Introduction
When using airspace, precision, safety and flexibility are of paramount importance. In order to solve this problem, we have proposed a new solution for considering the health status of the health situation. Motion analysis is one of the most effective methods for aeronautical and astronomical machines (comprehensive movement machines, total control parts). The integrated control system (ICS) has the ability to develop automatic vibration testing, provide operational control, and dynamic control ability. After reading the text, we will examine how the ICS is currently used in aviation and aerospace operations, provide operational efficiency, and ensure safety.
Automated dynamics: ICS integrated framework
It is very important to avoid any potential failures before the mechanical system is tested. During the construction of the aerospace system, failure-free tolerance, automation, vibration, and maintenance are important factors in achieving completeness and performance of the equipment.
Collection of real time dynamics
The ICS system has been assembled with a large variety of sensors, number of sensors, number of vibrations, and number of vibrations for practical use. Acceleration meter, electronic device, etc. are sensitive to the ground, and if the key parts of the aircraft are left unattended, the movement of the machine, the rise and fall of the machine body, and the immediate use of the minimum movement. This is a small system to maintain the amount of measurement and general movement number to arrive at the central control system and the original progress analysis. There are potential problems such as the number of collections, actual time use, process operator ability to recognize different variations, how much movement or rate changes, possible expression equilibrium failures, positional changes, etc.
Advanced signal sum analysis
Once the dynamic numbers are collected, the ICS system is assembled and used to create a signal calculation method that can be used to analyze the sum of numbers. This is a trivial calculation method that can be used to distinguish between normal operation behavior and failure-causing behavior. Dynamic analysis of dynamic signal power, amplitude and sum waveform, ICS capability, testing and improvement, damage or potential failure, and providing a complete understanding of machine health status.
Defective performance and failure
One of the main advantages of ICS operation is the practical implementation strategy. During operation, the system maintains a movement signal, the ICS system is able to be maintained and maintained, and the early occurrence of a failure occurs. Maximum capacity reduction can reduce external mechanical damage, reduce mechanical down time, and extend the service life of key components.
Aircraft safety and stability
During flight, safety is of the utmost importance. While the ICS is currently active, it has a high performance, and it also provides early warning signals for potential failures, and the author provides a high level of safety.
Early competition question
The machine structure (comprehensive machine wing, machine body and restraint surface) usually receives mechanical force and vibrational effects. Due to the change in time, this may lead to material fatigue, tearing, and other structural problems. A functional ICS system is capable of deploying and dynamically making micro-changes, making it possible to split the structure, divide it into sections, or create other materials. In the early stage, there may be some problems and the time may be reduced, so the situation may be less likely to occur, ensuring the safety of the customers.
Reducing the number of people in the middle of the test
Due to the number of sensors, it is easy to receive the impact of the vibration test. During the course of the automation analysis process, the number of ICS system deletions and analysis may be inconsistent. Continuously advanced calculation method, ICS system has the ability to quickly identify different moving numbers, provide clear and easy-to-understand interpretation, and assist engineering managers with intelligent decisions. This type of automation is less dependent on the main perspective, and the time required to confirm the implementation and change is more rapid.
Supporting the time-policing peace plan
The ICS system is currently in constant motion, and when the system personnel are dispatched, the engineering personnel are monitored. This information includes detailed inspection information, comprehensive evaluation of parts, and failure type and severity classification. The engineering manager will be able to immediately take corrective measures, such as adjusting the number of operations, safely removing or modifying the structure, and preventing the process from proceeding to ensure that the operation is safe.
Minamoto effect and ICS advancement
Completion of safety and stability, basic ICS automation vibration testing, and the completion of the book's progress in the aviation and aerospace industry. In order to improve the communication system and reduce the downtime, the ICS system will help increase the efficiency of the system and improve the efficiency of the system.
Maximum land reduction time outside the office
Mechanical failure-induced outage is one of the most expensive parts of an aerospace flight. The maintenance of the ICS system, the number of operations, and the possibility of failure, generation, and stoppage of the machine may result in potential problems, but the system is not affected by external repairs and repairs. This type of operating method has a small impact on the operational stoppage time, which is very important in the aviation and navigation industry, and has a direct impact on aircraft availability and customer service.
Low-grade textile repair book
As soon as the breakdown appears, the complete version of the parts for the repair and repair work is completed. In general, we will focus on the current situation, improve the situation, and solve the problem, but we will not be able to improve the progress of the existing parts. In addition, there are various methods for the use of aircraft carriers, such as refurbishment of operational resources, evacuation, and unnecessary repairs.
Extended asset life
The ICS system does not require any assistance and fast-tracking, and the service life of the aviation and astronautical equipment is long. During the course of maintenance, the health status of the parts may be reduced and the ICS system may be prevented from being overused or underused. This guarantees that the parts will have the best performance, will extend their service life, and will reduce the replacement rate.
Conclusion
ICS automated mobility testing is currently underway, and the aerospace industry has completed its revolutionary journey. The ICS system has improved the overall safety of the aeronautical system, and the flexibility and performance of the aerospace system. Before the actual failure occurs, the service life of the aeronautical and astronomical parts will be improved, and the maintenance of maintenance will be improved. Adhering to the aviation and aerospace manufacturing industry, the constant movement of commercial operations is limited in performance, and the fundamental ICS dynamic performance is the core effect of the completeness of the aviation system and the safety aspects.
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