The invention relates to the technical field of automation control, and discloses a relay module device suitable for a static magnetic field environment of a high-speed aerodyne and the high-speed aerodyne, and the device comprises a first solid-state relay, a second solid-state relay, a third solid-state relay and a fourth solid-state relay, the first solid-state relay comprises a first control side U1, a first normally-closed contact K1 and a fourth normally-open contact K4, the second solid-state relay comprises a second control side U2, an eighth normally-closed contact K8 and a fifth normally-open contact K5, and the third solid-state relay comprises a third control side U3, a second normally-closed contact K2 and a third normally-closed contact K3. The fourth solid-state relay comprises a fourth control side U4, a sixth normally-closed contact K6 and a seventh normally-closed contact K7, the first control side U1 controls an A-series supporting wheel of the high-speed galloping vehicle to be folded, the second control side U2 controls a B-series supporting wheel of the high-speed galloping vehicle to be folded, the third control side U3 controls the A-series supporting wheel of the high-speed galloping vehicle to be released, and the fourth control side U4 controls the B-series supporting wheel of the high-speed galloping vehicle to be released.

    本发明涉及自动化控制技术领域,公开了一种适用于高速飞车静磁场环境的继电器模组装置及高速飞车,该装置包括第一固态继电器、第二固态继电器、第三固态继电器和第四固态继电器,第一固态继电器包括第一控制侧U1、第一常闭触点K1和第四常开触点K4,第二固态继电器包括第二控制侧U2、第八常闭触点K8和第五常开触点K5,第三固态继电器包括第三控制侧U3、第二常闭触点K2和第三常闭触点K3,第四固态继电器包括第四控制侧U4、第六常闭触点K6和第七常闭触点K7,第一控制侧U1控制高速飞车的A系支撑轮收起,第二控制侧U2控制高速飞车的B系支撑轮收起,第三控制侧U3控制高速飞车的A系支撑轮释放,第四控制侧U4控制高速飞车的B系支撑轮释放。


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    Title :

    Relay module device suitable for static magnetic field environment of high-speed aerodyne and high-speed aerodyne


    Additional title:

    适用于高速飞车静磁场环境的继电器模组装置及高速飞车


    Contributors:
    ZHANG YANQING (author) / ISHIGA (author) / SONG YUEXI (author) / ZHANG PENGJU (author) / LI PING (author) / HU LIANGHUI (author)

    Publication date :

    2024-05-24


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    H03K PULSE TECHNIQUE , Impulstechnik / B60L PROPULSION OF ELECTRICALLY-PROPELLED VEHICLES , Antrieb von elektrisch angetriebenen Fahrzeugen



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