System and method for realizing totally closed online supervision of gas bottle based on active communication

Abstract

The invention discloses a system for realizing totally closed online supervision of a gas bottle based on active communication. The system comprises an electronic information tag, a filling station receiver, a client receiver, a fixed receiver, a vehicle-mounted receiver, a portable receiver, a one-key call receiver, a mobile electronic information tag manager and a management cloud platform. According to a method, the electronic information tag mounted on the gas bottle is bound with gas bottle information in a one-to-one manner by utilizing the mobile electronic information tag manager and an information management APP; a signal is actively emitted through the electronic information tag; a relationship is established with the receivers; and a service connection is established with the cloud platform by utilizing an internet communication technology, so that real-time online monitoring and management of the gas bottle are realized on the cloud platform. Various management shortcomingsand vulnerabilities of an existing gas bottle management method can be overcome; the potential safety hazards of the gas bottle can be reduced; the gas bottle supervision level is improved; and the system and the method are suitable for various gas companies and supervision departments to perform real-time online supervision on gas bottles under the companies and the departments and behaviors ofall links in operation.

Description

technical field [0001] The invention relates to the monitoring technology of liquefied petroleum gas cylinders, in particular to a system and method for realizing fully-enclosed online monitoring of gas cylinders based on active communication. Background technique [0002] At present, the gas cylinder management method commonly used in the industry is due to technological updates and loopholes exposed, resulting in loopholes in the supervision of gas cylinders, forming a management shortcoming. The current regulatory technology can no longer meet the current customer needs and gas cylinder regulatory requirements, which is not conducive to the healthy development of the industry, but also has great potential safety hazards. [0003] At present, the gas cylinder management methods commonly used in the industry mainly use QR codes, passive RFID chips, NFC chips, etc., and obtain information through manual operation of scanning devices. However, according to application resear...

AI Technical Summary

Problems solved by technology

However, according to application research and user feedback, these original management methods mainly have the following problems: (1) Gas cylinder information lags behind, and real-time online management of gas cylinders cannot be performed; (2) During the use of gas cylinders, a complete system cannot be formed The closed link carries out whole-process, real-time, online management, especially the gas cylinders at the client end, which have been in a management vacuum for a long time; (3) The behavior of illegal use and illegal filling of gas cylinders cannot be supervised in time, or even detected, and cannot fundamentally solve the problem of gas cylinders. (4) Illegal gas cylinders such as illegal assembly outside the system and use beyond the service period can still exist and be used, and they are not easy to be found, which poses a great safety hazard; (5) Already installed Gas cylinders with QR codes and passive chips can still be cross-filled and are not easy to be found; (6) A large number of copied QR codes appear, and the system cannot identify the authenticity

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