17results about How to "Improve service reliability" patented technology

This invention discloses a high-performance meta-aramid / mica composite insulating paper and its preparation method. The paper is formed by wet papermaking and hot pressing of a mixed slurry composed of meta-aramid chopped fibers, meta-aramid precipitated fibers, and mica flakes. The composite insulating paper has a thermal decomposition temperature ≥425℃, tensile strength ≥52N / mm, tear strength ≥2.2N / mm, and voltage breakdown strength ≥13.8kV / mm. The mass ratio of chopped fibers to precipitated fibers is (50~80):(50~20). The amount of mica flakes added is 5wt%~10wt% of the total mass of the two aramid fibers. The hot pressing adopts a segmented hot pressing process of "low-temperature pre-pressing - medium-temperature strengthening - high-temperature setting". By controlling the key parameters of the precipitated fibers and optimizing the ratio of chopped fibers to precipitated fibers and the proportion of mica flakes added, the paper is prepared through processes such as raw material pretreatment, graded mixing and dissociation, wet papermaking, and segmented hot pressing. Advantages: Through multi-parameter coordinated control and process optimization, the technical bottlenecks such as the mechanical and insulation properties of existing aramid composite insulating paper and insufficient thermal stability have been solved.

This invention discloses a five-layer electrodeposited high-sealing corrugated pipe based on ultrasound assistance and its preparation method, belonging to the technical field of metal corrugated pipe manufacturing. It aims to solve the problem that in multi-layer electrodeposited corrugated pipes, it is difficult to effectively coordinate current density, surface quality, and interfacial bonding strength, leading to insufficient densification of the deposited layer, unstable interlayer bonding, poor wall thickness uniformity, and failure to meet airtightness standards, ultimately resulting in poor overall performance stability. This invention includes a five-layer composite structure in which the pipe wall is composed of alternating nickel-cobalt alloy and copper layers. Each layer of the five-layer composite structure undergoes ultrasonic vibration treatment during deposition. The corrugated pipe prepared by this invention has a uniform and dense deposited layer with good interlayer bonding. The five-layer alternating deposition layer composite structure not only achieves uniform stress transmission and dispersion, effectively delaying crack propagation and interfacial penetration, but also improves the uniformity of wall thickness distribution, enabling the corrugated pipe to exhibit higher structural stability and long-term reliability in a sealed environment.

The application discloses an AI model-based RSS subscription source intelligent screening and automatic article generation method and related device, relates to the technical field of artificial intelligence, and comprises the following steps: acquiring a subscription configuration containing an RSS source basic URL, a push cycle and the like, processing tasks in batches through timed scheduling and monitoring states, and improving service reliability; intelligently identifying RSS sources and reducing user configuration thresholds; preprocessing heterogeneous data into a standard format and guaranteeing data flow efficiency; filtering expired content according to a time window calculated according to the push cycle and relieving information overload; dynamically grouping according to an AI screening model Token upper limit and improving AI call success rate; implementing structured screening by using a preset JSON Schema combined with screening prompt words, improving precision compared with a traditional scheme; secondarily grouping according to an AI generation model Token upper limit after recombining results and guaranteeing generation quality; automatically generating articles combined with generation prompt words, reducing the time consumed by manual work to the minute level; generating a matching title, saving a notification and improving experience. The method realizes the upgrade of RSS from passive aggregation to active intelligent processing and is suitable for multi-field content services.

The invention discloses high-strength aluminum oxide ceramic and a preparation method thereof. The preparation method comprises the following steps: carrying out urea weak coordination modification on alumina powder, introducing magnesium, silicon and zirconium source compounds in a specific molar ratio, pre-calcining, and sintering at 1500-1700 DEG C to generate a multi-element non-stoichiometric composite solid solution in situ at a grain boundary. The structure can effectively cure free silicon dioxide, construct a high-rigidity grain boundary framework, inhibit grain boundary viscous flow and grain growth, and remarkably improve the bending strength and fracture toughness of the ceramic.

According to the high-strength and high-plasticity FeNiAl eutectic high-entropy alloy and the preparation method thereof, through the collaborative design of B microalloying, homogenization, cross cold rolling deformation and medium-temperature heat treatment optimization, a fine and uniform eutectic lamellar structure and a high-density dislocation structure are formed in a plate, the brittleness brought by an as-cast coarse structure is effectively relieved, and the high-strength and high-plasticity FeNiAl eutectic high-entropy alloy is obtained. The tensile strength and the yield strength are remarkably improved, meanwhile, high ductility and fracture resistance are kept, and the performance anisotropy caused by the rolled texture is further weakened. The technological process is simple, parameters are easy to control, and the method is suitable for industrial amplification application and is suitable for high-temperature structural parts, molds, impact load components and other scenes with high requirements for comprehensive mechanical properties of materials.

The application belongs to the technical field of nanocomposites, and particularly relates to a macroporous nanosilica composite material and a preparation method thereof. The macroporous nanosilica composite material comprises nanomacroporous silica and a lubricating additive loaded in the silica material; the nanomacroporous silica has a particle size of 50-110 nm and a pore size of 3-30 nm. The application optimizes and adjusts raw materials and a preparation process, so that the nanosilica composite material has excellent tribological and lubricating properties and can meet the application requirements in the self-lubricating field. The preparation method of the application has simple raw materials, mild process conditions, and no need for complex equipment, and is very convenient for industrial production. The preparation method of the application is simple in operation, low in production cost, and suitable for industrial production. The prepared product has certain stability, excellent lubricating property, and wide application range.

The utility model relates to spraying equipment technical field discloses a kind of annular part spraying equipment for airplane engine, including spraying cabinet, the inside of spraying cabinet is sequentially provided with adjusting assembly, cleaning assembly and drying machine from left to right, the inside of spraying cabinet is opened with transport, and the inside of transport is equipped with conveyor belt, the inside of spraying cabinet is provided with spraying chamber, and the side wall of spraying chamber and spraying cabinet is equipped with filtering mechanism;The adjusting assembly includes two electric push rods, two are respectively fixedly connected in the outside of spraying cabinet two sides, and the output end of two electric push rods is fixedly connected with bow plate. In the utility model, by adding cleaning and drying module, improve coating adhesion and uniformity, improve spraying quality and service reliability. At the same time, the filtering mechanism in spraying chamber removes suspended particles and waste gas, keeps environment clean and stable, and replaces activated carbon filter plate through quick-release assembly, realizes green environmental protection discharge.

The invention discloses a low-alloy wear-resistant steel forming method based on dynamic zooming-current coupling. The low-alloy wear-resistant steel forming method comprises the following steps that S1, powder is laid; s2, preheating is conducted; s3, carrying out partitioned melting; s4, cooling; and S5, stress relief annealing. According to the low-alloy wear-resistant steel forming method based on dynamic zooming-current coupling, compared with traditional constant parameter scanning, a dynamic zooming-current coupling scanning mode is provided, the real-time control capability of an electron beam is improved from position control to energy form cooperative control, and therefore the real-time control capability of the electron beam is improved. The crystal grains are refined and the tissues are densified by actively manufacturing molten pool oscillation, so that the internal quality of a formed part is fundamentally improved; by means of molten pool disturbance caused by zooming, the grain size of the low-alloy wear-resistant steel is averagely reduced by 30%-40%, meanwhile, the obvious columnar crystal growth direction is broken, and the mechanical property difference between the Z axis (construction direction) and the XY plane (horizontal direction) is reduced to be within 5%.

This invention belongs to the field of electronic packaging heat dissipation materials technology, and relates to a Bi-Sn-In system low-melting-point alloy thermal interface material and its preparation method. The material is composed of 53% Bi, 42% Sn, and 5% In by mass percentage. The preparation method includes: melting the raw materials at 300-350℃ under high-purity argon protection, followed by cooling at a rate of 5-10℃ / min to obtain a composite structure with a primary Bi-rich dendritic framework and an intergranular low-melting-point eutectic phase; then performing a low-temperature stabilization treatment at 100-110℃. This process enables the material to form a stable composite structure of "solid dendritic network + liquid eutectic phase" within the semi-solid working range, where the solid dendritic network provides mechanical support and inhibits pumping out, and the liquid eutectic phase ensures excellent thermal interface wetting and heat transfer performance. The material prepared by this method has a low melting point, high thermal conductivity, and good dimensional stability. The process is simple and suitable for the industrial production of heat dissipation interfaces for electronic devices.

This invention discloses a method for directional grouting repair of scour-filled areas in wharf foundations, comprising: S1, conducting surveys and data collection of the area to be grouted before directional grouting; S2, designing a grouting scheme, including: S21, estimating the required grouting volume for the area to be grouted; S22, designing the grouting hole positions and spacing; S23, initially assessing the grouting influence radius under given grouting pressure and flow rate conditions, thereby guiding the hole spacing and grouting volume distribution; S24, designing an upper limit for grouting pressure, ensuring that the upper limit is less than the critical rupture pressure of the soil or less than the allowable bearing capacity of the wharf structure; S3, selecting grouting materials and proportioning them; S4, carrying out grouting construction, including: S41, drilling; S42, test grouting; S43, formal grouting; S5, monitoring and quality assessment. This invention enables precise filling and foundation reinforcement of scour-filled areas.

The invention provides gear strengthening equipment based on ion implantation and gradient coating, and belongs to the technical field of gear production equipment, the gear strengthening equipment comprises an equipment main body, and the equipment main body defines a process chamber; the invention relates to a magnetron sputtering ion implantation device, which comprises a workpiece support part, a workpiece platform, a bias system, a vacuum system, a plasma generation device and a magnetron sputtering system, and is characterized in that the ion implantation function and the magnetron sputtering coating function are integrated in the same vacuum process chamber, and the rotatable workpiece support part and the bias system are arranged; the continuous and integrated treatment of ion implantation strengthening and gradient coating deposition on the surface of the gear in sequence under the one-time vacuumizing environment is achieved. The technological process time is remarkably shortened, and the pollution risk and efficiency loss caused by traditional multi-equipment transfer are avoided; the ion implantation pretreatment effectively enhances the film-substrate bonding strength and the substrate surface activity, and the rotatable support ensures the uniformity of complex tooth surface treatment, so that the service reliability, the wear resistance and the fatigue life of the gear coating are integrally improved.

The application discloses an AI model-based RSS subscription source intelligent screening and automatic article generation method and related device, relates to the technical field of artificial intelligence, and comprises the following steps: acquiring a subscription configuration containing an RSS source basic URL, a push cycle and the like, processing tasks in batches through timed scheduling and monitoring states, and improving service reliability; intelligently identifying RSS sources and reducing user configuration thresholds; preprocessing heterogeneous data into a standard format and guaranteeing data flow efficiency; filtering expired content according to a time window calculated according to the push cycle and relieving information overload; dynamically grouping according to an AI screening model Token upper limit and improving AI call success rate; implementing structured screening by using a preset JSON Schema combined with screening prompt words, improving precision compared with a traditional scheme; secondarily grouping according to an AI generation model Token upper limit after recombining results and guaranteeing generation quality; automatically generating articles combined with generation prompt words, reducing the time consumed by manual work to the minute level; generating a matching title, saving a notification and improving experience. The method realizes the upgrade of RSS from passive aggregation to active intelligent processing and is suitable for multi-field content services.

This invention relates to the field of electrothermal alloy materials technology, and discloses a high-resistivity nickel-chromium alloy material and its preparation method. The alloy uses Ni as a matrix and contains elements such as Cr, Al, Mn, Si, Nb, Zr, Y, C, and N. Y₂O₃-ZrO₂ composite nano-oxide particles, (Nb,Zr)C nano-carbides, and Ni₃Al intermetallic compound precipitates are dispersed in the matrix. The preparation method includes vacuum induction melting, electroslag remelting, powder preparation and mechanical alloying, hot pressing sintering and hot working, solution treatment, and graded aging. Through composite nanophase dispersion strengthening and grain boundary microstructure regulation, the alloy's resistance stability, oxidation resistance, and microstructure stability under long-term energization and high-temperature service conditions are improved, making it suitable for electrothermal elements, resistance materials, and high-temperature heating equipment.

A health care service intelligent scheduling method and system based on multi-factor fusion, in the method, the health records and audio-visual data of users, the state data of nursing staff and the environmental data are collected, the audio-visual data is converted into vectors through a semantic model and is fused with other data. The user demand representation is obtained by analyzing the fused data by using a time sequence feature extraction model, a heterogeneous interaction graph containing multiple types of nodes is constructed, and the matching probability is calculated by a graph attention network. At the same time, a neural ordinary differential equation model is used to evaluate the service risk, and finally the target nursing staff is determined and the scheduling instruction is generated by combining the matching probability and the risk level. The present application is used to improve the accuracy and response timeliness of health care service resource allocation in complex dynamic scenarios, and reduce the potential risks in the service process.

This invention provides a gear strengthening device based on ion implantation and gradient coating, belonging to the technical field of gear production equipment. The device includes a main body defining a process chamber; a workpiece platform; a biasing system; a vacuum system; a plasma generation device; and a magnetron sputtering system. By integrating ion implantation and magnetron sputtering coating functions into the same vacuum process chamber, and equipped with a rotatable workpiece support and biasing system, continuous and integrated processing of ion implantation strengthening and gradient coating deposition on the gear surface is achieved in a single vacuum environment. This significantly shortens the process time and avoids the contamination risks and efficiency losses associated with traditional multi-device transfer. Ion implantation pretreatment effectively enhances the film-substrate bonding strength and substrate surface activity, while the rotatable support ensures the uniformity of complex tooth surface treatment, thereby comprehensively improving the service reliability, wear resistance, and fatigue life of the gear coating.

The application discloses a traceable method for task replication and resource allocation in a large-scale machine type communication network, belongs to the technical field of wireless communication and mobile edge computing, and comprises the following steps: based on Lyapunov optimization theory, physical and virtual queue quantitative constraints are established, and long-term optimization is converted into a per-time-slot "drift plus penalty" minimization problem; then, the problem is decomposed into a task replication sub-problem, a resource block allocation sub-problem and an edge server queue management sub-problem, and the sub-problems are solved in sequence; an optimal task replication scheme is determined and saved as a first decision credential; a resource block allocation scheme is determined and saved as a second decision credential; an optimal edge server queue management scheme, including an edge server task processing rate and a task discard amount, is determined and saved as a third decision credential; and a queue state is updated, the decision credentials and the queue state are encapsulated as a periodic transaction and written into a blockchain to form an operation audit log; and the application realizes optimal balance of long-term operation cost and makes the decision process traceable.

This invention relates to the field of metal surface cladding technology, specifically disclosing a method for controllable distribution of ceramic reinforcing phase in a metal-based cladding layer and the metal-based cladding layer itself. The invention involves preparing a pre-layer on the surface of a metal substrate; the material of the pre-layer includes a ceramic reinforcing phase or its corresponding raw material; metal-based alloy powder is clad onto the surface of the pre-layer, and during the cladding process, the pre-layer is melted to form the metal-based cladding layer. By employing the unconventional process sequence of "pre-preparing the ceramic reinforcing phase layer and then cladding the metal-based alloy powder," the density difference between the ceramic reinforcing phase and the molten metal, as well as the directional solidification characteristics of the molten pool, are actively utilized to achieve homogenization using physical laws. This results in a general improvement in the hardness and wear resistance of the lower part of the cladding layer, a significant improvement in performance uniformity, and a substantial increase in the service reliability of the metal-based cladding layer under harsh, high-wear conditions.