Aerocraft steering engine non-rubber deviation load torque following mechanism

The invention relates to a steering engine non-rubber deviation load torque following mechanism. A torsion rod spring locating slider in the prior art is improved to 'a non-rubber deviation load torque following mechanism' so that the steering engine non-rubber deviation load torque follow...

Ausführliche Beschreibung

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Bibliographische Detailangaben
Hauptverfasser: LIN FAN, LIANG ZUOBAO, SONG XIAODONG, YAO XIAOXIAN, DAI RUNZHI
Format: Patent
Sprache:chi ; eng
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Beschreibung
Zusammenfassung:The invention relates to a steering engine non-rubber deviation load torque following mechanism. A torsion rod spring locating slider in the prior art is improved to 'a non-rubber deviation load torque following mechanism' so that the steering engine non-rubber deviation load torque following mechanism can follow aerocraft steering engine load torque caused by non-rubber deviation factors such asa flight attack angle, an angle of slideslip and autorotation speed of aerocraft and the like in a flight simulation experiment. The non-rubber deviation load torque following mechanism converts non-rubber deviation load torque into a torque valent weight angle according to the current load, follows in real time by a position servosystem, thus achieving the purpose of following the aerocraft steering engine load torque caused by non-rubber deviation factors such as a flight attack angle, an angle of slideslip and autorotation speed of aerocraft and the like and causing 'a simulation load device' to be capable of bette