Intelligent large municipal cloud system

Abstract

The invention provides an intelligent large municipal cloud system. Each subsystem comprises an installer, a bottom shell, an inner ball, a ball, a movable capacitor, a fixed capacitor and a screw. The installer is installed on a municipal facility needing to be monitored through the screw, a top shell is arranged on the bottom face of the installer, and a semispherical inner cavity is upwards formed in the bottom face of the top shell. The bottom shell is in a hemispherical shell shape and connected to the top shell in a threaded mode, a guide hole is formed in the bottom shell, liquid mercury is injected into the guide hole, and a contact piece is arranged at the end of the guide hole. A ball is embedded in the outer spherical surface of the inner ball, and the inner ball is arranged ina spherical cavity formed by the top shell and the bottom shell; a mounting hole is downwards formed in the top of the inner ball, a movable capacitor and a fixed capacitor are mounted in the mountinghole from top to bottom, and the two capacitors are connected with a capacitance monitoring circuit; when the municipal facilities are turned over, liquid mercury flows to the end parts of the guideholes, the two contact pieces at the end parts are connected, a certain pin of the first MCU in the circuit box at the bottom of the installer is connected with a high level, and the subsystem sends out a reminding signal; when the capacitance fluctuates, the subsystems send municipal facility positions.

Description

technical field [0001] The invention relates to a service system, in particular to a smart municipal cloud system. Background technique [0002] A smart city is a measurable, perceivable, analyzable, and controllable intelligent city management and operation mechanism established on the basis of urban digitization, including infrastructure such as communication networks, sensors, and data processing resources. A platform for urban information management and comprehensive decision support based on the analysis of real-time information and data. Municipal public facilities such as urban roads, bridges, street lights, sewers, and underground pipe networks are prerequisites for the function of urban carriers. Combined with communication networks and sensing equipment, various municipal facilities in the entire city are interconnected to realize the collection and analysis of municipal data. , early warning and other integrated data processing. [0003] The existing smart munic...

AI Technical Summary

Problems solved by technology

[0004] At present, various subsystems in the smart municipal system use different types of sensors to collect data, and the data types and data processing methods are different, which adds a heavy workload to the calculation of the smart municipal system.

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