首页> 外国专利> METHOD OF CONTROLLING THERMAL CONTROL SYSTEM OF RADIATION PANELS OF SPACECRAFT AT FAILURES AND FAILURES OF TEMPERATURE SENSORS

METHOD OF CONTROLLING THERMAL CONTROL SYSTEM OF RADIATION PANELS OF SPACECRAFT AT FAILURES AND FAILURES OF TEMPERATURE SENSORS

机译:航天飞机辐射板失效和温度传感器失效时的热控制系统控制方法

摘要

FIELD: space; heat exchange.;SUBSTANCE: invention relates to thermal control systems of spacecraft. Method comprises measuring temperature in zones of radiation panels (RP) with temperature sensors, maintaining temperature in RP zones within permitted range by changing temperature by means of temperature regulators, breaking period of revolution of spacecraft around the Earth into fixed time intervals defined by orientation of spacecraft relative to the Sun and planets. Determined by certificate data arranged in zones of service systems permissible range of temperatures, maximum possible temperature error in installation places of four temperature sensors in each zone. Breaking down each of fixed time intervals of period of revolution of spacecraft around the Earth in each zone into local time intervals, in which are observed identical temperature conditions are repeating on orbit passes. During flight of spacecraft, measuring and transmitting to a ground-based system for control of temperature values of each zone and current consumed by heat controllers.;EFFECT: higher efficiency and durability of spacecraft thermal control system.;1 cl, 6 dwg
机译:领域:空间;本发明涉及航天器的热控制系统。方法包括:使用温度传感器测量辐射板(RP)区域的温度;通过使用温度调节器改变温度,将RP区域的温度保持在允许的范围内;将航天器绕地球旋转的旋转周期分为固定的时间间隔,该时间间隔由相对于太阳和行星的航天器。由排列在服务系统允许温度范围内的证书数据确定,每个区域中四个温度传感器的安装位置中的最大可能温度误差。将航天器在每个区域中绕地球旋转的周期的每个固定时间间隔分解为局部时间间隔,在该时间间隔中观察到相同的温度条件在轨道运行中重复。在航天器飞行过程中,测量并传输到地面系统,以控制每个区域的温度值和热量控制器消耗的电流。效果:航天器热控制系统效率更高,寿命更长; 1 cl,6 dwg

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