preparation method and application thereof. Transition metal basic acetate, N-heterocyclic or carboxylic acid organic ligands are adopted as reactants, a certain amount of solvent and regulator are added, reaction is performed at a certain temperature to obtain a superfine metal-organic framework material, and the superfine non-noble metal carbon-based catalyst is obtained through a one-step carbonization process. Thesuperfine non-noble metal carbon-based catalyst is used as a catalyst for hydrogen fuel cathode oxygen reduction reaction, excellent catalytic activity is obtained, and the activity of the catalyst is superior to that of a commercial platinum-carbon catalyst; and in addition, the stability and methanol poisoning resistance of the catalyst in the oxygen reduction reaction are superior to those ofan existing platinum-carbon catalyst. The superfine non-noble metal carbon-based catalyst can be applied to the fields of hydrogen fuel cells, metal-air batteries and the like.

The invention discloses a drainage method for an orchard by raising high ridges, which relates to the technical field of fruit farming. The technical scheme of the invention comprises the following steps: raising high ridges in the orchard, fix planting fruit trees on the ridges, digging drainage ditches between the lines of fruit trees by a certain gradient (slope) slightly according to the terrain and water flow direction, and laying trickle irrigation in the lines of fruit trees. The method of the invention adopts raising of high ridges and setting up of drainage ditches between the lines of fruit trees and the other measures to realize the effective drainage in rainy season for the orchard, and avoids the unbalance of water supply for fruit trees caused by permeation of untimely rainfall into orchard soil in rainy season; and trickle irrigation devices are laid in the lines of fruit trees to perform irrigation at the critical period of water requirements of fruit trees, so as to realize manual control of water supply for the orchard. According to above measures, the manual control of water supply for the orchard can be realized, the content of soluble solids of fruits is increased remarkably and the fruit quality is improved.

The invention relates to a method for preparing gold crystals from nanometer to micrometer by adopting surface active agent molecule C18N3 as reducing agent and protecting agent. The surface active agent molecule C18N3 is not only adopted as the reducing agent to reduce chloroauric acid and obtain crystal nucleus, but also used as a sort of good protecting agent to facilitate the shape control and the growth of the metal crystals. Compared with the conventional method, the surface active agent molecule C18N3 is adopted in hydrothermal method applied in the invention to prepare the metal crystals, the prepared metal crystals have better shape controllability. By simply adjusting the molar ratio between the surface active agent molecule C18N3 and the chloroauric acid as well as the concentration of chloride in the solution, the metal crystals with different shapes can be prepared, including sphere, decahedron, plane triangle, plane pentagon and plane hexagon and two-dimension sheet shape.

The invention belongs to the technical field of luminescent materials, and relates to a metal organic complex as well as a preparation method and application thereof, in particular to a metal organic complex as shown in a formula I as well as a preparation method and application thereof. The complex disclosed by the invention can be used for realizing artificial regulation and control on luminescence, and realizing ligand-induced intermolecular L' LCT room-temperature phosphorescence, metal d orbit-participated MLCT room-temperature phosphorescence and intramolecular charge transfer-induced delayed fluorescence. The metal complex disclosed by the invention can emit thermally activated delayed fluorescence, and full-wave-band luminescence regulation and control in a visible light region are realized. When the metal complex provided by the invention is used for preparing an OLED device, very high electroluminescence efficiency can be realized.

The invention discloses a computer system for realizing display of a panoramic image player, and belongs to the field of panoramic image application, and aims to realize panoramic image one-screen multi-window automatic display by taking panoramic images as playing resources and organizing and directionally playing more than two panoramic images in sequence according to a playing group. The methodspecifically comprises the steps of 1, setting a playing window; 2, setting a playing structure and variables; 3, reading playing data; 4, loading a playing record; 5, displaying a panoramic image window; 6, carrying out cyclic control; 7, carrying out operation control; and 8, carrying out playing control.

The invention discloses a math teaching aid quick cleaning device for facilitating teaching in order to solve the problem that it is not convenient for an existing device to quickly clean math teaching aids with little effort. The math teaching aid quick cleaning device for facilitating teaching comprises a fixing frame, a first sliding rod, a second sliding rod, a screw rod, a fixing plate, a cleaning layer, a first connecting block, connecting rods, positioning plates, water tanks, arc strips and connecting pipes, wherein rotary shafts are installed between the water tank and the positioningplates, chains are installed between the rotary shafts, and the outer side of the rotary shaft at the right end of each positioning plate is fixedly connected with a motor. By arranging the motors, the water tanks are driven to rotate when the motors run, the surface of a math teaching aid is frictionally wetted while the water tanks rotate, and the math teaching aid slides into the fixing frame,so that more labor is saved; and through cooperation of third spiral springs and the connecting pipes, the uneven position of the math teaching aid can be better cleaned, and more convenience is provided.

The invention provides a double-tube jet flow uniform steam injection technology for a horizontal well and an assorted tool. The assorted tool comprises a tubular column and a tubing nipple, and is characterized in that the tubular column is positioned at the lower end of a steam injection packer and is divided into a variable-density steam injection jet flow tube and a steam injection flushing tube; the variable-density steam injection jet flow tube and the steam injection flushing tube are connected with each other through a steam injection distributor; the variable-density steam injection jet flow tube is provided with a steam injection nozzle; a high-temperature rubber cup packer is arranged on the periphery of the variable-density steam injection jet flow tube; a high-temperature centering device is arranged between the variable-density steam injection jet flow tube and the steam injection flushing tube; and a screwed plug is arranged at the position of a port of the variable-density steam injection jet flow tube. The double-tube jet flow uniform steam injection technology replaces the original horizontal well steam injection technology, the assorted tool replaces the original tool, a range, which is 30-50 meters, of a group of steam injection points can be changed into a range, which is 15-50 centimeters, of the group of steam injection points, and the steam injection uniformity is increased by 50%, the steam using rate is increased by almost 30%, rising of edge and bottom water can be slowed down, and the recovery efficiency of an oil reservoir is improved.

The invention discloses a method for synthesizing a high-selectivity core-shell structure CoxFe3-xO4@MoS2 nano-composite. The method includes the steps of controllably synthesizing CoxFe3-xO4 nanoparticles at different Co:Fe atom ratios through a hydrothermal method by adjusting the molar ratio of a Co source to a Fe source to be 1:1, 1:2, 1:3, 1:4 and 1:5, and collecting a large number of black samples through hydrothermal reaction for 10 hours at 180 DEG C through simple washing and drying with the synthesized CoxFe3-xO4 nanoparticles as the early-stage object, ammonium molybdate tetrahydrate as the molybdenum source and thiourea as the sulfur source. It is shown through research results that the type of samples have high dielectric loss and magnetic loss compensation and the nano-composite presents more excellent microwave-absorbing performance compared with currently-reported nano-composites of the same type.

The invention provides an aquatic seedling cultivation greenhouse system which comprises a ground-source heat pump system, a greenhouse floor heating system and a monitoring and processing system. The greenhouse floor heating system and the monitoring and processing system are respectively connected with the ground-source heat pump system. The data parameters of cultivation pond water are intelligently monitored and controlled through the ground-source heat pump system and a processor, aquatic seedlings are in suitable environment, and diseases are reduced. Aquatic pairing and incubation water temperature can be manually simulated, three to four times of seedling growing can be achieved per year, the seedling growing yield is improved, and benefits are improved. A fan set is arranged, the temperature of a greenhouse can be reduced and made to be constant fast in extremely hot weather, and the situation that a large number of aquatic products die due to the fact that the temperature in a cultivation pond rises abruptly at abnormal high temperature is avoided.

The invention discloses a method for promoting photosynthetic efficiency of facility horticultural crops by using a zeolite molecular sieve the zeolite molecular sieve is a Silicalite-1 molecular sieve. The method for promoting the photosynthetic efficiency of the facility horticultural crops by using the zeolite molecular sieve comprises the following steps of (1) pretreating the Silicalite-1 molecular sieve so that the Silicalite-1 molecular sieve fully adsorbs CO2; and (2) transferring the pretreated Silicalite-1 molecular sieve to a facility cultivation environment in which the CO2 concentration is less than or equal to 480ppm, and standing the Silicalite-1 molecular sieve to slowly release the CO2. The Silicalite-1 molecular sieve is an MFI type all-silicon molecular sieve, is internally provided with a pore channel and a cavity, and can be used for adsorbing and desorbing the CO2, the technical scheme can realize adsorption and desorption of the CO2 by the Silicalite-1 molecular sieve at normal temperature and normal pressure, improves photosynthesis of the facility horticultural crops under the condition of low energy consumption, further promotes growth of the facility horticultural crops, and has the characteristics that operation is simple, convenient and safe, and environment is friendly.

The invention relates to a dual-fuel automatic switching mechanism. The dual-fuel automatic switching mechanism comprises a carburetor assembly, an oil-gas switching assembly, a fuel gas pressure reducing valve and a connection pipe. A first connector, a gas inlet connector and a second connector are arranged on the fuel gas pressure reducing valve. One end of the oil-gas switching assembly is connected with the side face of the carburetor assembly, and the other end of the oil-gas switching assembly is connected with the first connector of the fuel gas pressure reducing valve. One end of theconnection pipe is connected with the second connector of the fuel gas pressure reducing valve, and the other end of the connection pipe is connected with a fuel gas inlet pipe of a carburetor. An oilhole is formed in the carburetor assembly. When fuel oil supply is switched to fuel gas supply, the oil-gas switching assembly blocks the oil hole from the side face of the carburetor assembly. Whenfuel gas supply is switched to fuel oil supply, the oil-gas switching assembly opens the oil hole from the side face of the carburetor assembly. The oil-gas switching assembly can tightly block the oil hole, instantaneous switching can be achieved, and safety is good.

The invention provides a novel car horn. The problem that a device in the prior art is not convenient for controlling the intensity of the transmission sound of a bitone horn in different scenes is solved. The novel car horn comprises the bitone horn, a connecting cylinder, a connecting pipe, a first air bag, a fixing pipe, a ball, a coil spring and a conducting wire. A positioning pipe is fixedlyarranged on the outer end of the fixing pipe. A fixed ring is fixedly arranged on the outer side of the positioning pipe. A second air bag corresponding to the bitone horn is fixedly arranged insidethe fixed ring. According to the invention, the second air bag is arranged to cover the bitone horn; the bitone horn is prevented from chanting too loudly and disturbing residents when a car drives around a residential area or school at night; the first air bag is arranged to blow the second air bag, and the second air bag is expanded; the cover range of the bitone horn is manually controlled; thesound transmission intensity of the bitone horn is adjusted; and the usability of the device is improved.

The invention belongs to the technical field of preparation of organic and inorganic composite materials, and particularly relates to a metal oxide modified battery diaphragm with a self-assembled three-dimensional structure as well as a preparation method and application of the metal oxide modified battery diaphragm. The method comprises the steps of 1) preparing a metal organic framework precursor; (2) preparing a local three-dimensional cross-linked metal oxide; and 3) preparing the modified diaphragm, specifically, mixing and grinding the local three-dimensional cross-linked metal oxide prepared in the step 2), an adhesive and a solvent, uniformly coating one side of a PP/PE/PP diaphragm, and drying to obtain the metal oxide modified battery diaphragm with a self-assembled three-dimensional structure. Through the limited structure of the metal oxide, the metal oxide is compounded with the PP/PE/PP diaphragm to be applied to a lithium-sulfur battery, so that polysulfide can be effectively anchored, the transmission efficiency of lithium ions can be ensured, and the cycling stability of the lithium-sulfur battery is remarkably improved.