TWI474292B - Monitoring system for cloud computing on mobile and method thereof - Google Patents

Description

Cloud mobile monitoring system and method thereof

A monitoring system and method thereof, in particular, a monitoring system and method for implementing mobile terminal monitoring through cloud computing.

The existing monitoring system is generally designed to be integrated with the controlled end, that is, the monitoring system (for example, air-conditioning device) is embedded in the controlled end to monitor the state of the controlled end, and the control interface is controlled by the controlled end. The controlled-end integrated mode design has a control interface embedded in the controlled end. In addition, the controlled end can be controlled by remote control, but the remote control mode is limited by the distance between the remote control end and the controlled end. When the distance between the remote control terminal and the controlled terminal is too far, the controlled terminal cannot be controlled through the remote control terminal.

Each remote control end is specially designed for each controlled end. Therefore, when it is necessary to control a plurality of controlled ends, a plurality of corresponding remote control ends are required to perform control of each controlled end separately. It will cause troubles for the operation of the manager. When using the remote control to control the controlled terminal, the control error may also occur. When the first remote control is used for control, the normal state should be the first control corresponding to the control. The control terminal, but simultaneously controls the situation of the first controlled end and the second controlled end.

In summary, it can be known that in the prior art, when the remote terminal is used to monitor the controlled terminal, the problem of inconvenience and control error is generated. Therefore, it is necessary to propose an improved technical means to solve the problem.

In view of the prior art, when the remote terminal is used to monitor the controlled terminal, the problem of inconvenient operation and control error is generated, and the present invention discloses a cloud mobile monitoring system and method thereof, wherein:

The cloud mobile monitoring system disclosed in the present invention comprises: a controlled end, a monitoring server and an action end, wherein the controlled end further comprises: a controlled receiving module, a controlled transmitting module and an execution module; and a monitoring servo The terminal further comprises: a monitoring connection module, a monitoring receiving module, a conversion module and a monitoring transmission module; the mobile terminal further comprises: a mobile connection module, an action receiving module and a display module.

The controlled receiving module of the controlled end is for receiving the control command, and receiving the monitoring information with the timing; the controlled transmitting module of the controlled end is used for transmitting the monitoring information; and the executing module of the controlled end is for performing the corresponding according to the control instruction. The function.

The monitoring connection module of the monitoring server is used to establish a connection with the controlled end, and obtains monitoring information from the controlled transmission module, and provides control instructions to the controlled receiving module; the monitoring receiving module of the monitoring server is The monitoring module is configured to convert the control information into a control command according to the conversion table and the monitoring information; and the monitoring transmission module of the monitoring server is configured to transmit the monitoring information.

The action connection module of the mobile terminal is used to establish and connect with the monitoring server, and obtain monitoring information from the monitoring transmission module, and provide control information to the monitoring receiving module; the action receiving module of the mobile terminal is used for receiving and controlling Information; the display module on the mobile side is used to display monitoring information.

The cloud mobile monitoring method disclosed in the present invention comprises the following steps:

First, the controlled terminal periodically receives the monitoring information; then, the monitoring server establishes a connection with the controlled end, and obtains monitoring information from the controlled end; then, the mobile terminal establishes a connection with the monitoring server, and obtains monitoring from the monitoring terminal. Information, and the mobile terminal displays the monitoring information; then, the mobile terminal receives the control information and provides the control information to the monitoring server; then, the monitoring server converts the control information into a control command according to the conversion table and the monitoring information; and then, the monitoring servo The terminal provides a control command to the controlled end; finally, the controlled terminal performs the corresponding function according to the control instruction.

The system and method disclosed in the present invention are as above, and the difference between the prior art and the prior art is that the controlled terminal periodically receives the monitoring information and provides the monitoring information to the mobile terminal through the monitoring server, and the manager can directly set the control information on the mobile terminal. And the monitoring server converts the control information into a control command according to the conversion table and the monitoring information, thereby realizing the problem of monitoring a plurality of controlled terminals by a single mobile terminal and avoiding control to the wrong controlled terminal, and effectively providing management personnel convenience. The way of operation.

Through the above technical means, the present invention can achieve the technical effect of monitoring a plurality of controlled terminals with a single mobile terminal and providing convenience and error-free operation.

The embodiments of the present invention will be described in detail below with reference to the drawings and embodiments, so that the application of the technical means to solve the technical problems and achieve the technical effects can be fully understood and implemented.

The cloud mobile monitoring system disclosed in the present invention is first described below, and please refer to FIG. 1 and FIG. 1 is a block diagram of the cloud mobile monitoring system of the present invention.

The cloud mobile monitoring system disclosed in the present invention includes: a controlled terminal 10, a monitoring server 20, and a mobile terminal 30. The controlled terminal 10 further includes: a controlled receiving module 11 and a controlled transmitting module 12; The monitoring module 20 further includes: a monitoring connection module 21, a monitoring receiving module 22, a conversion module 23, and a monitoring transmission module 24; the mobile terminal 30 further includes: a mobile connection module 31, and an action The receiving module 32 and the display module 33 are provided.

The controlled terminal 10 can refer to a general electronic device, an electronic device, etc., for example, an air-conditioning device, a computer device, a tool machine, a power generating device, etc., and the controlled terminal 10 can also refer to an electronic control system in a specific place, for example: The electronic control system of the factory building, the electronic control system of the home place, the electronic control system of the greenhouse, etc., are merely illustrative here, and are not intended to limit the scope of application of the present invention.

The controlled receiving module 11 of the controlled terminal 10 receives the monitoring information periodically. For example, if the controlled terminal 10 is a cooling device, the monitoring information received by the controlled receiving module 11 can be temperature, humidity, The monitoring information of the tuyere steering, etc.; assuming that the controlled terminal 10 is a power generating device, the monitoring information received by the controlled receiving module 11 can be monitoring information such as power generation, storage capacity, power generation efficiency, backup power, etc.; The controlled terminal 10 is an electronic control system of the factory building, and the monitoring information received by the controlled receiving module 11 can be monitoring information of the state of all equipment in the plant, the temperature of the plant, the humidity of the plant, the pressure of the plant, and the like. Assume that the controlled terminal 10 is an electronic control system of the greenhouse, and the monitoring information received by the controlled receiving module 11 can be monitoring information of the temperature of the greenhouse, the humidity of the greenhouse, the illumination of the greenhouse, the ventilation of the greenhouse, and the like. This is for illustrative purposes only and is not intended to limit the scope of application of the invention.

Then, the controlled transmission module 12 of the controlled terminal 10 provides the monitoring information received by the controlled receiving module 11 to the monitoring server 20. The monitoring server 20 generally refers to a general server and monitors the servo. The terminal 20 establishes a connection with the controlled terminal 10 by wireless transmission through the monitoring connection module 21, and the wireless transmission method may include: wireless network, ZigBee, RF transmission, Bluetooth wireless transmission, WIFI, global Global System for Mobile Communications (GSM), General Packet Radio Service (GPRS), 3rd-generation (3G), Worldwide Interoperability for Microwave Access, WiMAX), etc., are merely illustrative here and are not intended to limit the scope of application of the present invention.

The monitoring connection module 21 also periodically obtains monitoring information from the controlled transmission module 12, and then the monitoring transmission module 24 of the monitoring server 20 provides the monitoring information obtained by the monitoring connection module 21 to the mobile terminal 30. The mobile terminal 30 can be a personal digital assistant (PDA), a handheld device (including: a mobile phone, a smart phone, etc.), a notebook computer, a tablet computer, etc., and is merely an example, and This does not limit the scope of application of the invention.

The mobile terminal 30 establishes a connection with the monitoring server 20 through the mobile connection module 31 by wireless transmission. The wireless transmission method may include: wireless network, ZigBee, RF transmission, Bluetooth wireless transmission, WIFI, Global System for Mobile Communications (GSM), General Packet Radio Service (GPRS), 3rd-generation (3G), Worldwide Interoperability (Worldwide Interoperability) For Microwave Access, WiMAX), etc., are for illustrative purposes only and are not intended to limit the scope of application of the present invention.

The action connection module 31 also periodically obtains the monitoring information from the monitoring transmission module 24, and then displays the monitoring information provided by the monitoring transmission module 24 on the mobile terminal 30 by the display module 33 of the mobile terminal 30, whereby The manager can know the current status of the controlled terminal 10 through the monitoring information displayed on the mobile terminal 30 at any time.

The management personnel can also set the control information through the user interface of the mobile terminal 30, and after the management personnel sets the control information, the mobile terminal 30 can receive the control information set by the management personnel through the action receiving module 32, and the action is performed. The connection module 31 provides control information to the monitoring servo terminal 20. The above control information may be temperature setting and setting parameters, switch setting, humidity setting and setting parameters, voltage setting, charging setting, discharging setting, steering setting, and illumination setting. Control information such as setting parameters and the like are merely illustrative and are not intended to limit the scope of application of the present invention.

The monitoring receiving module 22 obtains the control information provided by the mobile connection module 31, and after the monitoring receiving module 22 obtains the control information, the monitoring module 23 of the monitoring server 20 transmits the conversion table and The monitoring information converts the control information into a control command, and the conversion table stores a plurality of conversion data, each of which contains control information, monitoring information, and control commands.

Specifically, it is assumed that the control information of one of the converted data stored in the conversion table is "humidity setting" and "setting parameter: 25%-30%" and the control command of the converted data is "turning on the humidifying device" and " Turn off the dehumidification device; assume that the control information of one of the conversion data stored in the conversion table is "humidity setting" and "setting parameter: 25%-30%" and the control command of the conversion data is "close the humidification device" and “Turn on the dehumidification device”; assume that the control information of one of the conversion data stored in the conversion table is “humidity setting” and “setting parameter: 25%-30%” and the control command of the conversion data is “close the humidification device” And "turn off the dehumidification equipment."

It is assumed that the monitoring information at this time is "humidity 35%", and the control information obtained by the monitoring receiving module 22 is "humidity setting" and "setting parameter: 25%-30%", since the monitoring information is "humidity 35%" The control information "setting parameter: 25%-30%" has been exceeded, and the conversion module 23 converts the control information to "humidity setting" and "setting parameter: 25%-30%" to control command "close humidification device" "And "open dehumidification equipment".

It is assumed that the monitoring information at this time is "humidity 20%", and the control information obtained by the monitoring receiving module 22 is "humidity setting" and "setting parameter: 25%-30%", since the monitoring information is "humidity 20%" It has been lower than the control information "setting parameter: 25%-30%", and the conversion module 23 will convert the control information to "humidity setting" and "setting parameter: 25%-30%" to control command to "open humidification" Equipment" and "close the dehumidification equipment".

It is assumed that the monitoring information at this time is "humidity 27%", and the control information obtained by the monitoring receiving module 22 is "humidity setting" and "setting parameter: 25%-30%", since the monitoring information is "humidity 27%" The control information "setting parameter: 25%-30%" has been met, and the conversion module 23 converts the control information to "humidity setting" and "setting parameter: 25%-30%" to control command "close humidification device" And "the dehumidification device is turned off"; the above description is for illustrative purposes only and is not intended to limit the scope of application of the invention.

After the conversion module 23 converts the control information into a control command through the conversion table and the monitoring information, the control command can be provided to the controlled terminal 10 by the monitoring transmission module 24 of the monitoring server 20, and the controlled terminal 10 is The control command can be obtained by the controlled receiving module 11, and after the controlled receiving module 11 obtains the control command, the corresponding function can be executed according to the control command through the execution module 13 of the controlled terminal 10.

According to the above example, if the control command obtained by the controlled receiving module 11 is “turn off the humidifying device” and “turn on the dehumidifying device”, the execution module 13 of the controlled terminal 10 performs the control and execution of the humidifying device. The control of the dehumidification device is turned on; if the control command obtained by the controlled receiving module 11 is “turn on the humidification device” and “turn off the dehumidification device”, the execution module 13 of the controlled terminal 10 performs the control of opening the humidification device. And executing the control of turning off the dehumidification device; assuming that the control command obtained by the controlled receiving module 11 is “turning off the humidification device” and “turning off the dehumidification device”, the execution module 13 of the controlled terminal 10 executes the shutdown humidification device The control of the dehumidification device and the control of the dehumidification device are merely exemplified and are not intended to limit the scope of application of the present invention.

Thereby, the management personnel can know the current state of the controlled terminal 10, and can control the controlled terminal 10 through the mobile terminal 30 at any time, or the management personnel can directly manage and control the controlled terminal 10 through the mobile terminal 30.

The monitoring server 20 further includes a storage module 25 for storing the monitoring information obtained by the monitoring connection module 21 from the controlled transmission module 12 of the controlled terminal 10 for storage. The monitoring information stored in the monitoring server 20 can be obtained through the mobile connection module 31 of the mobile terminal 30, and displayed through the display module 33 of the mobile terminal 30 to provide a history of the management personnel monitoring information for the controlled terminal 10. Records to provide further management control.

Next, the operation and flow of the present invention will be explained in the following two embodiments. The following embodiments will be described with reference to "1st" and "2nd", and "2nd" is shown. The flow chart of the cloud mobile monitoring method of the present invention.

Please refer to FIG. 3, which is a schematic diagram of the system architecture of the first embodiment of the cloud mobile monitoring according to the present invention.

The controlled terminal 10 in the embodiment is exemplified by a cooling device, and is not limited to the application scope of the present invention. It is assumed that the received monitoring information 41 received by the controlled receiving module 11 of the controlled terminal 10 is respectively "room. Temperature: 27 degrees", "humidity: 35%" and "directed air" (step 110).

Then, the monitoring connection module 21 of the monitoring server 20 establishes a connection with the controlled terminal 10 through the wireless network transmission mode, and the monitoring connection module 21 obtains the monitoring information from the controlled receiving module 11 respectively. "Room temperature: 27 degrees", "Humidity: 35%", and "Directed air outlet" (step 120), and the monitoring information 41 is stored by the storage module 25 of the monitoring server 20 (step 180).

When the management establishes a connection with the monitoring server 20 in the WIFI transmission mode through the mobile connection module 31 of the mobile terminal 30, the mobile connection module 31 is obtained from the monitoring transmission module 24 of the monitoring server 20. The monitoring information 41 is “room temperature: 27 degrees”, “humidity: 35%”, and “directed air outlet”, respectively, and the monitoring information 41 is displayed by the display module 33 of the mobile terminal 30 (step 130), whereby the manager The monitoring status information displayed on the mobile terminal 30 can be used to know that the current state of the controlled terminal 10 is "room temperature: 27 degrees", "humidity: 35%", and "directed air outlet", and the display result of the monitoring information 41 is displayed. Please refer to FIG. 4A, and FIG. 4A is a schematic diagram showing the monitoring information display of the first embodiment of the cloud mobile monitoring according to the present invention.

Next, please refer to "FIG. 3" and "FIG. 4B", and FIG. 4B is a schematic diagram of the user interface of the first embodiment of the cloud mobile monitoring according to the present invention.

The manager can also set "25%-30%" through the humidity setting of the user interface 51 of the mobile terminal 30, and the control information 42 at this time is "humidity setting" and "setting parameter: 25%-30%". After the administrator sets the control information 42, the action terminal 30 can receive the control information 42 set by the manager by the action receiving module 32 as "humidity setting" and "setting parameter: 25%-30%", and The mobile connection module 31 provides control information 42 to the monitoring server 20 (step 140).

Next, please refer to "3rd figure" and "5th figure" at the same time, and "5th figure" is a schematic diagram of the conversion table of the first embodiment of the cloud action monitoring of the present invention.

After receiving the control information 42 provided by the mobile connection module 31 as "humidity setting" and "setting parameter: 25%-30%", the monitoring receiving module 22 controls the conversion data 611 stored in the conversion table 61. The information 612 is "humidity setting" and "setting parameter: 25%-30%" and the control command 613 of the conversion data 611 is "starting dehumidification function", and the monitoring information 41 is "room temperature: 27 degrees", "humidity: 35" %" and "directed air", and the "humidity: 35%" of the monitoring information 41 has exceeded the control information 612 as "setting parameter: 25%-30%", that is, the conversion module 23 of the monitoring server 20 transmits the conversion. The conversion data 611 and the monitoring information 41 of the table 61 convert the control information 42 into "humidity setting" and "setting parameters: 25% - 30%" into the control command 43 to "start the dehumidification function" (step 150).

Next, please refer to "Figure 3" again, and the conversion module 23 transmits the control information 42 to "humidity setting" and "setting parameter: 25%-" through the conversion table 61 (refer to "5"). After the 30%" conversion to control command 43 is "start dehumidification function", the monitoring transmission module 24 can provide the control command 43 to the "controlled dehumidification function" to the controlled terminal 10 (step 160), and the controlled terminal 10 receives After the control command 43 is "starting the dehumidification function", the execution module 13 of the controlled terminal 10 executes the dehumidification function of the air conditioner according to the control command 43 for "starting the dehumidification function" (step 170).

Thereby, the management personnel can know the current state of the controlled terminal 10, and can control the controlled terminal 10 through the mobile terminal 30 at any time, or the management personnel can directly manage and control the controlled terminal 10 through the mobile terminal 30.

And the management personnel can also obtain the monitoring information 41 stored in the monitoring server 20 through the mobile connection module 31 of the mobile terminal 30, and display it through the display module 33 of the mobile terminal 30, and provide the management personnel with respect to the controlled terminal 10 Monitor the history of information to provide further management control.

Next, please refer to FIG. 6 and FIG. 6 is a schematic diagram showing the system architecture of the second embodiment of the cloud mobile monitoring according to the present invention.

The controlled end 10 in the embodiment is exemplified by a greenhouse, and the greenhouse includes a sprinkler device 101, a fan device 102, a sunshade device 103, etc., which are merely illustrative, and do not limit the application of the present invention thereto. In the category, it is assumed that the received monitoring information 41 received by the controlled receiving module 11 of the controlled terminal 10 is “room temperature: 38 degrees”, “humidity: 15%”, “illuminance: 123”, and “wind speed: 12.49km”. /hr" (step 110).

Then, the monitoring connection module 21 of the monitoring server 20 establishes a connection with the controlled terminal 10 through the wireless network transmission mode, and the monitoring connection module 21 obtains the monitoring information from the controlled receiving module 11 respectively. "room temperature: 38 degrees", "humidity: 15%", "illuminance: 123", and "wind speed: 12.49 km/hr" (step 120), and the monitoring information 41 is performed by the storage module 25 of the monitoring server 20. Store (step 180).

When the management establishes a connection with the monitoring server 20 in the WIFI transmission mode through the mobile connection module 31 of the mobile terminal 30, the mobile connection module 31 is obtained from the monitoring transmission module 24 of the monitoring server 20. The monitoring information 41 is “room temperature: 38 degrees”, “humidity: 15%”, “illuminance: 123”, and “wind speed: 12.49km/hr”, and the monitoring information 41 is displayed by the display module 33 of the mobile terminal 30 ( Step 130), whereby the manager can know the current status of the controlled terminal 10 as "room temperature: 38 degrees", "humidity: 15%", and "illuminance:" through the monitoring information 41 displayed on the mobile terminal 30. 123" and "Wind speed: 12.49km/hr", the display result of the monitoring information 41 is shown in "Figure 7A", and "Figure 7A" is a schematic diagram showing the monitoring information display of the second embodiment of the cloud motion monitoring of the present invention. .

Next, please refer to "FIG. 6" and "FIG. 7B", and FIG. 7B is a schematic diagram of a user interface of the second embodiment of the cloud mobile monitoring according to the present invention.

The manager can also set "90" in the wind speed setting of the user interface 51 of the mobile terminal 30 and "90" in the illuminance setting of the user interface 51. The first control information 421 at this time is "wind speed setting". And "setting parameter: 15km/hr", the second control information 422 is "illuminance setting" and "setting parameter: 90", and after the manager sets the first control information 421 and the second control information 422, the mobile terminal The first control information 421 set by the manager is received by the action receiving module 32 as "wind speed setting" and "setting parameter: 15km/hr" and the second control information 422 is "illuminance setting" and "setting parameter". : 90", and the first control information 421 and the second control information 422 are provided by the action connection module 31 to the monitoring server 20 (step 140).

Next, please refer to "Figure 6" and "Figure 8" at the same time, and "Figure 8" is a schematic diagram of a conversion table of the second embodiment of the cloud action monitoring of the present invention.

The monitoring receiving module 22 receives the first control information 421 provided by the mobile connection module 31 as "wind speed setting" and "setting parameter: 15km/hr" and the second control information 422 is "illuminance setting" and "setting". After the parameter: 90", since the control information 612 in which the first conversion data 614 is stored in the conversion table 61 is "wind speed setting" and the control command 613 of the first conversion data 614 is "wind speed setting: setting parameter", the conversion table 61 The control information 612 in which the second conversion data 615 is stored is "illuminance setting" and "setting parameter: 100" and the control command 616 of the second conversion material 615 is "opening sunshade device".

The conversion module 23 of the monitoring server 20 converts the first control information 421 into "wind speed setting" and "setting parameter: 15 km/hr" through the first conversion data 614 of the conversion table 61 and the monitoring information 41. The control command 431 is "wind speed setting: 15 km/hr" (step 150).

In addition, since the monitoring information 41 is "room temperature: 38 degrees", "humidity: 15%", "illuminance: 123", and "wind speed: 12.49 km/hr", and "setting parameter: 90" of the second control information 422 The control information 612 "setting parameter: 100" has been lower than the second conversion data 615, that is, the conversion module 23 transmits the second control information 422 to "illuminance setting" and "setting parameters" through the second conversion data 615 of the conversion table 61. The :90" is converted to the second control command 432 to "turn on the sunshade device" (step 150).

Then, referring to "FIG. 6" again, the conversion module 23 converts the first control information 421 into the first control command 431 and the second through the conversion table 61 (refer to "8"). After the control information 422 is converted into the second control command 432, the monitoring transmission module 24 can provide the first control command 431 to "wind speed setting: 15km/hr" and the second control command 432 to "turn on the sunshade device" to be controlled. End 10 (step 160).

After receiving the first control command 431 as "wind speed setting: 15km/hr", the controlled terminal 10 executes the module 13 of the controlled terminal 10 according to the first control command 431 as "wind speed setting: 15km/hr". The wind speed of the fan unit 102 is set to "15 km/hr" (step 170).

After the control terminal 10 receives the second control command 432 as "wind speed setting: 15km/hr", the execution module 13 of the controlled end 10 will open the sunshade device according to the first control command 431 for "turning on the sunshade device". 103 until the illuminance is reduced from 123 to 90 (step 170).

Thereby, the management personnel can know the current state of the controlled terminal 10, and can control the controlled terminal 10 through the mobile terminal 30 at any time, or the management personnel can directly manage and control the controlled terminal 10 through the mobile terminal 30.

And the management personnel can also obtain the monitoring information 41 stored in the monitoring server 20 through the mobile connection module 31 of the mobile terminal 30, and display it through the display module 33 of the mobile terminal 30, and provide the management personnel with respect to the controlled terminal 10 Monitor the history of information to provide further management control.

In summary, it can be seen that the difference between the present invention and the prior art is that the controlled terminal of the present invention periodically receives the monitoring information and provides the monitoring information to the mobile terminal through the monitoring server, and the management personnel can directly set the control information on the mobile terminal. The monitoring server converts the control information into control commands according to the conversion table and the monitoring information, thereby realizing the problem of monitoring a plurality of controlled terminals by a single mobile terminal and avoiding control to the wrong controlled terminal, and effectively providing management personnel with convenience. Operation method.

The technical problem can be solved by the prior art that when the remote end is used to monitor the controlled end, the operation is inconvenient and the control error is generated, thereby achieving monitoring of the plurality of controlled ends by a single mobile terminal and providing convenience and error. The technical efficacy of the operation.

While the embodiments of the present invention have been described above, the above description is not intended to limit the scope of the invention. Any changes in the form and details of the embodiments may be made without departing from the spirit and scope of the invention. The scope of the invention is to be determined by the scope of the appended claims.

10. . . Controlled end

101. . . Sprinkler

102. . . Fan unit

103. . . Sunshade

11. . . Controlled receiving module

12. . . Controlled transmission module

13. . . Execution module

20. . . Monitoring server

twenty one. . . Monitoring connection module

twenty two. . . Monitoring receiver module

twenty three. . . Conversion module

twenty four. . . Monitoring transmission module

25. . . Storage module

30. . . Mobile side

31. . . Mobile connection module

32. . . Mobile receiving module

33. . . Display module

41. . . Monitoring information

42. . . Control information

421. . . First control information

422. . . Second control information

43. . . Control instruction

431. . . First control instruction

432. . . Second control instruction

51. . . user interface

61. . . Conversion table

611. . . Conversion data

612. . . Control information

613. . . Control instruction

614. . . First conversion data

615. . . Second conversion data

Step 110: The controlled terminal periodically receives monitoring information.

Step 120: The monitoring server establishes a connection with the controlled end, and obtains monitoring information from the controlled end.

Step 130: The mobile terminal establishes a connection with the monitoring server, and obtains monitoring information from the monitoring terminal, and the mobile terminal displays the monitoring information.

Step 140: The mobile terminal receives the control information, and provides the control information to the monitoring server.

Step 150: The monitoring server converts the control information into a control instruction according to the conversion table and the monitoring information.

Step 160: The monitoring server provides a control command to the controlled end.

Step 170: The controlled end performs the corresponding function according to the control instruction.

Step 180 Monitoring the server to store monitoring information

FIG. 1 is a block diagram of a cloud mobile monitoring system according to the present invention.

FIG. 2 is a flow chart of the cloud mobile monitoring method according to the present invention.

FIG. 3 is a schematic diagram showing the system architecture of the first embodiment of the cloud mobile monitoring according to the present invention.

FIG. 4A is a schematic diagram showing the monitoring information display of the first embodiment of the cloud mobile monitoring according to the present invention.

FIG. 4B is a schematic diagram of a user interface of the first embodiment of the cloud mobile monitoring according to the present invention.

FIG. 5 is a schematic diagram showing a conversion table of the first embodiment of the cloud mobile monitoring according to the present invention.

FIG. 6 is a schematic diagram showing the system architecture of the second embodiment of the cloud mobile monitoring according to the present invention.

FIG. 7A is a schematic diagram showing the monitoring information display of the second embodiment of the cloud mobile monitoring according to the present invention.

FIG. 7B is a schematic diagram of a user interface of the second embodiment of the cloud mobile monitoring according to the present invention.

FIG. 8 is a schematic diagram showing a conversion table of the second embodiment of the cloud mobile monitoring according to the present invention.

10. . . Controlled end

11. . . Controlled receiving module

12. . . Controlled transmission module

13. . . Execution module

20. . . Monitoring server

twenty one. . . Monitoring connection module

twenty two. . . Monitoring receiver module

twenty three. . . Conversion module

twenty four. . . Monitoring transmission module

25. . . Storage module

30. . . Mobile side

31. . . Mobile connection module

32. . . Mobile receiving module

33. . . Display module

Claims (10)

A cloud mobile monitoring system includes: a controlled terminal, the controlled terminal further comprising: a controlled receiving module, configured to receive a control command, and receive a monitoring information at a timing; and a controlled transmitting module, The monitoring module is configured to execute the corresponding function according to the control instruction; and the monitoring server further includes: a monitoring connection module for establishing the control terminal Connecting, and obtaining the monitoring information from the controlled transmission module, and providing the control command to the controlled receiving module; a monitoring receiving module for receiving a control information; and a conversion module for Converting the control information into the control command according to a conversion table and the monitoring information; and a monitoring transmission module for transmitting the monitoring information; and an action terminal, the action terminal further comprising: a mobile connection module, Providing a connection with the monitoring server, obtaining the monitoring information from the monitoring transmission module, and providing the control information to the monitoring receiving module; and an action receiving module for receiving the control information And a display module for displaying the monitoring information. The cloud mobile monitoring system of claim 1, wherein the monitoring server further comprises a storage module for storing the monitoring information. For example, the cloud mobile monitoring system described in claim 1 of the patent scope, wherein the supervisor The control connection module establishes connection with the controlled terminal by wireless transmission, and the wireless transmission method includes: wireless network, ZigBee, RF transmission, Bluetooth wireless transmission, WIFI, global mobile communication system (Global System for Mobile Communications (GSM), General Packet Radio Service (GPRS), 3rd-generation (3G), Worldwide Interoperability for Microwave Access (WiMAX) . The cloud mobile monitoring system according to claim 1, wherein the mobile connection module establishes a connection with the monitoring server by using a wireless transmission mode, and the wireless transmission mode comprises: a wireless network, a ZigBee, and an RF transmission. , Bluetooth wireless transmission, WIFI, Global System for Mobile Communications (GSM), General Packet Radio Service (GPRS), 3rd generation mobile communication technology (3rd-generation, 3G), Worldwide Interoperability for Microwave Access (WiMAX). The cloud mobile monitoring system according to claim 1, wherein the conversion table stores a plurality of conversion data, and each conversion data includes at least: control information and control instructions. A cloud mobile monitoring method includes the following steps: a controlled terminal periodically receives a monitoring information; a monitoring server establishes a connection with the controlled terminal, and obtains the monitoring information from the controlled terminal; An action terminal establishes a connection with the monitoring server, and obtains the monitoring information from the monitoring terminal, and the action terminal displays the monitoring information; the mobile terminal receives a control information, and provides the control information to the monitoring server The monitoring server converts the control information into a control command according to a conversion table and the monitoring information; the monitoring server provides the control command to the controlled terminal; and the controlled terminal performs a corresponding function according to the control instruction . The cloud mobile monitoring method according to claim 6, wherein the cloud mobile monitoring method further comprises the step of storing, by the monitoring server, the monitoring information. The cloud mobile monitoring method according to claim 6, wherein the step of establishing a connection with the controlled end by the monitoring server is to establish a connection with the controlled end by using a wireless transmission manner, and the wireless transmission manner includes: Wireless network, ZigBee, RF transmission, Bluetooth wireless communication, WIFI, Global System for Mobile Communications (GSM), General Packet Radio Service (GPRS), third generation Mobile communication technology (3rd-generation, 3G), Worldwide Interoperability for Microwave Access (WiMAX). The cloud mobile monitoring method according to claim 6, wherein the step of establishing a connection with the monitoring server by using the mobile terminal is to establish a connection with the monitoring server by using a wireless transmission mode, and the wireless transmission mode includes: wireless Internet, ZigBee, RF transmission, Bluetooth wireless, WIFI, Global System for Mobile Communications (GSM), General Packet Radio Service (GPRS), 3rd-generation (3G), Worldwide Interoperability (Worldwide Interoperability) For Microwave Access, WiMAX). The cloud mobile monitoring method according to claim 6, wherein the monitoring server converts the control information into the control command according to the conversion table and the monitoring information, and the conversion table stores the plurality of conversion data. Each conversion data includes at least: control information and control instructions.