Community self-inspection system based on Internet of Things

Abstract

The invention discloses a community self-inspection system based on the Internet of Things, which comprises a plurality of hardware facilities configured with Internet of Things sensors and a centralized autonomous management platform, and is characterized in that the centralized autonomous management platform comprises: an information service mechanism used for distributing information transmitted by the Internet of Things sensors in real time and receiving feedback information; and the information processing mechanism that is used for processing the information transmitted by the informationservice mechanism and feeding back a processing result to the information service mechanism in real time. The system has the advantages that 1) real-time data analysis, automatic inspection and automatic risk prediction can be achieved; 2, the system is capable of learning plans, recommending solutions, improving problem processing efficiency; 3, the system is capable of reducing labor cost of maintenance, reducing working difficulty of inspection workers, and improving personal safety of the inspection workers; 4, the system has an automatic learning function, being capable of achieving self-optimization and improving prediction accuracy and inspection working efficiency.

Description

technical field [0001] The present invention relates to the field of smart communities, in particular to a community self-inspection system based on the Internet of Things. Background technique [0002] Technology empowerment services provide urban infrastructure and facilities with equipment status data analysis, hidden safety hazard detection and prevention, and a harmonious and beautiful social living environment to improve people's happiness index. [0003] How to transform from labor-intensive to knowledge- and service-intensive will be a solution to the difficulty of urban security management, multiple application systems (difficult to interoperate, fragmented, difficult to make decisions), and poor maintenance of infrastructure facilities (not online, difficult to reach, not timely) etc.) solution direction. [0004] Problems in the maintenance and management of traditional equipment and facilities: 1. The inspection of equipment and facilities requires manpower, and...

AI Technical Summary

Problems solved by technology

[0004] Problems in the maintenance and management of traditional equipment and facilities: 1. The inspection of equipment and facilities requires manpower, and the equipment operates normally most of the time, resulting in redundant labor costs; without inspection, there are potential safety hazards and heavy responsibilities

2. The maintenance of damaged facilities often requires professionals to report and find professionals to repair. During the repair period, there is a 'strike' phenomenon in the equipment (for example: between the failure of traffic lights and the completion of repairs, it is easy to cause accidents), which affects the normal operation of the society.

3. The installation location of the facilities and equipment is concealed or difficult to reach, and it is difficult to conduct regular inspections (such as: community drainage and sewage systems, etc.), which are often resolved after the fact, resulting in escalation of hazards or irreparable losses

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