发明名称 FLYING OBJECT GUIDANCE SYSTEM
摘要 <P>PROBLEM TO BE SOLVED: To provide a flying object guidance system of an AZEL switching angle measurement system improved in the deterioration of spacial stability at the rolling of a flying object. <P>SOLUTION: The guidance system calculates: an estimated visual line angle prior to correction in a first direction and an estimated visual line angle prior to correction in a second direction which are detected at different timings on the basis of signals in the first and second directions, respectively; a variation of an estimated visual line angle on the basis of an airframe rate, an angle of beam directivity angle, and time interval from a first timing to a second timing; an estimated visual line angle in the first direction and an estimated visual line angle in the second direction by correcting the estimated visual line angle prior to correction in the first direction and the estimated visual line angle prior to correction in the second direction using the variation; and a guiding signal on the basis of the first estimated visual line angle and the second estimated visual line angle. <P>COPYRIGHT: (C)2012,JPO&INPIT
申请公布号 JP2012117779(A) 申请公布日期 2012.06.21
申请号 JP20100269351 申请日期 2010.12.02
申请人 TOSHIBA CORP 发明人 NAKASHIO KENICHI
分类号 F41G7/22;F42B15/01;G01S13/68;G01S13/88 主分类号 F41G7/22
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