Urban intelligent management system and method

Abstract

The invention provides an urban intelligent management system and method, belongs to the technical field of urban management, and comprises an informatization subsystem, a data center subsystem, a dispatching center subsystem and a mobile terminal subsystem which are connected in sequence. According to the invention, the underground pipe network management is systematized, Internet of Things, three-dimensional and big data by using technologies such as Internet of Things, three-dimensional and big data analysis, the defect that the traditional management mode depends on a large amount of manpower is overcome, and the underground pipe network management is more scientific and efficient.

Description

technical field [0001] The invention belongs to the technical field of urban management, and in particular relates to an urban intelligent management system and method. Background technique [0002] The existing urban underground pipeline management methods mainly rely on a large amount of manual work. In terms of supervision, the underground pipeline supervision method is primitive and the degree of informatization is low. The city monitors and manages the underground pipeline network in terms of gas, heat, and urban drainage. It is still in a very primitive stage. Not only the main equipment is manually operated, but also the operation information is also manually recorded. When there is a problem with the underground pipeline, it needs to be found by manual inspection or social alarm. There is no information-based monitoring and early warning means, and For the manhole covers of the underground pipeline inspection wells and valve wells in the whole city, they are all manu...

AI Technical Summary

Problems solved by technology

[0002] The existing urban underground pipeline management methods mainly rely on a large amount of manual work. In terms of supervision, the underground pipeline supervision method is primitive and the degree of informatization is low. The city monitors and manages the underground pipeline network in terms of gas, heat, and urban drainage. It is still in a very primitive stage. Not only the main equipment is manually operated, but also the operation information is also manually recorded. When there is a problem with the underground pipeline, it needs to be found by manual inspection or social alarm. There is no information-based monitoring and early warning means, and For the manhole covers of inspection wells and valve wells of underground pipelines in the whole city, they are all managed manually, which makes it impossible to find and deal with them in the first place when the manhole covers are damaged or lost, and it is very easy to cause personnel and vehicle safety accidents

However, the situation of underground pipelines in the whole city is very complicated, and the location data and basic data information of the pipeline network are seriously lacking. Inaccurate, this will easily lead to underground pipeline digging accidents; at the same time, incomplete basic information on the pipeline network will lead to a lack of scientific planning of the entire city, which will bury a huge hidden danger for the future development of the city

The above reasons lead to the inability of the housing and construction department to use information technology to carry out scientific deployment and disposal when emergency events across different industries occur.

Images