19results about How to "Meet customized needs" patented technology

This invention belongs to the field of copper alloy material design and preparation technology, and discloses a new process for efficiently designing high-performance copper-iron alloys. Based on the 5% Fe content vertical cross-sectional characteristics of the Cu-Fe-Si ternary phase diagram, the Si content is designed in stages (0-4%) to achieve targeted performance optimization. Combined with a three-stage heat treatment process of "homogenization-basic aging-gradient aging", a closed-loop system of "phase diagram design-preparation-detection-optimization" is constructed. Through precise composition control by EPMA and real-time feedback of mechanical properties, the problems of blind composition design and insufficient precipitation of strengthening phases in traditional processes are solved. The resulting alloy has excellent tensile strength, yield strength, and total elongation at break, with synergistic improvement in mechanical and magnetic properties, and a design efficiency improvement of more than 40%, making it suitable for electronic, mechanical and other fields.

The invention discloses an internal insulation steel pipe special cable and a four-groove roller reducing mill thereof, and relates to the technical field of cables, the cable comprises a steel pipe layer and convex ribs integrally processed on the outer surface of the steel pipe layer; the reducing mill comprises a fixing ring; the rolling assembly is rotationally installed in the fixing ring, the rolling assembly comprises a rotating ring and four rollers distributed in the rotating ring in a surrounding mode, and a gap used for extruding a steel pipe layer of the cable to form a convex rib is formed between every two adjacent rollers; and the driving assembly is used for driving the rolling assembly to rotate in the fixing ring so as to form a convex rib which extends in the axial direction and is of a linear structure or a spiral structure on the surface of the cable. According to the invention, through the relation between the revolution speed of the roller and the advancing speed of the cable, the convex ribs with axial linear structures or the convex ribs with different leads and spiral structures can be flexibly processed, the torsional strength, the heat dissipation efficiency and the installation guidance quality of the special cable in different laying environments are improved, and the customization requirements of high-end markets are met.

The utility model discloses a temperature controller with circulating liquid recovery function. The temperature controller includes: refrigeration loop module, circulating loop module and recovery module, circulating loop module includes main water tank, recovery module includes recovery water tank, the exhaust line of main water tank is provided with first exhaust valve, the exhaust line of recovery water tank is provided with second exhaust valve, the exhaust line of main water tank is communicated with the exhaust line of recovery water tank, and one -way valve is arranged between the exhaust line of main water tank and the exhaust line of recovery water tank, so that the gas in the inside of main water tank is discharged in proper order through first exhaust valve and second exhaust valve under the condition that circulating liquid is backflowed to main water tank from outside, and the gas in the inside of recovery water tank is discharged through second exhaust valve under the condition that circulating liquid is backflowed and recovers to water tank from outside. The temperature controller overcomes the problems of large capacity, slow exhaust and circulating liquid overflow, can effectively save space and cost, and can satisfy customer customization demand.

This utility model discloses a 3D-printed lens, relating to the field of lens technology. It includes a lens body printed by a high-precision 3D printer. The inner side of the lens body has an inner resin spraying layer, and the inner side of the inner resin spraying layer has an inner polishing layer. The outer side of the lens body is polished to form a first polishing layer, the outer side of the first polishing layer has a functional coating, the outer side of the functional coating has an outer resin spraying layer, and the outer side of the outer resin spraying layer has an outer polishing layer. This utility model involves resin spraying onto the 3D-printed lens body, forming inner and outer resin spraying layers on both sides of the lens body. Excess spraying layer is removed by polishing, producing a lens that meets the requirements. This rapid printing method avoids the accumulation and unsaleability of lenses. Furthermore, it enables on-site customization of lenses, meeting the demand for customized eyeglass lenses.

This invention discloses a portable IoT power metering box modular intelligent identification and configuration system, relating to the field of IoT technology. It integrates a sensor network to collect power data in real time, and a data processing module cleans, compresses, and initially filters the data. Deep learning algorithms are used for feature extraction and abnormal power consumption detection to ensure rapid response. A user interface module provides a graphical user interface, allowing users to update configurations instantly as needed. LACP monitors link status, automatically selects the optimal link, and ensures stable data transmission. A local caching and backup module temporarily stores data during network fluctuations and automatically synchronizes it to the cloud after network recovery. An adaptive optimization module monitors system load and dynamically adjusts resource allocation to ensure efficient and stable system operation. This significantly improves the data processing speed of the power IoT metering box equipment and enhances its flexibility and stability.

The invention provides a report generation method and device, electronic equipment and a storage medium, and belongs to the technical field of data processing.The method comprises the steps that in response to a report generation requirement, at least one target index control is selected from a control pool according to the report generation requirement, and each index control is associated with at least one type of sub-component; based on the at least one target index control, generating a report template in a control tree structure; and generating a report file based on the report template. According to the scheme, when the report template is generated, hard coding is not needed any more, the report template generation efficiency is improved, and the design cost is reduced.

The utility model relates to the technical field of dropper, disclose a kind of modular dropper, including dropper straight pipe, the one end of dropper straight pipe is detachably connected with dropper tip, the other end of dropper straight pipe is detachably connected with dropper head or connecting seat, connecting seat is detachably connected with rubber head, rubber head is communicated with the inner chamber of dropper straight pipe, rubber head outer detachably connected with lid. The above-mentioned modular dropper will each part of dropper sectional design and detachable connection, on the one hand, it is convenient for each part to be formed separately, meet the requirement on special modeling and material, it is convenient to realize all plastic dropper, it is favorable to recovery, on the other hand, it can meet the customization demand of multi-specification product, flexible replacement is used, and maintenance cost is low.

This utility model discloses a biomimetic noise reduction panel, comprising a sound-absorbing layer with a porous micro-nano structure disposed in the middle, and damping layers disposed on both sides of the sound-absorbing layer. Both damping layers are disposed on a mesh-like support plate. The edges of the support plate are encapsulated by four connecting blocks to form a square plate. The opposing connecting blocks on both sides form a set of connecting units. Two connecting blocks in a connecting unit are spliced ​​together by plug-in components to expand the size of the biomimetic noise reduction panel. The plug-in components are detachable. The sound-absorbing layer contains a porous micro-nano structure, structurally mimicking the scales of a lepidopteran insect wing. In terms of noise reduction performance, this noise reduction panel can stably cover a wide frequency range of 20Hz to 5kHz, with a noise reduction rate between 20.1% and 39.8%. Compared with the average noise reduction rate of 14.6% of traditional materials, its performance is improved by more than 50%, especially achieving a breakthrough in overcoming the industry challenge of low-frequency noise blocking.

The present application provides a kind of vertical steering cam mechanism and profile curve generation method, belong to logistics automation technical field.For the problems of large pressure angle fluctuation, significant dynamic impact, design dependent experience and poor adaptability of high speed and high load of existing shuttle car vertical steering mechanism, the present application adopts kinematics reverse method, by constructing mathematical model, establishes global and cam motion coordinate system, sets rotation ratio n, guide rod length L and other parameters, analyzes cam-follower relative motion (coordinate translation and rotation transformation), generates cam groove track point cloud, calculates and controls pressure angle (peak value ≤45 °), completes optimization verification by combining three-dimensional modeling and dynamics simulation, realizes the accurate design of cam groove profile curve.The present application can make the shuttle car follower complete 90 ° steering stably, effectively inhibit the self-locking and dynamic impact of mechanism, shorten the design cycle, improve the operation reliability under high speed and high load working condition, meet the frequent vertical steering demand of automatic warehouse shuttle car.

This invention belongs to the field of polymer functional materials technology, specifically relating to a biodegradable light-converting film with intrinsic fluorescence and its applications. The biodegradable light-converting film is prepared from a biodegradable copolyester with aggregation-induced emission properties. The biodegradable copolyester is polymerized from a polymerizable monomer, a first monomer providing rigid conjugated units, and a second monomer providing flexible spacer units. In the main chain structure of the biodegradable copolyester, the longest linear spacer segment between any two adjacent rigid conjugated units derived from the first monomer has ≥10 carbon atoms. Through precise molecular structure design, the aggregation-induced emission properties are chemically bonded to the biodegradable polyester main chain, fundamentally solving the problems of easy migration, aggregation quenching, and high cost of the light-converting agent in traditional additive-type light-converting films. This light-converting film exhibits efficient and stable intrinsic fluorescence in the solid state, with tunable fluorescence color, and possesses good mechanical properties and biodegradability.

The application provides a plug-in dependency analysis and architecture extension method and system for a low-code platform, relates to the technical field of low-code platforms, and comprises the following steps: converting plug-in source code into an abstract syntax tree through static code analysis, extracting an interface contract and verifying compatibility; eliminating circular dependencies through dependency graph construction and topological sorting, determining a compatible version to generate a dependency relationship chain; calculating a minimum impact surface based on a plug-in call index table, constructing a function extension registration center and an interface directory, and realizing loose coupling calls between plug-ins. The application solves the plug-in dependency conflict problem and improves the platform extensibility and stability.

The invention discloses a high-speed motor centrifugal magnetic adjusting device, which comprises a composite rotating shaft, a magnetic adjusting rotor, a rigid rotor and a magnetic adjusting device, and is characterized in that the composite rotating shaft is divided into a tooth-shaped section with circumferential transmission teeth and an optical axis section with a smooth surface, the magnetic adjusting rotor is sleeved on the tooth-shaped section and can slide along the axial direction, and the rigid rotor is fixed on the optical axis section; the magnetic adjusting devices are arranged on the end face between the magnetic adjusting rotor and the rigid rotor and evenly distributed in the circumferential direction, each magnetic adjusting device comprises a triangular groove piece, a boss piece and a tension ball, and the triangular groove pieces are fixed to the end face of the rigid rotor and provided with guide slopes to form slope sliding rails. The upper end of the boss piece is embedded into a radial groove in the bottom of the flux adjusting rotor, the lower end of the boss piece is in slope sliding fit with the guide slope, and the tension ball is arranged in a spherical cavity in the radial outer end of the boss piece and limited. Centrifugal force is generated through rotation of the tension ball, the centrifugal force is converted into axial component force through the slope sliding rail to push the magnetic field adjusting rotor to move axially, so that the magnetic field coupling strength of the motor is adjusted, and the device is suitable for a wide-speed-range high-speed motor system.

This invention belongs to the field of clutch manufacturing technology and aims to solve the problem that the friction performance of existing heavy-duty clutches gradually decreases over time, thus affecting their transmission smoothness and shortening their service life. To this end, this invention provides a method for preparing a surface-textured clutch plate. The method includes: preparing a mixed powder comprising metal matrix powder, solid lubricant powder, reinforcing phase powder, and a forming agent, and mixing them uniformly in a predetermined ratio; loading the mixed powder into a mold for cold pressing to obtain a green blank with a predetermined geometric structure; sintering the green blank under a protective atmosphere with stepped heating; processing microtextures on the friction surface of the sintered part using an ultrasonic impact device; and cleaning the surface of the ultrasonically impacted workpiece. This invention can optimize the friction performance of the clutch, enabling it to maintain high friction characteristics for a long time and preventing a rapid reduction in the clutch's service life.

This invention discloses a method for preparing amorphous silicon-aluminum based oxides from lithium slag and the resulting product, relating to the field of lithium slag recycling technology. The method employs a pH-controllable acetate buffer system as a precipitation regulator and precisely controls the pumping rate of the precipitation regulator into the lithium slag acid leaching solution. This significantly improves the problem of simultaneous and disordered precipitation of various metal hydroxides and silicon-aluminum compounds due to drastic local pH changes during precipitation, resulting in high impurity content in the amorphous silicon-aluminum based oxide product. Furthermore, it maintains the overall pH of the precipitation system within the optimal precipitation window for silicic acid and aluminum hydroxide, leading to more thorough precipitation of silicon-aluminum compounds in the lithium slag and significantly increasing the yield of silicon-aluminum compounds. This method offers advantages such as high yield, high purity, adjustable silicon-aluminum ratio in the product, and a simple, mild, and controllable preparation process, making it suitable for large-scale preparation of amorphous silicon-aluminum based oxides.

The invention relates to the technical field of fish cell culture, cell differentiation regulation and control and cell culture aquatic product tissue construction, in particular to a method for regulating and controlling fish stem cell co-culture and synchronously inducing myobiogenic and adipogenic differentiation based on microcarrier matrix stiffness. Adding the fish muscle satellite cells, the fish adipose-derived stem cells and the two microcarriers into the same culture system, and performing suspension dynamic culture; the culture system at least comprises two types of microcarriers: a high-rigidity microcarrier and a low-rigidity microcarrier. According to the method, the same culture system is adopted in a single reactor to penetrate through the whole process, mechanical microenvironment difference is provided by simultaneously configuring microcarriers with different rigidities, and the mechanical microenvironment difference is provided under the conditions that a muscle formation / fat formation induction stage is not additionally set and induction factors are not added; muscular satellite cells and adipose-derived stem cells are synchronously subjected to myoblast and adipogenic differentiation in the same system, and product myolipid tissue controllability and batch-to-batch repeatability are achieved through the microcarrier proportion and the cell proportion.

The utility model relates to a kind of modular injection molding machine for small-batch custom production, it includes cabinet, clamping module and injection module, clamping module is installed in the one side of cabinet upper surface by first bolt, the other side of cabinet upper surface is provided with sunken part, the surface of sunken part is installed with bearing plate by lifting mechanism, and the height of bearing plate can be adjusted by lifting mechanism;Injection module is installed on the upper surface of bearing plate by second bolt. By being divided into cabinet, clamping module and injection module three independent modules, each module can be replaced individually, so that corresponding module part can be replaced according to production demand, high adjustability can satisfy the production demand of small-batch custom, the height of injection module is adjusted by lifting mechanism, when replacing different specifications of clamping module, it can be ensured that the injection end of injection module can be at the same height with the injection port of clamping module, guarantee the precision of injection.

The invention discloses a thermal network and finite element-based relay temperature measurement point dynamic optimization method. The method comprises the following steps of S1, constructing a multi-node equivalent thermal network model; s2, constructing a three-dimensional finite element thermal analysis model; s3, identifying and correcting model parameters; s4, dynamic weighted optimization is carried out; and S5, screening out the optimal temperature measurement point with the highest temperature measurement point priority index. According to the method, the spatial steady-state advantage of a thermal network and the time transient advantage of a finite element are subjected to feature fusion, so that the limitation that traditional temperature measurement point selection has no basis is broken through, and the optimal monitoring position is automatically locked between the interior (such as a contact and an iron core) and the exterior of the relay according to working condition requirements; the response speed and the steady-state precision of the temperature monitoring system are remarkably improved, and the problems that the selection of the temperature measuring points of a traditional relay depends on experience, the transient thermal hysteresis characteristic is ignored, and the multi-working-condition load monitoring requirement cannot be considered are solved.

The invention belongs to the technical field of high-performance composite materials, and particularly discloses a bionic rib type carbon / carbon honeycomb sandwich structure and a construction method and application thereof.The bionic rib type carbon / carbon honeycomb sandwich structure comprises a C / C composite material upper panel, a multi-scale rib reinforced core layer and a C / C composite material lower panel which are arranged from top to bottom; the multi-scale rib reinforced core layer comprises a low-density C / C honeycomb matrix and a high-density carbonaceous reinforced rod, and the high-density carbonaceous reinforced rod is selectively embedded into a stress cell circle of the low-density C / C honeycomb matrix based on a finite element simulation analysis result under a compression load. According to the bionic rib type carbon / carbon honeycomb sandwich structure and the construction method and application thereof, the specific strength and the specific stiffness are further improved while the weight is reduced, flexible design and combination are conducted according to the actual load condition, and the customization requirements of different application scenes are met.