CN103957376A - Infrared thermal-image probe controlling system and method based on mobile intelligent terminal - Google Patents
Infrared thermal-image probe controlling system and method based on mobile intelligent terminal Download PDFInfo
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- CN103957376A CN103957376A CN201410037169.4A CN201410037169A CN103957376A CN 103957376 A CN103957376 A CN 103957376A CN 201410037169 A CN201410037169 A CN 201410037169A CN 103957376 A CN103957376 A CN 103957376A
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Abstract
Disclosed is an infrared thermal-image probe controlling system and method based on a mobile intelligent terminal. The system includes a mobile intelligent terminal used as a client, an infrared thermal-image probe used as a terminal, and an embedded-type platform which is used as a server side and connected with the infrared thermal-image probe. Through a communication network, the client is connected with the embedded-type platform which is used as the server side and connected with the infrared thermal-image probe. The infrared thermal-image probe and the embedded-type platform which is connected with the infrared thermal-image probe and used as the server side can be installed at any place which needs infrared monitoring so as to provide infrared thermal-image videos of a monitored target and temperature data of any point of any frame in the infrared videos. The position of the client relative to the infrared thermal-image probe can be set randomly and control operations on the infrared probe are provided. The infrared thermal-image probe controlling system and method based on the mobile intelligent terminal allow monitoring personnel or users to use the mobile intelligent terminal to effectively monitor and operate the infrared thermal-image probe at different distances.
Description
Technical field
The present invention relates to the intelligent use field of infrared thermal imagery probe, particularly relate to a kind of system and method based on mobile intelligent terminal control infrared thermal imagery probe.
Background technology
Mobile intelligent terminal especially smart mobile phone or dull and stereotyped coverage has been covered with the whole world, because smart mobile phone or dull and stereotyped there is outstanding operating system, all kinds of software can be freely installed, this three large characteristic of full touch screen type operation sense of large-size screen monitors completely, so the safe keyboard-type mobile phone several years ago that terminated.Smart mobile phone and flat board have five large features: the ability that 1, possesses wireless access the Internet; 2, there is the function of PDA; 3, there is open operating system; 4, can expand machine function according to individual demand; 5, scalability is strong, and third party software support is many.
Some monitoring places are not suitable for directly being monitored at the scene or being operated by the mankind, such as having the chemical contamination of high concentration at regional area or having high-intensity radiation to exist, in some exceedingly odious environmental condition, need the regional temperature of installation infrared thermal imagery probe too high or too low etc. at some.Or user cannot be detained scene, but need to control field conditions, delay disposal method and may cause comparatively serious consequence if can not understand field conditions in time.
Summary of the invention
In order to improve ease for operation, the convenience of prior art and equipment, the present invention proposes a kind of system and method that can facilitate mobile intelligent terminal monitoring infrared thermal imagery probe, allows monitor staff can carry out far away, in-plant security monitoring with the infrared equipment carrying to being not easy to operation by mobile intelligent terminal.
Further, the present invention can also connect the realtime graphic that receives infrared probe by mobile intelligent terminal, user can also arrange thermometric region by realtime graphic on mobile intelligent terminal screen simultaneously, can show the maximum temperature in these regions, temperature of the end and mean temperature simultaneously, thereby can understand timely analysis field conditions, reach the more monitoring of highly effective and safe.
For achieving the above object, a kind of system based on mobile intelligent terminal control thermal imagery probe, this system comprises: client, as the infrared thermal imagery probe of terminal, and the embedded platform of popping one's head in as the connection infrared thermal imagery of service end, by communication network, client is connected with the embedded platform that is connected this infrared thermal imagery probe as service end, this infrared thermal imagery probe and connected embedded platform as service end can be arranged on to the place that needs arbitrarily infrared monitoring, the temperature data of arbitrary frame any point in the infrared chart video of monitoring objective and this infrared video is provided, wherein this client can arbitrarily arrange the position of popping one's head in this infrared thermal imagery, and the control operation to infrared probe is provided.If the mobile intelligent terminal that this client is installed has camera function also this mobile phone can be placed in monitoring range, to take and the infrared thermal imagery relevant region of popping one's head in, this client can provide the image co-registration picture in this region.The present invention allows monitor staff or user with mobile intelligent terminal, infrared thermal imagery probe to be carried out the effective and safe monitoring of various distances.
According to enforcement of the present invention, wherein said client is mobile intelligent terminal, comprise smart mobile phone or panel computer, the described policer operation of infrared thermal imagery equipment is comprised: the orientation of controlling the camera of thermal infrared imager moves, angle of inclination changes and focus adjustment; Infrared video to infrared thermal imagery probe institute monitor area carries out real time monitoring, can carry out sectional drawing to infrared video simultaneously; Infrared video interface to infrared thermal imagery probe institute monitor area arranges thermometric ROI region, can obtain maximum temperature in these thermometric regions, temperature of the end, average temperature value.
According to embodiments of the invention, wherein this mobile intelligent terminal comprises: (1) dummy keyboard, for keying in control command; (2) virtual rocking bar and virtual push button, for the transmission of control command; (3) image analysis module, for receiving from pop one's head in the visible images data of infrared picture data that the embedded platform that is connected sends and the collection of this client with enforcement image co-registration with this infrared thermal imagery, for maximum temperature, minimum temperature and mean temperature information in extraction and the setting regions of temperature information data, wherein this setting regions can be the shapes such as circle, rectangle and triangle; (4) video/image recording playback module, for recording, intercept or play from being sent to the video/image data of client and the video/image data of this client camera with this infrared thermal imagery embedded platform being connected of popping one's head in; (5) control module, moves and the anglec of rotation for controlling with the pop one's head in orientation of the embedded platform that is connected of this infrared thermal imagery, for controlling the focus adjustment of this infrared thermal imagery probe; (6) display module, for showing the video/image of this image analysis module generation and the historical video/image of temperature data information and this video/image recording playback module; (7) mobile intelligent terminal communication interface, be connected with this dummy keyboard, this virtual rocking bar and virtual push button, this image analysis module, this video/image recording playback module and this control module respectively, this mobile intelligent terminal communication interface is for transmitting and receiving the signal from this infrared thermal imagery probe, and this signal comprises control command signal, video/image data-signal and temperature data signal.
According to embodiments of the invention, wherein this embedded platform comprises: (1) video acquisition module, for the video/image information of this infrared thermal imagery probe of Real-time Obtaining; (2) temperature collect module, the corresponding real-time infrared image of obtaining according to video acquisition module is obtained the temperature data information in this image; (3) control module, for receive from the control command of this client and be translated into action facility in this infrared thermal imagery probe and with this infrared thermal imagery embedded platform being connected of popping one's head in, corresponding focus adjustment, orientation moves, the operational order of the anglec of rotation; For receiving from the display command of client and will being imposed in video acquisition module and the temperature collect module of this embedded platform; (4) data cutout buffer module, for intercepting, cushions and sends the video/image data and the temperature data that obtain from this video acquisition module and temperature collect module; (5) communication interface, be connected with control module and data cutout buffer module respectively, and be connected with the High Speed Serial of infrared thermal imagery probe, this communication interface is for transmitting and receiving the signal from client, and described signal comprises control command signal and video/image data-signal.Wherein being connected with the High Speed Serial of infrared thermal imagery probe is to turn High Speed Serial transducer by USB to connect, and wherein this infrared thermal imagery probe connects by Special inserting base middleware at the fixing of embedded platform.
According to embodiments of the invention, wherein this infrared thermal imagery probe comprises: High Speed Serial, be used for carrying out with embedded platform the transmission of video/image data, temperature data and focusing order, connected embedded platform carries out communication by USB transducer and this infrared thermal imagery probe and is connected.
For achieving the above object, the present invention also provides a kind of method based on mobile intelligent terminal control infrared thermal imagery probe, comprises the following steps: bring in by the client of this infrared thermal imagery probe is set the control operation that the embedded platform as service end to connecting this infrared thermal imagery probe is provided; And pop one's head in to provide in the infrared chart video of monitoring objective and this infrared video the temperature data of any point in arbitrary frame by being arranged on the infrared thermal imagery in the place that needs infrared monitoring.
According to embodiments of the invention, wherein said client is mobile intelligent terminal, refer generally to mobile phone or flat board, its operation to the embedded platform as service end that connects this infrared thermal imagery probe comprises the following steps: the orientation of controlling the embedded platform of popping one's head in this infrared thermal imagery moves, the anglec of rotation, controls the focus adjustment of this infrared thermal imagery probe; The infrared chart video/image of popping one's head in captured to this infrared thermal imagery is carried out sectional drawing, analysis, transmits and is presented on the display screen of this mobile intelligent terminal.
According to embodiments of the invention, wherein said control operation comprises: by being separately positioned on the communication interface of this mobile intelligent terminal and communicating by letter with this infrared thermal imagery signal that the communication interface of the embedded platform that is connected realizes between this mobile intelligent terminal and this infrared thermal imagery probe of popping one's head in, described signal comprises this mobile intelligent terminal and and this infrared thermal imagery pop one's head in the control command signal, video/image data-signal and the temperature data signal that between the embedded platform being connected, transmit.
According to embodiments of the invention, the communication modes that the communication interface of wherein said this mobile intelligent terminal and described and this infrared thermal imagery are popped one's head between the communication interface of the embedded platform that is connected comprises: Bluetooth communication protocol and the Local Area Networt Communication Protocols based on Wifi.
Brief description of the drawings
Fig. 1 is hardware and software development of the present invention and running environment
Fig. 2 is the structured flowchart of the system based on mobile intelligent terminal control infrared thermal imagery probe of the present invention
Fig. 3 is the functional sequence block diagram of mobile intelligent terminal of the present invention
Fig. 4 is the functional sequence block diagram of embedded platform of the present invention
1-mobile intelligent terminal
11-dummy keyboard
The virtual rocking bar of 12-and button
13-image analysis module
14 video/image recording playback modules
15-control module
16-display module
17-mobile intelligent terminal communication interface
2-embedded platform
21-video acquisition module
22-temperature collect module
23-control module
24-data cutout buffer module
25-embedded platform communication interface
3-infrared thermal imagery probe
31-High Speed Serial
32-camera.
Embodiment
In order to make object, technical scheme and the advantage of embodiments of the invention clearer, below in conjunction with embodiment and illustration, embodiments of the invention are described in detail.Again, schematic description and description of the present invention is only for explaining the present invention, but not as a limitation of the invention.
System based on mobile intelligent terminal control infrared thermal imagery probe of the present invention comprises client, service end and infrared thermal imagery three parts of popping one's head in.Client can be for example mobile intelligent terminal 1, and service end for example can adopt and the infrared thermal imagery embedded platform 2 being connected of popping one's head in, and infrared thermal imagery probe can be for example infrared thermal imagery probe 3.In one embodiment of the invention, described mobile intelligent terminal 1 can be general Android system mobile intelligent terminal, also can be IOS system mobile intelligent terminal, also can be WP system mobile intelligent terminal, client software is respectively based on Android system, IOS system and WP system development form, and realize its function by the WIFI on this mobile intelligent terminal and bluetooth hardware module, the Samsung GALAXY S4 of for example Android system of the model of described mobile intelligent terminal 1, the iPhone 5S of IOS system or the Nokia Lumia1020 of WP system, described service end for example can adopt the embedded platform of Shanghai thermal imagery Electromechanical Technology Co., Ltd (IRS) exploitation, described infrared thermal imagery probe for example can adopt the IRS336 thermal imagery probe of IRS development, but the present invention is not as limit.Mobile intelligent terminal 1 with intercom mutually by configuration with the infrared thermal imagery embedded platform being connected of popping one's head in.
In order to make to realize between mobile intelligent terminal 1, embedded platform 2 and infrared thermal imagery probe 3 real time communication of video/image data-signal, control command signal and temperature data signal, the present invention has carried out software and hardware development respectively in mobile intelligent terminal 1 and embedded platform 2, has obtained the technical scheme comparatively flexibly that can carry out far infrared thermal imagery probe, closely monitor.
Be illustrated in figure 1 the example of the software and hardware running environment that software development environment of the present invention and client and service end adopt respectively;
As Fig. 2 is depicted as the result block diagram of the system based on mobile intelligent terminal control infrared thermal imagery probe of the present invention, wherein the mobile intelligent terminal 1 of this system comprises: dummy keyboard 11 is for keying in control command; Virtual rocking bar and button 12 are for the transmission of control command; Image analysis module 13 is for receiving from popping one's head in visible images data that infrared picture data that the embedded platform that is connected sends and this client gather to implement image co-registration with this infrared thermal imagery, for maximum temperature, minimum temperature and mean temperature information in extraction and the setting regions of temperature information data, wherein this setting regions can be the shapes such as circle, rectangle and triangle; Video/image recording playback module 14 is for recording, intercept or play from being sent to the video/image data of client and the video/image data of this client camera with this infrared thermal imagery embedded platform being connected of popping one's head in; Control module 15 moves and the anglec of rotation for controlling with the pop one's head in orientation of the embedded platform that is connected of this infrared thermal imagery, for controlling the focus adjustment of this infrared thermal imagery probe; Display module 16 is for showing the video/image of this image analysis module generation and the historical video/video recording of data message and this video/image recording playback module; Mobile intelligent terminal communication interface 17, be connected with this dummy keyboard, this virtual rocking bar and virtual push button, this image analysis module, this video/image recording playback module and this control module respectively, this mobile phone or dull and stereotyped communication interface are for transmitting and receiving the signal from this infrared thermal imagery probe, and this signal comprises control command signal and video/image data-signal.
Wherein the embedded platform 2 of this system comprises: video acquisition module 21 is for the video/image information of this infrared thermal imagery probe of Real-time Obtaining; Temperature collect module 22 obtains the temperature data information in this image for the corresponding real-time infrared image of obtaining according to video acquisition module; Control module 23 for receive from the control command of this client and be translated into action facility in this infrared thermal imagery probe and with this infrared thermal imagery embedded platform being connected of popping one's head in, corresponding focus adjustment, orientation moves, the operational order of the anglec of rotation, for receiving from the display command of client and will being imposed in video acquisition module and the temperature collect module of this embedded platform; Data cutout buffer module 24, for intercepting, cushions and sends the video/image data and the temperature data that obtain from this video acquisition module and temperature collect module; Communication interface 25 is connected with control module and data cutout buffer module respectively, and be connected with the High Speed Serial of infrared thermal imagery probe, this communication interface is for transmitting and receiving the signal from client, and described signal comprises control command signal, video/image data-signal and temperature data signal.
The infrared image form that wherein the data cutout buffer module 24 in embedded platform 2 is preserved is standard jpeg format, the temperature data of preserving comprise in this infrared image temperature information a little.Image analysis module 13 in mobile intelligent terminal 1 by setting ROI(area-of-interest in display module 16) calculate the maximum temperature, minimum temperature and the average temperature value that obtain in this ROI, and show in display module; Image analysis module 13 also can be by carrying out image co-registration to obtaining the infrared video/image getting in local visible images that mobile intelligent terminal obtains and video/image recording playback module, thereby the image obtaining after fusion shows in display module.
Mobile intelligent terminal communication interface 17, using bluetooth or WIFI as transmission medium, is packaged into different data formats by bluetooth or Transmission Control Protocol and transmits.Its transmitting procedure is: 1, mobile intelligent terminal 1 makes user or monitor staff can input instruction by dummy keyboard 11; 2, under the instruction that mobile intelligent terminal 1 inputs user or monitor staff by virtual rocking bar and button 12, send instructions; 3, according under send instructions to be packaged as and transfer data to mobile intelligent terminal communication interface 17; 4, mobile intelligent terminal communication interface 17 is by current environmental selection bluetooth or WIFI transmission data; 5, the communication interface 25 of embedded platform 2 receives after request msg and analyzes and be sent to control module 23; 6, control module 23 is processed according to different instruction, or by opening this video acquisition module 21 and temperature collect module 22, make it turn High Speed Serial by USB and obtain the video that sends from the High Speed Serial 31 of infrared thermal imagery probe 3 or the adjusting of temperature information and focal length, or embedded platform 2 is implemented to orientation moves, the operation of the anglec of rotation; 7, infrared thermal imagery probe 3 is sent to respectively video acquisition module 21 or temperature collect module 22 by High Speed Serial 31 by temperature data or video data packing; 8, embedded platform 2 is processed packing data and data after treatment is back to communication interface 25 by data cutout buffer module 24; 9, communication interface 25 sends data to the communication interface 17 of mobile intelligent terminal 1 by bluetooth or WIFI.
Wherein the software systems in mobile intelligent terminal 1 and embedded platform 2 are respectively client software and service end software, comprising:
Virtual rocking bar and button remote control software systems, comprise the function software being arranged on mobile intelligent terminal 1 and be arranged on the instruction response software on embedded platform 2.When user or monitor staff press after various control actions by virtual rocking bar or button according to the actual requirements, function software on mobile intelligent terminal 1 analyzes instruction action, and activates corresponding handling procedure and generate the control command data that need to be sent to embedded platform 2; When the communication interface 25 of embedded platform 2 receives after client instruction, its instruction response software will be identified instruction, and activate corresponding responder and implement corresponding action, thereby realize the remote control of the action of mobile intelligent terminal 1 to embedded platform 2 and infrared thermal imagery probe 3.
Image analysis software system, comprises image analysis module 13 and video/image recording playback module 14 on mobile intelligent terminal 1.In the time that user or monitor staff need to check real-time or historical fusion video/image according to the actual requirements, the image that image analysis software system can be taken mobile intelligent terminal camera and the infrared image receiving from embedded platform merge, make the image after merging can highlight monitoring objective, also can show clearly surrounding environment; In addition in the time that user or monitor staff need to check the temperature information in a certain region of real-time or historical video/image according to the actual requirements, can be by set ROI in display module 16, maximum temperature, minimum temperature and the mean temperature then calculated in this region by image analysis module 13.
As Figure 3-Figure 4, be respectively the functional sequence block diagram of mobile intelligent terminal 1 and embedded platform 2.As shown in Figure 3, it is the functional sequence block diagram of mobile intelligent terminal 1.Pass through after the operations such as virtual rocking bar and button at main interface and display interface, according to selected communication modes bluetooth or WIFI transfer instruction, the data message receiving or directly show by entering display interface after graphical analysis, or enter that entering display interface after video/image recording playback module shows.As shown in Figure 4, it is the functional sequence block diagram of embedded platform 2.After the order receiving from mobile intelligent terminal 1, activate embedded platform action response, be sent to infrared thermal imagery probe 3 and open the operations such as video temperature collect module by High Speed Serial according to specific instructions content choice.Then the video reading, temperature data are entered to data buffering to transfer to client by communication interface 25.
According to one embodiment of present invention, in the system based on mobile intelligent terminal control infrared thermal imagery probe of the present invention with above-mentioned configuration, wherein the coverage of bluetooth communication mode is the scope of 0 ~ 15 meter, and the coverage of WIFI communication modes is the scope of 0 ~ 90 meter.
In the present invention, the display interface of mobile intelligent terminal 1 provides the display mode of " fusion " and " source ", represents respectively picture and infrared video picture after visible ray and infrared fusion; The communication interface mode of " bluetooth " and " WIFI " is provided, has represented respectively by Bluetooth protocol and WIFI agreement and carry out data communication; The mode that ROI is set is easily provided, first clicking the frame of " ROI type " ejection " circle ", " rectangle " and " triangle " selects, select wherein can touch and draw ROI region at display interface after one, thereby obtain maximum temperature, minimum temperature and mean temperature in this region; The picture disply frame of automatic identifying processing different resolution is provided.
The present invention is by improving the software of mobile intelligent terminal graphical analysis, make monitor staff switch flexibly display frame, to show video pictures and the source video pictures after merging, realize and not affected monitoring objective is monitored in the situation that, show clearly surrounding environment, reduce information loss, provide reference for user carries out straighforward operation more easily.Far see while being unfavorable for being detained only when monitoring place, user can obtain the amount of information of live view maximum and provide valuable reference to straighforward operation.
Claims (9)
1. the system based on mobile intelligent terminal control thermal imagery probe, comprising:
As the mobile intelligent terminal of client, the embedded platform of popping one's head in and popping one's head in as the connection infrared thermal imagery of service end as the infrared thermal imagery of terminal, the embedded platform that connects this infrared thermal imagery probe using client, as service end by communication network connects, this infrared thermal imagery probe and connected embedded platform as service end are installed in the place that needs arbitrarily infrared monitoring, the temperature data of any point in arbitrary frame in the infrared chart video that monitoring objective is provided and this infrared video; Wherein this client can arbitrarily arrange the position of popping one's head in this infrared thermal imagery, and the control operation to infrared probe is provided; If this client has camera function also this client can be placed in monitoring range, to take and the infrared thermal imagery relevant region of popping one's head in, this client can provide the image co-registration picture in this region.
2. the system based on mobile intelligent terminal control infrared thermal imagery probe according to claim 1, wherein said client is mobile intelligent terminal, refers generally to mobile phone or flat board, the operating system of wherein supporting for this client comprises:
Android system, IOS system and WP system;
Wherein this mobile intelligent terminal comprises:
Dummy keyboard, for keying in control command;
Virtual rocking bar and virtual push button, for the transmission of control command;
Image analysis module, for receiving from pop one's head in the visible images data of infrared picture data that the embedded platform that is connected sends and the collection of this client with enforcement image co-registration with this infrared thermal imagery, for maximum temperature, minimum temperature and mean temperature information in extraction and the setting regions of temperature information data, wherein this setting regions can be the shapes such as circle, rectangle and triangle;
Video/image recording playback module, record, intercepts or plays from being sent to the video/image data of client and the video/image data of this client camera with this infrared thermal imagery embedded platform being connected of popping one's head in;
Control module, moves and the anglec of rotation for controlling with the pop one's head in orientation of the embedded platform that is connected of this infrared thermal imagery, for controlling the focus adjustment of this infrared thermal imagery probe;
Display module, for showing the video/image of this image analysis module generation and the historical video/image of temperature data information and this video/image recording playback module;
Mobile intelligent terminal communication interface, be connected with this dummy keyboard, this virtual rocking bar and virtual push button, this image analysis module, this video/image recording playback module and this control module respectively, this mobile intelligent terminal communication interface is for transmitting and receiving the signal from this infrared thermal imagery probe, and this signal comprises control command signal, video/image data-signal and temperature data signal.
3. the system based on mobile intelligent terminal control infrared thermal imagery probe according to claim 1, wherein the supply power mode of this infrared thermal imagery probe comprises: powered battery, battery of mobile phone power supply and external power source; Wherein the supply power mode of this infrared thermal imagery probe can be selected by site environment analysis.
4. the system based on mobile intelligent terminal control infrared thermal imagery probe according to claim 1, is wherein provided with on this embedded platform as service end:
Video acquisition module, for the video/image information of this infrared thermal imagery probe of Real-time Obtaining;
Temperature collect module, the corresponding real-time infrared image of obtaining according to video acquisition module is obtained the temperature data information in this image;
Control module, for receive from the control command of this client and be translated into action facility in this infrared thermal imagery probe and with this infrared thermal imagery embedded platform being connected of popping one's head in, corresponding focus adjustment, orientation moves, the operational order of the anglec of rotation; For receiving from the display command of client and will being imposed in video acquisition module and the temperature collect module of this embedded platform;
Data cutout buffer module, for intercepting, cushions and sends the video/image data and the temperature data that obtain from this video acquisition module and temperature collect module;
Communication interface, be connected with control module and data cutout buffer module respectively, and be connected with the High Speed Serial of infrared thermal imagery probe, this communication interface is for transmitting and receiving the signal from client, and described signal comprises control command signal and video/image data-signal; Wherein being connected with the High Speed Serial of infrared thermal imagery probe is to turn High Speed Serial transducer by USB to connect, and wherein this infrared thermal imagery probe connects by Special inserting base middleware at the fixing of embedded platform.
5. the system based on mobile intelligent terminal control infrared thermal imagery probe according to claim 1, wherein the interface of this infrared thermal imagery probe transmission of video/view data and control command is High Speed Serial, and connected embedded platform carries out communication by USB transducer with this infrared thermal imagery probe and is connected.
6. the method based on mobile intelligent terminal control thermal imagery probe, comprises the following steps:
By being set, the client of this infrared thermal imagery probe brings in the control operation that the embedded platform as service end to connecting this infrared thermal imagery probe is provided; And pop one's head in to provide in the infrared chart video of monitoring objective and this infrared video the temperature data of any point in arbitrary frame by being arranged on the infrared thermal imagery in the place that needs infrared monitoring.
7. the method based on mobile intelligent terminal control infrared thermal imagery probe according to claim 6, wherein said client is mobile intelligent terminal, refer generally to mobile phone or flat board, its operation to the embedded platform as service end that connects this infrared thermal imagery probe comprises the following steps:
The orientation of controlling the embedded platform of popping one's head in this infrared thermal imagery moves, the anglec of rotation, controls the focus adjustment of this infrared thermal imagery probe; The infrared chart video/image of popping one's head in captured to this infrared thermal imagery is carried out sectional drawing, analysis, transmits and is presented on the display screen of this mobile intelligent terminal.
8. the method based on mobile intelligent terminal control infrared thermal imagery probe according to claim 6, wherein said control operation comprises:
By being separately positioned on the communication interface of this mobile intelligent terminal and communicating by letter with this infrared thermal imagery signal that the communication interface of the embedded platform that is connected realizes between this mobile intelligent terminal and this infrared thermal imagery probe of popping one's head in, described signal comprises this mobile intelligent terminal and and this infrared thermal imagery pop one's head in the control command signal, video/image data-signal and the temperature data signal that between the embedded platform being connected, transmit.
9. the method based on mobile intelligent terminal control infrared thermal imagery probe according to claim 8, the communication modes that the communication interface of wherein said this mobile intelligent terminal and described and this infrared thermal imagery are popped one's head between the communication interface of the embedded platform that is connected comprises: Bluetooth communication protocol and the Local Area Networt Communication Protocols based on Wifi.
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