12results about How to "Accelerate development cycle" patented technology

The invention provides a graphical construction and edge deployment method for configuration software development for a micro-service architecture, which comprises the following steps of: constructing an interface and logic of configuration software by adopting a graphical interface through operations such as drag-drop, connection and the like; establishing a graphical component library comprising a plurality of predefined micro-service components, wherein the predefined micro-service components comprise data acquisition, processing, storage, display and the like; the predefined micro-service component supports conversion of the graphical component into an executable micro-service code, and configuration software is constructed; deploying the micro-service of the configuration software at a position close to a data source in combination with an edge computing node deployment strategy; the edge deployment framework automatically completes deployment and starting of the micro-service according to the configuration file and supports automatic deployment, monitoring and upgrading of the micro-service; the states of the edge computing nodes are monitored through a graphical interface, and remote configuration and management are carried out; and performing real-time viewing, log analysis, troubleshooting and the like on the node state. The development efficiency is improved.

The modularized flexible CNC clamp comprises a connecting plate, a bridge plate and a supporting plate, a connecting hole is formed in the middle of the top of the connecting plate, pin positioning holes are formed in the two ends of the top of the connecting plate and the two sides of the bridge plate, and the connecting plate is connected with the bridge plate through the pin positioning holes. According to the utility model, a worker does not need to frequently disassemble and assemble the tool, the tool is convenient and rapid, and when the connecting plate, the bridge plate or the supporting plate is damaged, the damaged connecting plate, the bridge plate or the supporting plate can be directly disassembled and replaced, so that the maintenance or replacement cost is reduced, the development period of a new product is accelerated, and the production efficiency is improved. A hydraulic oil cylinder and various air cylinders can be installed through the kidney-shaped through holes in the bridge plate and the clamp installation holes in the supporting plate, and a product is clamped under the assistance of manual clamping. And moreover, the mounting parts are designed to be standardized, and can be repeatedly switched according to different characteristics of products.

The invention relates to a dynamic website development system and method, in particular to a multifunctional dynamic website development method and system. The system comprises a micro-service architecture, a headless CMS, a front-end framework, a dynamic page staticizing module, an intelligent SEO optimization module, an authorization and security management module, a continuous integration and deployment module and a performance monitoring and optimization module. Through cooperative work of the modules, the flexibility, the safety, the performance and the SEO optimization effect of website development can be effectively improved, and meanwhile the legality and the data protection of the system are ensured.

The invention discloses an embedded graphical programming development method and device based on the Internet of Things and a medium, and the method comprises the steps: creating a graphical programming system application containing a Blockly framework, adding a dependency library on the graphical programming system application, and carrying out the page layout and initialization configuration; the method comprises the following steps of: constructing graphic block components with different functions on the application of the graphic programming system, and determining required graphic blocks: a Modbus RTU (Remote Terminal Unit) graphic block component, a serial port-Rs485 graphic block component, a NetManage graphic block component, a Home Assistance graphic block component, a ThingsBoard graphic block component and an input / output control graphic block component; freely combining the determined required graphic blocks to build a business scene, and completing program development through graphic programming; and downloading the program subjected to graphical programming to equipment for running. The development efficiency of the system is improved, and the development difficulty is reduced.

The invention provides a simulation device and system for simulating the flow resistance characteristic of blood in an organ. The device comprises a first blood inlet pipeline, a second blood inlet pipeline, a blood outlet pipeline, a connecting piece, a monitoring module, an adjusting module and a control module. And the first blood inlet pipeline and the second blood inlet pipeline are communicated with the bleeding pipeline. The control module is used for adjusting the state of the adjusting module according to the fluid flow parameters monitored by the monitoring module. The precision of the blood flow resistance characteristic simulated by the simulation device is high, and the error between the blood flow resistance characteristic simulated by the simulation device and the actual blood flow resistance characteristic in a living organ tissue blood vessel is greatly reduced; related design parameters of the perfusion device can be adjusted based on the actual blood flow resistance characteristic, simulated by the simulation device, of the target organ in the blood vessel under the flow, so that the perfusion device which meets the use requirements of living organs and is higher in precision can be developed.

The present application relates to the field of data processing technology, and discloses a method for docking a device with an Internet of Things platform using a large language model. The method includes: collecting network traffic data of Internet of Things devices, extracting traffic fingerprints from the network traffic data, obtaining traffic fingerprint data, and constructing device description information based on the traffic fingerprint data; matching the traffic fingerprint data and device description information with the Internet of Things knowledge base to obtain target device parameters; defining device service attributes, and creating a physical model based on the device service attributes; matching the communication mode and device communication protocol to the physical model, inputting the communication mode and device communication protocol into the large language model to generate device communication plug-in code, and obtaining communication plug-in code; transmitting the communication plug-in code to the plug-in management unit to generate a device communication plug-in, and establishing the physical model and the device docking of the Internet of Things platform through the device communication plug-in. The present application improves the efficiency of docking between the device and the Internet of Things platform.

The invention provides a VOF-based numerical simulation method for a welding spot cavity of a vacuum vapor welding, which comprises the following steps: creating a BGA welding spot two-dimensional model and presetting a plurality of bubbles, simulating the flowing of a welding flux by adopting a laminar flow model, and simulating the interface of the welding flux and the bubbles by adopting a multiphase flow VOF model. A multi-area method quadrilateral mesh is adopted, and a UDF user-defined program is matched to simulate a flow field when bubbles escape from the solder; and meanwhile, by improving boundary condition setting, the calculation time is shortened, the calculation efficiency is improved, and the process that bubbles escape from the BGA welding spots in the welding process is rapidly and truly simulated.

This invention discloses a method and system for rapid prediction of battery pack collision intrusion based on multi-fidelity data fusion. First, a training dataset containing high-fidelity and low-fidelity samples is constructed through finite element simulations with different mesh accuracies. Then, a two-level fusion model is established using Gaussian process regression. The predictions of the low-fidelity model are used as correction features to guide the high-fidelity model in accurate learning. Furthermore, based on an ensemble learning and Bayesian optimization framework, an improvement expectation criterion that incorporates simulation cost trade-offs is used for adaptive sampling. The location and accuracy level of newly added samples are intelligently determined, and the model is continuously optimized through iterative updates. This invention effectively resolves the contradiction between high-precision prediction and high computational cost, significantly reducing data acquisition overhead while ensuring prediction accuracy, providing an efficient and reliable technical means for battery pack collision safety assessment and optimization design.

The application provides an MCU software integrated system for a DLP vehicle-mounted projection headlamp, a voltage monitoring module can measure and monitor input voltage; a hibernation wake-up control module can control the wake-up and hibernation of the DLP headlamp; a CAN communication module is used for realizing the interaction between a vehicle-mounted host and the DLP headlamp; a diagnosis DTC module comprises a diagnosis service sub-module and a DTC function sub-module; an IIC communication module can initialize and configure the register of a Deserializer chip and configure the light adjustment parameter of a DMD Controller module; and a light adjustment control center module can adjust the light of the DLP headlamp. The software functions of MCU1 and MCU2 are integrated on the same MCU, one MCU is reduced, the complexity of the system is reduced, and the cost of the system is saved.

The invention discloses a cross-platform software compatibility test and optimization method, belongs to the technical field of software testing, and aims to solve the difficult problem of existing cross-platform software compatibility test; firstly, the software is installed on different test platforms, and function, interface and performance tests are performed; the function test simulates user operation, calculates average response delay time difference and success rate, and marks function abnormal points; the interface test divides detection points, analyzes color, clarity and coordinate values, and marks interface abnormal points; the performance test monitors the number of flashbacks and completion time, and marks performance abnormal points; then, the abnormal points are sent to a positioning display module, and different marking circles and colors are set according to the abnormal type and severity in a problem display model, and priority sorting is performed; maintenance personnel can optimize the software according to the data in the problem display model, so as to quickly locate the root cause of the problem, improve development efficiency, and ensure the quality and stability of the software on different platforms.

The invention provides a titanium alloy isothermal thermal forming process based on analogue simulation. The titanium alloy isothermal thermal forming process comprises the steps that S1, a material performance database capable of being recognized by Autoform software is established according to input variables and output variables of a material performance test; s2, determining an isothermal hot forming process route according to the characteristics of the titanium alloy part, wherein the isothermal hot forming process route comprises an isothermal hot deep drawing process and an isothermal hot sizing process; s3, theoretical analysis is conducted according to the material performance database and the isothermal thermal forming process route, and thermal forming parameters needing to be simulated in the isothermal thermal deep drawing procedure and the isothermal thermal sizing procedure are determined; s4, performing analogue simulation of an isothermal hot deep drawing process and an isothermal hot sizing process on the titanium alloy plate by using Autoform software; and S5, trial-manufacturing of the part is conducted according to the forming parameters obtained through analogue simulation, and the forming parameters of the isothermal hot deep drawing procedure and the isothermal hot sizing procedure of the part are adjusted according to the forming quality of the trial-manufactured part so that the part can meet the technical requirements of the part.