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Global autonomous determination method of meridian locations involves determining meridian of unknown location by changing known meridian congruent at specified angle in clockwise direction
Global autonomous determination method of meridian locations involves determining meridian of unknown location by changing known meridian congruent at specified angle in clockwise direction
The local meridian representation of inertial sight is determined by comparing year angle epsilon =we*tx/365 and day angle iota =wetx. The unknown meridian location P' is determined by changing the known meridian congruent at time tx+n delta t by an angle wmn delta t in clockwise direction, taking into consideration the known zeroth meridian position at time tx or tx+n delta t to state terrestrial longitude of location. The year and the day angles are shifted relative to an inertial reference angle R', at a time interval delta t multiplied by high simulation angular velocity wm, until both the angles become congruent.
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机译:惯性视线的局部子午线表示是通过比较年角度epsilon = we * tx / 365和日角度iota = wetx来确定的。未知子午线位置P'是通过将在时间tx + n delt处的已知子午线全合线沿顺时针方向改变角度wmn delt t来确定的,其中要考虑在时间tx处的已知第零子午线位置或将tx + nδt的状态地面经度。年和日角度相对于惯性参考角度R'的偏移量为时间间隔Δt乘以高模拟角速度wm,直到两个角度都相等为止。
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