CN203708373U - Smartphone-based monitoring system and cellphone mate device - Google Patents
Smartphone-based monitoring system and cellphone mate device Download PDFInfo
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- CN203708373U CN203708373U CN201320764525.3U CN201320764525U CN203708373U CN 203708373 U CN203708373 U CN 203708373U CN 201320764525 U CN201320764525 U CN 201320764525U CN 203708373 U CN203708373 U CN 203708373U
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Abstract
The utility model discloses a smartphone-based monitoring system and a cellphone mate device. The monitoring system comprises a smartphone and the cellphone mate device. The cellphone mate device comprises a first processing module; a first Bluetooth module used for receiving camera opening signals and WiFi opening signals; a camera used for capturing images; and a first WiFi module used for sending image information. The smartphone comprises a second processing module; an input module used for receiving monitoring function opening signals; a second Bluetooth module used for sending camera opening signals and WiFi opening signals; a second WiFi module used for receiving and processing the image information; a second storage module used for storing the image information after being processed; and a display module used for displaying the image information after being processed. By implementation of the technical scheme, cost is saved. In addition, due to the fact that only the image information is transmitted through WiFi and control information is transmitted through Bluetooth, power consumption can be saved, and anti-interference capability is high.
Description
Technical field
The utility model relates to communication field, relates in particular to a kind of supervisory control system and company of handset device based on smart mobile phone.
Background technology
At present, the use of smart mobile phone is more and more general, because it has open operating system, multiple application program can be installed, and for example, social activity, shopping, tourism, reading etc., make the function of smart mobile phone can obtain infinite expanding.But the achieved function of smart mobile phone also has very large space to await development.
Automobile travel recorder is mainly used in image or the picture record in Vehicle Driving Cycle process, and its information recording has very important effect for analysis and the judgement of traffic accident.But, if buying separately a drive recorder, user uses, function singleness and cost are high.
Utility model content
The technical problems to be solved in the utility model is, for the high defect of above-mentioned independent purchase drive recorder cost of prior art, provides the supervisory control system based on smart mobile phone and company of handset device that a kind of cost is low.
The utility model solves the technical scheme that its technical problem adopts: constructs a kind of supervisory control system based on smart mobile phone, comprises smart mobile phone and company of handset device, wherein,
Described company of handset device comprises:
The first processing module;
Be connected in described the first processing module, and for receive the first bluetooth module of camera start signal and WiFi start signal by bluetooth;
Be connected in described the first processing module, and for catch the image of guarded region the camera of output image information after unlatching;
Be connected in described the first processing module, and for send a WiFi module of image information by WiFi after unlatching;
Described smart mobile phone comprises:
The second processing module;
Be connected in described the second processing module, and for receiving the input module of function for monitoring start signal of user input;
Be connected in described the second processing module, and for send the second bluetooth module of camera start signal and WiFi start signal to company of handset device by bluetooth;
Be connected in described the second processing module, and for receive and process the 2nd WiFi module from the image information of described company of handset device by WiFi;
Be connected in described the second processing module, and the second memory module for image information after treatment is stored;
Be connected in described the second processing module, and display module for image information after treatment is shown.
In the supervisory control system based on smart mobile phone described in the utility model, described company of handset device comprises:
Be connected in described the first processing module, and the first memory module for image information is stored;
Be connected in described the first processing module, and for exporting the interface module of stored image information.
In the supervisory control system based on smart mobile phone described in the utility model, described company of handset device comprises:
Be connected in described the first processing module, and for receiving the bluetooth load mode signalization of user's input or the toggle switch of WiFi load mode signalization.
In the supervisory control system based on smart mobile phone described in the utility model, described company of handset device comprises:
Be connected in described the first processing module, and for receiving the button of smart mobile phone control signal of user input.
In the supervisory control system based on smart mobile phone described in the utility model, described input module and described display module are integrated into touch display screen.
The utility model is also constructed a kind of company of handset device, comprising:
The first processing module;
Be connected in described the first processing module, and for receive the first bluetooth module of camera start signal and WiFi start signal by bluetooth;
Be connected in described the first processing module, and for catch the image of guarded region the camera of output image information after unlatching;
Be connected in described the first processing module, and for send a WiFi module of image information by WiFi after unlatching.
In company of handset device described in the utility model, described company of handset device also comprises:
Be connected in described the first processing module, and the first memory module for image information is stored;
Be connected in described the first processing module, and for exporting the interface module of stored image information.
In company of handset device described in the utility model, described company of handset device also comprises:
Be connected in described the first processing module, and for receiving the bluetooth load mode signalization of user's input or the toggle switch of WiFi load mode signalization.
In company of handset device described in the utility model, described company of handset device also comprises:
Be connected in described the first processing module, and for receiving the button of smart mobile phone control signal of user input.
Implement the technical solution of the utility model, this company of handset device can be used as drive recorder or supervision/protect device, therefore diverse in function, and, by some modules by smart mobile phone (for example, memory module or display module), company of handset device inside is without memory module or display module, therefore escapable cost are set.In addition, because the image information between smart mobile phone and company of handset device transmits by WiFi, and control information is by bluetooth transmission, can save power consumption, has greatly extended the operating time, and antijamming capability is strong.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is described in further detail, in accompanying drawing:
Fig. 1 is the flow chart of the method for supervising embodiment mono-of the utility model based on smart mobile phone;
Fig. 2 is the flow chart of the method for supervising embodiment bis-of the utility model based on smart mobile phone;
Fig. 3 is the flow chart of the method for supervising embodiment tri-of the utility model based on smart mobile phone;
Fig. 4 is the logic diagram of the supervisory control system embodiment mono-of the utility model based on smart mobile phone;
Fig. 5 is the logic diagram of the supervisory control system embodiment bis-of the utility model based on smart mobile phone.
Embodiment
Fig. 1 is the flow chart of the method for supervising embodiment mono-of the utility model based on smart mobile phone, and this method for supervising comprises:
S11. smart mobile phone, opening after function for monitoring, sends camera start signal by bluetooth to company of handset device;
S12. company of handset device is opened the camera of self according to received camera start signal, and camera starts to catch the image of guarded region, the preferred wide-angle camera of camera on company of handset device;
S13. smart mobile phone judges whether to receive WiFi start signal, if so, performs step S14; If not, repeat this step.In addition, the WiFi start signal that WiFi start signal can be inputted for user on smart mobile phone can be also that company of handset device is analyzed the image of guarded region that camera is caught, and in the time that judgement appearance is abnormal, the WiFi start signal sending to smart mobile phone;
S14. smart mobile phone is opened the WiFi module of self, meanwhile, WiFi start signal is sent to company of handset device by bluetooth;
S15. company of handset device is opened the WiFi module of self according to received WiFi start signal, meanwhile, after caught image is processed, is sent to smart mobile phone by WiFi;
S16. smart mobile phone receives the image information from described company of handset device by WiFi, stores after treatment and/or shows.
Preferably, in step S11, smart mobile phone is in the time sending camera start signal by bluetooth to company of handset device, also can transmit screening-mode signalization, screening-mode comprises image pickup mode and exposal model simultaneously, and, under image pickup mode, camera, except gathering video information, also can gather audio-frequency information simultaneously, and the audio/video information gathering is sent to smart mobile phone by WiFi simultaneously.
In this embodiment, this company of handset device can be used as drive recorder or supervision/protect device, therefore diverse in function, and, by some modules by smart mobile phone (for example, memory module or display module), company of handset device inside is without memory module or display module, therefore escapable cost are set.In addition, because the image information between smart mobile phone and company of handset device transmits by WiFi, and control information is by bluetooth transmission, can save power consumption, has greatly extended the operating time, and antijamming capability is strong.
When this company of handset device is during as drive recorder, company of handset device is fixed on headstock or car door, meanwhile, user opens function for monitoring on smart mobile phone, and smart mobile phone just sends camera start signal by bluetooth to company of handset device.Then, company of handset device is just opened the camera of self, and starts to catch the image of guarded region.If desired transmit the image of guarded region, user inputs WiFi start signal on smart mobile phone, and this WiFi start signal is sent to company of handset device by bluetooth simultaneously.Open after WiFi when smart mobile phone and company of handset device, the image of company of handset guarded region that device is caught is sent to smart mobile phone by WiFi after processing simultaneously, and smart mobile phone receives and process this image information, then stores and/or shows.Therefore,, there is traffic accident in Vehicle Driving Cycle process time, image investigation accident cause and responsibility that the police can be stored or be shown by institute in smart mobile phone are judged.
When this company of handset device is when monitoring/protect device, this company of handset device can be placed on to the correct position in children room, hotel, then, when user is in other room or while going out, open function for monitoring, smart mobile phone sends camera start signal by bluetooth to company of handset device, the camera of company of handset device starts to catch the image of guarded region after unlatching, and this image information is analyzed, if occur abnormal in judgement guarded region, if any stranger swarm into, child occurs dangerously etc., sends WiFi start signal to smart mobile phone.Smart mobile phone receives after WiFi start signal in judgement, and WiFi start signal is sent to company of handset device by bluetooth.When smart mobile phone and company of handset device are opened after WiFi simultaneously, company of handset device is sent to smart mobile phone by WiFi after caught image is processed, smart mobile phone receives the image information from company of handset device, stores after treatment and shows.Therefore, can play monitoring children or antitheft effect.
Fig. 2 is the flow chart of the method for supervising embodiment bis-of the utility model based on smart mobile phone, and this method for supervising also comprises:
S21. smart mobile phone, opening after anti-lost function, is sent and enters anti-lost mode signal to company of handset device by bluetooth;
S22. company of handset device and smart mobile phone are respectively according to the calculated signals of carrying out bluetooth communication between the two distance between the two, for example, according to the phase calculation of the intensity of Bluetooth signal, time of arrival (toa), signal distance between the two, and whether the distance that judgement is calculated exceeds predeterminable range;
S23. company of handset device sends alarm signal, and/or smart mobile phone enters locking state, at locking state, only has input user cipher or input preset path could access mobile phone, like this, also cannot normally use even if make stealer steal mobile phone.
In this embodiment, this company of handset device can be used as the anti-losing device of smart mobile phone.When after anti-lost function on, company of handset device and smart mobile phone are respectively according to the calculated signals of carrying out bluetooth communication between the two distance between the two, and whether the distance that judgement is calculated exceeds predeterminable range (for example, 3 meters or 10 meters).If smart mobile phone is not lost, that is, the distance between smart mobile phone and company of handset device does not exceed predeterminable range, is now left intact; If smart mobile phone is lost, that is, the distance between smart mobile phone and company of handset device exceedes predeterminable range, and now, company of handset device sends alarm signal with prompting user, and meanwhile, smart mobile phone also can enter locking state.Certainly, smart mobile phone also can send alarm signal with fright stealer simultaneously.
Fig. 3 is the flow chart of the method for supervising embodiment tri-of the utility model based on smart mobile phone, and this method for supervising also comprises:
S31. smart mobile phone is being opened after positioning function, carries out respectively the signal of Bluetooth communication according to it at least two diverse location places with company of handset device, calculates the relative position of company of handset device with respect to smart mobile phone;
S32. smart mobile phone is exported described relative position to user.
In this embodiment, this company of handset device can be used as positioner.For example, this company of handset device is placed on for example, for example, on people to be positioned (, old man, children or amentia personage) or object (, luggage case, automobile).After positioning function starts, smart mobile phone carries out respectively the signal of Bluetooth communication with company of handset device at least two diverse location places according to it, calculate the relative position of company of handset device with respect to smart mobile phone, so rear line is exported this relative position, so that user finds people or object fast.
Finally it should be noted that, in the embodiment shown in step S21, S31 and Fig. 1 in the embodiment shown in Fig. 2 and Fig. 3, each step there is no ordinal relation.
Fig. 4 is the logic diagram of the supervisory control system embodiment mono-of the utility model based on smart mobile phone, this supervisory control system comprises company of handset device 10 and smart mobile phone 20, wherein, company of handset device 10 comprises the first processing module 11 and is connected with the first processing module 11 a WiFi module 12, the first bluetooth module 13 and camera 14; The 2nd WiFi module 22, the second bluetooth module 23, input module 24, the second memory module 25 and display module 26 that smart mobile phone 20 comprises the second processing module 21 and is connected with the second processing module 21, certainly, input module 24 and display module 26 can be integrated into touch display screen.And the first bluetooth module 13 is for receiving camera start signal and WiFi start signal by bluetooth; Camera 14 for catching image the output image information of guarded region after unlatching, and camera 14 is preferably wide-angle camera; The one WiFi module 12 for sending image information by WiFi after unlatching; Input module 24 is for receiving the function for monitoring start signal of user's input; The second processing module 21 receives function for monitoring start signal and judges whether to receive WiFi start signal for judging whether; The second bluetooth module 23 sends camera start signal by bluetooth to company of handset device 10 when receiving function for monitoring start signal in judgement, and sends WiFi start signal by bluetooth to company of handset device 10 in the time that judgement receives WiFi start signal; The 2nd WiFi module 22 is for being received and processed the image information from company of handset device 10 by WiFi; The second memory module 25 is for storing image information after treatment; Display module 26 is for showing image information after treatment.
Fig. 5 is the logic diagram of the supervisory control system embodiment bis-of the utility model based on smart mobile phone, this embodiment compares the embodiment shown in Fig. 4, only, company of handset device 10 also comprises the first memory module 15, the interface module 16 that are connected with the first processing module 12, dials switch 17 and button 18 difference.Wherein, the first memory module 15 is for storing image information; Interface module 16 is for exporting stored image information, and this interface module 16 is for example USB interface.About the output of image information, user also can check by WiFi the image information that the first memory module 15 of partner device 10 is stored on smart mobile phone 20.Toggle switch 17 is for receiving the load mode signalization of user's input, load mode comprises bluetooth load mode and WiFi load mode, it should be noted that at this, in the time that smart mobile phone is opened function for monitoring, anti-lost function or positioning function, user need be arranged to bluetooth load mode by toggle switch 17.Button 18 is for receiving the smart mobile phone control signal of user's input, this smart mobile phone control signal is for example for taking pictures/make a video recording control signal, jingle bell/oscillation control signal, then, this smart mobile phone control signal is sent to smart mobile phone by the first bluetooth module 13, carries out corresponding actions to control smart mobile phone.
The input module of smart mobile phone 20 is also for receiving the anti-lost function start signal of user's input, and the second bluetooth module 23 sends and enters anti-lost mode signal to company of handset device 10.Then, the first bluetooth module 13 is also for entering after anti-lost mode signal receiving, carry out the distance of calculated signals itself and second bluetooth module 23 of communication according to itself and the second bluetooth module 23, and the distance of calculating in judgement is sent alarm signal while exceeding predeterminable range; The second bluetooth module 23 is also for receiving after anti-lost function start signal, carry out the distance of calculated signals itself and first bluetooth module 13 of communication according to itself and the first bluetooth module 13, and the distance of calculating in judgement sends locked signal to the second processing module 21 while exceeding predeterminable range; Or, send alarm signal, to frighten stealer simultaneously.
In addition, the input module 24 of smart mobile phone 20 is also for receiving the screening-mode signalization of user's input, this screening-mode comprises exposal model and image pickup mode, and then, the second bluetooth module 23 of smart mobile phone 20 is sent to company of handset device 10 by screening-mode signalization by bluetooth.The first bluetooth module 13 of company of handset device 10 is receiving after screening-mode signalization, the first processing module 11 enters exposal model or image pickup mode according to screening-mode signalization control camera 14, and, under image pickup mode, camera except the video information of collection site, the also audio-frequency information of collection site simultaneously.
The input module 24 of smart mobile phone 20 is also taken signalization for the interruption that receives user's input, this interruption is taken signalization and is comprised interval time, shooting time (in the time of image pickup mode), for example, took a frame picture or one section of video segment of 5 seconds every 5 minutes.Then, the second bluetooth module 23 of smart mobile phone 20 is taken signalization by interruption and is sent to company of handset device 10 by bluetooth.The first bluetooth module 13 of company of handset device 10 is receiving after interruption shooting signalization, and the first processing module 11 is carried out corresponding interruption shooting according to being interrupted shooting signalization control camera 14.
The foregoing is only preferred embodiment of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations.All within spirit of the present utility model and principle, any modification of doing, be equal to replacement, improvement etc., within all should being included in claim scope of the present utility model.
Claims (9)
1. the supervisory control system based on smart mobile phone, is characterized in that, comprises smart mobile phone and company of handset device, wherein,
Described company of handset device comprises:
The first processing module;
Be connected in described the first processing module, and for receive the first bluetooth module of camera start signal and WiFi start signal by bluetooth;
Be connected in described the first processing module, and for catch the image of guarded region the camera of output image information after unlatching;
Be connected in described the first processing module, and for send a WiFi module of image information by WiFi after unlatching;
Described smart mobile phone comprises:
The second processing module;
Be connected in described the second processing module, and for receiving the input module of function for monitoring start signal of user input;
Be connected in described the second processing module, and for send the second bluetooth module of camera start signal and WiFi start signal to company of handset device by bluetooth;
Be connected in described the second processing module, and for receive and process the 2nd WiFi module from the image information of described company of handset device by WiFi;
Be connected in described the second processing module, and the second memory module for image information after treatment is stored;
Be connected in described the second processing module, and display module for image information after treatment is shown.
2. the supervisory control system based on smart mobile phone according to claim 1, is characterized in that, described company of handset device comprises:
Be connected in described the first processing module, and the first memory module for image information is stored;
Be connected in described the first processing module, and for exporting the interface module of stored image information.
3. the supervisory control system based on smart mobile phone according to claim 1, is characterized in that, described company of handset device comprises:
Be connected in described the first processing module, and for receiving the bluetooth load mode signalization of user's input or the toggle switch of WiFi load mode signalization.
4. the supervisory control system based on smart mobile phone according to claim 1, is characterized in that, described company of handset device comprises:
Be connected in described the first processing module, and for receiving the button of smart mobile phone control signal of user input.
5. the supervisory control system based on smart mobile phone according to claim 1, is characterized in that, described input module and described display module are integrated into touch display screen.
6. a company of handset device, is characterized in that, comprising:
The first processing module;
Be connected in described the first processing module, and for receive the first bluetooth module of camera start signal and WiFi start signal by bluetooth;
Be connected in described the first processing module, and for catch the image of guarded region the camera of output image information after unlatching;
Be connected in described the first processing module, and for send a WiFi module of image information by WiFi after unlatching.
7. company of handset device according to claim 6, is characterized in that, described company of handset device also comprises:
Be connected in described the first processing module, and the first memory module for image information is stored;
Be connected in described the first processing module, and for exporting the interface module of stored image information.
8. company of handset device according to claim 6, is characterized in that, described company of handset device also comprises:
Be connected in described the first processing module, and for receiving the bluetooth load mode signalization of user's input or the toggle switch of WiFi load mode signalization.
9. company of handset device according to claim 6, is characterized in that, described company of handset device also comprises:
Be connected in described the first processing module, and for receiving the button of smart mobile phone control signal of user input.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201320764525.3U CN203708373U (en) | 2013-11-27 | 2013-11-27 | Smartphone-based monitoring system and cellphone mate device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201320764525.3U CN203708373U (en) | 2013-11-27 | 2013-11-27 | Smartphone-based monitoring system and cellphone mate device |
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| CN203708373U true CN203708373U (en) | 2014-07-09 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105160837A (en) * | 2015-09-29 | 2015-12-16 | 爱培科科技开发（深圳）有限公司 | Driving alarm information via-cloud acquisition method and system based mobile terminal |
| CN106303454A (en) * | 2016-08-31 | 2017-01-04 | 桂林创研科技有限公司 | A kind of monitoring system based on bluetooth |
| CN106485911A (en) * | 2015-08-28 | 2017-03-08 | 海宁新越电子科技有限公司 | A kind of Intelligent home remote controller based on panorama gesture identification |
-
2013
- 2013-11-27 CN CN201320764525.3U patent/CN203708373U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106485911A (en) * | 2015-08-28 | 2017-03-08 | 海宁新越电子科技有限公司 | A kind of Intelligent home remote controller based on panorama gesture identification |
| CN105160837A (en) * | 2015-09-29 | 2015-12-16 | 爱培科科技开发（深圳）有限公司 | Driving alarm information via-cloud acquisition method and system based mobile terminal |
| CN106303454A (en) * | 2016-08-31 | 2017-01-04 | 桂林创研科技有限公司 | A kind of monitoring system based on bluetooth |
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Granted publication date: 20140709 |