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The methods and systems is a platform, to control the automatic landing / take-off from or landing to the circular grid of naval platforms in particular

机译:所述方法和系统是平台,用于控制特别是从海军平台的圆形网格起降或到其的起降。

摘要

As for this invention, the nolo flight object (4) the grid (5) not be able to pursue movement, movement of the grid is small, namely, when it is smaller than radius of the grid, it is possible, to apply randeingusutorateji by monitoring doing mean place of the grid movement of the grid is large, namely, when it is larger than radius of the grid, it is possible, to apply randeingusutorateji by positioning at lowest speed of the grid the nolo flight object (4) the grid (5) can pursue movement, movement of the grid is small, namely, when it is smaller than radius of the gridFollowing to the mean place of the grid, it is possible, to apply randeingusutorateji, movement of the grid is large, when namely, when it is larger than radius of the grid, being landing, as it is possible, to apply randeingusutorateji by following the position of the grid which is estimated step and calculate mean place step and the step which calculates position estimate and calculates lowest grid drift speed the step which acquire movement and, it regards the method of featuring that it possesses.
机译:对于本发明,nolo飞行物体(4),栅格(5)不能进行移动,栅格的移动较小,即,当其小于栅格的半径时,可以施加randeingusutorateji通过监视网格的平均位置,可以发现网格移动较大,即,当网格移动大于网格半径时,可以通过将网格定位在最低速度的网格上来应用randeingusutorateji(4)网格(5)可以追求运动,网格的运动很小,即当它小于网格的半径时,按照网格的平均位置,可以应用randeingusutorateji,网格的运动很大,当也就是说,当它大于网格的半径时,可能会着陆,通过遵循估计步长并计算平均放置步长的网格位置和计算位置估计并计算最低网格的步长来应用randeingusutorateji漂移速度ep获取运动,并考虑其具有的特征化方法。

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