Interface machine access system and method based on urban intelligent street lamp monitoring system

Abstract

The invention discloses an interface machine access system and method based on an urban intelligent street lamp monitoring system, and the system comprises a process management module which is used for managing the registration of a process and the start and stop of the process, detecting the process state of a multi-channel communication module, and modifying the process state of the multi-channel communication module in real time according to the detection result; the multi-channel communication module is used for loading a communication protocol dynamic library according to a configuration file, and performing data processing, distribution and log recording of process alarm information by adopting a unified communication framework; the log module is used for recording state information of each module, receiving alarm information when each module fails and is abnormal, and storing the alarm information and the state information of each module in a local medium or writing the alarm information and the state information of each module in a remote background database; and the configuration parameter management module is used for configuring related configuration parameters for enabling the modules to work normally. The method has the advantages that the communication program of the street lamp monitoring system is easier to develop and maintain, stable and reliable.

Description

technical field [0001] The invention relates to an interface machine access system and method based on an urban smart street lamp monitoring system, and belongs to the technical field of interface machines. Background technique [0002] With the rapid development of smart cities, the construction of smart cities is in full swing. Urban street lights are an important part of a smart city. The urban smart street light monitoring system realizes street light control and expands value-added services of light pole resources through short-distance and long-distance communication technology. [0003] There are a large number of street lights in a city, the regional layout is very different, and the functional requirements and actual requirements of different regions are also very different. For the urban smart street light monitoring system, for example, in some regions, other sensors such as light collection equipment and leakage collection equipment will be added to assist. Deci...

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Problems solved by technology

[0003] There are a large number of street lights in a city, and the regional layout varies greatly. The functional requirements and actual requirements of different regions are also very different. For the urban smart street lamp monitoring system, for example, some areas will add other sensors such as light collection equipment and leakage collection equipment to assist In terms of decision-making, the distribution of street lights in some areas is relatively dense, and the distribution of street lights in some areas is relatively scattered. There are also various equipment manufacturers, and there are also many differences in communication networks. Some are based on 2G / 3G / 4G / 5G networks, and some are based on NB-IoT, LoRa and other networks. , There are devices that push data to the monitoring system through the Internet of Things cloud platform, which leads to the diversity of device access in a city's smart street lamp monitoring system, and there are various communication protocols, resulting in a large number of interface protocols and interface machines, which is difficult to implement. Management and maintenance, causing great pressure on development and maintenance

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