170results about How to "Practical application value is great" patented technology

The present invention provides a kinetic target simulator system, especially for a simulation system of radiation characteristic and the real-time changing condition in the course that missile threat simulation system imitates missile access. The kinetic target simulator system includes a radiation power, a radiation intensity adjusting and controlling module, an image system module, a moving and controlling module and a main control module, wherein, the radiation power adopts a laser radiation power. The invention adopts the laser radiation power as radiation power, having better directing property, far working distance, quick speed of intensity modulation and light system. The system has widely practical value, fit for all kinds of kinetic target simulator systems.

The invention discloses a three-dimensional graphene/carbon nanotube network flexible multifunctional strain sensor preparation method. According to the invention, the three-dimensional network of three-dimensional graphene and a one-dimensional carbon nanotube grows through two-step chemical vapor deposition; and the three-dimensional network and an elastic polymer as a flexible substrate are solidified and combined to acquire a flexible wearable multifunctional electronic strain sensor based on the three-dimensional network of the graphene and the carbon nanotube. According to the invention, the electronic strain sensor breaks the limitation relationship between the strainability and the sensitivity of the strain sensor, has an excellent electronic strain sensing performance and the function of a micro heater, realizes high sensitivity detection of human physiological signals and physical activities, shows excellent electronic skin simulation capabilities and a micro heating source application performance, has the advantage of simple process, and can be widely used in many fields such as clinical diagnosis, health monitoring, a robot, an electronic screen, electronic skin, a flexible micro heater and intelligent home.

The present invention provides shell powder, modified shell powder, a functional coating using the shell powder or the modified shell powder, and a preparation method for the shell powder or the modified shell powder, a preparation method for the functional coating, and the like. According to the method disclosed by the invention, by virtue of special process treatment, shell powder, modified shell powder, and functional coating with a superior performance, and the like are obtained; and the finally obtained functional coating has an outstanding performance on aspects of antibiosis, deodorization, formaldehyde decomposition and the like, an unexpected joint synergistic effect among the components is shown, and a wide actual application value is provided.

The flexible propelling mechanism of artificial machine fish includes flexible tail, motor driving mechanism inside the fish body and electric control part and can simulates fish's muscle twitch to drive the fish tail to swing harmoniously. The fish tail of stainless steel sheets is connected to the fish support, the tail fin driving steel wire and the tail body driving steel wire are fixed to the fish tail via the limiting guide holes separately, and two driving motors drive the tail fin driving wheel and the tail driving wheel separately. The harmonious tension and release of the steel wires realizes the composite motion of tail fin rotation and tail translation. The present invention can well simulate the motion posture of fish and raise propelling efficiency with eddy flow, and may be used in the hydraulic experiment research and as underwater equipment or miniature underwater detector.

An open state is formed behind a shield of an open type TBM (tunnel boring machine), so that bolting and shotcreting with wire mesh and the like can be realized, when unfavorable geological conditions such as crushed zones are encountered, broken surrounding rock collapses and falls, which not only threatens the safety of operating personnel and equipment, but also greatly lowers the construction efficiency. The invention discloses an annular steel structure supporting construction method with the open type TBM. The supporting TBM is provided with a shield which has an annular steel structure installation space. When the unfavorable geological conditions are encountered, the annular steel structure can be fast erected in an assembly line mode under the protection of the shield, the shield is replaced with the annular steel structure for supporting the surrounding rock as the TBM tunnels; under the protection of the annular steel structure, an annular steel grating and a steel mesh hollow structure are used for carrying out the bolting and shotcreting supporting and the like, the previous extensive construction is changed to controllable standardized operation, the original open type unsafe environment is changed to a closed protected operation zone; the construction method disclosed by the invention is different from the passive supporting which is carried out after the surrounding rock collapses and falls; the annular steel structure actively close off the broken surrounding rock, then the surrounding rock becomes a part of the supporting structure, the work amount for backfilling concrete and removing slag is greatly reduced, and thus the method is more efficient and safer, the cost is reduced and the operation is easy to realize.

The present invention relates to an environmentally friendly shell powder functional coating, a preparation method therefor and uses thereof. The coating comprises: bisphenol A-epon, modified shell powder, vegetable extract, propyl silicone emulsion, a nano additive, a modified organic micro powder agent, a surfactant, dioctylphthalate, 3, 3'-(4-trifluoromethyl methyl)-bi-4-hydroxy coumarin, 2,2,4-amino trimethyl-1,3-isoprene glycol mono iso-butyl methacrylate, butyl acetate, ethanol, trimethylol propane triacrylate, N-ammonia amino ethyl piperazine, polydimethylsiloxane and deionized water. In the present invention, by modification of a variety of components and materials, selection and collocation of specific components and a specific preparation method, the variety of components exert a synergistic effect, so as to make the prepared coating have significant antimicrobial, environmental-cleaning and wear-resisting properties. The coating has a huge application potential and extensive value in industrial production.

The present invention relates to Glomus mosseae 93-6 as one kind of efficient drought-resisting and high phosphate-tolerant nutrients bush mycorrhizal fungus and its production process. The Glomus mosseae preparation is prepared with kaoliang as host plant, mixture of zeolite and sand as culture medium. The dried preparation contains 40-65 spores in each ml. Glomus mosseae may be grown in various kinds of plants to improve nutrients absorption, raise drought resistance and promote growth of plant. Test shows that the present invention has excellent seedling strengthening and yield increasing effect on straw berry, rice, water melon and other crops.

The invention discloses a room-temperature self repairing type thermoplastic polymer material based on a multi-layer microcapsule and a preparation method thereof. The thermoplastic polymer material comprises the following components in parts by weight: 70-95 parts of thermoplastic polymer base and 5-30 parts of filled multi-layer microcapsule for self repairing. The multi-layer microcapsule in the self repairing polymer material is a multifunctional intelligent multi-layer microcapsule combining a repairing agent and a catalyst. When a crack is generated in the base, the crack causes the capsule wall of the multi-layer microcapsule to crack together with the base, the liquid repairing agent at the capsule core part is released to be in contact with the catalyst on the middle capsule wall so as to initiate polymerization reaction at room temperature, and a generated new polymer bonds the cracked surfaces, thus preventing the propagation of the crack and repairing the crack. The multi-layer microcapsule used by the invention has moderate mechanical strength and favorable heat stability, and can endure the common thermal forming and processing technology of the thermoplastic material.

The invention relates to a hybrid energy battery device and a manufacturing method thereof. The hybrid energy battery device comprises a solar cell panel (1) and a transparent dual-mode friction generator arranged on the solar cell panel (1), wherein the transparent dual-mode friction generator is composed of a contact-separation type friction generator and a rainwater friction generator, the contact-separation type friction generator is arranged on the solar cell panel (1), the rainwater friction generator is arranged on the contact-separation type friction generator, and a transparent insulating layer (9) is arranged between the rainwater friction generator and the contact-separation type friction generator. Compared with the prior art, the hybrid energy battery device and the manufacturing method thereof have the advantages of wide energy utilization range, simple structure, low cost and the like.

The invention relates to a crack performance measurement and optimization solution method for a composite material glue joint structure and belongs to the field of technical research in aeronautical material science. The method comprises the following steps: 1, establishing a crack propagation constructive relation model; 2, designing glue joint layer crack propagation tests by combining constructive relation forms; 3, reversely measuring glue joint layer crack propagation performance parameters by utilizing the multi-variable optimization method, and establishing a complete interface crack propagation mathematic model and analysis method. The crack performance measurement and optimization solution method for the composite material glue joint structure is high in calculation precision and speed, the established crack propagation constructive relation is simple and easy to use, the wide practical application value is achieved, and processes of damage start, material degradation, crack generation and crack propagation of bonding layer materials can be completely revealed.

The invention discloses a circular target real-time tracking method based on images, wherein the method is used to solve the problem of poor tracking stability with a circular target when moved from a far position to a near position. The method comprises the following steps: at first, a Kalman filter is constructed according to a state equation and an observation equation of the circular target, the circle center coordinate and the radius obtained in the target capturing process are taken as the initial state of the filter, prediction information of the target in the current frame is established, and the search range is reduced; then, a tracking frame is constructed according to the prediction information, and images in the tracking frame are extracted through the fast Hoff gradient method to perform circular target detection to acquire the position information of the target in the current monment; and finally, the new position is taken as the observation value of the Kalman filtering process to update filtering parameters and updata target state estimation and error covariance matrix. The above steps are performed repeatedly to realize fast and effective circular target tracking in illumination variable and background confused scenes.

A bridge crane nonlinear control method based on an anti-swing signal. Aiming at under-actuated bridge crane systems, the invention provides a nonlinear control method based on an anti-swing signal, which has good transient performance and load swing inhibition performance when compared with existing methods. The method comprises designing an anti-swing signal with anti-swing function, and constructing a novel positioning error signal based on the anti-swing signal; a control method is provided, which can be used for both adjusting control and trace tracking control. When compared with existing control methods, the control method not only widens the application scope of a controller, but also improves the system transient performance, and greatly improves the system control efficiency. Experiment results further verifies the control effect of the control method provided by the invention, and the control method has wide application prospects.

The invention relates to a method for modifying a photocatalyst TiO2 by using WO3 and a rare earth metal element La. The method comprises the following steps: dispersing a precursor tetrabutyl titanate into a solvent absolute ethyl alcohol, performing a hydrolysis reaction to obtain nanometer TiO2 particles, and introducing a semiconductor material WO3 and a rare earth metal element La in a reaction process, wherein the mol ratio of the Ti:WO3:La is 100:(0-10):(1-6), and the WO3-La/TiO2 nanometer compound photocatalyst is uniform in size, better in dispersity, free from toxicity and secondary pollution, low in price of raw materials and stable in source, simple in synthesis process without secondary pollution, low in price and stable in source of raw materials, simple in synthesis process without pollution, excellent in performance, and wide in application range, can be repeatedly used, can be conveniently prepared into a powdery coating or other types of green environmental-friendly material, is applied to pollution removal and purification of various environments, and has a wide practical application value in the aspect of preparation of a photoelectric material or photocatalysis material.

The invention discloses a method for preparing tungsten trioxide/titanium dioxide nanocomposite with a core-shell structure. The method comprises the following processes of: transferring a dextrose water solution to a sealed container, obtaining carbon microspheres by hydrothermal reaction, then dispersing and soaking the carbon microspheres into an ethanol mixed solution of titanium tetrachloride and tungsten hexachloride, separating, cleaning and drying to obtain the carbon microspheres of absorbing titanium ions and tungsten ions, and finally burning the carbon microspheres to obtain the tungsten trioxide/titanium dioxide nanocomposite with the core-shell structure. The method is simple in process, low in synthesis cost, free of poison, and easy for realization of industrial large-scale production; and the obtained tungsten trioxide/titanium dioxide nanocomposite with the core-shell structure is uniform in size and good in dispersibility, and has wide practical application value in the aspect of preparation of a photoelectric material or a photocatalytic material.

The invention provides shell powder putty and a preparation method and application thereof. The shell powder putty is prepared from shell powder, styrene-acrylic emulsion, modified mullite powder, active oxygen diluting agents, organic silane coupling agents, adhesion reinforcing agents, defoaming agents, gel agents, adhesives, composite inorganic micro powder, magnesium borate whiskers, sodium carboxymethylcellulose, heavy calcium carbonate and nano silicon dioxide. According to the shell powder putty, the good stability, adhesion strength, formaldehyde removing capacity, harmful gas removing capacity and appearance quality are achieved through selection and synergy of specific components, usage of the specific preparation method and the like, and therefore the very wide actual application value is achieved in the fields such as building, decorating and coating.

The present invention is directed to the problems existing in the prior art, and provides a fluorine-free antibacterial transparent superhydrophobic coating and a preparation method thereof. The fluorine-free antibacterial transparent superhydrophobic coating provided by the invention comprises inorganic/organic nanoparticles modified by quaternary ammonium salt silane coupling agent, a thermoplastic elastomer and an organic solvent. The preparation method has the advantages of simple process, mild conditions and no complicated equipment. The coating can be applied to various substrates by spraying, dipping, etc., including hard substrates such as glass and polymer films, and soft substrates such as textiles and rubber. The resulting superhydrophobic coating has excellent mechanical/physical/chemical stability, antibacterial properties and superhydrophobicity.

The invention relates to micropore carbofrax fiber and a process for preparation. Micropore carbofrax fiber is characterized in that the content of Si is 40-65 wt%, the content of C is 25-45 wt%, residual material is O, micropore carbofrax fiber takes continuous fibrous shape, the volume of micropore (pore diameter <= 2nm) accounts for more than 85 vol% of total pore volume, average pore size is 1.30-2.00nm, and specific surface area is 1100-2100m 2/g. The process for preparation is characterized in that carbofrax fiber which is rich with C is firstly prepared by blending mixing, non-melting and cracking through poly carbon silicon alky and carbonaceous high polymer, then micropore carbofrax fiber is obtained through activating carbon removing technology. The volume of micropore of micropore carbofrax fiber of the invention has high content, and pore diameter is stable and hard to collapse, and has high specific surface area, high thermally insulating property and good oxidation resistance property, and the invention has good application prospect in the field of environmental control, energy storage, medical health and the like.

The invention relates to a high-permeability pervious concrete cementing agent which is characterized by comprising the following components in parts by weight: 2-3 parts of furfural acetone resin, 100 parts of cement, 4-6 parts of epoxy resin, 1-2 parts of solidifying agent and 2-4 parts of toughening agent, wherein the cement is 42.5-grade ordinary portland cement; the furfural acetone resin comprises furfural and acetone; the epoxy resin is commercially available E-44; the toughening agent is polyurethane synthesized by utilizing water-soluble toluene 2,4-diisocyanate and trimethylolpropane; the solidifying agent is mixed polyamine of m-xylylenediamine and epoxy chloropropane at a ratio of 1:1. The invention also relates to a preparation method of the high-permeability pervious concrete cementing agent and application of the high-permeability pervious concrete cementing agent in a pervious concrete product. The high-permeability pervious concrete cementing agent disclosed by the invention has the advantages of very good compressive strength and permeability and very high practical value and can meet various requirements on the perviousness of the pervious concrete.

The invention relates to a Web data processing method based on formal concept analysis. The method comprises the steps of analyzing the latent semantic relation of Web services on each granularity level by using the prior Web service describing information, expressing the relation between the services by using a concept lattice so as to realize concept grouping of the Web services, and providing an increment maintenance method for a service lattice to realize Web service management. A reduction method for the service lattice is provided through research on the similarity of the services under the condition of gradual increment of Web service quantity and category in Internet environment. The established service lattice carries out service search according to service request.

The invention provides a wireless electromagnetic coverage area calculation method under line-of-sight communication. The method comprises the following steps of: resolving a sight distance communication radio frequency coverage area under different altitudes by matching terrain height data according to the longitude and latitude, height of a central point and a maximum unshielded communication distance; the method can meet the calculation requirements of a radio station transmitting electromagnetic coverage area in a laboratory and in a practical application process, and can quickly and efficiently assist a user in positioning and checking whether communication interruption is caused by a space shielding problem or not according to a calculation display result of the electromagnetic coverage area. According to the method, whether the reason of actual line-of-sight communication interruption is caused by space shielding can be effectively and visually analyzed in an assisted manner; aconvenient and effective technical means is provided for eliminating space occlusion, so that the space occlusion problem in the sight distance communication process is changed from the original subjective qualitative analysis to the quantitative analysis supported by the data analysis result.