Variable empennage system of FSAE racing car
The invention discloses a variable empennage system of an FSAE racing car. The variable empennage system comprises two empennage side plates and flap empennage sheets, and further comprises a six-rod driving mechanism, a manual control module and an automatic control module. The six-rod driving mech...
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| creator | PENG YIKANG LIANG ZHENGTAO LIU ZHENFENG HE HANCHI ZHANG WENLONG ZHU GANG |
| description | The invention discloses a variable empennage system of an FSAE racing car. The variable empennage system comprises two empennage side plates and flap empennage sheets, and further comprises a six-rod driving mechanism, a manual control module and an automatic control module. The six-rod driving mechanism comprises steering engines, connecting rods and rocker arms, wherein the steering engines, the connecting rods and the rocker arms are arranged on the empennage side plates, and the output ends of the steering engines drive the flap empennage sheets to rotate through the connecting rods and the rocker arms. The manual control module is connected with the steering engines through a circuit and used for manually changing the frequency of PWM signals transmitted to the steering engines through an empennage state switch so as to control the rotating angles of the steering engines and achieve attack angle changes of the flap empennage sheets. The automatic control module is connected with a racing car CAN bus and |
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The variable empennage system comprises two empennage side plates and flap empennage sheets, and further comprises a six-rod driving mechanism, a manual control module and an automatic control module. The six-rod driving mechanism comprises steering engines, connecting rods and rocker arms, wherein the steering engines, the connecting rods and the rocker arms are arranged on the empennage side plates, and the output ends of the steering engines drive the flap empennage sheets to rotate through the connecting rods and the rocker arms. The manual control module is connected with the steering engines through a circuit and used for manually changing the frequency of PWM signals transmitted to the steering engines through an empennage state switch so as to control the rotating angles of the steering engines and achieve attack angle changes of the flap empennage sheets. 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The variable empennage system comprises two empennage side plates and flap empennage sheets, and further comprises a six-rod driving mechanism, a manual control module and an automatic control module. The six-rod driving mechanism comprises steering engines, connecting rods and rocker arms, wherein the steering engines, the connecting rods and the rocker arms are arranged on the empennage side plates, and the output ends of the steering engines drive the flap empennage sheets to rotate through the connecting rods and the rocker arms. The manual control module is connected with the steering engines through a circuit and used for manually changing the frequency of PWM signals transmitted to the steering engines through an empennage state switch so as to control the rotating angles of the steering engines and achieve attack angle changes of the flap empennage sheets. The automatic control module is connected with a racing car CAN bus and</abstract><oa>free_for_read</oa></addata></record> |
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| subjects | LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS MOTOR VEHICLES PERFORMING OPERATIONS TRAILERS TRANSPORTING |
| title | Variable empennage system of FSAE racing car |
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