Intelligent urban direct drinking water supply pipe network and Internet-of-things system thereof

Abstract

The invention discloses an intelligent urban direct drinking water supply pipe network and an Internet-of-things system thereof. The intelligent urban direct drinking water supply pipe network comprises a server, a data center and a plurality of dispersedly arranged terminal controllers. The server is connected with a monitoring center, a maintenance center and a client module. The monitoring center is connected with an alarm device and a display device. The data center is connected with the server through a switch. Each terminal controller comprises a PLC, a direct drinking water data acquisition module, an equipment data acquisition module, a user data acquisition module, a warning module, a human interaction module, a communication module, a power supply module and a storage module. According to the invention, acquisition of user data, direct drinking water body data and equipment data is realized, so that the monitoring center can remotely monitor and control a water affair system, timely maintenance of equipment is facilitated, and management by a manager is facilitated.

Description

technical field [0001] The invention relates to the field of smart water affairs, in particular to an intelligent water supply pipe network for urban direct drinking water and an Internet of Things system. Background technique [0002] At present, most enterprise-level information management platforms are generally systems with strong business pertinence or small network coverage. However, with the development of cities, some basic enterprises that ensure urban security will be integrated into industry-integrated management tools, such as urban water systems. Dealing with industry. In the past, urban tap water and direct drinking water for residents were managed separately. Now more and more cities are merging the water treatment industry for intensive management. This requires a management method that covers all enterprises in the urban water industry and connects them through a wide area network. [0003] The existing direct drinking water supply system can realize the on...

AI Technical Summary

Problems solved by technology

[0003] The existing direct drinking water supply system can realize the online monitoring of operating parameters and water quality, but the alarm system and positioning system are not perfect, and the monitoring of equipment operation data is not comprehensive enough, and the maintenance personnel cannot be notified in time to go to the fault location for maintenance, which increases the maintenance cost. Reduces work efficiency; and cannot collect user information, which is inconvenient for managers to manage and greatly increases the management burden

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