TWI752480B - Environmental detection notification system and method - Google Patents

Abstract

An environment detection notification system includes a terminal electronic device, a processing device and a sensor. The sensor measures the air in a space to generate a detection data, and transmits the detection data to the processing device. The processing device stores the received detection data and a time data corresponding to the detection data in a historical data data, and according to the latest received detection data and the corresponding time data in the historical data data and the time data For the detection data between the current time and a preset time, a change amount of the environmental data is calculated, and it is determined whether the change amount of the environment data is greater than a predetermined change amount threshold. When the processing device determines that the change amount of the environmental data is greater than the preset change amount threshold, it generates and transmits a data abnormality notification to the terminal electronic device.

Description

Environmental detection notification system and method

The present invention relates to a notification system, in particular to a notification system involving environmental detection

In the existing environment detection system, the control device can start the corresponding electrical product when it is determined that the detection data from the sensing device exceeds a predetermined threshold, for example, when the concentration of particulates (PM2. When the particle concentration reaches a predetermined threshold, the control device will activate the air purifier in the bedroom to reduce the particle concentration.

However, the existing control device can only control the related electrical products when the detected data exceeds the predetermined threshold, which may in fact be impossible to handle the first time when the detected data is abnormal.

Therefore, how to solve the existing environmental detection problem becomes the subject of the present invention.

Therefore, the object of the present invention is to provide an environment detection notification system that can solve at least one disadvantage of the prior art.

Therefore, the environment detection notification system of the present invention includes a terminal electronic device, a processing device and a sensor. The sensor is electrically connected to the processing device, and measures the air in a space to generate a detection data, and transmits the detection data to the processing device.

Whenever the processing device receives the detection data, the processing device stores the received detection data and a time data corresponding to the detection data in a historical data data.

The processing device calculates an environmental data change amount according to the latest received detection data and the detection data corresponding to the time data in the historical data data and the current time by a preset time, and judges the environmental data Whether the change amount is greater than a preset change amount threshold.

When the processing device determines that the change amount of the environmental data is greater than the preset change amount threshold, the processing device generates and transmits a data abnormality notification indicating that the detected data is abnormally increased to the terminal electronic device.

In some implementation aspects, when the processing device determines that the change amount of the environmental data is greater than the preset change amount threshold, before the processing device transmits the data abnormality notification indicating that the detected data is abnormally increased to the terminal electronic device, The processing device determines whether it has a connection relationship with the terminal electronic device; when the processing device determines that it has a connection relationship with the terminal electronic device, the processing device sends the data abnormality notification to the terminal electronic device through the connection relationship.

In some implementation aspects, the environment detection notification system further includes a remote server; when the processing device determines that the change amount of the environment data is greater than the preset change amount threshold, the processing device transmits an indication of the detection data Before the abnormally increased data is abnormally notified to the terminal electronic device, the processing device determines whether it has a connection relationship with the terminal electronic device; when the processing device determines that it does not have a connection relationship with the terminal electronic device, the processing device sends a message containing A notification transmission request corresponding to a device identification code of the terminal electronic device and the data abnormality notification is sent to the remote server for the remote server to transmit the data abnormality notification to the terminal electronic device according to the device identification code .

In some implementations, the environment detection notification system is adapted to communicate with a short message server, the remote server is electrically connected to the short message server, and after receiving the notification transmission request, the remote server further transmits a message including Send a short message to the short message server related to a contact information of the terminal electronic device and the data abnormality notification, and the short message sending request causes the short message server to send a short message related to the data abnormality notification to the short message server according to the contact information. the terminal electronic device.

In some implementations, the detection data is related to one of temperature, humidity, carbon dioxide concentration, carbon monoxide concentration or suspended particle concentration.

Another object of the present invention is to provide an environment detection notification method, which is executed by an environment detection notification system. The environment detection notification system includes a terminal electronic device, a processing device, a sensor, and a remote server. The processing device is electrically connected to the sensor and the remote server, the environment detection notification system is adapted to communicate with a short message server, and the remote server is electrically connected to the short message server.

The environmental detection notification method includes: the sensor measures the air in a space to generate detection data, and transmits the detection data to the processing device; whenever the processing device receives the detection data, the processing device sends the detection data to the processing device. The received detection data and a time data corresponding to the detection data are stored in a historical data data; the processing device according to the latest received detection data and the corresponding time data in the historical data data and the current time The detection data that is separated by a preset time, calculates an environmental data change amount, and judges whether the environmental data change amount is greater than a preset change amount threshold; when the processing device determines that the environmental data change amount is greater than the preset change amount amount threshold, the processing device generates and transmits a data abnormality notification indicating that the detected data abnormally increases to the terminal electronic device.

The effect of the present invention is: the environmental detection notification system of the present invention establishes the historical data by the processing device to store the received detection data, and uses the latest received detection data and the corresponding historical data data. The detection data of the time data and the current time that is separated from the preset time, calculate the change amount of the environmental data, and after judging that the change amount of the environmental data is greater than the preset change amount threshold, generate and transmit the data abnormality notification to the The terminal electronic device further sends a notification at the first time when the detected data abnormally increases, so as to notify the user of the terminal electronic device at the first time. In addition, the processing device determines that there is no connection relationship with the terminal electronic device. When the notification sending request is sent to the remote server, the remote server can send the data abnormality notification to the terminal electronic device through the communication network, and send the short message sending request to the short message server, so that the short message The server transmits the short message to the terminal electronic device, thereby achieving that the data abnormality notification can be successfully received regardless of whether the terminal electronic device is in the indoor environment.

Before the present invention is described in detail, it should be noted that in the following description, similar elements are designated by the same reference numerals.

Referring to FIG. 1, an embodiment of the environment detection notification system of the present invention is suitable for electrically connecting a short message server 300 through the communication network 200. The short message server 300 is, for example, a server belonging to a telecommunication service provider and capable of sending short messages To a portable or handheld mobile communication device such as a smart phone.

The environment detection notification system includes a terminal electronic device 10 , a processing device 20 , a sensor 30 and a remote server 40 .

The terminal electronic device 10 is, for example, but not limited to, a smart phone, and can communicate with the processing device 20 .

The sensor 30 is suitable for being installed in an indoor environment (such as a living room or a bedroom, but not limited thereto), and communicates with the processing device 20 through a communication interface (such as a WiFi module, not shown in the figure), And can measure the air in the indoor space to generate a detection data. The sensor 30 can be a sensor 30 for measuring temperature, humidity, carbon dioxide concentration, carbon monoxide concentration or suspended particle concentration (but not limited to the above-mentioned detection objects), and generates information related to temperature, humidity, carbon dioxide concentration , carbon monoxide concentration or suspended particle concentration.

It should be noted that, in other embodiments, the number of the sensors 30 may be multiple, and different detection targets are respectively measured to generate multiple different detection data.

In this embodiment, the processing device 20 is, for example, a gateway, but not limited thereto, is installed in the indoor environment and receives the detection data from the sensor 30 . In this embodiment, the processing device 20 stores a device identification code (eg, MAC Address, but not limited to) corresponding to the communication interface of the sensor 30 , a device identification code corresponding to the terminal electronic device 10 . A device identification code (eg, MAC Address or International Mobile Equipment Identity, IMEI, but not limited thereto), and a contact information (eg, a mobile phone number) corresponding to the terminal electronic device 10 .

The remote server 40 is, for example, a server belonging to a service provider providing smart home, and is electrically connected to the processing device 20 .

Referring to FIG. 3 , the steps of a historical data creation procedure performed by the first embodiment are described below.

Referring to step S31 , the sensor 30 measures the air in the indoor environment to generate the detection data, and transmit the detection data to the processing device 20 .

More specifically, the sensor 30 may measure the air in the indoor environment every five minutes, and transmit the detection data to the processing device 20 when the detection data is detected, or it may continuously measure The air in the indoor environment transmits a current detection data to the processing device 20 every five minutes. The above two methods are only examples, and are not limited to the above methods. Next, step S32 is performed.

Referring to step S32, whenever the processing device 20 receives the detection data, the processing device 20 stores the received detection data and a time data corresponding to the detection data in a historical data data.

That is to say, the historical data will store multiple pieces of detection data and multiple pieces of time data corresponding to the respective pieces of detection data. In particular, in this step, the processing device 20 can determine the time to receive the detection data according to its own settings. In other words, in step S31, although the sensor 30 transmits a detection data every 5 minutes For the processing device 20 , but the processing device 20 may choose to store a piece of detection data every 15 minutes (not limited to times), not necessarily to store all the detection data from the sensor 30 .

It should be noted that the historical data data can also store only one piece of detection data, that is, only the detection data corresponding to the time data at an interval from the current time can be stored.

Referring to FIG. 4 , the steps of a notification procedure performed by the first embodiment are described below.

Referring to step S41, the processing device 20 calculates an environmental data change amount according to the latest received detection data and the detection data corresponding to the time data in the historical data data and the current time by a preset time.

）與為15分鐘前的該時間資料所對應的該檢測數據（

）計算該環境數據變化量，而該環境數據變化量的計算方式於此實施例中，為

，也就是計算出單位時間內檢測數據的變化量。接著執行步驟S42。For example, in this embodiment, the preset time is 15 minutes (but not limited to), and the processing device 20 will store the latest detection data (

) and the detection data corresponding to the time data 15 minutes ago (

) to calculate the environmental data change amount, and the calculation method of the environmental data change amount in this embodiment is:

, that is, to calculate the amount of change in the detected data per unit time. Next, step S42 is executed.

Referring to step S42, after the processing device 20 calculates the change amount of the environmental data, the processing device 20 determines whether the change amount of the environmental data is greater than a preset change amount threshold. If the processing device 20 determines that the change amount of the environmental data is greater than the preset change amount threshold, the processing device 20 then executes step S43, and if not, the process ends.

Referring to step S43, after the processing device 20 determines that the change amount of the environmental data is greater than the preset change amount threshold, the processing device 20 further determines whether there is a connection relationship with the terminal electronic device 10. More specifically, the processing The device 20 can determine whether the terminal electronic device 10 exists by judging whether the device identification code (eg MAC Address) corresponding to the device currently connected to it contains the device identification code corresponding to the terminal electronic device 10 Link relationship. The above method of judging the connection relationship through the MAC Address is only an example and is not limited thereto. The processing device 20 can also judge the terminal electronic device through the unique code of the electronic device such as the IMEI corresponding to the terminal electronic device 10 Whether the device 10 has a connection relationship with it. If the processing device 20 has a connection relationship with the terminal electronic device 10, the processing device 20 then executes step S44, otherwise, executes step S45.

More specifically, the processing device 20 determines whether the terminal electronic device 10 is located in the indoor environment through whether the processing device 20 has a connection relationship with the terminal electronic device 10 , that is, when the processing device 20 and the terminal electronic device 10 exist When the connection relationship is established, the processing device 20 determines that the terminal electronic device 10 is currently located in the indoor environment; otherwise, it determines that the terminal electronic device 10 is currently located outside the indoor environment.

Referring to step S44, when the processing device 20 determines that the terminal electronic device 10 has a connection relationship with it (that is, the terminal electronic device 10 is currently located in the indoor environment), the processing device 20 generates a message indicating that the detected data is abnormally increased. A data abnormality notification is sent to the terminal electronic device 10 through the connection relationship.

Referring to step S45 , when the processing device 20 determines that the terminal electronic device 10 does not have a connection relationship with it (refer to FIG. 2 , that is, the terminal electronic device 10 is currently located outside the indoor environment), the processing device 20 passes the communication network 200. Send a notification transmission request including the contact information corresponding to the terminal electronic device 10, the device identification code, and the data abnormality notification to the remote server 40. Next, step S46 is executed.

Referring to step S46, after receiving the notification transmission request, the remote server 40 transmits the data abnormality notification to the terminal electronic device 10 through the communication network 200 and according to the device identification code included in the notification transmission request , and the remote server 40 also transmits a SMS sending request including the contact information related to the terminal electronic device 10 (for example, the mobile phone number corresponding to the terminal electronic device 10 ) and the data abnormality notification to the SMS server The short message sending request causes the short message server 300 to send a short message related to the data abnormality notification to the terminal electronic device 10 according to the contact information. In this way, the processing device 20 can also smoothly transmit the data abnormality notification to the terminal electronic device 10 when there is no connection relationship with the terminal electronic device 10 .

To sum up, the environmental detection notification system of the present invention uses the processing device 20 to create the historical data to store the received detection data, and uses the latest received detection data and the corresponding historical data data The detection data of the time data and the current time that is separated from the preset time, calculate the change amount of the environmental data, and after judging that the change amount of the environmental data is greater than the preset change amount threshold, generate and transmit the data abnormality notification to the The terminal electronic device 10 further sends a notification at the first time when the detected data abnormally increases, so as to notify the user of the terminal electronic device 10 at the first time. In addition, the processing device 20 determines the relationship between the terminal electronic device 10 and the terminal electronic device 10 by determining When there is no connection relationship, send the notification sending request to the remote server 40, so that the remote server 40 can send the data abnormality notification to the terminal electronic device 10 via the communication network 200, and send the short message sending request to The short message server 300 enables the short message server 300 to transmit the short message to the terminal electronic device 10, so as to achieve that the terminal electronic device can successfully receive the data abnormality notification regardless of whether the terminal electronic device is in the indoor environment, so the cost can indeed be achieved. purpose of the invention.

However, the above are only examples of the present invention, and should not limit the scope of implementation of the present invention. Any simple equivalent changes and modifications made according to the scope of the patent application of the present invention and the contents of the patent specification are still included in the scope of the present invention. within the scope of the invention patent.

10: Terminal electronics 20: Processing device 30: Sensor 40: Remote server 200: Communication Network 300: SMS server S31～S32: Steps S41～S46: Steps

Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, wherein: 1 is a schematic diagram of a hardware connection relationship of an embodiment of the environment detection notification system of the present invention; 2 is a schematic diagram of another hardware connection relationship of this embodiment, illustrating that there is no connection relationship between a processing device and a terminal electronic device in this embodiment; FIG. 3 is a flow chart of a historical data creation procedure performed by the embodiment; and FIG. 4 is a flow chart of a notification procedure performed by this embodiment.

10: Terminal electronics

20: Processing device

30: Sensor

40: Remote server

200: Communication Network

300: SMS server

Claims (6)

An environment detection notification system, comprising: a terminal electronic device; a remote server; a processing device, electrically connected to the terminal electronic device and the remote server; and a sensor, electrically connected to the processing device, and measuring Measure the air in a space to generate a detection data, and transmit the detection data to the processing device; wherein whenever the processing device receives the detection data, the processing device will receive the detection data and correspond to the detection data. A time data of the data is stored in a historical data data; the processing device calculates the detection data according to the latest received detection data and the time data corresponding to the historical data data and the current time by a preset time Calculate an environmental data change amount, and determine whether the environmental data change amount is greater than a preset change amount threshold; when the processing device determines that the environmental data change amount is greater than the preset change amount threshold, the processing device determines that it is related to the terminal. Whether the electronic device has a connection relationship; when the processing device determines that it has a connection relationship with the terminal electronic device, the processing device generates and transmits a data abnormality notification indicating the abnormal increase of the detected data to the terminal electronic device; when the processing device It is judged that it does not have a connection relationship with the terminal electronic device, and the processing device generates a message indicating that the detected data has increased abnormally. a data abnormality notification, and send a notification transmission request including the data abnormality notification and a device identification code corresponding to the terminal electronic device to the remote server, so that the remote server can send the data according to the device identification code An abnormal notification is sent to the terminal electronic device. The environment detection notification system according to claim 1 is adapted to communicate with a short message server, wherein the remote server is electrically connected to the short message server, and after receiving the notification transmission request, the remote server also transmits A short message sending request including a contact information related to the terminal electronic device and the data abnormality notification is sent to the short message server, and the short message sending request enables the short message server to send a short message related to the data abnormality notification according to the contact information to the terminal electronics. The environment detection notification system according to claim 1 or 2, wherein the detection data is related to one of temperature, humidity, carbon dioxide concentration, carbon monoxide concentration or suspended particle concentration. An environment detection notification method is executed by an environment detection notification system, the environment detection notification system includes a terminal electronic device, a processing device, a sensor and a remote server, the processing device is electrically connected to the sensor and the remote server, the environment detection notification system is adapted to communicate with a short message server, the remote server is electrically connected to the short message server, and the environmental detection notification method comprises: the sensor measures the air to generate a detection data, and transmit the detection data to the processing device; whenever the processing device receives the detection data, the processing device will receive the detection data and a time data corresponding to the detection data Stored in a historical data; the processing device calculates a change in environmental data according to the latest received detection data and the detection data corresponding to the time data in the historical data and the current time by a preset time and determine whether the environmental data change is greater than a preset change threshold; when the processing device determines that the environmental data change is greater than the preset change threshold, the processing device determines whether there is a connection with the terminal electronic device and when the processing device determines that it has a connection relationship with the terminal electronic device, the processing device generates and transmits a data abnormality notification indicating that the detected data is abnormally increased to the terminal electronic device; when the processing device determines that it has a relationship with the terminal electronic device; The terminal electronic device does not have a connection relationship, the processing device generates a data abnormality notification indicating the abnormal increase of the detected data, and transmits a notification transmission request including the data abnormality notification and a device identification code corresponding to the terminal electronic device to the The remote server is used for the remote server to transmit the data abnormality notification to the terminal electronic device according to the device identification code. The environmental detection notification method according to claim 4, wherein after receiving the notification transmission request, the remote server further transmits a short message transmission request including a contact information related to the terminal electronic device and the data abnormality notification To the short message server, the short message sending request enables the short message server to send a short message related to the data abnormality notification to the terminal electronic device according to the contact information. The environmental detection notification method according to claim 4 or 5, wherein the detection The data is related to one of temperature, humidity, carbon dioxide concentration, carbon monoxide concentration, or aerosol concentration.

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