18results about How to "Clear process" patented technology

The present application belongs to the technical field of traditional Chinese medicine composition, and relates to a traditional Chinese medicine transdermal external preparation for treating vulvar hypopigmentation disease. The preparation is a paste prepared by mixing traditional Chinese medicine powder and horse oil. The traditional Chinese medicine powder is composed of the following raw materials by weight: Xuchangqing 10-12, Pugongying 10-15, Difusiduo 12-15, Tuzifuding 12-15, Baiji 10-15, Huzhang 9-12, Quansie 6-10, Diyu 10-12, Xuezhi 10-12, Danggui 6-10, Rushang 6-10, Miedu 6-10, Bingpian 1-3. The traditional Chinese medicine transdermal external preparation has definite and significant effects on vulvar hypopigmentation disease, especially in relieving intractable pruritus, promoting pigment recovery and improving skin sclerosis / atrophy. The traditional Chinese medicine transdermal external preparation has high safety, few adverse reactions and low recurrence rate.

This invention discloses a six-phase reactor for an energy storage converter, belonging to the field of reactor technology. It includes a first reactor assembly and a second reactor assembly. The first reactor assembly includes a first base, which is composed of a U-shaped support plate and an L-shaped support plate, allowing for independent and stable placement. The second reactor assembly includes a second base, mainly composed of an L-shaped support plate, which is temporarily stabilized during manufacturing using a detachable support fixture. After each reactor assembly independently completes overall impregnation and drying, the support fixture is removed. Then, the surfaces of the terminals and connectors to be connected in parallel are polished and the paint is removed. The two bases are then fixed using base connectors, and the corresponding phase terminals are electrically connected in parallel using a phase-parallel connector to form a six-phase output. This invention, through differentiated base design and fixture assistance, allows the two reactors to be impregnated separately before being connected in parallel, balancing impregnation process quality and electrical connection reliability, and also helps to reduce the overall size of the unit.

This invention relates to the field of hydrogeological exploration technology and discloses a method for accurately predicting aquifer inflow by integrating conventional and electromagnetic flow logging. The method includes the following steps: Step 1: Well logging data acquisition. Electromagnetic flow logging and conventional logging are performed simultaneously in the target exploration borehole to obtain static and dynamic flow response amplitude curves, apparent resistivity curves, natural gamma curves, and sonic transit time data. This method for accurately predicting aquifer inflow by integrating conventional and electromagnetic flow logging data constructs a key parameter system covering four dimensions: "water storage space - recharge power - water storage capacity - permeability resistance." It also utilizes the powerful nonlinear fitting capability of a generalized regression neural network (GRNN) to establish a prediction model, effectively overcoming the shortcomings of traditional theoretical formulas in adapting to complex geological conditions.

The application discloses a kind of air situation analysis methods based on track full life cycle, comprising the following steps: step 1, extraction typical track event;Step 2, establish track full life cycle model;Step 3, realize the quantitative analysis of air situation;Step 4, abnormal event identification and extraction.The air situation analysis method based on track full life cycle proposed in the application introduces track full life cycle model into the field of air situation estimation for the first time, and can deeply understand air situation on this basis.The application can make the process of situation analysis clear, the result of situation analysis more accurate and more intelligent, so as to provide more definite and accurate situation information for later decision makers.

This invention belongs to the field of wastewater treatment technology, specifically relating to a method and apparatus for removing COD from high-salt, high-organic-content wastewater. The removal method employs two organic matter retention membranes connected in series to treat the high-salt, high-organic-content wastewater. By controlling appropriate process conditions, these organic matter retention membranes primarily retain organic matter while retaining as little salt as possible, ensuring stable operation of subsequent processes or achieving compliant wastewater discharge. Furthermore, the concentrate obtained after treatment by each organic matter retention membrane is returned in a specific proportion to the inlet of the membrane that produced the concentrate, thereby ensuring efficient and stable membrane operation, improving system recovery rate, and extending membrane lifespan. This invention achieves COD removal from high-salt, high-organic-content wastewater using only a single process, exhibiting high removal rate, good decolorization effect, and high recovery rate. It significantly shortens the process flow and is characterized by being green, efficient, energy-saving, environmentally friendly, and highly reliable.

This invention belongs to the field of aircraft separation structure design technology, specifically relating to an explosive bolt collection device and its design method suitable for compact axial space. The method includes: Step 1, determining the initial velocity and initial kinetic energy of the explosive bolt remnant; Step 2, selecting buffer structure connecting fasteners based on the initial kinetic energy of the explosive bolt remnant calculated in Step 1; Step 3, designing the collection structure based on the initial kinetic energy of the explosive bolt remnant calculated in Step 1 and the buffer structure connecting fasteners selected in Step 2; Step 4, conducting numerical simulation analysis and ground tests on the bolt collection device designed in Steps 2 and 3 to verify the feasibility of the design method for an explosive bolt collection device suitable for compact axial space. This invention can solve the problems of complex structure, high axial space requirements, and the risk of rebound in explosive bolt collection devices.

This invention belongs to the field of materials processing and preparation technology, and provides a method for accelerating the martensitic decomposition of additive titanium alloys with high-energy short-time pulsed current. By designing pulsed current parameters, this invention establishes a quantitative relationship between current density, action time and microstructure evolution, thereby effectively suppressing grain coarsening while efficiently driving the rapid decomposition of acicular martensite. Ultimately, it breaks through the traditional constraint between strength and plasticity in additively manufactured titanium alloys, and achieves significant optimization of its comprehensive mechanical properties.

This invention discloses a method for preparing and applying environmentally functional materials rich in persistent free radicals. The preparation method includes: mechanically crushing and sieving agricultural waste, washing it with deionized water, and drying it to constant weight; mixing the obtained agricultural waste powder with alkali at a specific mass ratio, adding deionized water, stirring uniformly at room temperature to promote a complete reaction, and then transferring the mixture to a crucible for drying; and pyrolyzing the precursor in a tube furnace under a nitrogen atmosphere to finally obtain biochar material with a high content of persistent free radicals. This invention utilizes a three-step method of "raw material pretreatment - alkali modification - controlled-temperature pyrolysis" to efficiently transform widely available and low-cost agricultural waste into structurally stable and high-performance environmentally functional materials. The process is simple, low-cost, and environmentally friendly, showing good practicality and promising prospects for widespread application.

The application discloses a high-sulfur capacity hierarchical porous structure desulfurizer and a preparation method thereof, and belongs to the technical field of gas purification materials. The hierarchical porous alumina carrier is obtained by an in-situ hydrothermal growth method, and then the active components and catalytic additives, such as Zn, Cu, Ce, Mg, La and metal oxides, are highly dispersedly loaded in the hierarchical pores by using a complex co-precipitation method, and the desulfurizer is obtained after being dried and formed by calcination. The application has the advantages that the hierarchical porous structure greatly promotes the reaction mass transfer and provides abundant active site loading space; and the synergistic effect of the multiple additives effectively improves the sulfuration reaction activity and the anti-sintering capacity. The desulfurizer prepared by the method has excellent performances such as high sulfur capacity, fast reaction speed, high mechanical strength and good stability, and is particularly suitable for high-precision deep removal of hydrogen sulfide in gas such as synthetic gas and natural gas.

This invention provides a method for implementing car audio effects based on a real performance venue model. The method includes: S1: placing a sound source to be tested in the target performance venue, and setting up at least two sets of performance venue test points with the sound source to be tested as the origin, collecting the performance venue impulse response at each performance venue test point, and forming an original acoustic signal; S2: processing the original acoustic signal to obtain a standardized acoustic signal; S3: controlling the car audio system in the car cabin to play the test sound, setting up at least two sets of cabin test points in the car cabin, and collecting and obtaining the cabin impulse response; S4: extracting the performance venue impulse response and the cabin impulse response, calculating and obtaining the target impulse response; S5: calculating the target audio signal y(t) by performing a convolution operation between the standardized acoustic signal and the target impulse response; S6: adjusting the sound effect parameters of the target audio signal and playing it through the car audio system in the car cabin.

This invention belongs to the field of materials heat treatment technology, specifically relating to a heat treatment method, microstructure, and microstructure control method for α-solidified TiAl alloy castings. This method targets α-solidified TiAl alloy castings with unstable lamellar microstructure obtained from metal mold casting. It involves hot isostatic pressing under high temperature and high pressure conditions, utilizing the high-pressure environment to promote atomic diffusion and eliminate casting defects, completely transforming the unstable lamellar microstructure into a stable near-γ microstructure dominated by blocky γ phase. This step replaces the traditional process of water quenching and oil quenching, which are highly prone to cracking and are necessary to destroy the stable lamellar structure. Subsequently, seven cycles of "heating-short-time holding-air cooling" are performed in the upper part of the α+γ two-phase region below the α phase transformation point of the alloy, utilizing the cyclic phase transformation from γ to α to (α+γ) to achieve successive grain splitting and refinement. This invention eliminates the risk of stress cracking during heat treatment at its source, is suitable for complex thin-walled castings, and can obtain a fine-grained near-lamellar microstructure.

The application discloses a phonon transport property calculation model, system and method based on wave-particle duality, which comprises a normal mode analysis module, a phonon wavelet transform module and a thermal conductivity calculation module, and unifies the particle nature and wave nature of phonons in a thermal conductivity prediction framework, wherein the normal mode analysis module is used for projecting atomic scale dynamic evolution information to a phonon mode space to obtain mode-resolved space-time evolution data; the phonon wavelet transform module is used for wavelet transforming the mode-resolved space-time evolution data to quantitatively characterize the coherent time and coherent length of phonons; and the thermal conductivity calculation module is used for simultaneously calculating the contribution of phonon particle nature lifetime and wave nature coherent time to thermal conductivity based on the mode-resolved space-time evolution data, the coherent time and the coherent length, thereby providing a phonon transport image closer to physical reality and greatly improving the research and development efficiency.

The application discloses a kind of self-repairing material for underwater flow field sensing and its preparation method and application, belong to underwater sensing and intelligent material technical field.The application utilizes the self-repairing characteristics of PBS and the inherent conductivity of carbon nanotube and graphene, and prepares self-repairing self-pleated microstructure underwater flow field sensing surface by spraying-rolling method.When the surface is damaged, the continuity of PBS matrix is destroyed and accompanied by the fracture of local conductive network.In water environment or humid environment, water molecules can promote the reversible exchange and rearrangement of dynamic borate ester bond in PBS, so that the polymer chain segments at the fracture interface are reconnected and the network structure is restored, thereby accelerating the crack closure process.Meanwhile, the conductive channel composed of MWCNT / GNP gradually restores the conductivity and flow field response signal, so that the surface re-forms stable microtexture morphology, thereby realizing the continuous sensing and long-term service of flow field disturbance in underwater environment.

A method for evaluating the number of ice-breaking mechanism groups based on Swing-AHP weighting, belonging to the field of computer-aided design technology, aims to solve the problem of the lack of a quantitative evaluation system in the existing ice-breaking mechanism group design. The method includes the following steps: Step S10, collecting the height values ​​of sampling points on the road surface, calculating road feature parameters, importing the road feature parameters into 3D modeling software, constructing a 3D model of the road features, and constructing an ice layer model on the surface of the 3D model of the road features; Step S20, setting up a control group of 1 to 10 ice-breaking units for ice-breaking mechanisms with the same ice-breaking unit width. This invention achieves a comprehensive evaluation of the overall performance of ice-breaking mechanisms through a multi-dimensional index system and a scientific weighting algorithm; dual simulation verification ensures the accuracy and reliability of the results; applied to engineering design, it can effectively reduce R&D costs and trial-and-error risks, taking into account structural safety, operational efficiency, and economy, and has broad engineering applicability and scalability.

The application discloses a trusted device for generating a DLF through nested AI behavior scheduling service communication application, constructs a service registration module, an intelligent scheduling engine module, a service nesting and dynamic analysis module, a cross-service context transmission and state module, an intention-driven scheduling execution module, a cross-service scheduling module, a running monitoring module, and a credential aggregation module, and through the combination of the above modules, for behavior scheduling, process arrangement capability calling and other behaviors in an artificial intelligence scene, complete encapsulation of each user input, a model inference process, a knowledge base or evidence relied on, an intermediate inference chain, a final output result and inference confidence and other information into an independent OFD electronic credential is realized, all inference credentials are organized according to the order of multi-round interaction and logical dependency relationship through a DLF credential set, an AI trusted inference chain that is traceable and reproducible is formed, and thus a technical trusted basis is established in complex nested service scheduling.

The application provides an engine rotor blade tip multi-parameter design method, system and related device, relates to the rotor blade tip design technical field, and the design method comprises the following steps: S1, calculating a blade tip deformation amount, and drawing a blade tip thermal profile; S2, according to the blade tip thermal profile and the blade tip deformation amount, a blade tip final shape is drawn; S3, the deformation amount of a machine case is calculated, and a machine case cold profile is drawn; and S4, according to the machine case cold profile and the blade tip final shape, the cold installation gap of the blade tip and the machine case is determined. The application can ensure the safe operation of the engine under the condition of ensuring the performance requirements of the engine, and greatly improves the rationality of the gap design.

The application discloses an image processing method and device for judging hemolysis of suspended red blood cells, and the method comprises the following steps: acquiring a blood image set; the blood image set comprises a plurality of blood images and corresponding label information; acquiring a blood parameter information set; the blood parameter information set comprises a plurality of blood parameters and corresponding label information; the blood parameters comprise hemoglobin concentration, reticulocyte concentration, indirect bilirubin concentration, lactate dehydrogenase concentration and globin concentration; a blood hemolysis composite detection model is constructed by using the blood image set and the blood parameter information set; the collected blood image and blood parameter are processed based on the blood hemolysis composite detection model, and hemolysis detection result information is obtained; the hemolysis detection result information is used for representing the red blood cell hemolysis information of the corresponding blood of the collected blood image and blood parameter.