TWM579259U - Indoor air quality monitoring device capable of controlling network service - Google Patents

Abstract

The present invention relates to an indoor air quality monitoring device with control network service, comprising a base; a fine aerosol detecting unit detects the concentration of fine suspended particles in the air, and outputs a concentration according to the concentration of the fine suspended particles. a processing unit receives the concentration signal, compares the concentration of the fine aerosol with a standard value, and sends a deceleration signal after exceeding the standard value; a Wi-Fi bandwidth sharing unit receives the deceleration signal to Decrease the output bandwidth of the Wi-Fi signal or turn off the bandwidth; a power supply unit supplies the required power. When the connection speed or the network connection speed of the electronic device is slowed down or unable to be connected to the network, and the concentration of fine aerosols in the indoor air has exceeded the standard value, it can be immediately disposed to avoid the fine suspended particles in the air. harm.

Description

Indoor air quality monitoring device with control network service

This creation is about an air detection system that can slow down the network connection by the worker's electronic device or fail to connect to the network, and is warned that the indoor air quality is poor and the concentration of fine aerosols has exceeded the standard value.

Because Taiwan is located in the subtropical zone, the four seasons are not clear enough. The whole year is a warm and humid climate, and the relative humidity is also quite high. Moreover, when it is summer, indoors often need to start air-conditioning equipment or air-conditioners. Therefore, doors and windows are often closed, and indoor air quality is greatly reduced indoors due to various pollutants, pets, paint, and debris. It is easy to cause allergens or cause various respiratory diseases. Therefore, for indoor occupants or workers, indoor air quality requires special attention.

Therefore, there is a new patent No. M538580 "Air Quality Detection and Conditioning Device" announced by the Republic of China on March 21, 106, which discloses an indoor air quality monitoring device including a control network service and a bridge device. An indoor air conditioning device, an external air ventilation device, and a server, wherein: the indoor air quality monitoring device with control network service is provided with a first pollutant sense capable of sensing different types of air pollutants a detector and a second pollutant sensor; each of the pollutant sensors in the indoor air quality monitoring device with control network service monitors indoor air pollutants and generates corresponding detection data, and then passes through the bridge device Transmitting the detection data to the server, and the server controls the indoor air conditioning device or the external air ventilation device to operate according to the detection data by transmitting a corresponding control message through the bridge device; thereby, according to the detection The test results start different air conditioning equipment from the type of pollutants to effectively improve the indoor air quality, which can greatly improve its practicability.

Although the patent case can automatically improve the indoor air quality, indoor workers can not quickly understand the indoor air quality conditions to make corresponding treatments, such as strengthening the processing capacity of air conditioning equipment or air cleaners. Quantity, or immediately leave the room and go outside. Moreover, when the indoor area is large, the area away from the air conditioner or the air cleaner position may not immediately be subjected to air pollution treatment, so the worker cannot immediately understand the treatment status of the indoor air quality.

In addition, there is a patent case No. I646287 of the Republic of China on January 1, 2008, "Intelligent Air Purifier", which discloses that a body is provided with an air suction port, a consumable material and an air outlet, and air is sucked by the air suction port. Purifying through the consumables, and then discharging the air outlet; a mobile unit is disposed on the body; at least one sensor is disposed on the body for detecting air quality of the air in the space region; and a control unit is separately connected to the air source a mobile unit and the sensor, the control unit presets a pollution value, and when the sensor detects that the air quality at any position in the space region is greater than a pollution value, the mobile unit is controlled to drive the body Move or rotate to this position, so that the air inlet can be directed to the air larger than the pollution value, so as to achieve the effect of purifying the air quickly.

Although the above patent case can detect the air quality at any position in the room at any time, and control the movement or rotation of the body to the position, the air inlet can be directed toward the polluted air, and the air can be quickly purified. However, since the air cleaner needs to continuously patrol indoors, it not only consumes electricity, but also the area detected by the air cleaner is on the ground floor, which is not only unable to detect the air quality in the middle and upper airspace, but also hinders the passage to the room. It is not ideal for use.

The indoor working environment of modern knowledge workers is inseparable from the Internet (Wi-Fi), and indoor air quality has a very important impact on the health of indoor workers. According to the investigation report of the "Basic Medicine" journal, the indoor air pollution level is 56 times more serious than the outdoor, and the harmful gas component is 10 times higher than the outdoor. When workers are buried in indoor work, they often overlook the poor quality of indoor air and pose a constant threat to their health. Although the above patents have the function of driving and purifying the corresponding equipment for solving indoor air detection, they cannot guarantee the purification effect of the purification equipment, nor provide the function of informing the worker or even prompting the worker to leave the working environment. This is equivalent to giving the worker's life and health to the equipment that may be inefficiently cleaned. The maintenance of human life and health in this creation must still be carried out and confirmed by the individual worker, and the network environment and air quality of the worker should be concerned and maintained, and a corresponding link should be generated to remind the worker to temporarily put down the hand. Work, carry out its corresponding measures or actions, and even leave the environment of dangerous air quality to ensure that workers are protected from persistent health threats in a poor working environment. That is, the better the air quality and the better the working environment of the person, the better the Wi-Fi sharing bandwidth is, and the better the work quality of the workers. That is, the quality of indoor (workplace) air quality and Wi-Fi bandwidth sharing are of great relevance and importance to workers' work efficiency and health. Workers must be carefully informed and act to improve or Temporarily leave the work environment. However, all current patent pre-issues do not propose a relative design for this concept, and therefore, they have not revealed the same technical features and effects as the present creation.

Accordingly, the present indoor air detecting device has the above disadvantages. The present invention proposes an indoor air quality monitoring device with a control network service, which is provided with a base; a fine aerosol detecting unit is disposed at the base, and the fine aerosol detecting unit detects the space in the area a concentration of the fine aerosol, and outputting a concentration signal according to the concentration of the fine aerosol; a processing unit is disposed at the base, and the processing unit is connected to the fine aerosol detecting unit to receive the concentration a signal, the concentration of the fine aerosol is compared with a specific standard value, and a different speed reduction signal is emitted after the concentration of the fine aerosol exceeds the specific standard value; a Wi-Fi bandwidth sharing unit is disposed in the signal a base for providing a Wi-Fi bandwidth sharing service, the Wi-Fi bandwidth sharing unit signal is connected to the processing unit to receive the different speed reduction signals, thereby reducing or stopping the Wi-Fi bandwidth sharing The output bandwidth of the service; a power supply unit is disposed at the base, the power supply unit is electrically connected to the processing unit, the fine aerosol detecting unit and the Wi-Fi bandwidth sharing unit to provide actuation One of the electricity needed.

The deceleration ratio of the above-mentioned deceleration signal is proportional to the ratio of the concentration of the fine aerosols exceeding the standard value, and the more the ratio exceeds the concentration, the more the ratio of the deceleration is.

Further, a warning unit is provided, the warning unit is disposed at the base, and the processing unit sends a warning signal after the concentration of the fine aerosol exceeds the standard value, and the warning unit is connected to the processing unit to receive the After the warning signal, an alert flash or a warning sound is displayed.

The warning unit includes a warning light and a buzzer, and the warning light displays the warning flash, and the buzzer plays the warning sound.

The power supply unit is a dry battery, a solar battery, a lithium battery, a mercury battery, a rechargeable battery or a utility plug.

The power supply unit is provided with a power switch, an adjustment button and a screen. The power switch relationship activates the power. The adjustment button is for inputting the standard value, and the screen is for displaying the concentration of the fine aerosol and the standard value.

If the concentration of the fine aerosol exceeds the standard value and reaches a purple hazard level, the output of the Wi-Fi signal is stopped to turn off the output bandwidth of the Wi-Fi signal.

The above technical features have the following advantages:

1. When the concentration of fine aerosols in the air in the area where the indoor space is detected exceeds the standard value, the strength of the Wi-Fi signal is immediately lowered to reduce the output bandwidth of the Wi-Fi signal, or to turn off Wi-Fi signal output bandwidth, for the workers away from the base, but will be aware that the electronic device is slow or unable to connect to the Internet when working online or working, and can immediately know the fine aerosol in the indoor air. The concentration has exceeded this standard value and can be used to remind you to activate air conditioning equipment, air purifiers, open windows or leave the room to avoid the danger of fine aerosols in the air.

2. When it is detected that the concentration of fine aerosols in the indoor air exceeds the standard value, the warning light of the warning unit is immediately displayed to display the warning flash, and the buzzer is controlled to play the warning sound, thereby being available for the detection device. Workers in the vicinity can see the warning flash or the warning of the warning sound. It can also make the workers who are located far away from being affected by the changes in the working environment, and prompt the workers to start air conditioning equipment, air cleaners, open windows or Take action prompts from the room to avoid exposure to fine aerosols in the air.

Referring to the first and second figures, the present embodiment includes a base (1), a fine aerosol detecting unit (2), a processing unit (3), and a Wi-Fi bandwidth sharing unit ( 4), warning unit (5) and power supply unit (6), wherein:

The base (1) is portable for any movement and placement in the room.

The fine aerosol detecting unit (2) is disposed on the base (1). The fine aerosol detecting unit (2) detects the concentration of a fine suspended particle in the air in the space of the region, and outputs a concentration signal according to the concentration of the fine aerosol. Suspended particles with a diameter less than or equal to 2.5 microns in the air are called fine aerosols [PM2.5], such as second-hand smoke in the room. The aerosols can stay in the atmosphere for a long time and can enter the body with the breath. Accumulation in the trachea or lungs can affect your health. The fine particles are finely suspended, which is larger than the virus and smaller than the bacteria. The fine suspended particles are easy to carry toxic substances into the human body, which is quite harmful to the human body. According to the research report, the indoor air pollution is 56 times more serious than the outdoor ones, and the harmful gas components are 10 times higher than the outdoor ones, especially the indoor environment of the central air-conditioning closed system, decorative materials, improper placement and use of business machines, and electrical appliances. The use or accumulation of debris in the products, resulting in increased indoor air pollutants and relatively reduced ion concentration, causing some non-specific symptoms, etc. [Extracted from the basic health effects of indoor environmental quality in the 19th issue of the basic medical journals - Wang Jiannan, Wu Chongda].

The processing unit (3) is disposed on the base (1). The processing unit (3) is connected to the fine aerosol detecting unit (2) to receive the concentration signal, and compares the concentration of the fine aerosol with a specific one of the standard values. After the concentration exceeds the specified standard value, a deceleration signal and a warning signal are issued, wherein the deceleration rate of the deceleration signal is proportional to the ratio of the concentration of the fine aerosol exceeding the standard value, that is, the ratio exceeding the concentration The more the speed reduction ratio, the more.

The Wi-Fi bandwidth sharing unit (4) is located at the base (1) for sharing the Wi-Fi signal by the output bandwidth. The Wi-Fi bandwidth sharing unit (4) is connected to the processing unit (3) to receive the deceleration signal, and to reduce the output bandwidth of the Wi-Fi signal or to turn off the output bandwidth.

The warning unit (5) is provided at the base (1). The warning unit (5) is connected to the processing unit (3) to receive the warning signal. The warning unit (5) includes a warning light (51) and a buzzer (52), after receiving the warning signal, the warning light (51) displays an alert flash, and the buzzer (52) Play a warning sound.

The power supply unit (6) is disposed on the base (1). The power supply unit (6) is a dry battery, a solar battery, a lithium battery, a mercury battery, a rechargeable battery or a mains plug. If the power supply unit (6) is a mains plug, it can be plugged into any AC outlet in the room. . The power supply unit (6) is electrically connected to the processing unit (3) for supplying the fine aerosol detecting unit (2), the Wi-Fi bandwidth sharing unit (4), and the warning unit (5). The power required. The power supply unit (6) is further provided with a power switch (61), an adjustment button (62) and a screen (63). The power switch (61) is a power source, and the adjustment button (62) can input the standard. The value of the value, the screen (63) is a value for displaying the concentration of the fine aerosol and the standard value.

In use, as shown in the second and third figures, the stand (1) can be placed at an appropriate location in the room. The processing unit (3) is activated by pressing the power switch (61), and the standard value and the speed reduction ratio are input via the adjustment button (62) and displayed on the screen (63). When the processing unit (3) is started, the Wi-Fi bandwidth sharing unit (4) is simultaneously activated for outputting the Wi-Fi signal, and can provide indoors at the maximum or optimal output bandwidth. An electronic device (A) of all workers is connected or working via a Wi-Fi connection, and the electronic device (A) can be a mobile phone, a tablet or a notebook computer. The processing unit (3) simultaneously activates the fine aerosol detecting unit (2) for detecting the concentration of fine suspended particles in the indoor air, and outputs the concentration signal to the processing according to the concentration of the fine suspended particles. a unit (3) for the processing unit (3) to perform an operation comparison with the standard value, thereby continuously monitoring the air quality in the room, in particular, whether the concentration of the fine suspended particles in the air exceeds the standard, or even whether Reach the purple hazard level.

As shown in the second and fourth figures, when the processing unit (3) receives the concentration signal in the received signal, the fine aerosol in the indoor air detected by the fine aerosol detecting unit (2) is compared. When the concentration exceeds the standard value, the deceleration signal and the warning signal are issued. At the same time, the warning unit (5) immediately controls the warning light (51) of the warning unit (5) to display the warning flash after receiving the warning signal, and controls the buzzer (52) to play the Alert the sound. In this way, if the worker located near the base (1) sees the warning flash or hears the warning sound, he can immediately know that the concentration of fine aerosol in the indoor air has exceeded the standard value, and the worker can Start the air conditioning unit immediately, start the air cleaner, open the window or leave the room to avoid the danger of fine aerosols in the air.

As shown in the second and fourth figures, if the worker is away from the position of the base (1) and cannot see the warning flash or hear the warning sound, the Wi-Fi frequency After receiving the deceleration signal, the wide sharing unit (4) adjusts the deceleration ratio according to the ratio of the value of the fine aerosol concentration exceeding the standard value to reduce the outputted Wi-Fi signal. The strength of the Wi-Fi signal is reduced by the strength of the Wi-Fi signal. If the ratio of the concentration of the fine aerosol exceeds the standard value is too large, for example, when the purple danger level is reached, the output of the Wi-Fi signal is immediately stopped to turn off the output bandwidth of the Wi-Fi signal. At this time, the worker who is away from the base (1) will immediately notice that the electronic device (A) is slow to connect to the Internet or working, or cannot connect to the network, according to the reduction or shutdown of the output bandwidth. Immediate reminder that the concentration of fine aerosols in the indoor air has exceeded the standard value. The worker who is far away from the location is informed by the change of the working network environment, which can prompt the worker to immediately start the air conditioning equipment and start the air cleaning. Respond to the machine, open the window or leave the room to avoid the danger of fine aerosols in the air.

In this way, workers in close proximity indoors can see the warning flash or hear the warning sound from a close distance, and can immediately know that the concentration of fine aerosol in the indoor air has exceeded the standard value, and can do The corresponding disposal is to solve the shortcomings of poor indoor air quality. For indoor long-distance workers, the output bandwidth of the Wi-Fi signal can be reduced or the bandwidth can be turned off. It can also immediately know that the concentration of fine aerosols in the indoor air has exceeded the standard value or Achieving the purple hazard level, and at the same time making corresponding treatments, to solve the shortcomings of poor indoor air quality. Therefore, all the workers in the room, regardless of the distance, can know the quality of the indoor air in the first time, and can immediately respond to the treatment to ensure the health and safety of the body. In this way, by connecting the air quality with the network environment, by limiting the sharing bandwidth, the worker is reminded to temporarily put down the work at hand, carry out corresponding measures or actions, and even leave the dangerous air quality environment to ensure the worker is free. Health threats that continue to be in a poor work environment.

In view of the above description of the embodiments, the above-described embodiments are merely a preferred embodiment of the present invention, and the implementation of the present invention is not limited thereto. The scope, that is, the simple equivalent changes and modifications made in accordance with the scope of the patent application and the content of the creation of the creation, are within the scope of this creation.

(1) ‧‧‧ machine base  (2) ‧‧‧fine aerosol detection unit  (3) ‧‧‧Processing unit  (4)‧‧‧Wi-Fi bandwidth sharing unit  (5) ‧ ‧ warning unit  (51) ‧ ‧ warning lights  (52)‧‧‧ buzzer  (6) ‧‧‧Power supply unit  (61)‧‧‧Power switch  (62)‧‧‧Adjustment buttons  (63)‧‧‧Screen  (A)‧‧‧Electronic devices  

[First figure] is a three-dimensional appearance of the present embodiment.

[Second figure] is a block diagram of the configuration of each main component of the present embodiment.

[Third image] is a schematic diagram of the use of the present embodiment.

[Fourth figure] is a schematic diagram of reducing the output bandwidth of the Wi-Fi signal, displaying the warning flash, and playing the warning sound for the present embodiment.

Claims (7)

An indoor air quality monitoring device with control network service, comprising:  a base;  A fine aerosol detecting unit is disposed at the base. The fine aerosol detecting unit detects the concentration of a fine suspended particle in the air in the space of the area, and outputs a concentration signal according to the concentration of the fine suspended particle. ;  a processing unit is disposed at the base, the processing unit is connected to the fine aerosol detecting unit to receive the concentration signal, and compares the concentration of the fine suspended particles with a standard value. A deceleration signal is emitted after the concentration of the suspended particles exceeds the standard value;  a Wi-Fi bandwidth sharing unit is disposed at the base for outputting a Wi-Fi signal, and the Wi-Fi bandwidth sharing unit signal is connected to the processing unit to receive the deceleration signal, thereby reducing The output bandwidth of the Wi-Fi signal;  A power supply unit is disposed at the base, and the power supply unit is electrically connected to the processing unit to provide the fine aerosol detecting unit and one of the power required for the Wi-Fi bandwidth sharing unit to operate.   The indoor air quality monitoring device with control network service according to claim 1, wherein the speed reduction ratio of the speed reduction signal is proportional to the ratio of the concentration of the fine aerosol exceeding the standard value, which is exceeded The more the concentration ratio, the more the rate of deceleration. An indoor air quality monitoring device with a control network service as described in claim 1 is further provided with a warning unit, the warning unit is disposed at the base, and the concentration of the fine aerosol in the processing unit exceeds the standard After the value is sent a warning signal, the warning unit is connected to the processing unit to receive an alert flash or play a warning sound after receiving the warning signal. The indoor air quality monitoring device with control network service according to claim 3, wherein the warning unit comprises a warning light and a buzzer, the warning light displays the warning flash, the buzzer The alert sound is played. The indoor air quality monitoring device with control network service as described in claim 1, wherein the power supply unit is a dry battery, a solar battery, a lithium battery, a mercury battery, a rechargeable battery or a mains supply. plug. An indoor air quality monitoring device with a control network service according to the first aspect of the invention, wherein the power supply unit is provided with a power switch, an adjustment button and a screen, and the power switch relationship activates the power, the adjustment button The standard value is input for displaying the concentration of the fine aerosol and the standard value. An indoor air quality monitoring device with a control network service as described in claim 1, wherein the concentration of the fine aerosol exceeds the standard value to reach a purple hazard level, and the output of the Wi-Fi signal is stopped. To turn off the output bandwidth of the Wi-Fi signal.