阅读说明：本技术 一种室内空气质量监控方法 (Indoor air quality monitoring method ) 是由 蒋克项 于 2019-09-12 设计创作，主要内容包括：本发明公开了一种室内空气质量监控方法,将空气质量检测系统、空气质量改善系统和控制终端三者之间建立联系,彼此协同工作,实现在改善室内空气的基础上,实时监测室内空气的质量指标,并将其与预设的合格空气质量指标进行比对,判断出室内空气是否为达到能够呼入的标准；同时,还能够实时监督空气质量改善系统的工作状态,避免在其发生损坏或者长时间工作下改善空气的功能退化时,继续使用老旧的空气质量改善系统,达不到改善室内空气的目的,由此,能够及时对其进行维护、更换,保证所述室内空间中使用的空气质量改善系统始终处于合格的状态。(The invention discloses an indoor air quality monitoring method, which establishes a relation among an air quality detection system, an air quality improvement system and a control terminal, and the relation and the cooperative work of the air quality detection system, the air quality improvement system and the control terminal realize that the quality index of indoor air is monitored in real time on the basis of improving the indoor air, and is compared with a preset qualified air quality index to judge whether the indoor air meets the standard of being capable of calling; meanwhile, the working state of the air quality improvement system can be monitored in real time, and the problem that the old air quality improvement system is continuously used when the air quality improvement system is damaged or the air quality improvement system is degraded under long-time working is avoided, so that the purpose of improving indoor air cannot be achieved.)

1. An indoor air quality monitoring method is characterized by comprising the following steps:

s1, establishing an air quality detection system, an air quality improvement system and a control terminal;

installing an air quality detection system and an air quality improvement system indoors, and meanwhile, establishing connection between the air quality detection system and the air quality improvement system and a control terminal;

s2, according to the geographical position information of the indoor space, obtaining the outdoor air quality index of the geographical position of the indoor space through the Internet, wherein the order is as follows: large environmental air quality indicators;

s3, presetting a standard air quality index that the indoor air processed by the air quality improvement system in the indoor space should reach according to the large environment air quality index, where the standard air quality index is: qualified air quality index;

s4, obtaining the air quality index at the air outlet of the air quality improvement system in the indoor space, and the order is as follows: optimizing an air quality index;

s5, detecting the air quality index in the indoor space in real time through an air quality detection system, and analyzing the air quality index;

s6, feeding back the analyzed air quality index through a network, comparing the air quality index with a preset qualified air quality index, and judging whether the indoor air quality index reaches an incoming call standard;

s7, when the result obtained in the step S6 is yes, the air quality improvement system is not started, and when the result is no, the control terminal gives an instruction to start the air quality improvement system to carry out indoor air purification work;

s8, presetting a time interval of obtaining the preferred air quality index twice before and after as a first time interval, comparing and analyzing the preferred air quality index obtained twice before and after the first time interval by an air quality detection system, and setting the behavior as follows: an air quality improvement job detection action;

s9, presetting a result time interval obtained by obtaining the air quality improvement work detection behaviors twice before and after as a second time interval, comparing and analyzing the analysis results of the air quality improvement work detection behaviors obtained twice before and after the second time interval by the air quality detection system, and setting the behavior as follows: an air quality improvement job comparison behavior;

s10, the air quality detection system monitors the air quality improvement work detection behavior and the air quality improvement work comparison behavior in real time, tracks the stability of the air quality improvement function of the air quality improvement system after the air quality improvement system works for a long time, maintains and replaces the air quality improvement system in time, and ensures that the air quality improvement system used in the indoor space is always in a qualified state.

2. The indoor air quality monitoring method according to claim 1, wherein the air quality detection system comprises an air index collection unit, an air index analysis unit, an air index comparison unit, an air index feedback unit and an air index processing unit;

the air index acquisition unit is used for acquiring the air quality index of the indoor space and transmitting the air quality index to the air index analysis unit;

the air index analysis unit is used for analyzing the acquired air quality index of the indoor space and sending the air quality index to the air index comparison unit;

the air index comparison unit is used for comparing the air quality index of the indoor space with a preset qualified air quality index and judging whether the indoor air quality reaches an incoming call standard or not;

the air index feedback unit is used for sending the comparison result of the air index comparison unit to the air index processing unit, and the air index processing unit processes two different comparison result signals to form two instruction signals which can be identified by the control terminal.

3. The indoor air quality monitoring method according to claim 1, wherein a control mode for controlling the air quality improvement system is provided in the control terminal, and the control mode may be a manual control mode or an automatic control mode.

4. The indoor air quality monitoring method as claimed in claim 1, wherein the air quality detecting system comprises one or more of a humidity sensor, a temperature sensor, a PM2.5 dust sensor, a PM10 dust sensor, a formaldehyde sensor, a TVOC sensor, a CO2 sensor, an ozone sensor, an ammonia sensor or an SO2 sensor.

5. The indoor air quality monitoring method as claimed in claim 1, wherein the air quality improvement system comprises one or more of an air purifier, an air conditioner, a humidifier, an air sterilizer and a fresh air system.

Technical Field

The invention relates to the technical field of air quality detection methods, in particular to an indoor air quality monitoring method.

Background

With the continuous development of society and economy, the living standard of people is continuously improved, clothes, food and housing are more convenient, but along with factors such as population growth and industrial development, environmental pollution is more and more serious, and various pollutants and suspended particulate matters are greatly increased, so that haze, organic matter pollution and the like are generated. The pollution is closely related to human health, and directly causes the disease incidence rate of various diseases to greatly increase, thereby bringing adverse effects to the life and the physical health of people. Therefore, air quality improvement equipment such as an air purifier, an air purification humidifier, a sterilizer, a fresh air system, an air conditioner with an air purification function and the like which take PM2.5 removal, peculiar smell, formaldehyde and the like as selling points are widely applied to the living environment, the working environment and the learning environment of people to achieve the aim of improving indoor air in turn. However, each device used in the above air improvement method does not have the function of detecting the air quality, and cannot determine whether the current air quality is good or bad according to the specific detection value, and at the same time, cannot display the quality difference between the indoor air before and after the improvement, so that a user cannot know whether the device is still in the working life or not, and whether the device still plays a role in improving the air or not.

Therefore, the invention provides an indoor air quality monitoring method to solve the existing problems.

Disclosure of Invention

The present invention aims to provide a method for monitoring indoor air quality to solve the problems in the background art.

In order to achieve the purpose, the invention provides the following technical scheme: an indoor air quality monitoring method comprises the following steps:

s1, establishing an air quality detection system, an air quality improvement system and a control terminal;

installing an air quality detection system and an air quality improvement system indoors, and meanwhile, establishing connection between the air quality detection system and the air quality improvement system and a control terminal;

s2, according to the geographical position information of the indoor space, obtaining the outdoor air quality index of the geographical position of the indoor space through the Internet, wherein the order is as follows: large environmental air quality indicators;

s3, presetting a standard air quality index that the indoor air processed by the air quality improvement system in the indoor space should reach according to the large environment air quality index, where the standard air quality index is: qualified air quality index;

s4, obtaining the air quality index at the air outlet of the air quality improvement system in the indoor space, and the order is as follows: optimizing an air quality index;

s5, detecting the air quality index in the indoor space in real time through an air quality detection system, and analyzing the air quality index;

s6, feeding back the analyzed air quality index through a network, comparing the air quality index with a preset qualified air quality index, and judging whether the indoor air quality index reaches an incoming call standard;

s7, when the result obtained in the step S6 is yes, the air quality improvement system is not started, and when the result is no, the control terminal gives an instruction to start the air quality improvement system to carry out indoor air purification work;

s8, presetting a time interval of obtaining the preferred air quality index twice before and after as a first time interval, comparing and analyzing the preferred air quality index obtained twice before and after the first time interval by an air quality detection system, and setting the behavior as follows: an air quality improvement job detection action;

s9, presetting a result time interval obtained by obtaining the air quality improvement work detection behaviors twice before and after as a second time interval, comparing and analyzing the analysis results of the air quality improvement work detection behaviors obtained twice before and after the second time interval by the air quality detection system, and setting the behavior as follows: an air quality improvement job comparison behavior;

s10, the air quality detection system monitors the air quality improvement work detection behavior and the air quality improvement work comparison behavior in real time, tracks the stability of the air quality improvement function of the air quality improvement system after the air quality improvement system works for a long time, maintains and replaces the air quality improvement system in time, and ensures that the air quality improvement system used in the indoor space is always in a qualified state.

As a preferred technical scheme of the invention, the air quality detection system comprises an air index acquisition unit, an air index analysis unit, an air index comparison unit, an air index feedback unit and an air index processing unit;

the air index acquisition unit is used for acquiring the air quality index of the indoor space and transmitting the air quality index to the air index analysis unit;

the air index analysis unit is used for analyzing the acquired air quality index of the indoor space and sending the air quality index to the air index comparison unit;

the air index comparison unit is used for comparing the air quality index of the indoor space with a preset qualified air quality index and judging whether the indoor air quality reaches an incoming call standard or not;

the air index feedback unit is used for sending the comparison result of the air index comparison unit to the air index processing unit, and the air index processing unit processes two different comparison result signals to form two instruction signals which can be identified by the control terminal

As a preferred technical solution of the present invention, a control mode for controlling the air quality improvement system is provided in the control terminal, and the control mode may be a manual control mode or an automatic control mode.

As a preferred technical solution of the present invention, the air quality detecting system includes one or more of a humidity sensor, a temperature sensor, a PM2.5 dust sensor, a PM10 dust sensor, a formaldehyde sensor, a TVOC sensor, a CO2 sensor, an ozone sensor, an ammonia sensor, or an SO2 sensor.

As a preferable technical scheme, the air quality improvement system comprises one or more of an air purifier, an air conditioner, a humidifier, an air disinfector and a fresh air system.

Compared with the prior art, the invention has the beneficial effects that: the invention provides an indoor air quality monitoring method, which establishes a relation among an air quality detection system, an air quality improvement system and a control terminal, and the relation and the cooperative work of the air quality detection system, the air quality improvement system and the control terminal realize that the quality index of indoor air is monitored in real time on the basis of improving the indoor air, and is compared with a preset qualified air quality index to judge whether the indoor air meets the standard of being capable of incoming; meanwhile, the working state of the air quality improvement system can be monitored in real time, and the problem that the old air quality improvement system is continuously used when the air quality improvement system is damaged or the air quality improvement system is degraded under long-time working is avoided, so that the purpose of improving indoor air cannot be achieved.

Detailed Description

The following description of the preferred embodiments of the present invention is provided for the purpose of illustration and description, and is in no way intended to limit the invention.