Design Scheme of Electric Lifting Workbench for Maintenance of Aerometer in Observation Field


  • Haitao Yan Meteorological Bureau of Tai’an City, Shandong Province, Tai’an, 271000, People’s Republic of China



AbstractThe wind speed and wind direction meter of meteorological station is installed on the wind meter pole 10 meters high from the observation site, which also causes some difficulties for the maintenance of the wind speed and wind direction meter in the later period. Based on this situation, an electric lifting worktable (referred to as the electric lifting worktable) is specially designed for the maintenance of wind meters in meteorological observation sites. It can lift the maintenance personnel and equipment and tools to a height convenient for work, and then grasp the wind meter pole through the mechanical arm. It can be operated by a single person, thus getting rid of the traditional dimension by climbing the wind meter pole or releasing the wind meter pole. The present situation of repairing has the characteristics of saving manpower and easy operation, which is conducive to improving work efficiency and reducing work intensity. It also greatly guarantees the safety of maintenance personnel, and has good practicability and extensive popularization value.


Observation field, Wind maintenance, Electric lifting table, Design scheme


[1] Drawn up by the Central Meteorological Bureau. Ground Meteorological Observation Norms [M]. Published by Meteorological Press, Beijing, 1979, 12, 1st Edition.

[2] Xu Shufeng, He Chun. Electric Lifting Workbench [J]. Mechanical Engineer, 2009, (5): 82-83.

[3] Chen Jun, Chen Zhenhua, Li Suping, etc. Design and control method of wheeled mobile worktable for greeting robot [J]. Machinery Manufacturing, 2009, (11): 24-26.

[4] Xu Benlian, Hou Baolin, Chen Qinglan, et al. Design and dynamics simulation of manipulator [J]. Lifting and transporting machinery, 2003, (10): 26-28.

[5] Ye Zengji, Xu Zili, Zhang Xin. Design and optimization of greeting manipulator with connecting rod transmission structure [J]. Machinery Manufacturing, 2011, (05): 11-13.

[6] Pan Jin, Xu Fengren and Shen Zhao. Study on Static Characteristics of Self-priming Gas Supports [J]. Special Equipment for Electronic Industry, 1990, (02): 31-34+39.

[7] Yan Haitao, lifting platform for maintenance of wind meters at observation sites [P]. China: ZL 2018 2 0325 866.3, 2018-11-16.


How to Cite

Yan, H. (2019). Design Scheme of Electric Lifting Workbench for Maintenance of Aerometer in Observation Field. Journal of Atmospheric Science Research, 2(1), 37–40.


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