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Unmanned aerial vehicle base station
The unmanned aerial vehicle base station comprises a storage bin arranged on a communication tower, and an opening is formed in the top of the storage bin; the multiple charging tables are mounted on the inner wall of the storage bin and are arranged at intervals in the height direction of the inner wall, and the charging tables are used for charging the unmanned aerial vehicles parked on the charging tables; the parking platform is arranged in the storage bin and used for parking the unmanned aerial vehicle; the parking platform is connected with a first lifting structure and used for driving the parking platform to ascend and descend to different height positions so as to be aligned with any charging platform. A transfer structure is further arranged on the parking platform, and when the parking platform ascends and descends to the height corresponding to the charging platform, the transfer structure transfers the unmanned aerial vehicle on the parking platform to the charging platform. According to the unmanned aerial vehicle base station and the unmanned aerial vehicle base station, the multiple charging tables are arranged in the height direction of the storage bin, the unmanned aerial vehicle can be conveyed to any charging table to be charged through the first lifting structure and the transferring structure, the space of the storage bin is reasonably utilized, and resource waste is avoided.
本发明公开了一种无人机基站,包括括收纳仓,设于通信塔上,收纳仓顶部开口;多个充电台,安装于收纳仓内壁上,并沿内壁高度方向间隔设置,充电台为停放于其上的无人机充电;停机台,设于收纳仓内,以供无人机停放;停机台连接有第一升降结构,用于驱动停机台升降至不同高度位置,以与任一充电台对齐;停机台上还设有转送结构,当停机台升降至对应充电台的高度后,转送结构将停机台上的无人机转送至充电台上。根据本发明提供的无人机基站,无人机基站,在收纳仓高度方向设置多个充电台,并能通过第一升降结构和转送结构将无人机送至任一充电台充电,合理利用收纳仓空间,避免资源浪费。
Unmanned aerial vehicle base station
The unmanned aerial vehicle base station comprises a storage bin arranged on a communication tower, and an opening is formed in the top of the storage bin; the multiple charging tables are mounted on the inner wall of the storage bin and are arranged at intervals in the height direction of the inner wall, and the charging tables are used for charging the unmanned aerial vehicles parked on the charging tables; the parking platform is arranged in the storage bin and used for parking the unmanned aerial vehicle; the parking platform is connected with a first lifting structure and used for driving the parking platform to ascend and descend to different height positions so as to be aligned with any charging platform. A transfer structure is further arranged on the parking platform, and when the parking platform ascends and descends to the height corresponding to the charging platform, the transfer structure transfers the unmanned aerial vehicle on the parking platform to the charging platform. According to the unmanned aerial vehicle base station and the unmanned aerial vehicle base station, the multiple charging tables are arranged in the height direction of the storage bin, the unmanned aerial vehicle can be conveyed to any charging table to be charged through the first lifting structure and the transferring structure, the space of the storage bin is reasonably utilized, and resource waste is avoided.
本发明公开了一种无人机基站,包括括收纳仓,设于通信塔上,收纳仓顶部开口;多个充电台,安装于收纳仓内壁上,并沿内壁高度方向间隔设置,充电台为停放于其上的无人机充电;停机台,设于收纳仓内,以供无人机停放;停机台连接有第一升降结构,用于驱动停机台升降至不同高度位置,以与任一充电台对齐;停机台上还设有转送结构,当停机台升降至对应充电台的高度后,转送结构将停机台上的无人机转送至充电台上。根据本发明提供的无人机基站,无人机基站,在收纳仓高度方向设置多个充电台,并能通过第一升降结构和转送结构将无人机送至任一充电台充电,合理利用收纳仓空间,避免资源浪费。
Unmanned aerial vehicle base station
一种无人机基站
SHAO FUSHENG (author) / DA WEICHUN (author)
2023-12-22
Patent
Electronic Resource
Chinese
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