Article Details

Abstract

Road cleaning and greening maintenance operations in industrial parks face problems such as scattered road distribution, difficult data management, and difficulty in grasping the real-time locations of field workers. To address these problems, an operation management system is designed and developed. The system adopts an object-oriented design concept with a hybrid B/S and C/S architecture. Its front end is built on a WeChat Mini Program to realize operation sign-in and problem reporting, while the back end is constructed with Python Flask and MySQL. A spatial data model covering 26 roads in the park is established, and core algorithms such as map geofencing generation, worker position calculation, out-of-bounds warning, and spatial relationship judgment are implemented. The back-end platform can monitor workers' locations in real time, automatically aggregate and generate statistical reports on road operation information and personnel attendance, and support query and export of operation data. Application results show that the system meets the basic requirements of informatized management for road cleaning and greening maintenance operations in industrial parks and improves the efficiency of operation supervision and data management.

Keywords

industrial park; map geofencing; operation management

References

1. [1] Zhou Ye Strengthening characteristic advantageous industries and promoting the improvement of industrial park quality - "Guidelines for High quality Development of Industrial Parks" released [J]. China Science and Technology Industry, 2025 (10): 30-31
2. [2] Wen Bo, Fan Youyou Design and Implementation of Landscape Greening Management System Based on WebGIS [J]. Surveying and Spatial Geographic Information, 2023, 46 (12): 117-119123127
3. [3] Ma Jiaojiao, Yang Shuai Research on Optimization of Rainwater and Sewage Diversion Network for Municipal Roads Based on GIS [J]. China Building Metal Structures, 2025, 24 (24): 10-12
4. [4] Tan Jimeng, Luo Xiaobing, Zhao Jun, etc Design and Implementation of Comprehensive Management System for Municipal Inspection [J]. Science and Technology Innovation and Application, 2024, 14 (33): 111-114
5. [5] Lv Xizheng, Li Dongmei, Guo Lei Research and Application of Comprehensive Management System for Municipal Facilities [J]. Municipal Technology, 2020, 38 (2): 290-292296
6. [6] Wang Hongsheng, Wang Dehong, Zhao Le, etc Analysis of the influence of the scale of control point deployment on the accuracy of unmanned aerial vehicle aerial surveying and mapping [J]. Surveying and Spatial Geographic Information, 2024, 47 (11): 45-47, 51
7. [7] Wang Xiaofei Design and Implementation of Landscape and Greening Inspection Management System Based on Mobile GIS [J]. Surveying and Spatial Geographic Information, 2022, 45 (5): 139-142
8. [8] Chen Kai Design and Implementation of Urban Ecological Landscape Data Management Information System - Taking Changzhou City as an Example [J]. Urban Survey, 2025 (6): 92-96
9. [9] Liu Jinkui Research on Key Technologies in UAV Electronic Fence Planning [D]. Deyang: China Civil Aviation Flight Academy, 2018
10. [10] Wang Yabo, Pu Zhi, Wei Jianxin, etc Design and Implementation of Green Resource Information System Based on WebGIS [J]. Computer Technology and Development, 2024, 34 (7): 214-220

About the authors

Zhao Zhiwei (1987-), male, Han ethnicity, from Lanzhou, Gansu, associate researcher, bachelor's degree, research interests include computer technology and science and technology services.