403results about How to "Solve application problems" patented technology

The invention relates to a distributed vision computing method based on an open type Web Service framework. The method has the technical scheme of: collecting the video image of an identified target by adopting an embedded video collecting front end, and sending the video image back to a data center through network multicast; a computing server is controlled by a control server in the data centerto accomplish the computing task, and carrying out the uncompressing, target detecting, image preprocessing, feature extraction, identification, classification and result drawing of video data; and integrating the computing results. The method solves the defect of difficult compatibility with other systems. Under the uniform scheduling of the control server, the method avoids a great deal of unnecessary matching calculation, improves the performance of system operation, achieves the compatibility with most of databases and simply updated external systems, and realizes the identification and calculation of large-scale databases by adopting a packet mode.

The invention discloses a target system analysis and weapon distribution method for joint operations. A qualitative and quantitative analysis is conducted for a combat target system (including various types of targets of ground, sea and air) in the joint operations, the target value can be analyzed quickly and the combat focus is determined. Meanwhile, a plurality of constraints (including combat intentions, battlefield environments, combat rules and other factors) are comprehensively considered, combat weapons (including land-based, sea-based, space-based and other weapons) are used in a coordinated manner, operations are planned rationally, and a combat program plan is formed. The method can be directly used in a joint operational command and information system, can effectively solve the problem of attack target selection and combat weapon utilization, and can greatly enhance the assistant decision support ability of the system.

The present invention relates to a pedestrian detection method based on deep learning and multi-feature point fusion. The pedestrian detection method is characterized by at a training stage, firstly acquiring a pedestrian image under an application scene, marking the head and shoulder parts of the pedestrians in the image, and then using the pedestrian samples for the model training, wherein the model training comprises two steps of 1) taking the head and shoulder images of the pedestrians as the training samples, training a dichotomy model of the head and shoulder parts of the pedestrians; 2) using the model parameters obtained by the training in the step 1) to initialize partial parameters of a pedestrian detection model in a transfer learning manner. The pedestrian detection method of the present invention can overcome the problem that the pedestrians shield mutually to a certain extent, adopts a deep learning method to extract the pedestrian features, can better overcome the actual application problem that the factors, such as the pedestrian clothing, postures, backgrounds, illumination conditions, etc., change, also can effectively overcome the problems of the pedestrian multiple postures, the pedestrian multiple scales, the pedestrian mutual shielding, etc., and enables the pedestrian detection accuracy and robustness to be improved substantially.

The invention provides a real time holographic projection method, a device and a system; the method comprises the following steps: capturing and collecting first motion data of a target in real time, wherein the first motion data comprises at least one of the following list: expression data, movement data, special effect data and a control order; receiving and processing the first motion data in real time so as to generate first motion driving data, driving and rendering a virtual target to generate first animation image data according to the first motion driving data, wherein a visual angle number of the first animation image data is between 1 and N, and the N is a natural number; projecting the first animation image data on a holographic device. The real time holographic projection method solves the problems that image data needed by holographic projection cannot be generated in real time in the prior art, thus affecting comprehensive application of the holographic projection technology; the real time holographic projection method, device and system can real time generate the image data needed by holographic projection, thus expanding holographic projection technology application effect.

The invention provides a coking raw material applicability classification, comprehensive quality evaluation and coal blending guiding method. According to the method, specific indexes of coking raw materials and the mass index of solid products obtained from coking of the coking raw materials are integrated into three single indexes including caking capacity, coking capacity and a thermal property index according to the corresponding relations with coke quality indexes, and applicability classification is performed on the coking raw materials; the three single indexes are then integrated with ash content and sulfur content value indexes into an comprehensive capacity index, and six price-performance ratio indexes are formed through correlation between the three single indexes, the one comprehensive capacity index, the ash content and sulfur content value indexes and the price; after the applicability classification, coking coal blending is performed according to the three single indexes of the coking raw materials, the one comprehensive capacity index and the ash content and sulfur content value indexes, the six indexes for coal blending are controlled to be within plus/minus e%*a reference scheme score (e ranges from 5 to 10), the price-performance ratio of the six indexes for coal blending is calculated, an optimal coal blending scheme is determined, and refined and optimized coal blending is realized.

The invention discloses a silicon-carbon composite anode comprising a silicon source and a carbon source, wherein silicon source is monatomic silicon, the particle size distribution is 100 nm to 80 microns, and the mass of the silicon source accounts for 10-80% of the total mass of the silicon-carbon composite anode; the carbon source comprises a carbon anode material and a conductive agent, the carbon anode material is one or more of carbon fiber, graphite and mesocarbon microbead, and the mass of the carbon anode material accounts for 10-90% of the total mass of the carbon source. According to the silicon-carbon composite anode disclosed by the invention, one-step coating forming, hot pressing flaking, carbonization treatment and high-temperature calcination are carried out on anode slurry prepared by mixing the silicon source with the carbon source, so as to guarantee that the silicon material is effectively dispersed in a carbon skeleton, the prepared silicon-carbon anode can effectively relieve the volume expansion of the silicon material in charging and discharging processes in a circulation process and guarantee excellent cycle performance of the battery; the silicon-carbon composite anode is prepared by one-step coating forming, and no current collector is needed, so that the production process is simplified and the battery is guaranteed to have high energy density; meanwhile, the invention further provides a lithium ion battery containing the silicon-carbon composite anode.

The invention discloses a composite nanostructure based on a three-dimensional porous transition metal carbide Ti3C2MXene and a general preparation method thereof, and belongs to the field of nanomaterials. The three-dimensional composite structure is composed of a three-dimensional porous Mxene-supported inorganic nanostructure, and has a honeycomb hierarchical porous structure. A precursor of atwo-dimensional transition metal carbide and a metal-organic framework compound is subjected to high-temperature pyrolysis or a chemical reaction in an inert or reactive atmosphere to prepare the composite nanostructure with a controllable size. According to the composite nanostructure, stacking of MXene itself is inhibited, an active surface area, porosity, and ion permeability of MXene are increased, and thereby a surface interface of MXene is efficiently used. At the same time, introduction of the metal-organic framework compound realizes uniform and stable compounding of the three-dimensional porous MXene and an inorganic nanomaterial, the fundamental difficult problem that plagues exerting and application of inorganic nanomaterial performance is solved, and the composite nanostructurehas wide application prospects in the fields such as catalysis, energy, photo-electricity, space technology, and military industry.

The invention discloses a resin composition which comprises the following solids by weight: (a) 100 parts of a bismaleimide resin prepolymer, (b) 5-80 parts of cyanate ester, (c) 0-50 parts of a flame retardant and (d) 0-65 parts of inorganic filler, wherein the bismaleimide resin prepolymer is obtained by carrying out reaction on an allyl compound and bismaleimide resin and the ratio of bismaleimide resin and allyl compound by weight is 100: (10-120). According to the resin composition disclosed by the invention, by adopting siloxane containing allyl at the tail end as a modifier of bismaleimide resin and limiting the content of siloxane in the modifier, unreacted siloxane resin is not generated in reaction, so that the advantages and characteristics of siloxane resin can be fully exerted and the interlaminar adhesive force at the high temperature is greatly improved. Moreover, the thermal expansion properties of the solids are optimized, so that the resin composition satisfies the requirements on high precision electronic substrate materials.

The invention provides a judgment method for boundary layer transition of a hypersonic aircraft. The method comprises the steps of determining a transition position of the surface of the aircraft based on early-stage test data; obtaining an orthogonalized laminar flow field of the surface of the aircraft in a corresponding test state, and obtaining N-value distribution of the surface of the aircraft by adopting an improved e-N method considering a transverse flow mode; and in combination with the transition position of the surface of the aircraft, determined based on the test data, determiningan N value N0 for triggering the transition and judging the transition position of the target aircraft. According to the method, based on the test data, a three-dimensional characteristic of the flowfield of the hypersonic aircraft in a lifting body/waverider shape is considered; during the adoption of the e-N method for integration, in addition to consideration of disturbance waves of a secondmode, disturbance waves of the transverse flow mode with the lower frequency are considered; the transition criterion N0 capable of accurately predicting the transition position is obtained; and the effective judgment method is provided for accurately predicting the boundary layer transition of the hypersonic aircraft in the lifting body/waverider shape.

The invention discloses a method for reckoning getting-on stops on the basis of data of a one-ticket public-transport integrated circuit (IC) card, comprising the following steps: a, carrying out clustering on card-swiping records of a target bus according to the time of the card-swiping records, taking the time-adjacent card-swiping records as a cluster, each cluster corresponds to one stop, and forming a stop sequence to be recognized; b, determining transfer information according to adjacent card-swiping records of each IC card; c, according to transfer the information, crosspoint data information between bus routes and stop information of the bus routes, reckoning the practical stops corresponding to the cluster of the IC card and forming a recognized stop sequence; d, according to the recognized stop sequence, reckoning a practical stop to be recognized corresponding to a cluster to be recognized, and when the recognized stop quantity is less than 2, reckoning by a Bayesian decision tree method featured by mobile step; and when the recognized cluster quantity is more than or equal to 2, adopting a mode recognition method for reckoning. By utilizing the method, the requirement to data is low and the accuracy is higher.

The invention discloses a method for performing powder material surface modification through plasma. According to powder material surface modification, under a vacuum environment condition, one or more plasma technologies are used for combination to deposit one or more different characteristic materials on the surfaces of powder materials in different types. Meanwhile, one ore more gases can be selected for combination for micro-etching on the surface of powder in different materials according to the plasma appearance. Powder manufactured and processed through the technology is a novel modified powder material with one or more functional characteristics. The modified powder is changed into a single-metal or multiple-metal combined surface from a non-metal surface, vice versa, the metal surface can be modified into a non-metal ceramic surface. Meanwhile, the smooth powder surface can be subjected to micro roughening.

The invention discloses a winter sunlight greenhouse seedling transplantation method of potato seedling seeds. The seedling seeds collected in the same year are subjected to dormancy breaking, pregermination and the like, and cultured and transplanted in a winter. The method mainly comprises the following steps of (1) substrate preparation, (2), the dormancy breaking of the seeds, (3) the pregermination, (4) seeding, (5) seedbed management, (6) nutrition pot preparation, (7) transplantation, (8) management after the transplantation, and (9) timely harvesting. The method has the advantages that (1) the dormancy of the potato seedling seeds collected in the same year is broken effectively, so that a germination rate of the seedling seeds collected in the same year reaches above 80%; (2) the temperature and the humidity are controlled with small sheds in a sunlight greenhouse, so that chilling damages are prevented effectively; (3) enough water is sprayed before the transplantation, so that the damages to root systems of seedlings during the transplantation are reduced, and a survival rate of the transplantation of the seedlings reaches above 95%; and (4) the potato seedling seeds are collected and applied in the same year; a seed breeding period can be shortened by 1-1.5 years compared with the conventional method; and breeding, production and utilization of a new variety are accelerated.

Disclosed are a ganoderma lucidum mycelium and a preparation method thereof. The ganoderma lucidum mycelium specifically comprises a culture medium composed of rice bran, wheat bran, corn flour and brown sugar. A ganoderma lucidum liquid strain is taken as a strain, an inoculation method and inoculation amount of the liquid strain are well grasped, and a high-quality ganoderma lucidum mycelium finished product is cultured by reasonable arrangement of the production environment. By implementation of the method, the problem that ganoderma lucidum fruiting bodies cannot be produced massively to further affect application of ganoderma lucidum medicine sources due to insufficient wild ganoderma lucidum resources and high artificial cultivation difficulty is solved. Meanwhile, the production and preparation technology of the final product, namely the ganoderma lucidum mycelium, has the advantages of short cultivation period, simplicity, low production cost, high production efficiency, high stability and the like. Besides, the final product, namely the ganoderma lucidum mycelium serving as an additive, is widely applied to the fields of pharmacy, biological health care products, special drinks, functional foods and the like, and is quite good in market prospect.

The present invention provides a concrete material for 3D printing, and a preparation method thereof. The invention further provides the preparation method and an application of the concrete material.The invention further provides a concrete combination material for 3D printing, a concrete member, and a production method of the concrete member. A 3D printing concrete material system based on theconcept of material improvement, interface modification and overall reinforcement is formed, so the overall performances of the 3D printing concrete material and the produced member are improved, theconcrete material and the member have excellent mechanical properties and durability, the service life of the 3D printing material is prolonged, the concrete material is convenient to construct, the promotion of 3D printed concrete structures and buildings in practical engineering is promoted, and high engineering application values and high social benefits are achieved.

The invention relates to a multi-section servo submersible motor which mainly comprises a motor body, wherein a motor housing at the head of the motor body is connected with a head flange, the head of a motor shaft convexly extends out of the head flange, the motor shaft is fixed in the head flange and is connected with other devices through the head flange, the motor body internally comprises multiple sections of motors, the motor housing of each section of motor internally mainly comprises a stator and a rotor, the rotor is a permanent magnet, a winding is arranged in a stator iron core, rotor shafts of two adjacent sections of motors are connected through a coupler; the motor housings of two adjacent sections of motors are connected through a connecting device; N poles of the rotors arranged on two adjacent sections of motors correspond in a straight line and S poles correspond in a straight line; and U, V and W phase windings of the rotors respectively correspond in a straight line. The servo submersible motor has simple installation structure, easy operation and capability of providing higher power.

The invention relates to a distribution network communication networking mode based on an EPON (Ethernet Passive Optical Network) layering technology in distribution network optical fiber communication networking and an application thereof, belonging to the technical field of distribution network intellectualization in the power industry. A communication convergence layer is formed between a backbone communication layer local side node and a converting station node, and comprises a communication convergence switch (or a regional Ethernet switch); abundant optical fiber cores subjected to uplink convergence from a converting station to a local side backbone communication network are connected with a power distribution communication core router of the local side node; the power distribution communication core router is connected with a power distribution automatic main station system; and a downlink passes through the converting station node, and enters a communication access layer by using an EPON layer. The problem of contradiction between different communication service applications and maintenance of a main electric network and a distribution network is solved. Backbone communication optical fiber core resources are fully utilized, the optical transmission equipment resources of a communication network are not occupied, the reliability of a network communication backbone layer of the distribution network is enhanced, independent networking is performed, convenience is brought to maintenance, and the distribution network communication networking mode has the advantages of very high expandability and the like.

The invention discloses a method for preparing a novel foaming thermoplastic polyurethane (F-TPU) elastomer material. The material is a microporous polyurethane foaming material produced by a polymer polymerization reaction of a polyester polyol and isocyanate under the action of a catalyst and various additives. The method comprises the following steps: introducing a component A respectively through a measuring tank into a feed end of a first single screw extruder for a prepolymerization reaction, wherein the component A comprises the polyester polyol, a crosslinking agent and isocyanate; adding a component B to a discharge end of the first single screw extruder and introducing the component B and the component A after reaction into a feed end of a second screw extruder; and performing a polymerization reaction for the component A and the component B under the extruding of the second screw extruder, and extruding the material from a discharge end of the second screw extruder after reacting sufficiently. According to the method of the present invention, the density of the prepared TPU material is decreased to 500 kg/m3 or less, the TPU material is uniform in foaming and the method has the advantages of no pollution and simple process.

The invention discloses a method for extracting titanium from vanadium-titanium magnetite. The method comprises the following steps: adding sodium or potassium salt additive in the reduction smelting of an iron ore concentrate electric stove to obtain liquid iron and titanium-containing slag, wherein vanadium and iron are reduced to enter liquid iron, under a smelting high temperature condition, silicon and aluminum impurities form sodium aluminosilicate capable of being dissolved in dilute acid with the sodium or potassium salt additive, and enabling the sodium aluminosilicate and titanium and aluminum magnesium impurities to remain in the titanium-containing slag; purifying the titanium-containing slag by virtue of a wet-method metallurgical impurity removal method, to acquire a titanium slag product with TiO2 content more than 75 percent. For the application problem of titanium in the iron ore concentrate, the slag modification additive is added in the reduction smelting process, so that not only is the mobility of the slag improved, but also a condition is created for removing the later silicon-aluminum impurities of the slag, the high-efficiency separation and extraction problem of the titanium in the iron ore concentrate can be well solved, the resource utilization rate of the iron, titanium and vanadium is greatly increased, and the utilization rate of the titanium is increased about 3 times compared with the flow of a blast furnace.

The invention relates to a transverse shear resisting section type self-resetting pier and a construction method thereof. The pier comprises a transverse shear resisting pier bottom section, a plurality of transverse shear resisting pier body sections and a transverse shear resisting pier top section. The transverse shear resisting pier bottom section, the transverse shear resisting pier body sections and the transverse shear resisting pier top section are connected through meshing connecting faces and shear resisting bolts. The pier further comprises a plurality of self-resetting components. The self-resetting components penetrates and are anchored to the transverse shear resisting pier bottom section, the transverse shear resisting pier body sections and the transverse shear resisting pier top section through reserved holes. The invention further provides a mounting method of the pier. The self-resetting pier is simple in structure and convenient in material taking. The mounting method is simple, practical, safe and reliable, and the actual application difficult of section type concrete piers is solved.