簡介：在地震、海嘯、山洪等自然災害發生的時候，地面基站常常會被毀壞，災害地區的通信基礎設施損壞不能提供通信服務，這使得救援行動的開展受到較大的阻礙。
無人機基站不受災害地區基礎通信設施的限制，可快速為災害地區提供大范圍的可靠通信。許多救災行動往往是夜以繼日的，因此，一款長時間保障通訊的無人機設備便顯得尤為重要。
Introduction: When natural disasters such as earthquakes, tsunamis, and flash floods occur, ground base stations are often destroyed, and the communication infrastructure in disaster areas is damaged and unable to provide communication services, which greatly hinders the implementation of rescue operations.
The drone base station is not limited by the basic communication facilities in disaster areas and can quickly provide reliable communication on a large scale for disaster areas. Many disaster relief operations are often carried out day and night, so a drone device that ensures communication for a long time is particularly important.
注：僅推薦基礎設備信息，詳情可咨詢！
Note: Only basic equipment information is recommended, details can be consulted!
無人機作為一種新興的航空器，近年來在各個領域得到了廣泛的應用。它具有強大的功能，能夠提供長時間的應急通訊保障。尤其在地震等自然災害發生時，無人機能夠發揮重要作用，為應急救援提供支持。
As an emerging aircraft, drones have been widely used in various fields in recent years. It has powerful functions and can provide long-term emergency communication support. Especially in natural disasters such as earthquakes, drones can play an important role in providing support for emergency rescue.
首先，地震是一種破壞性極大的自然災害，常常造成通信網絡癱瘓，給救援工作帶來巨大困難。而無人機的出現為應急通訊保障提供了新的解決方案。系留無人機是指通過繩索或其他方式將無人機固定在特定位置，實現長時間懸停。相比于其他類型的無人機，系留無人機因其較長的續航時間和穩定的飛行能力，在地震發生后提供長時間的應急通訊保障更為可靠。
Firstly, earthquakes are a highly destructive natural disaster that often causes communication network paralysis and poses great difficulties for rescue work. The emergence of drones provides new solutions for emergency communication support. Moored drones refer to the use of ropes or other means to fix the drone in a specific position and achieve long-term hovering. Compared to other types of drones, tethered drones are more reliable in providing long-term emergency communication support after earthquakes due to their longer endurance and stable flight capability.
其次，系留無人機可以搭載各種通信設備，如高清攝像頭、激光通信設備等，用于實時圖像傳輸和通信網絡恢復。地震發生后，無人機可以迅速部署，并將高清圖像傳輸至救援指揮中心，幫助救援人員掌握災情和救援進展，為決策提供重要依據。同時，在地震造成的通信網絡癱瘓時，無人機可以運載激光通信設備，通過激光束傳輸信息，實現臨時的通訊連接，極大地提高了救援工作的效率。
Secondly, tethered drones can be equipped with various communication devices, such as high-definition cameras, laser communication devices, etc., for real-time image transmission and communication network recovery. After an earthquake occurs, drones can be quickly deployed and high-definition images can be transmitted to the rescue command center, helping rescue personnel grasp the disaster situation and rescue progress, providing important basis for decision-making. At the same time, in the event of communication network paralysis caused by earthquakes, drones can carry laser communication equipment, transmit information through laser beams, and achieve temporary communication connections, greatly improving the efficiency of rescue work.
此外，系留無人機還能夠發射小型氣球或無線電測向器，構建臨時的通信覆蓋網絡。在地震發生后，往往會有大量的通信基站倒塌或受損，導致通信網絡不穩定或無法正常運行。無人機可以攜帶氣球升空，通過無線電測向器獲取周邊信號強度和方位角，進而確定災區內的通信盲區和信號弱區，為恢復通信網絡提供重要參考。此外，無人機還可以搭載移動式基站設備，為受災地區提供暫時性的通信支持，保障救援指揮和受災群眾的通信需求。
In addition, tethered drones can also launch small balloons or radio direction finders to build temporary communication coverage networks. After an earthquake occurs, a large number of communication base stations often collapse or are damaged, leading to unstable or abnormal operation of communication networks. Unmanned aerial vehicles can carry balloons into the air and obtain surrounding signal strength and azimuth through wireless direction finders, thereby determining communication blind spots and weak signal areas within the disaster area, providing important reference for restoring communication networks. In addition, drones can also be equipped with mobile base station equipment to provide temporary communication support for disaster stricken areas, ensuring rescue command and communication needs of the affected population.
最后，無人機還可以通過紅外線、聲納等技術檢測災區內的生命跡象，輔助救援工作。地震發生后，有時會有被困人員出現，但由于受災情況復雜、地形險惡，傳統的搜救方式可能效率較低。系留無人機可以使用紅外線設備進行生命探測，通過圖像識別和分析技術，及時發現被困人員的位置，并向救援人員提供準確信息，提高搜救效率。此外，無人機還可以利用聲納技術，檢測地下水源和地質變化，為災區提供飲水和安全評估支持。
Finally, drones can also detect signs of life in disaster areas through technologies such as infrared and sonar, assisting rescue efforts. After an earthquake, sometimes trapped people may appear, but due to the complex disaster situation and dangerous terrain, traditional search and rescue methods may be inefficient. The tethered drone can use infrared devices for life detection. Through image recognition and analysis technology, it can timely locate trapped individuals and provide accurate information to rescue personnel, improving search and rescue efficiency. In addition, drones can also use sonar technology to detect underground water sources and geological changes, providing drinking water and safety assessment support for disaster areas.
推薦產品：誠進科技 CJ-1 守望者 系留無人機
動力模式：220V供電
起飛重量：≥30kg
最大載荷：≥10kg
圖數傳輸：≥5km
線纜長度：110m
抗風等級：6級
Recommended product: Chengjin Technology CJ-1 Watchman tethered drone
Power mode: 220V power supply
Takeoff weight: ≥ 30kg
Maximum load: ≥ 10kg
Image data transmission: ≥ 5km
Cable length: 110m
Wind resistance level: Level 6
系留無人機作為一種新興的航空器，在地震中提供長時間應急通訊保障具有明顯優勢。它能夠通過高清圖像傳輸、激光通信設備、氣球覆蓋網絡等手段，為地震應急救援提供可靠的通信支持。同時，無人機還能夠利用紅外線、聲納等技術進行生命探測和地質檢測，提高搜救效率和安全評估能力。用戶可根據災情具體規模選擇合適的無人機系統投入救援行動。
As an emerging aircraft, tethered drones have significant advantages in providing long-term emergency communication support during earthquakes. It can provide reliable communication support for earthquake emergency rescue through high-definition image transmission, laser communication equipment, balloon coverage network, and other means. At the same time, drones can also use technologies such as infrared and sonar for life detection and geological detection, improving search and rescue efficiency and safety assessment capabilities. Users can choose appropriate drone systems to participate in rescue operations based on the specific scale of the disaster.
推薦部門：應急救援、邊防巡邏、電力、通訊
Recommended departments: emergency rescue, border patrol, electricity, communication