CN101203014A - Mobile monitoring system and method thereof - Google Patents
Mobile monitoring system and method thereof Download PDFInfo
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- CN101203014A CN101203014A CNA2006101623895A CN200610162389A CN101203014A CN 101203014 A CN101203014 A CN 101203014A CN A2006101623895 A CNA2006101623895 A CN A2006101623895A CN 200610162389 A CN200610162389 A CN 200610162389A CN 101203014 A CN101203014 A CN 101203014A
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Abstract
The invention discloses a mobile monitoring system and a method which can use a mobile communication network to send monitoring return data (for example, an image, a view and a short message) which are produced by a remote mobile monitoring system to a mobile communication device in order to accomplish the aim of remote monitoring. In particular, actively or passively according to established mobile communication modes (for example, the 2.5 generation of the mobile communication mode and the third generation of the mobile communication mode) the mobile monitoring system can determine the type of the monitoring return data so as to send the data. Therefore, the mobile communication device can be led to acquire the most suitable monitoring return data according to different online demands (for example, online conditions or return demands).
Description
Technical field
The present invention relates to a kind of mobile monitoring system and method thereof, the particularly a kind of mobile monitoring system and method thereof that can determine the supervision reward data type that mobile monitoring system sent according to the mobile communication pattern.
Background technology
Along with the transmitting bandwidth of mobile communication network is increasing, wants to see through mobile communication network and come transferring large number of data all no problem in theory.So, brag about with image and be transmitted as the basis and can provide high real-time, high mobile monitoring system interactive and high fidelity just to begin to be surging forward and used widely, in these mobile monitoring systems, general all by can in mobile communication network, utilizing high frequency range mobile communication pattern to carry out the device for mobile communication of transfer of data, and be positioned at the mobile monitoring system that is monitored end (or claiming long-range) and form.
See through the mobility of device for mobile communication,, obtain image that long-range mobile monitoring system passes back and the long-range situation of real time monitoring just can see through mobile communication network easily as long as where whenever the user can connect mobile communication network.With the primary demand of present mobile monitoring system in the image transmission, usually require the user to connect mobile communication network with the 3rd generation mobile communication pattern at least, so that can browse image smoothly from long-range mobile monitoring system, theoretical standard value according to the 3rd generation mobile communication pattern, its transmitting bandwidth can reach 2M, add the minimum 384Kbps of being at least of its transmission speed, therefore the user can browse image under very smooth image transmission quality in theory, and be unlikely to take place desultory embarrassed elephant of image, therefore on using, more and more favored.
Yet, undeniablely be, the on line state of mobile communication network is not often to be stable, online with the 3rd generation mobile communication pattern is example, may be because the coverage rate of base station still under the condition of limited, perhaps, allow the user can't can utilize the 3rd generation mobile communication pattern to finish the online telemonitoring that carries out whenever and wherever possible smoothly because the actual interference that is subjected to other external factor when online will make that on-line state is affected; Moreover, from the repayment demand, the different users has different repayment demands certainly, can't support the 3rd generation mobile communication pattern, too high, the user ' s preference repayment type difference of the online cost of the 3rd generation mobile communication pattern as: device for mobile communication ... etc. factor, all can make the mobile monitoring system that utilizes the 3rd generation mobile communication pattern to carry out telemonitoring may not be certain to satisfy different users's online demand.
Therefore, generally, only provide the mobile monitoring system that utilizes the 3rd generation mobile communication pattern to carry out telemonitoring to still have the space of improving that it uses, satisfy vast user with lifting and use with different online demands.
Summary of the invention
In view of above problem, the present invention proposes a kind of mobile monitoring system and method thereof, and its main purpose is and can provides suitable supervision reward data to device for mobile communication according to different mobile communication patterns.
For reaching above-mentioned purpose, the disclosed mobile monitoring system of the present invention includes at least: monitor module, control module and mobile communication module, it can be online to carry out telemonitoring through mobile communication network and device for mobile communication.This mobile monitoring system can take the initiative pattern according to its monitor situation triggering and initiatively and the online telemonitoring that carries out of device for mobile communication, perhaps can also take Passive Mode according to the online request of device for mobile communication passive and the online telemonitoring that carries out of device for mobile communication.
In aggressive mode, mobile monitoring system can trigger the comparison of carrying out monitoring image to the sensing of mobile object according to Preset Time or transducer, and when picture produces certain feature difference, produce with the form of short message mode or crossfire image according to default mobile communication pattern and to monitor that reward data is returned to device for mobile communication.
In Passive Mode, mobile monitoring system can be obtained the mobile communication pattern according to the online request of device for mobile communication, and produces with the form of short message mode or crossfire image according to the mobile communication pattern and to monitor that reward data is returned to device for mobile communication.
Mobile communication pattern of the present invention, be to represent the different pieces of information grade of transmission in the middle of some embodiment with the 2.5th generation mobile communication pattern and the 3rd generation mobile communication pattern, when with the 2.5th generation mobile communication pattern when online, setting is taked to transmit the repayment data that monitors based on short message mode, the note literal can be comprised merely in the note, also the acquisition picture can be included; When with the 3rd generation mobile communication pattern when online, then set to transmit and monitor reward data in crossfire image mode.
The effect that the present invention reached is to cooperate the telemonitoring under the different online demands to use, to satisfy the user with different online demands.
Relevant characteristics and implementation of the present invention, conjunction with figs. is described in detail as follows as most preferred embodiment now.
Description of drawings
Fig. 1 connects the device for mobile communication calcspar for mobile monitoring system of the present invention;
Fig. 2 is that Fig. 1 is about the thin portion of mobile monitoring system calcspar;
Fig. 3 is that mobile monitoring system of the present invention is in aggressive mode operation workflow figure;
Fig. 4 is that mobile monitoring system of the present invention is in Passive Mode operation workflow figure.
Wherein, Reference numeral is:
100 mobile monitoring systems
110 monitor modules
120 control modules
121 processing units
122 internal memories
130 mobile communication modules
140 sensing modules
200 device for mobile communication
Embodiment
Because the existing problem that can't satisfy different online demands on existing mobile monitoring system and the How It Works thereof, the special proposition of the present invention is a kind of can to provide mobile monitoring system and the method thereof of the suitable supervision reward data of correspondence to device for mobile communication according to different mobile communication patterns, this System and method for can be applied to initiatively will monitor that by mobile monitoring system reward data returns under the aggressive mode to device for mobile communication simultaneously, perhaps returns according to the online request of device for mobile communication again and monitors that reward data is under the Passive Mode of device for mobile communication.
Mobile communication pattern of the present invention, can represent with the first mobile communication pattern and the second mobile communication pattern respectively according to the different pieces of information grade of transmission in the following description, in general the first mobile communication modal representation transmitting bandwidth mobile communication pattern lower of indication, and the second mobile communication modal representation transmitting bandwidth mobile communication pattern higher with respect to the first mobile communication pattern with respect to the second mobile communication pattern.When specific embodiment illustrated, the present invention then will be with the most general the 2.5th generation mobile communication pattern as the first mobile communication pattern, and with the 3rd generation mobile communication pattern as the second mobile communication pattern, but this is not limited.
At first, please refer to Fig. 1, is the main calcspar of mobile monitoring system 100 connection device for mobile communication 200 of the present invention, wherein is online with telemonitoring through setting up mobile communication network between mobile monitoring system 100 and the device for mobile communication.
Please in the lump with reference to Fig. 2, can learn that control module 120 has also comprised a processing unit 121 in order to being responsible for the running of whole mobile monitoring system 100, and an internal memory 122.
Below will at mobile monitoring system 100 of the present invention respectively the operation workflow under aggressive mode and Passive Mode explain, this part relates to the part of Fig. 2, Fig. 3 and Fig. 4, please cooperate reference.
At first, the part of Fig. 3 is mobile monitoring system 100 of the present invention operation workflow of (being aggressive mode) under first embodiment, whether mobile monitoring system 100 mainly produced trigger event according to processing unit 121 and determined whether providing and monitor that reward data is to device for mobile communication 200 (step 300) this moment, trigger event can utilize aforementioned supervisory control program (not shown) to provide the user can set a scheduled time, the scheduled time can be single time point or a period of time interval, making mobile monitoring system 100 can see through timing mode after starting learns when reaching the scheduled time, as: start through back after a while or start every certain interval of time afterwards, carry out follow-up step just produce trigger event; Perhaps a sensing module 140 can be set additionally in mobile monitoring system 100, in order to running simultaneously after starting at mobile monitoring system 100, and sense when in the environment that is monitored mobile object being arranged when sensing module 140, make processing unit 121 can produce trigger event for processing unit 121 and send sensing signal to carry out subsequent step, under aggressive mode, do not produce under the situation of trigger event as if processing unit 121, then keep by monitor module 110 and continue acquisition supervision image, do not move and do not have any processing, certainly also can control opening/closing of monitor modules 110 by processing unit 121 in design, make monitor module 100 only when processing unit 121 produces trigger event, just start acquisition and monitor image, then keep during the triggerless incident and close the purpose of saving power supply to reach.
When step 300, produce trigger event, expression mobile monitoring system 100 needs initiatively to transmit the supervision reward data to device for mobile communication 200, the action that this moment, processing unit 121 needed to carry out be judge monitor at present produce in the image any unusual? is judgment mode then to see through monitoring that the picture in the image carries out aspect ratio to determining whether producing feature abnormalities? its thin portion function mode, internal memory in control module 120 122 stores the picture (claiming first picture) that can represent normal condition in the monitoring environment in advance, this first picture can see through aforesaid supervisory control program in advance by the user and set acquisition, and handle image part and first picture that obtains to be stored in the internal memory 122 by the computer program of pick-up image picture, and when processing unit 121 produces trigger event, then in the obtained at that time supervision image of monitor module 110, capture the program of second picture by processing unit 121 active executed in real time, then with internal memory 122 in first picture compare (step 310), the comparison mode mainly is that the computer program that sees through aforesaid image feature acquisition carries out the feature acquisition to first picture and second picture respectively, and the feature in two pictures is carried out the comparison of the similarities and differences, therefore partly can use present universal characteristics acquisition technology and realize, seldom give unnecessary details at this.Do you then, judge in two pictures to produce feature difference? (step 320) then must enter into and produce the step that monitors reward data if having, and comes back to step 300 wait trigger event generation next time otherwise then need not do any action.What need here to carry is, the user can see through and set the grade that decides feature difference, in other words, the user can set in case produce so-called feature difference when occurring any feature that differs from first picture in second picture, also or the user can set and when the feature difference of second picture and first picture reaches a certain predetermined ratio or threshold value, just produce so-called feature difference, with the phenomenon that reduces erroneous judgement or excessively judge.
When definite second picture and first picture generation feature difference, the environment that expression mobile monitoring system 100 is monitored has produced unusually, must transmit this moment and monitor that reward data is to the device for mobile communication 200 at user place, can therefore processing unit 121 judge earlier why is the mobile communication pattern that defaults at present in the supervisory control program? (step 330) is then according to the transmission signal of the mobile communication mode producing correspondence that sets and monitor that reward data monitors the transmission of reward data to mobile communication module 130.When default mobile communication pattern is that the first mobile communication pattern (is the lower mobile communication pattern of transmitting bandwidth, as: in the time of the 2.5th generation mobile communication pattern), presetting this moment will be to transmit the lower note of frequency range demand as monitoring reward data, so processing unit 121 can be informed the mobile communication pattern of mobile communication module 130 required uses, and generate note simultaneously and send a signal to mobile communication module 130 (step 340), mobile communication module 130 then can initiatively be sent online request with the first mobile communication pattern according to received mobile communication pattern and give default device for mobile communication 200 with the mobile communication network online (step 350) between foundation and the device for mobile communication 200, learn that from the transmission signal type of processing unit 121 needs transmit the supervision reward data and obtain corresponding supervision reward data (step 380) from handling unit 121 with short message mode according to receive then, mobile communication this moment module 130 just can be carried out the program that produces note and send note, will comprise the note that monitors reward data and initiatively be sent to device for mobile communication 200.Need to prove, the type of the supervision reward data in the note can be simple literal, word content can be pre-set in the internal memory 122 by the user, it perhaps can be aforesaid second picture, also or both combinations, also can in monitoring reward data, increase the relevant unusual out of Memory at that time that produces when needing certainly, as: picture acquisition time, feature difference ratio etc.
Otherwise, when default mobile communication pattern is that the second mobile communication pattern (is transmitting bandwidth higher mobile communication pattern with respect to the first mobile communication pattern, as: in the time of the 3rd generation mobile communication pattern), presetting this moment will be to transmit the high image of frequency range demand as monitoring reward data, so processing unit 121 can be informed the mobile communication pattern of mobile communication module 130 required uses, and generate image simultaneously and send the supervision image of signal and correspondence to mobile communication module 130 (step 360), mobile communication module 130 then can initiatively be sent online request with the second mobile communication pattern according to received mobile communication pattern and give default device for mobile communication 200 with the mobile communication network online (step 370) between foundation and the device for mobile communication 200, sending signal according to image then learns and need transmit supervision reward data (step 380) in crossfire image mode, mobile communication this moment module 130 can will initiatively be sent to device for mobile communication 200 from the supervision image that monitor module 110 is captured by processing unit 121 transmits, through sending mobile communication module 130 to after the processing unit 121 suitable image processing steps (as: transmission of crossfire image is gone up the required compression of carrying out and handled).
Device for mobile communication 200, then can be when online request that the mobile communication module 130 that receives mobile monitoring system 100 is sent, to set up mobile communication network online with mobile monitoring system 100, receive the supervision reward data of note form or crossfire image form, reach the purpose effect of telemonitoring.
Another embodiment, then the operation workflow with the described Passive Mode of Fig. 4 describes, so-called passive promptly be the telemonitoring that the passive online request that waits standby mobile communication devices 200 of mobile monitoring system 100 is carried out.At this moment, mobile monitoring system 100 in the running is when receiving the online request of being sent from device for mobile communication 200, mobile communication module 130 can be learnt present mobile communication pattern from passing on the base station of online request, so will according to the device for mobile communication 200 desired first mobile communication patterns or the second mobile communication pattern is set up and device for mobile communication 200 between mobile communication network (step 400), after setting up according to the decision logic of processing unit 121 in aggressive mode as previously mentioned, set up when online when using the first mobile communication pattern, then will transmit the supervision reward data with short message mode, processing unit 121 meetings this moment real time acquisition picture (step 410) in the supervision image that monitor module 110 is provided, see through aforementioned then in the mode of note as supervision reward data transmission type, generate note and send a signal to mobile communication module 130 (step 420), picture with real time acquisition sends mobile communication module 130 to then, the transmission signal type of being given according to processing unit 121 by mobile communication module 130 sends device for mobile communication 200 (step 450) to short message mode, detailed step repeats no more as previously mentioned, otherwise set up when online if use the second mobile communication pattern, then will change to transmit the image mode and transmit the supervision reward data, deal with (step 430) by processing unit 121 real time acquisitions from the supervision image of monitor module 110 this moment, send image then equally and send a signal to mobile communication module 130 (step 440), transmit the supervision image by mobile communication module 130 in crossfire image mode and give device for mobile communication 200 (step 450), detailed step is not also given unnecessary details as previously mentioned.
Other embodiment of under Passive Mode some, comprising can be after device for mobile communication 200 be online to mobile monitoring system 100, it is right equally to carry out the aspect ratio of picture earlier by processing unit 121, when defining occurrence characteristics difference, transmit the supervision reward data then again, that is the part of the step 300 shown in Fig. 3～step 310, transmit to reduce unnecessary unnecessary note or image.
See through the running of above-mentioned mobile monitoring system and method, believe and to make telemonitoring cooperate the mobile communication pattern to transmit under the prerequisite that monitors the repayment data, can improve many because online emergency situations cause can't real time monitoring problem, also can satisfy the more application of the different online demands of multi-user, more perfect mobile monitoring scheme is provided.
Though the present invention discloses as above with preferred embodiment; right its is not in order to limit the present invention; under the situation that does not deviate from spirit of the present invention and essence thereof; those of ordinary skill in the art work as can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the present invention.
Claims (14)
1. a mobile monitoring method is initiatively set up the online telemonitoring that carries out of a mobile communication network with a device for mobile communication by a mobile monitoring system, it is characterized in that this mobile monitoring method comprises the following step at least:
See through this mobile monitoring system and receive a supervision image;
One second picture of this supervision image of real time acquisition compares with one first picture that has stored when this mobile monitoring system produces a trigger event;
When this second picture and this first picture produce a feature difference, generate one according to a default mobile communication pattern and send signal and monitor reward data sending one of signal type; And
Initiatively sending an online request and this device for mobile communication by this mobile monitoring system, to set up this mobile communication network online, and transmit this supervision reward data to this device for mobile communication according to this transmission signal type.
2. mobile monitoring method according to claim 1 is characterized in that, this mobile monitoring method also is contained in the step that produces this trigger event when this mobile monitoring system running reaches a Preset Time.
3. mobile monitoring method according to claim 1 is characterized in that, this mobile monitoring method also is contained in the step that produces this trigger event when this mobile monitoring system detects a mobile object.
4. mobile monitoring method according to claim 1, it is characterized in that, this mobile monitoring method also comprises when this mobile communication pattern is one the 2.5th generation mobile communication pattern, generate a note and send signal, and monitor reward data as this with this second picture, see through short message mode and send the step of this second picture to this device for mobile communication.
5. mobile monitoring method according to claim 1, it is characterized in that, this mobile monitoring method also comprises when this mobile communication pattern is one the 3rd generation mobile communication pattern, generate an image and send signal, and compress this supervision image and monitor reward data as this, see through crossfire image mode and send this supervision image after the compression to the step of this device for mobile communication.
6. a mobile monitoring method is initiatively set up the online telemonitoring that carries out of a mobile communication network with a mobile monitoring system by a device for mobile communication, it is characterized in that this mobile monitoring method comprises the following step at least:
See through this mobile monitoring system and receive a supervision image;
When this mobile monitoring system receives from an online request of this device for mobile communication and sets up this mobile communication network when online, obtain a mobile communication pattern;
Generating one according to this mobile communication pattern sends signal and monitors reward data to sending one of signal type; And
Transmit this supervision reward data to this device for mobile communication by this mobile monitoring system according to this transmission signal type.
7. mobile monitoring method according to claim 6, it is characterized in that, this mobile monitoring method also comprises when this mobile communication pattern is one the 2.5th generation mobile communication pattern, generate a note and send signal, and the picture of this supervision image of real time acquisition monitors reward data as this, sees through short message mode and sends the step of the picture of this supervision image to this device for mobile communication.
8. mobile monitoring method according to claim 6, it is characterized in that, this mobile monitoring method more comprises when this mobile communication pattern is one the 3rd generation mobile communication pattern, generate an image and send signal, and compress this supervision image and monitor reward data as this, see through crossfire image mode and send this supervision image after the compression to the step of this device for mobile communication.
9. mobile monitoring system in order to see through a mobile communication network and the online telemonitoring that carries out of a device for mobile communication, is characterized in that this mobile monitoring system comprises at least:
One monitor module monitors image in order to capture one;
One control module is electrically connected on this monitor module in order to receiving this supervision image, and sends signal and monitor reward data to sending one of signal type according to the mobile communication pattern with this device for mobile communication; And
One mobile communication module is electrically connected on this control module, in order to transmit this supervision reward data to this device for mobile communication according to this transmission signal type that this control module sent.
10. mobile monitoring system according to claim 9 is characterized in that, wherein this control module also comprises:
One internal memory is in order to store one first picture; And
One processing unit, be coupled to this internal memory, generate a trigger event when being used to reach a Preset Time, and certainly in this supervision image real time acquisition one second picture and this first picture compare, when this second picture and this first picture produce a feature difference, then according to this default mobile communication pattern and generate this transmissions signal and handle this supervision image with generation to sending this supervision reward data of signal type.
11. mobile monitoring system according to claim 10 is characterized in that, this processing unit also is electrically connected a sensing module, is used to this sensing module and detects and generate this trigger event when a mobile object sends a sensing signal.
12. mobile monitoring system according to claim 9, it is characterized in that it is online and obtain this mobile communication pattern by this mobile communication module to set up this mobile communication network when wherein this control module also is contained in reception from an online request of this device for mobile communication.
13. mobile monitoring system according to claim 9 is characterized in that, this processing unit generates a note and sends signal, and monitor the repayment data with this second picture as this when judging that this mobile communication pattern is one the 2.5th generation mobile communication pattern.
14. mobile monitoring system according to claim 9 is characterized in that, this processing unit generates an image and sends signal when judging that this mobile communication pattern is one the 3rd generation mobile communication pattern, and compresses this supervision image and monitor reward data as this.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2006101623895A CN101203014A (en) | 2006-12-14 | 2006-12-14 | Mobile monitoring system and method thereof |
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| CNA2006101623895A CN101203014A (en) | 2006-12-14 | 2006-12-14 | Mobile monitoring system and method thereof |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101651824B (en) * | 2008-07-23 | 2012-03-07 | 株式会社日立制作所 | Mobile object monitoring device |
| CN104469271A (en) * | 2013-09-17 | 2015-03-25 | 源贸科技股份有限公司 | Addressing type monitoring system |
-
2006
- 2006-12-14 CN CNA2006101623895A patent/CN101203014A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101651824B (en) * | 2008-07-23 | 2012-03-07 | 株式会社日立制作所 | Mobile object monitoring device |
| CN104469271A (en) * | 2013-09-17 | 2015-03-25 | 源贸科技股份有限公司 | Addressing type monitoring system |
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Open date: 20080618 |