Real-time environmental quality monitoring and evaluation system based on mobile phone back clip, mobile phone and application software thereof

Abstract

The invention discloses a real-time environmental quality monitoring and evaluation system based on a mobile phone back clip, a mobile phone and application software thereof. The real-time environmental quality monitoring and evaluation system is composed of the mobile phone back clip, the intelligent mobile phone and the corresponding application software, wherein the mobile phone back clip comprises a mobile phone back clip shell, a data connector, an air pollution sensor, an electromagnetic radiation sensor, a data processor, a craft pendant antenna interface and the like. The real-time environmental quality monitoring and evaluation system fully integrates and uses original functions of the intelligent mobile phone by means of the application software of the mobile phone, finally realizes the functions of displaying and prompting comprehensive environmental information such as space electromagnetic intensity and air quality on the mobile phone in real time and drawing a cumulative environmental hazard curve and a personal environment quality map and the like under the condition that a variety of measuring tools do not need to carry, prompts users to take appropriate measures at the right moment for different user features, maximally avoids pollution damage, and eliminates nervousness.

Description

technical field [0001] The invention belongs to the field of real-time monitoring and evaluation of personal environmental quality, and in particular relates to an integrated real-time environmental quality monitoring and evaluation system based on an existing smart phone, which can realize pollution information such as air and electromagnetic radiation without affecting the normal use of the mobile phone at all. Continuous real-time measurement, analysis, display, transmission and other functions, and through comprehensive evaluation, timely remind users to take appropriate measures to avoid pollution damage to the greatest extent. Background technique [0002] The harm of environmental pollution to people, especially the harm to pregnant women and children has been paid more and more attention. Studies have shown that environmental pollution is an important cause of miscarriage in pregnant women and congenital ignorance and congenital deformities in fetuses, as well as an i...

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Problems solved by technology

[0002] The harm of environmental pollution to people, especially the harm to pregnant women and children has been paid more and more attention. Studies have shown that environmental pollution is an important cause of miscarriage in pregnant women and congenital ignorance and congenital deformities in fetuses, as well as an important factor in children suffering from leukemia. Among them, people can effectively avoid food pollution by choosing pollution-free food and pollution-free drinking water. However, due to the characteristics of ubiquitous air and electromagnetic radiation pollution, difficult to intuitive feeling, and time-intensity cumulative effect, people are very Real-time acquisition and scientific evaluation of air and electromagnetic radiation pollution information can not only guide people to effectively avoid pollution, but also eliminate the psychological panic caused by uncertainty.

Most of the existing portable pollution measurement tools for personal use can only measure air quality or electromagnetic radiation intensity independently of mobile phones, and cannot give scientific and comprehensive damage assessment and avoidance measures. The wearable Internet of Things device for monitoring and alarming pregnant women can solve the problem of simultaneously monitoring electromagnetic radiation and air quality, and can also realize Bluetooth communication with mobile phones, but it is essentially a wrist-style wearable device independent of mobile phones. The equipment must have self-power supply, storage, action monitoring, prompt and other modules to realize all functions. The biggest defect is that the sensor, especially the air quality sensor, consumes a lot of energy. In order to ensure the time for continuous online monitoring, the self-powered power supply module The volume will be relatively large, and the sensor itself is also large, which will inevitably lead to a large volume of the entire watch, so it is difficult to commercialize the device under the current technical conditions

A mobile phone and its air pollution monitoring method invented by Ai Hong （ CN1825120), although the mobile phone itself has the air monitoring function, its disadvantage is that the user must replace and purchase a special mobile phone, and the mobile phone does not have the monitoring function of electromagnetic radiation

The other electronic nose environmental tester connected to the earphone jack of the mobile phone can display the relevant measurement data through the mobile phone, but continuous monitoring affects the normal use of the mobile phone, testing different types of environmental conditions requires constant replacement of different probes, and affects the overall appearance of the mobile phone, etc. shortcoming

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