Beijing Ruifeng Synergy Technology Co., Ltd. software

The Digital Testing Business Platform (TDM3000®) is a digital business platform supporting the entire equipment testing process. It`s a comprehensive system that integrates and optimizes various testing resources. The platform provides enterprise users with a collaborative work platform, automating and controlling the four stages of equipment testing: preparation, execution, analysis, and evaluation. It enables professional collaboration across all stages and aspects of equipment testing, helping users acquire relevant knowledge and experience from the testing process and data. This knowledge is then fed back to relevant design and production departments to improve product design, enhance product quality, increase enterprise efficiency, and improve productivity and competitiveness. TDM3000® helps users maximize testing efficiency, share knowledge, and stimulate employee innovation.

The layout design system facilitates sensor design by designers and on-site sensor installation by testers during the testing process. It enables rapid sensor selection, installation, and inspection, and quickly and accurately generates complete digital sensor model definitions, achieving a unified platform and management for sensor design and installation.

Data-driven modeling and simulation tools based on machine learning can be used to create performance digital twins of various equipment and support digital experiments and combined digital-real experiments based on digital twins. They can be used to deduce and optimize physical test schemes, replace high-risk physical tests, monitor physical test processes, and reduce the risks of physical tests.

A data analysis software system for quickly parsing, viewing, and analyzing frame data based on protocol template configuration. Frame Data System (DFA) is an engineering software independently developed by Beijing Ruifeng Collaborative Technology Co., Ltd. It is a standalone installation software that integrates frame data protocol configuration, data parsing, data viewing, and data calculation and analysis. The DFA software configures the user`s data format to form templates. During data parsing, the engine analyzes the data, matches it to the pre-configured templates, and extracts the parameters/channels from the data, forming a conveniently viewable CSV standard format file. This data can then be directly viewed and analyzed within the program.

The aircraft weighing system manages the theoretical weight data, weighing data, and related documents of each part during the aircraft design and manufacturing phase in a unified manner. This includes parsing and storing theoretical weight data, automatically calculating the theoretical weight of components, configuring component process routes, automatically generating part weighing lists, automatically verifying the correctness of the entered data, automatically monitoring the weighing data entry status, automatically performing weighing data analysis, and automatically generating statistical reports.

The fastener assembly design system creates a professional fastener assembly design system, providing a unified working environment for structural designers and manufacturing personnel. It adopts knowledge engineering technology and, in accordance with design specifications, quickly performs fastener recommendation, selection, import, and inspection, and rapidly and accurately generates a complete digital assembly model definition, realizing a highly automated fastener assembly design.

MOCAS (Modeling and Simulation System) is a system for modeling, simulating, evaluating the effectiveness of equipment systems, and conducting operational research. This system can simulate the entire process of equipment system missions, covering numerous aspects such as system composition, mission assignment, resource allocation, battlefield operations, and emergency response. It can provide full-scenario, full-process, and full-element operational displays. The system employs MBSE (Model-Based System Environment) and system simulation technology to construct simulation models of elements such as organization, equipment, resources, and environment. Based on mission design, it simulates and extrapolates system missions, monitors the status and effectiveness of system elements, and provides quantitative basis for equipment system planning and scheme design.