A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Unattended multi-wavelength Raman-Mie scattering laser radar detection system
The invention discloses an unattended multi-wavelength Raman-Mie scattering laser radar detection system, which comprises an emitter, a receiving system, a control unit and a square cabin, the emitter is used for emitting laser, the receiving unit is used for receiving the emitted laser, and the control unit controls the emitter and the receiving system; the square cabin is used for placing the emitter, the receiving system and the control unit; the shelter comprises a rain sensor, a sun sensor and a skylight. The problems that an existing laser radar detection system needs to be attended for a long time, and the function of the laser radar detection system is single are solved. And the emitter, the receiving system and the control unit are placed in the square cabin. The control unit controls the top of the shelter to open or close the skylight according to data collected by the sensor. The system can intelligently cope with the change of the external environment without manual interference. And the beneficial effect of no need of long-term guarding of personnel is achieved.
本发明公开了一种无人值守的多波长拉曼‑米散射激光雷达探测系统，包括：发射器、接收系统、控制单元、方舱；发射器用于发射激光，接收单元用于接收发射激光，控制单元控制发射器和接收系统；方舱用于发射器、接收系统、控制单元的放置；方舱包括：雨感器、太阳传感器、天窗。解决了现有的激光雷达探测系统需要人员长期值守，激光雷达探测系统功能单一的问题。发射器、接收系统、控制单元放置于方舱内。控制单元根据传感器采集的数据，控制方舱顶部打开或关闭天窗。系统不需要人工的干涉，就可以智能的应对外部环境的变化。达到了不需要人员长期值守的有益效果。
Unattended multi-wavelength Raman-Mie scattering laser radar detection system
The invention discloses an unattended multi-wavelength Raman-Mie scattering laser radar detection system, which comprises an emitter, a receiving system, a control unit and a square cabin, the emitter is used for emitting laser, the receiving unit is used for receiving the emitted laser, and the control unit controls the emitter and the receiving system; the square cabin is used for placing the emitter, the receiving system and the control unit; the shelter comprises a rain sensor, a sun sensor and a skylight. The problems that an existing laser radar detection system needs to be attended for a long time, and the function of the laser radar detection system is single are solved. And the emitter, the receiving system and the control unit are placed in the square cabin. The control unit controls the top of the shelter to open or close the skylight according to data collected by the sensor. The system can intelligently cope with the change of the external environment without manual interference. And the beneficial effect of no need of long-term guarding of personnel is achieved.
本发明公开了一种无人值守的多波长拉曼‑米散射激光雷达探测系统，包括：发射器、接收系统、控制单元、方舱；发射器用于发射激光，接收单元用于接收发射激光，控制单元控制发射器和接收系统；方舱用于发射器、接收系统、控制单元的放置；方舱包括：雨感器、太阳传感器、天窗。解决了现有的激光雷达探测系统需要人员长期值守，激光雷达探测系统功能单一的问题。发射器、接收系统、控制单元放置于方舱内。控制单元根据传感器采集的数据，控制方舱顶部打开或关闭天窗。系统不需要人工的干涉，就可以智能的应对外部环境的变化。达到了不需要人员长期值守的有益效果。
Unattended multi-wavelength Raman-Mie scattering laser radar detection system
一种无人值守的多波长拉曼-米散射激光雷达探测系统
WANG YINAN (author) / MOU XIAOXUAN (author) / BI DENGHUI (author) / JIA SHENGJIE (author)
2022-06-28
Patent
Electronic Resource
Chinese
Multi-wavelength enhancement of silicon Raman scattering by nanoscale laser surface ablation
| British Library Online Contents | 2013
Fire detection in unattended machinery spaces
| Tema Archive | 1975