Air quality monitoring method, sensor monitoring nodes and receiving terminal

Abstract

The invention is suitable for the technology field of air quality monitoring, and provides an air quality monitoring method, sensor monitoring nodes and a receiving terminal. The method comprises following steps: air quality parameters of each office location around each user are measured by the sensor monitoring nodes; the sensor monitoring nodes transmit the obtained air quality parameters to the receiving terminal or intelligent mobile terminals; the receiving terminal computes a distribution situation of multiply air quality index parameters in the whole room according to the parameters transmitted by the sensor monitoring nodes. The sensor monitoring nodes and the receiving terminal provided by the invention are capable of monitoring air quality of each office location in an office building, statistically analyzing multiply air quality index data, generating a whole air quality distribution situation in the office, and reporting the results to the users and the administration departments of the buildings at a fixed time.

Description

technical field [0001] The invention belongs to the technical field of air quality monitoring, and in particular relates to an air quality monitoring method, a sensor monitoring node and a receiving terminal. Background technique [0002] With the development of the national economy, more and more modern office buildings continue to rise in every corner of the city, and a large number of white-collar working class work in office buildings. They work in one place every day and breathe the same air into the office. A true portrayal of the life of the white-collar class. However, since most office buildings adopt a fully enclosed design, the indoor air renewal is completely dependent on the central air conditioner, and due to the fully enclosed reason, the indoor air has not been updated in time, and fresh outdoor air cannot enter the room. Over time, the indoor air becomes more polluted, threatening the health of every white-collar worker. However, for every white-collar wor...

AI Technical Summary

Problems solved by technology

[0007] (1) The air quality detector only monitors the air quality of one node, and cannot monitor the overall air quality in the office;

[0008] (2) The air quality detector is a separate system, and the detectors cannot be interconnected, so that the data sharing between the detectors cannot be realized, and the air condition of the entire indoor environment cannot be counted.

The most commonly used equipment for everyone, such as mobile phones and computers, cannot transmit data, which will affect the frequency of use of the detector and greatly reduce the effect of the detector;

[0009] (3) Since the air quality detector is an independent system, in addition to the sensor for detecting air quality, it also includes other functional modules, such as a display module for displaying data, which makes the detector more expensive and difficult to It is popular in such occasions as the office;

[0010] (4) Although the air quality monitoring system based on wireless network and sensor nodes can monitor the indoor air conditions in a wide range, it is still an independent system and cannot transmit data with the most commonly used devices such as mobile phones and computers. This makes it impossible to transmit the data to the user in real time, and the user cannot know the quality of the air he is currently breathing;

[0011] (5) The user experience design of the air quality monitoring system based on wireless network and sensor nodes is insufficient, and cannot better reflect the actual needs of users, so it is difficult to really promote it in the office;

[0012] (6) All monitoring methods are not designed only for the working environment of white-collar workers in the office, so they cannot well solve the actual concerns of white-collar workers at each station on air quality issues;

[0013] (7) All monitoring methods cannot feed back data to users near the monitoring point in real time, resulting in low equipment utilization and unable to play the original role of the equipment;

Therefore, if the monitored data cannot be transmitted to these two devices, the user cannot be notified of the air quality monitoring results, and the system utilization rate and user experience will be greatly reduced;

[0015] (9) The starting point of the air quality monitoring system design based on wireless network and sensor nodes is the indoor environment, which cannot well meet the actual situation of user workstations in office buildings

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