The invention discloses a captive balloon equipment mounting scheme, and belongs to the field of airship equipment.The captive balloon equipment mounting scheme comprises the steps that firstly, by designing a rotary isolation mechanism composed of a fixed disc and a movable disc and a captive cable connected with a captive balloon, when the captive balloon rotates under the action of external force, a rotor of the movable disc can rotate relative to the fixed disc; and the mooring rope connected with the ground mooring winch is not influenced by the rotation of the captive balloon. Secondly, designing an equipment mounting mechanism, and directly mounting and fixing the equipment on the mooring rope; the equipment mounting mechanism adopts an upper and lower hoop clamping mode, two half parts of a hoop are respectively provided with a half support frame, and the whole support frame is formed after the hoop is wrapped. In conclusion, relative rotation between the captive balloon and the captive cable can be effectively isolated through the rotary isolation mechanism; by designing an equipment mounting mechanism, a new equipment mounting position, namely a mooring rope of the captive balloon, is provided, and the equipment can be mounted at any position of the captive rope without being limited when being hung at the mounting position.

    本发明公开一种系留气球设备挂载方案,属于飞艇设备领域领域,首先通过设计由定盘与动盘构成的旋转隔离机构,连接系留气球的系留缆绳,使当系留气球受外力旋转时,动盘的转子会与定盘发生相对旋转,使与地面系留绞盘相连的系留缆绳可不受系留气球旋转影响。其次,设计设备挂载机构,将设备直接挂载固定于系留缆绳上;设备挂载机构采用上下抱箍夹紧方式,抱箍两半部分各设计半个支撑架,在抱箍包今后形成整体支撑架。综上,本发明通过旋转隔离机构可有效隔离系留气球与系留缆绳之间的相对旋转;通过设计设备挂载机构,给出了新的设备挂载位置即系留气球的缆绳上,挂在安装位置不受限制,可在系留缆绳的任意位置进行安装。


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    Title :

    Captive balloon equipment mounting scheme


    Additional title:

    一种系留气球设备挂载方案


    Contributors:
    DONG YUNMENG (author) / LI XIN (author)

    Publication date :

    2024-03-29


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B64B LIGHTER-THAN-AIR AIRCRAFT , Luftfahrzeuge leichter als Luft



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