Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Satellite maneuvering station antenna cabin and satellite maneuvering station vehicle
The invention discloses a satellite maneuvering station antenna cabin and a satellite maneuvering station vehicle. The satellite maneuvering station antenna cabin comprises a bottom plate, a left special-shaped plate, a right special-shaped plate and opening and closing mechanisms located on the bottom plate, and the opening and closing mechanisms are used for driving the left special-shaped plate and the right special-shaped plate to be unfolded and further used for driving the left special-shaped plate and the right special-shaped plate to be mutually folded, so that the left special-shaped plate, the right special-shaped plate and the bottom plate are folded to define a cabin body. The satellite maneuvering station antenna cabin is defined by the bottom plate, the left special-shaped plate and the right special-shaped plate, at least two mechanism opening and closing mechanisms used for driving the left special-shaped plate and the right special-shaped plate to rotate need to be arranged, the cabin body is defined by the bottom plate, the left special-shaped plate and the right special-shaped plate, and the appearance is attractive; in a closed state of the cabin body, outdoor equipment such as a low-orbit satellite maneuvering station antenna is protected, the protection effect is good, and the concealment of the outdoor equipment such as an antenna is improved.
本发明公开一种卫星机动站天线舱及卫星机动站车，其中，卫星机动站天线舱包括底板、左侧异形板、右侧异形板和位于底板上的开合机构，所述开合机构用于驱动左侧异形板和右侧异形板展开，还用于驱动左侧异形板和右侧异形板，使左侧异形板与右侧异形板相互合拢，还使左侧异形板、右侧异形板与底板合拢，合拢后围成一舱体。本发明提供的一种卫星机动站天线舱，由底板、左侧异形板和右侧异形板围成，最少仅需设置两台用于驱动左侧异形板和右侧异形板转动的机构开合机构，并且底板、左侧异形板和右侧异形板围成一舱体，外形美观，舱体闭合状态下对低轨卫星机动站天线等室外设备进行防护，防护效果好，提高天线等室外设备的隐蔽性。
Satellite maneuvering station antenna cabin and satellite maneuvering station vehicle
The invention discloses a satellite maneuvering station antenna cabin and a satellite maneuvering station vehicle. The satellite maneuvering station antenna cabin comprises a bottom plate, a left special-shaped plate, a right special-shaped plate and opening and closing mechanisms located on the bottom plate, and the opening and closing mechanisms are used for driving the left special-shaped plate and the right special-shaped plate to be unfolded and further used for driving the left special-shaped plate and the right special-shaped plate to be mutually folded, so that the left special-shaped plate, the right special-shaped plate and the bottom plate are folded to define a cabin body. The satellite maneuvering station antenna cabin is defined by the bottom plate, the left special-shaped plate and the right special-shaped plate, at least two mechanism opening and closing mechanisms used for driving the left special-shaped plate and the right special-shaped plate to rotate need to be arranged, the cabin body is defined by the bottom plate, the left special-shaped plate and the right special-shaped plate, and the appearance is attractive; in a closed state of the cabin body, outdoor equipment such as a low-orbit satellite maneuvering station antenna is protected, the protection effect is good, and the concealment of the outdoor equipment such as an antenna is improved.
本发明公开一种卫星机动站天线舱及卫星机动站车，其中，卫星机动站天线舱包括底板、左侧异形板、右侧异形板和位于底板上的开合机构，所述开合机构用于驱动左侧异形板和右侧异形板展开，还用于驱动左侧异形板和右侧异形板，使左侧异形板与右侧异形板相互合拢，还使左侧异形板、右侧异形板与底板合拢，合拢后围成一舱体。本发明提供的一种卫星机动站天线舱，由底板、左侧异形板和右侧异形板围成，最少仅需设置两台用于驱动左侧异形板和右侧异形板转动的机构开合机构，并且底板、左侧异形板和右侧异形板围成一舱体，外形美观，舱体闭合状态下对低轨卫星机动站天线等室外设备进行防护，防护效果好，提高天线等室外设备的隐蔽性。
Satellite maneuvering station antenna cabin and satellite maneuvering station vehicle
一种卫星机动站天线舱及卫星机动站车
GUO JUNFENG (Autor:in) / LAN HAI (Autor:in) / REN SHUANG (Autor:in) / LU HANG (Autor:in) / PENG QI (Autor:in) / ZHOU YIFEI (Autor:in)
13.07.2021
Patent
Elektronische Ressource
Chinesisch
Modularized land-sea-air triphibian maneuvering emergency operation square cabin
| Europäisches Patentamt | 2024