Meter-scale space debris monitoring telescope system

Abstract

A meter-scale space debris monitoring telescope system integrates a dome structure and a telescope system in an auxiliary support subsystem, does not need to be additionally matched with the dome structure, and integrally designs a servo control system, a time system, an operation control subsystem, an image acquisition processing positioning system and other hardware systems which are originally separated. The system integrates a detection processing subsystem and a servo control subsystem, does not need to configure an independent operation console, and has the characteristics of full automation, high integration and modularization, simple installation, simple and convenient movement, almost no need of matched capital construction, high measurement precision, simple maintenance, automatic alarm, simple interface, no need of operators and the like. The device can realize simultaneous observation of a plurality of targets in a monitored sky area, can be conveniently moved and placed in areas with good weather and sky conditions, high altitude, large temperature difference, poor matching conditions and poor living conditions, and can also be conveniently installed on a sea-based platform to work.

Description

technical field [0001] The invention relates to the technical field of telescope systems, in particular to a meter-level space debris monitoring telescope system. Background technique [0002] In many fields such as scientific research and military affairs, it is necessary to monitor space debris, so as to give the position and changes of space debris in the sky at every moment, determine the orbit of space debris, and obtain accurate information about space debris. On-orbit spacecraft provide relevant information. [0003] The invention of CCD has replaced the traditional photographic observation and has become one of the effective means of monitoring space debris. Due to the increase in human spaceflight activities, there are more and more space debris in space, and the number of space debris larger than 1 cm even reaches tens of thousands, threatening the safety of working spacecraft in orbit. In order to obtain information on these space debris, it must be observed. U...

AI Technical Summary

Problems solved by technology

[0005] (2) There are high requirements for the area of ​​the control room, usually more than 20 square meters, which is inconvenient to move;

[0008] (5) Need to provide power supply and network environment;

[0009] (6) Operators are required, and the operation is complicated;

[0010] Therefore, the traditional optical telescope system is no longer suitable for the development requirements of space debris cataloging

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