Adhere to the integration of heaven and earth, the idea of ​​joint development of heaven and earth, focus on the development of space-based measurement and control capabilities, reduce the cost of ground-based navigation, transfer the focus of foundation-based navigation to high-orbit and deep space missions, and study the experimental space-based Internet technology to build a world-wide interconnected network. The comprehensive information transmission network has made technical reserves for long-term man-in-orbit activities and manned deep space exploration.
Focus on the development of high-speed data transmission technologies, improve the communication capabilities of the world, study lunar and deep-space relay technologies, and seek scientific, reasonable and cost-effective solutions for world high-speed transmission.
Breakthrough high-precision measurement technology to achieve precise orbit determination and positioning. Dedicated space application requirements for centimeter-level high-precision orbit determination for medium- and low-orbit spacecraft: Pre-alert positioning requirements for geostationary orbit satellites with an orbital accuracy of ten meters, precision landings for deep space exploration missions, rendezvous and docking, and celestial surface navigation are all common in China. Upcoming challenges.
Deepen the space debris monitoring technology and improve the space security early warning capability. In the next 5 to 10 years, more than 20,000 targets or fragments will be cataloguable space, and the space safety problems faced by China’s on-orbit space assets will increase significantly. The characterization, identification, assessment and cataloging of bulk and micro-different space debris will be the main challenges we face.
Focus on the development of high-efficiency management technologies and significantly increase the efficiency of the measurement and control system. The number of on-orbit spacecrafts has increased dramatically, and the demand for multi-satellite measurement and control has grown rapidly. The measurement and control systems must solve problems in large-scale resource planning and scheduling, multi-objective measurement and control management, rapid space response, and emergency response to failures.
Focus on the application of information integration technology to further enhance the overall ability of measurement and control systems. In the future, the measurement and control system will undertake tasks such as technological upgrades and higher frequency of space launch observation and control. The creation of a new type of measurement and control information system with open architecture, sufficient information sharing, and flexible resource reorganization is a key research issue for measurement and control systems.
Saddle welding procedure requires the use of a Saddle Fusion tool. This tool must be capable of holding and supporting the pipe, rounding the pipe for proper alignment between the pipe and fitting, holding the fitting, and applying and indicating the proper force during the heat fusion jointing process. The heating and fusing process must be performed with accuracy and efficiency, especially when fusing to a pressurized main pipe. Automatic saddle welding machines with CNC control system promise operator to follow the welding temperature, welding time and jointing pressure after choosing welding standard, pipe size and material. CNC HDPE reducing tee saddle fusion welding machine, which is produced under a high technology with special design of pipe fusion machines, has the principle of working on the logic of the hydraulic system. For high quality reducer and high accuracy and working efficiency, Wuxi Yuda MRH-A Automatic HDPE Fitting Reduing Tee Saddle Fusion Equipment is your best choose.
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