CN104994126B - A kind of air Map Analysis System - Google Patents

Abstract

An air map analysis system, which at least includes: a client; used to send location and time data to the server and receive and display the data fed back by the server; a server; used to accept the data sent by the client, and display The stored air quality data is fed back to the client; a device: started by the client or manually, used to collect and detect air quality data, and uploaded to the server and the client, and displayed by the client; the present invention can The air quality analysis result within a period is notified to the contacts in the phonebook, and the invention is applied to the fields of personal environment tracking communication and mobile social interaction.

Description

An Air Map Analysis System

technical field

The invention relates to the fields of intelligent detection equipment and mobile communication, and relates to a method and device for tracking personal environment quality based on mobile communication technology.

Background technique

With the current rapid development of industrialization, domestic air pollution is becoming more and more serious, and people are paying more and more attention to the air quality of personal living space. Based on the development of Internet technology and intelligent hardware technology, the demand for personal environment tracking is also increasing. This system is mainly based on the application mode of server/client/device. It needs to set up a server on the network, and the information is transmitted through the server. Air quality data, client location and other information first need to be uploaded to the server for storage, and the client can request personal data and other authorized public air quality data after logging in through the account.

Invention content:

The purpose of the present invention is to solve the needs of users to know the air quality conditions (in the mode of air map) of their life trajectory space (indoor and outdoor) in real time, and provide healthy living suggestions and treatment solutions.

The technical solution of the present invention is: an air map analysis system, which at least includes:

A client; used to send the location and time data to the server and receive and display the data fed back by the server and the device;

A server end; used to accept the data sent by the client, and feed back the stored air quality data corresponding to the data sent by the client to the client; the air quality data includes weather and air quality real-time data released by the country and the air quality data detected and uploaded by the device;

1. Device side: Started by the client or manually, it is used to collect and detect air quality, generate corresponding air quality data, and upload it to the server and client for display by the client.

A formaldehyde intelligent detection module and/or a PM2.5 intelligent detection module is arranged on the device end.

The client can record the action trajectory in time and send the data to the server, and the server can generate air quality trajectory map data based on the stored data and feed it back to the client for display.

The client can start the device to record the air quality of the action track in time, and send the data to the server and the client, and the server can generate the track map data of the air quality according to the stored data and feed it back to the client and display it; The client can receive and display the track map data of the air quality of the server.

The device transmits data through bluetooth or wifi or SIM card.

When the device receives a signal from the client within a certain distance, it will automatically power on for detection, and automatically shut down when it leaves a certain distance.

The device end is manually added, detected and closed by the client.

The server provides respiratory health analysis reports, shopping malls, and interactive community information according to client requests.

The server can obtain and store air quality data from the public air quality database (from the real-time data of weather and air quality released by the state) and the device according to the location of the client.

The discovery function in the interactive community displays the ambient air quality data by shaking the client.

The invention discloses a method and system for tracking personal ambient air quality and presenting it in the form of a map. The technical solution is: through software, the client's mobile phone number, location information, and ambient air quality data are synchronized to the server, and the corresponding relationship Create a user database on the server side. The client automatically locates and collects public atmospheric air quality data (outdoor, from the weather and air quality real-time data released by the state). In addition, it can automatically identify and start the device within the response range of the indoor device, detect and upload data to the server. Users can log in to the server through the registered account number and password, and use the software to draw the air quality chart corresponding to the trajectory of personal space (indoor and outdoor). Users can also delete and add devices through account login. Users can be associated with each other through the phone numbers in the phone book. The invention can notify the contact person in the telephone book of the air quality analysis result within a certain period. The invention is applied to the fields of personal environment tracking communication and mobile social interaction.

Description of drawings

Fig. 1 is a schematic diagram of the system of the present invention.

Detailed ways

As shown in Figure 1, an air map analysis system at least includes:

A client; used to send the location and time data to the server and receive and display the data fed back by the server and the device;

A server end; used to accept the data sent by the client, and feed back the stored air quality data corresponding to the data sent by the client to the client; the air quality data includes weather and air quality real-time data released by the country and the air quality data detected and uploaded by the device;

1. Device side: Started by the client or manually, it is used to collect and detect air quality, generate corresponding air quality data, and upload it to the server and client for display by the client.

A formaldehyde intelligent detection module and/or a PM2.5 intelligent detection module is arranged on the device end.

The client can record the action trajectory in time and send the data to the server, and the server can generate air quality trajectory map data based on the stored data and feed it back to the client for display.

The client can start the device to record the air quality of the action track in time, and send the data to the server and the client, and the server can generate the track map data of the air quality according to the stored data and feed it back to the client and display it; The client can receive and display the track map data of the air quality at the device.

The device transmits data through bluetooth or wifi or SIM card.

When the device receives a signal from the client within a certain distance, it will automatically power on for detection, and automatically shut down when it leaves a certain distance.

The device end is manually added, detected and closed by the client.

The server provides respiratory health analysis reports, shopping malls, and interactive community information according to client requests. And according to the location of the client, it can obtain and store air quality data from the public air quality database (derived from the real-time data of weather and air quality released by the country).

The discovery function in the interactive community displays the ambient air quality data by shaking the client.

Example 1:

1. Power on and synchronize the server-side storage unit, and the client obtains the user account (mobile phone number, WeChat ID) and sends it to the server. The server inquires whether the information of the client already exists in the server-side storage unit according to the user account (mobile phone number, WeChat ID) information, and if so, enters the login status page.

2. If not, it will prompt whether to establish the basic user information of the client account (mobile phone number, WeChat ID). If so, create basic user information including the client account (mobile phone number, WeChat ID). Otherwise, enter the non-authentication state.

3. Successful client automatically searches (nearby hardware devices, pairing is performed if the search result is yes, and the hardware device pushes data to the server through HTTP/HTTPS or to the client through other protocols (the client then pushes data to the client through HTTP/HTTPS) The server side, and save in the server side storage unit corresponding to the user account. The search result is otherwise return to the previous page.

4. The client pushes the location information to the server through HTTP/HTTPS, and the server obtains the public air quality information relative to the user's location (from the real-time data of weather and air quality released by the state) through the HTTP/HTTPS protocol and stores it in the server. unit. When the device is turned on, the client pushes the location information to the server through HTTP/HTTPS, and the server obtains the public air quality information relative to the user's location through the HTTP/HTTPS protocol (sourced from the weather and air quality real-time data released by the country), At the same time, the device side uploads the detection results (air quality data generated according to the collected air) to the server side and stores them in the server side storage unit.

5. The client requests the server to present the data corresponding to the real-time or historical user location on the client in the form of timeline or map data.

6. The client can share timeline or map data, and the account in the address book can view the data of the other party.

7. In the non-authentication state, the location information can be pushed to the server to request real-time data.

Claims (7)

1. An air map analysis system, which at least includes: A client; used to send location and time data to the server and receive and display the data fed back by the server and the device; it is also used to record the action track in time, and start the device to record the air quality of the action track in time and send the data Send the track map data of the air quality on the server side and the client side, and receive the device side and display it; A server side; used to accept the data sent by the client, and feed back the stored air quality data corresponding to the data sent by the client to the client; it is also used to generate air quality track map data based on the stored data and feed back to the client The client terminal also displays; the air quality data includes the weather and air quality real-time data released by the country and the air quality data detected and uploaded by the device side; One device side; started by the client or manually, it is used to collect and detect air quality, generate corresponding air quality data, and upload it to the server and client for display by the client. 2. The air map analysis system according to claim 1, characterized in that said device end is provided with a formaldehyde intelligent detection module and/or a PM2.5 intelligent detection module. 3. The air map analysis system according to claim 1, characterized in that said device transmits data via bluetooth or wifi or SIM card. 4. The air map analysis system according to claim 1, characterized in that when the device receives a signal from the client within a certain distance, it will automatically power on for detection, and automatically shut down when it leaves a certain distance. 5. The air map analysis system according to claim 1, characterized in that said device end is manually added, detected and closed by the client. 6. The air map analysis system according to claim 3, characterized in that the server provides respiratory health analysis reports, shopping malls, and interactive community information according to client requests. 7. The air map analysis system according to claim 6, characterized in that the discovery function in the interactive community displays the ambient air quality data by shaking the client.