Alarm control device used for preventing in-vehicle carbon monoxide poisoning, and application method thereof

Abstract

The invention discloses an alarm control device used for preventing in-vehicle carbon monoxide poisoning, and an application method thereof. The alarm control device comprises an infrared detector, a carbon monoxide sensor used for detecting the content of carbon monoxide in vehicles and sending analog signals, an alarm device, an auto horn control module, an auto window control module, a wireless communication module, a power module, a controller, and a conversion module arranged between the infrared detector and the carbon monoxide sensor, and the controller; the power module is used for providing the controller with electricity; the controller is connected with the infrared detector, the carbon monoxide sensor, the alarm device, the auto horn control module, the auto window control module, and the wireless communication module respectively. According to the alarm control device, vehicle running states are determined using the controller, real-time detection and monitoring on the content of carbon monoxide in vehicles are realized, and corresponding action is taken through the alarm device, the auto horn control module, the auto window control module, and the wireless communication module so as to avoid in-vehicle carbon monoxide poisoning effectively.

Description

technical field [0001] The invention relates to a gas monitoring and alarm control device. More specifically, the present invention relates to an alarm control device for preventing carbon monoxide poisoning in an automobile and a method of use thereof. Background technique [0002] With the development of social economy, cars have gradually entered every family, which has brought great convenience for people's travel. But mostly in winter and summer, due to the hot or cold weather, you will choose to turn on the air conditioner. When the car is running normally, the engine speed is generally 1500-3000 rpm. At this time, there is generally no excessive carbon monoxide in the exhaust gas. However, when the owner stops driving and the engine is in a state of idling, the fuel will produce a large amount of exhaust gas containing carbon monoxide due to insufficient combustion. The equipment produces convection, and the carbon monoxide emitted by the car engine will gradually a...

AI Technical Summary

Problems solved by technology

But mostly in winter and summer, due to the hot or cold weather, you will choose to turn on the air conditioner. When the car is running normally, the engine speed is generally 1500-3000 rpm. At this time, there is generally no excessive carbon monoxide in the exhaust gas. However, when the owner stops driving and the engine is in a state of idling, the fuel will produce a large amount of exhaust gas containing carbon monoxide due to insufficient combustion. The equipment produces convection, and the carbon monoxide emitted by the car engine will gradually accumulate in the car. In addition, the breathing of the people on the car consumes oxygen. Over time, carbon monoxide poisoning will occur, causing irreversible consequences.

[0003] At present, the commonly used alarm control devices for the prevention and treatment of carbon monoxide poisoning in automobiles use carbon monoxide sensors to monitor the content of carbon monoxide in automobiles in real time and realize alarms, open windows, turn off air conditioners, or install exhaust fans to achieve ventilation. However, it has the following disadvantages: Insufficient, the service life of the carbon monoxide sensor is short, if it is turned on for a long time, it will cause a waste of resources, cannot effectively distinguish the idling state of the car, and cannot effectively regulate the relationship between the concentration of carbon monoxide and time

Images