Intelligent water net system and application method thereof

Abstract

The invention provides an intelligent water net system and an application method thereof. The invention relates to an intelligent water net system and an application method thereof. An application layer comprises a foundation terrain database, a water supply pipeline database and a service database. A support layer is connected with an operating system, a database search engine, a GIS assembly, a GPS service assembly and a message middleware. The application layer further comprises a server terminal and a handheld terminal. The server terminal comprises a task management module, a region management module, a personnel management module, a map application module, a monitoring and checking module and a statistical analysis module. The handheld terminal comprises a task management module, a problem management module, an in-place prompting module, a record management module, a map navigation positioning module and a photographing and audio-video recording module. The system and the method are applied to an intelligent water net.

Description

technical field [0001] The invention relates to an intelligent water network system and a using method thereof. Background technique [0002] With the rapid development of urban construction, the structure of the urban water supply network system is becoming more and more complex. Whether the urban water supply network and its facilities are perfect and whether their functions are sound will directly affect the living standards of urban residents and are related to the sustainable health of the urban economy and society. Development; the traditional pipe network inspection / inspection maintenance mode is difficult to meet the needs of the rapid development of the city and the rapid improvement of people's living standards. With the help of information technology, the development of the water supply pipe network inspection / inspection system realizes the inspection / inspection management of water supply facilities Informatization and intelligentization of the existing water supp...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of urban construction, the structure of the urban water supply network system is becoming more and more complex. Whether the urban water supply network and its facilities are perfect and whether their functions are sound will directly affect the living standards of urban residents and are related to the sustainable health of the urban economy and society. Development; the traditional pipe network inspection / inspection maintenance mode is difficult to meet the needs of the rapid development of the city and the rapid improvement of people's living standards. With the help of information technology, the development of the water supply pipe network inspection / inspection system realizes the inspection / inspection management of water supply facilities Informatization and intelligentization of the existing water supply network to achieve a fundamental change in the inspection / inspection mode of the existing water supply network, improve the level of inspection / inspection maintenance management, improve the technical ability of outdoor inspection / inspector supervision, and solve business problems. The bottleneck of real-time data exchange between the mouth and inspection / inspection personnel is an urgent problem to be solved at present; in the absence of intelligent inspection / inspection of the pipe network, the inspection / inspection of the urban water supply network mainly relies on manual inspection / inspection , Use paper forms to record inspection / inspection issues. Only old employees with good memory, long working hours, rich inspection / inspection experience, and high responsibility can be familiar with the layout and facilities of the water supply network. However, China's urbanization is developing rapidly. The integration of urban and rural water supply is advancing rapidly, the scale of cities continues to expand, the mileage of water supply network continues to increase, and the water supply capacity continues to increase, while the years of service of the pipe network continue to increase. The problems of false inspections, missed inspections, incomplete records, and irregularities are in this artificial environment. Manual inspection / inspection is unavoidable, and while the water supply industry continues to grow and develop, inspection / inspection personnel are also constantly updated. This traditional inspection / inspection mode relies heavily on old workers, and the development of enterprises is restricted. , which exposed many problems and challenged this traditional management model;

[0003] 1. It is impossible to conveniently and objectively monitor the presence of patrolling personnel. Due to the lack of advanced supervision methods, it is impossible to know the inspection / inspection route and location of the patrolling / inspecting personnel in a timely manner. It is difficult to inquire about the inspection situation, and whether the quality of the pipe network inspection / inspection is reliable depends entirely on the responsibility of the inspection / inspection personnel;

[0004] 2. Because the drawings and documents are difficult to carry or the carried drawings and documents are not easy to check, during the on-site inspection / inspection, the operation status of the pipe network cannot be obtained in real time, the location and depth of the pipe network cannot be accurately determined, and the water supply pipe network has been dug up Incidents often occur, making it difficult to ensure the safety of urban water supply;

[0005] 3. Due to the replacement of new and old personnel, the inspection / inspection staff are not familiar with the layout of the water supply pipe network, and the reference objects of the pipe network facilities are prone to change, and the original pipe network map is also incomplete, resulting in some problems during the inspection / inspection. The pipe network in some areas has been forgotten and cannot be inspected / in place, resulting in long-term disrepair of the pipe network and the aging of pipe network facilities, which brings safety hazards to the normal supply of urban tap water;

[0006] 4. For the results of line inspections, it is impossible to report them in time; because inspection / inspection personnel usually use paper records in their work, when they find potential safety hazards in the pipeline network, they only record them first, and only after the line inspection tasks are completed can they be recorded. Report the hidden dangers to the company, and the safety hidden dangers cannot be dealt with in time, increasing the possibility of accidents;

[0007] 5. When the water supply pipe network bursts, the emergency repair personnel at the accident site lack effective decision-making basis for the closure of the water supply valve port. Due to the lack of precise GPS positioning, it is difficult to find the position of the valve port that should be closed in time, resulting in the failure of the valve port to be closed in time, which will increase the loss

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