Real time monitoring system adopting GIS for underground installation of ubiquitous base plate

Abstract

The invention aims at providing a real time monitoring system adopting a GIS (Graphical Information System) for the underground installation of a ubiquitous base plate. The underground installation can be effectively managed by rapidly acquiring the decision information of tubes of water supply pipelines and sewer by an observation and analysis technology for checking information to be input data. The system comprises a sensor, a sending part for sending information API and sensing data DB, a receiving part with a middle ware end receiving the information API and the sensing data DB, a system driving component, geographic graph DB including the graphical information of the underground installation of the water supply pipelines and the sewer and attribute information DB generated by the geographic graph DB, a GUI (Graphical User Interface) which is used for outputting images according to the result of the sensed value obtained through monitoring a setting process by the geographic graph DB and the attribute Information DB, and a central controlling and processing device which is electrically connected with and generally controls the DB, the system driving component and GUI.

Description

technical field [0001] The present invention relates to a real-time monitoring system for underground buried objects in a ubiquitous base plate using GIS. More specifically, the present invention relates to a basic database related to underground buried objects in waterways and sewers, which can quickly monitor related information. Analysis, the real-time monitoring system of underground buried objects can be used to register and manage the sensors directly installed on the waterways and sewers. By letting the sensors execute commands, the processing information of the waterways and sewers can be collected in real time and quickly. effective management of things. Background technique [0002] As is well known, people are actively developing information in multiple fields in real time through at least one main server through the medium of long-distance data communication network with the recent development of information communication technology. Information provision techno...

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Problems solved by technology

[0005] However, underground sewers and sewers buried underground have the following problems. As long as people do not directly spend time to manage and inspect them, they cannot effectively manage a large number of facilities, and it is almost impossible to manage them in accordance with established reports. The actual situation is that, as a local government, the observation map related to the water supply and sewage within the management is not constituted by removing a part of the area.

[0006] In addition, even in the case of a GIS-based monitoring system, almost all of them only display the position of the measuring instrument on the map, and simply show the form of the measured value, so the GIS information and measurement information that invest a lot of money are due to A graph representing a nonsensical shift line without meaning

[0007] Therefore, even when a monitoring system is formed, there is no objective evaluation plan and business effect for the completeness of new installations and repairs of facilities buried underground between the main body that creates the facilities and the main body that manages them. prompt schemes that often produce contradictory material

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