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Double-bionic passive fog water collecting device based on liquid drop self-transportation
The double-bionic passive fog water collecting device comprises a hollow shell, a water conveying pipeline and a water collecting tank from top to bottom, the hollow shell, the water conveying pipeline and the water collecting tank are communicated in sequence, a supporting frame is installed on the outer side of the water collecting tank, the lower end of the water collecting tank is communicated with a water outlet valve, and the water outlet valve is connected with a water inlet pipe. After the structure is adopted, the device has the following advantages that an integrated device model of mist collection, storage and transmission is constructed, large-scale, multi-directional and efficient water mist collection under the water shortage condition can be realized, technical innovation is continuously carried out, and the water mist collection efficiency is improved. The technical barrier that the water collecting efficiency cannot be greatly improved due to the fact that water collecting structures are almost optimized from engineering angles such as air flow, liquid drop flow and the water collecting area in current fog water collection is broken through. The problems that current bionic fog water collection has high requirements for water vapor and weather conditions, multi-directional fog collection is difficult to achieve, and water use safety is high are solved one by one.
本发明涉及一种基于液滴自运输的双仿生无源雾水收集装置，包括从上之下的空心壳输水管道和集水箱，所述的空心壳、输水管道和集水箱依次连通，所述的集水箱的外侧安装有支撑架，所述的集水箱的下端连通有出水阀门，采用以上结构后，本发明具有如下优点：本发明完成了从“集雾‑‑储存‑‑传输”的一体化装置模型构筑，可实现缺水条件下的大规模、多方向性、高效水雾收集，不断进行技术革新，打破了当前雾水收集几乎都是通过对气流、液滴流、集水面积等工程角度进行集水结构的优化，无法实现集水效率的大幅提升的技术壁垒，逐一攻破了当前仿生雾水收集对水汽和天气条件要求较高、难以实现多方向性集雾、用水安全性等种种问题。
Double-bionic passive fog water collecting device based on liquid drop self-transportation
The double-bionic passive fog water collecting device comprises a hollow shell, a water conveying pipeline and a water collecting tank from top to bottom, the hollow shell, the water conveying pipeline and the water collecting tank are communicated in sequence, a supporting frame is installed on the outer side of the water collecting tank, the lower end of the water collecting tank is communicated with a water outlet valve, and the water outlet valve is connected with a water inlet pipe. After the structure is adopted, the device has the following advantages that an integrated device model of mist collection, storage and transmission is constructed, large-scale, multi-directional and efficient water mist collection under the water shortage condition can be realized, technical innovation is continuously carried out, and the water mist collection efficiency is improved. The technical barrier that the water collecting efficiency cannot be greatly improved due to the fact that water collecting structures are almost optimized from engineering angles such as air flow, liquid drop flow and the water collecting area in current fog water collection is broken through. The problems that current bionic fog water collection has high requirements for water vapor and weather conditions, multi-directional fog collection is difficult to achieve, and water use safety is high are solved one by one.
本发明涉及一种基于液滴自运输的双仿生无源雾水收集装置，包括从上之下的空心壳输水管道和集水箱，所述的空心壳、输水管道和集水箱依次连通，所述的集水箱的外侧安装有支撑架，所述的集水箱的下端连通有出水阀门，采用以上结构后，本发明具有如下优点：本发明完成了从“集雾‑‑储存‑‑传输”的一体化装置模型构筑，可实现缺水条件下的大规模、多方向性、高效水雾收集，不断进行技术革新，打破了当前雾水收集几乎都是通过对气流、液滴流、集水面积等工程角度进行集水结构的优化，无法实现集水效率的大幅提升的技术壁垒，逐一攻破了当前仿生雾水收集对水汽和天气条件要求较高、难以实现多方向性集雾、用水安全性等种种问题。
Double-bionic passive fog water collecting device based on liquid drop self-transportation
一种基于液滴自运输的双仿生无源雾水收集装置
ZHAO TENG (author) / ZHAO KE (author) / JIAN KUNYAN (author) / SUN PENG (author)
2023-10-24
Patent
Electronic Resource
Chinese
IPC:
E03B
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