Alarm device, alarm system and alarm method

Abstract

The invention discloses an alarm method, which comprises the following steps: detecting state data of an alarm device, and sending the state data to a cloud server for analysis and arrangement; judging whether abnormal data exists in the state data; if yes, directly generating an alarm type corresponding to the abnormal data; sending the coded information and the alarm type of the alarm device toa specified terminal device; timely and efficient detection and alarm can be effectively realized; instructions of different alarm types are generated according to the types of the abnormal data; thealarm type and the coding information can be reported to the cloud server at the first time and sent to the terminal equipment, and an inspector can quickly respond through the alarm type and the coding information displayed by the terminal equipment, so that potential risks of nearby positions where the alarm device is installed can be effectively found, and pipelines, cables and the like are effectively prevented from being accidentally damaged.

Description

technical field [0001] The present invention relates to the field of alarm technology, and more specifically, relates to an alarm device, an alarm system and an alarm method. Background technique [0002] Traditional water and electricity, gas, oil transportation, communication optical cables, and optical fiber pipelines extend in all directions, and most of them have to pass through areas with complex conditions. Most of the pipelines are hidden projects, with many points, long lines, and wide areas. Determining the location of the leak may lead to a major accident; and once an accident occurs, it will cause huge loss of life and property, environmental pollution, and inconvenience to production and life. [0003] At present, a large amount of manpower is required to inspect the pipeline points that have been accidentally damaged, resulting in very high labor costs for inspections. Problems with consequences can be identified, but potential risks are not known. Conte...

AI Technical Summary

Problems solved by technology

[0002] Traditional water and electricity, gas, oil transportation, communication optical cables, and optical fiber pipelines extend in all directions, and most of them have to pass through areas with complex conditions. Most of the pipelines are hidden projects, with many points, long lines, and wide areas. Determining the location of the leak may lead to a major accident; and once an accident occurs, it will cause huge loss of life and property, environmental pollution, and inconvenience to production and life.

[0003] At present, a large amount of manpower is required to inspect the pipeline points that have been accidentally damaged, resulting in very high labor costs for inspections. Able to detect problems with consequences, but not aware of potential risks

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