CN103929619A - Remote audio-video monitoring system and method based on smart mobile phone - Google Patents
Remote audio-video monitoring system and method based on smart mobile phone Download PDFInfo
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- CN103929619A CN103929619A CN201410158770.9A CN201410158770A CN103929619A CN 103929619 A CN103929619 A CN 103929619A CN 201410158770 A CN201410158770 A CN 201410158770A CN 103929619 A CN103929619 A CN 103929619A
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Abstract
The invention discloses a remote audio-video monitoring system and method based on a smart mobile phone. The system comprises a monitoring information acquisition module, a monitoring triggering module and a monitoring information transmission module. According to the system, neither dedicated devices nor dedicated lines are needed, the smart mobile phone serves as a terminal, remote audio-video monitoring can be carried out wherever mobile communication network signals exist, and audio-video information of a monitored place is transmitted to the mobile phone or E-mail box of a specified user according to requirements of the user. The system has the advantages of being low in cost, strong in function, flexible and convenient to use and the like.
Description
Technical field
The present invention relates to a kind of supervisory control system, specifically, be specifically related to a kind of remote audio-video monitoring system and method based on smart mobile phone.
Background technology
In people's production and life, there are a lot of places need to use remote monitoring.Existing supervisory control system roughly can be divided into two classes:
(1) wired monitoring system.This type systematic need to be installed professional camera, sets up dedicated communication line or lease traffic circuit, use professional audio-video monitoring terminal, and quantities is large, and input cost is high, and monitor terminal can not move.
(2) wireless supervisory control system.Signal between this class watch-dog camera and monitor terminal adopts wireless transmission, and monitor terminal can move within the specific limits, easy to use.Some special-purpose wireless supervisory control system self can transmit and receive radio wave, need to be by the network of mobile operator, but the distance of this class wireless supervisory control system signal transmission is limited conventionally.Also some carrys out transmission tone vision signal by mobile operator, as the security protection business of China Mobile's release, but this type systematic also has and has some defects, for example: buy special camera, user to open video monitoring service and pay, monitoring media type determines (being generally video) by operator.
The shortcoming of prior art has:
(1) need to adopt special equipment;
(2) need to open corresponding service and pay higher expense to mobile service operator;
(3) can not start monitoring by user's requirement setting-up time;
(4) abnormal conditions that can not occur according to monitoring place start monitoring automatically;
(5) can not require to select monitor message type (as picture, sound or video etc.) according to user.
Summary of the invention
In order to overcome the defect existing in prior art, the invention provides a kind of remote audio-video monitoring system and method based on smart mobile phone, this system does not need special equipment (as professional camera) and special circuit (as fibre circuit), but take smart mobile phone as terminal, as long as remote audio-video monitoring just can be implemented in the place that has mobile communications network signal to cover, the audio/video information in monitoring place is transferred to mobile phone or the mailbox of designated user by user's requirement, there is the advantages such as cost is low, function is strong, flexible.Its technical scheme is as follows:
A remote audio-video monitoring system based on smart mobile phone, this supervisory control system comprises following three parts:
(1) smart mobile phone A
Smart mobile phone A installs monitoring trigger module, monitoring information acquisition module, monitoring information transmission module and inserts SIM card, its effect is to utilize the microphone of embedded in mobile phone and camera to catch sound, image, the video information of monitoring area, then the monitor message capturing is sent to wirelessly to the mobile communications network of operator;
(2) mobile communications network of operator
The effect of mobile communication system is to provide information transfer channel or medium, and the monitor message that smart mobile phone A sends will be sent to monitor terminal-smart mobile phone B by this network; Monitor terminal-smart mobile phone B also can send monitoring log-on message to smart mobile phone A simultaneously;
(3) smart mobile phone B
Smart mobile phone B is regular handset, need to insert SIM card, and its effect is to receive the monitor message that smart mobile phone A sends over, and the information that also can send is monitored to start to smart mobile phone A.
Further preferably, described monitoring trigger module has following functions:
1. time, trigger, this function is initial time and the time interval by user, set automatically to start the information acquisition module of mobile phone, and the information of collection is sent to designated user.
2. receive user's note and trigger, monitoring cell-phone is received after the monitoring short message that the mobile phone of designated user sends, is started monitoring.
3. according to environmental change, automatically trigger.The continuous monitoring environment background sound of the built-in microphone of monitoring cell-phone, once sound size exceeds setting thresholding, automatic collection site sound also sends to designated user.User also can set ambient brightness is changed as trigger condition, and at this moment mobile phone photoreceptor is the brightness of continuous monitoring environment, if brightness exceeds set point, by beginning collection site information and send to designated user.
Described monitoring information acquisition module has following functions:
1. the collection of voice signal.The built-in microphone of monitor call mobile phone, collected sound signal, and save as audio files (being generally AMR form).
2. the collection of rest image (photo).The camera of monitor call smart mobile phone, to guarded region automatic camera, and saves as picture file (being generally JPG form).
3. the collection of video.Monitoring program is camera and the built-in microphone of calling mobile phone simultaneously, takes one section of continuous videos (containing sound), and saves as video file (being generally MP4 form).
Described monitoring information transmission module has following functions:
1. audio or video call, if user's caller, monitoring cell-phone automatic-answering back device.
2. send multimedia message, monitoring cell-phone sends on the mobile phone of designated user the speech collecting, picture or video as multimedia message accessory.
3. send Email, monitoring cell-phone sends to designated user mailbox using the speech collecting, picture or video as e-mail attachment.
A remote audio-video method for supervising based on smart mobile phone, comprises the following steps:
Step 1: smart mobile phone A sets the monitoring triggering mode of (or input) according to user, when judgement comes into effect monitoring.There are following three options: (1) user sets time and the time interval that starts monitoring; (2) supervisor sends the note that a content is " starting monitoring " to smart mobile phone A by smart mobile phone B, thereby makes smart mobile phone A start monitoring; (3) smart mobile phone A starts monitoring automatically according to the ANOMALOUS VARIATIONS of environment, and the ANOMALOUS VARIATIONS of environment comprises that the ANOMALOUS VARIATIONS of sound and the ANOMALOUS VARIATIONS of brightness appear in guarded region;
Step 2: the monitoring once smart mobile phone A is triggered, just proceeds to monitoring sample phase immediately.Monitoring sample mode is divided into two kinds, and a kind of is continuous sampling mode, enters continuous speech call or video calling, this mode communication cost relatively high (can reduce costs by the modes such as Familiarity Number are set) between smart mobile phone A and smart mobile phone B; Another kind is Discontinuous sampling mode, takes a pictures, one section of sound or one section of video, and preserves.
Step 3: the information transmission mode that smart mobile phone A sets according to user sends to smart mobile phone B by monitor message, can select continuous talking mode, and circuit switching carrys out transmission information to this mode by mobile communications network, monitor duration is restriction not.The second is multimedia message mode, use the expense of multimedia message lower, but the annex size of multimedia message can not surpass 200Kb, and the therefore quality to picture, or sound, video monitoring duration can produce certain restriction; The third mode is that smart mobile phone A is to send the mode transmission monitoring information of Email, at this moment supervisor can receive by smart mobile phone B, also can receive by computer network, and the not restriction of the size of Email attachment, therefore can transmit the picture that definition is higher (file is also larger) and the longer sound and video file of monitoring period.
Beneficial effect of the present invention:
(1) do not need special equipment, only need to be with 2 of the smart mobile phones (one one receipts) of camera, cheap, the convenience of drawing materials;
(2) do not need to open new business to operator, as long as mobile phone can be surfed the Net and it is just passable to send out multimedia message, the communication cost of payment is very low.
(3) user can set monitoring time started and monitoring period interval; And can to monitoring sampling mobile phone transmission information, start monitoring and close monitoring by monitor terminal (mobile phone).
(4) native system can start monitoring automatically according to the abnormal conditions in monitoring place (as sound, brightness change).
(5) the information type user of monitoring can oneself set, as picture, sound, video.
Accompanying drawing explanation
Fig. 1 is the structure chart that the present invention is based on the remote audio-video monitoring system of smart mobile phone;
Fig. 2 is the flow chart that the present invention is based on the remote audio-video method for supervising of smart mobile phone.
Embodiment.
Below in conjunction with the drawings and specific embodiments, technical scheme of the present invention is described in more detail.
With reference to Fig. 1, a kind of remote audio-video monitoring system based on smart mobile phone, this supervisory control system comprises following three parts:
(1) smart mobile phone A
Smart mobile phone A installs monitoring trigger module, monitoring information acquisition module, monitoring information transmission module and inserts SIM card, its effect is to utilize the microphone of embedded in mobile phone and camera to catch sound, image, the video information of monitoring area, then the monitor message capturing is sent to wirelessly to the mobile communications network of operator;
(2) mobile communications network of operator
The effect of mobile communication system is to provide information transfer channel or medium, and the monitor message that smart mobile phone A sends will be sent to monitor terminal-smart mobile phone B by this network; Monitor terminal-smart mobile phone B also can send monitoring log-on message to smart mobile phone A simultaneously;
(3) smart mobile phone B
Smart mobile phone B is regular handset, need to insert SIM card, and its effect is to receive the monitor message that smart mobile phone A sends over, and the information that also can send is monitored to start to smart mobile phone A.
Further preferably, described monitoring trigger module has following functions:
1. time, trigger, this function is initial time and the time interval by user, set automatically to start the information acquisition module of mobile phone, and the information of collection is sent to designated user.
2. receive user's note and trigger, monitoring cell-phone is received after the monitoring short message that the mobile phone of designated user sends, is started monitoring.
3. according to environment, automatically trigger.The continuous monitoring environment background sound of the built-in microphone of monitoring cell-phone, once sound size exceeds setting thresholding, automatic collection site sound also sends to designated user.User also can set ambient brightness is changed as trigger condition, and at this moment mobile phone photoreceptor is the brightness of continuous monitoring environment, if brightness exceeds set point, by beginning collection site information and send to designated user.
Described monitoring information acquisition module has following functions:
1. the collection of voice signal.The built-in microphone of monitor call mobile phone, collected sound signal, and save as audio files (being generally AMR form).
2. the collection of rest image (photo).The camera of monitor call smart mobile phone, to guarded region automatic camera, and saves as photo files (being generally JPG form).
3. the collection of video.Monitoring program is camera and the built-in microphone of calling mobile phone simultaneously, takes one section of continuous videos (containing sound), and saves as video file (being generally MP4 form).
Described monitoring information transmission module has following functions:
1. audio or video call, if user's caller, monitoring cell-phone automatic-answering back device.
2. send multimedia message, monitoring cell-phone sends on the mobile phone of designated user the speech collecting, picture or video as multimedia message accessory.
3. send Email, monitoring cell-phone sends to designated user mailbox using the speech collecting, picture or video as e-mail attachment.
A remote audio-video method for supervising based on smart mobile phone, comprises the following steps:
Step 1: smart mobile phone A sets the monitoring triggering mode of (or input) according to user, when judgement comes into effect monitoring.There are following three options: (1) user sets time and the time interval that starts monitoring; (2) supervisor sends the note that a content is " starting monitoring " to smart mobile phone A by smart mobile phone B, thereby makes smart mobile phone A start monitoring; (3) smart mobile phone A starts monitoring automatically according to the ANOMALOUS VARIATIONS of environment, and the ANOMALOUS VARIATIONS of environment comprises that the ANOMALOUS VARIATIONS of sound and the ANOMALOUS VARIATIONS of brightness appear in guarded region;
Step 2: the monitoring once smart mobile phone A is triggered, just proceeds to monitoring sample phase immediately.Monitoring sample mode is divided into two kinds, and a kind of is continuous sampling mode, enters continuous speech call or video calling, this mode communication cost relatively high (can reduce costs by the modes such as Familiarity Number are set) between smart mobile phone A and smart mobile phone B; Another kind is Discontinuous sampling mode, takes a pictures, one section of sound or one section of video, and preserves.
Step 3: the information transmission mode that smart mobile phone A sets according to user sends to smart mobile phone B by monitor message, can select continuous talking mode, and circuit switching carrys out transmission information to this mode by mobile communications network, monitor duration is restriction not.The second is multimedia message mode, use the expense of multimedia message lower, but the annex size of multimedia message can not surpass 200Kb, and the therefore quality to picture, or sound, video monitoring duration can produce certain restriction; The third mode is that smart mobile phone A is to send the mode transmission monitoring information of Email, at this moment supervisor can receive by smart mobile phone B, also can receive by computer network, and the not restriction of the size of Email attachment, therefore can transmit the picture that definition is higher (file is also larger) and the longer sound and video file of monitoring period.
The above; it is only preferably embodiment of the present invention; protection scope of the present invention is not limited to this; anyly be familiar with those skilled in the art in the technical scope that the present invention discloses, the simple change of the technical scheme that can obtain apparently or equivalence are replaced and are all fallen within the scope of protection of the present invention.
Claims (3)
1. the remote audio-video monitoring system based on smart mobile phone, is characterized in that, this supervisory control system comprises following three parts:
(1) smart mobile phone A
Smart mobile phone A installs monitoring trigger module, monitoring information acquisition module, monitoring information transmission module and inserts SIM card, its effect is to utilize the microphone of embedded in mobile phone and camera to catch sound, image, the video information of monitoring area, then the monitor message capturing is sent to wirelessly to the mobile communications network of operator;
(2) mobile communications network of operator
The effect of mobile communication system is to provide information transfer channel or medium, and the monitor message that smart mobile phone A sends will be sent to monitor terminal-smart mobile phone B-by this network; Monitor terminal-smart mobile phone B sends monitoring log-on message to smart mobile phone A simultaneously;
(3) smart mobile phone B
Smart mobile phone B is regular handset, need to insert SIM card, and its effect is to receive the monitor message that smart mobile phone A sends over, and transmission information is monitored to start to smart mobile phone A.
2. base is according to claim 1 is characterized in that in the remote audio-video monitoring system of smart mobile phone,
Described monitoring trigger module has following functions:
1. clocked flip: the function of this module is initial time and the time interval set by user automatically to start the information acquisition module of mobile phone, and the information of collection is sent to designated user;
2. receiving user's note triggers: monitoring cell-phone is received after the monitoring short message that the mobile phone of designated user sends, started monitoring;
3. according to environmental change, automatically trigger: the continuous monitoring environment background sound of the built-in microphone of monitoring cell-phone, once sound size exceeds setting thresholding, automatic collection site sound also sends to designated user, user also can set ambient brightness is changed as trigger condition, at this moment mobile phone photoreceptor is by the brightness of continuous monitoring environment, if brightness exceeds set point, by beginning collection site information and send to designated user;
Described monitoring information acquisition module has following functions:
1. the collection of voice signal: the built-in microphone of monitor call mobile phone, collected sound signal, and save as audio files;
2. the collection of rest image or photo: the camera of monitor call smart mobile phone, to guarded region automatic camera, and saves as photo files;
3. the collection of video: monitoring program is camera and the built-in microphone of calling mobile phone simultaneously, takes one section of continuous videos, and saves as video file;
Described monitoring information transmission module has following functions:
1. audio or video call, if user's caller, monitoring cell-phone automatic-answering back device;
2. send multimedia message, monitoring cell-phone sends on the mobile phone of designated user using the speech collecting, picture or video as multimedia message accessory;
3. send Email, monitoring cell-phone sends to designated user mailbox using the speech collecting, picture or video as e-mail attachment.
3. the remote audio-video method for supervising based on smart mobile phone, is characterized in that, comprises the following steps:
Step 1: the monitoring triggering mode that smart mobile phone A sets or inputs according to user, when judgement comes into effect monitoring; There are following three options: (1) user sets time and the time interval that starts monitoring; (2) supervisor sends the note that a content is " starting monitoring " to smart mobile phone A by smart mobile phone B, thereby makes smart mobile phone A start monitoring; (3) smart mobile phone A starts monitoring automatically according to the ANOMALOUS VARIATIONS of environment, and the ANOMALOUS VARIATIONS of environment comprises that the ANOMALOUS VARIATIONS of sound and the ANOMALOUS VARIATIONS of brightness appear in guarded region;
Step 2: the monitoring once smart mobile phone A is triggered, just proceeds to monitoring sample phase immediately; Monitoring sample mode is divided into two kinds, and a kind of is continuous sampling mode, enters continuous speech call or video calling between smart mobile phone A and smart mobile phone B, and this mode communication cost is relatively high; Another kind is Discontinuous sampling mode, takes a pictures, one section of sound or one section of video, and preserves;
Step 3: the information transmission mode that smart mobile phone A sets according to user sends to smart mobile phone B by monitor message, selects continuous talking mode, and circuit switching carrys out transmission information to this mode by mobile communications network, monitor duration is restriction not; Or adopt multimedia message mode; Moreover be that smart mobile phone A is to send the mode transmission monitoring information of Email.
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CN104581082A (en) * | 2015-01-29 | 2015-04-29 | 深圳市中兴移动通信有限公司 | Home monitoring system and home monitoring method |
CN104702916A (en) * | 2015-03-24 | 2015-06-10 | 安徽清新互联信息科技有限公司 | Intelligent video monitoring system based on smart phone |
CN105187803A (en) * | 2015-10-10 | 2015-12-23 | 福建捷联电子有限公司 | Safety video monitoring method based on TV set |
CN106303443A (en) * | 2016-08-29 | 2017-01-04 | 芜湖凯尔电气科技有限公司 | Home cinema instrument |
CN106802583A (en) * | 2017-02-17 | 2017-06-06 | 莫沙 | A kind of unmanned automatic Weather Station monitoring system and method |
CN106993169A (en) * | 2017-06-03 | 2017-07-28 | 合肥佳洋电子科技有限公司 | A kind of intelligent monitor system |
CN112486039A (en) * | 2019-08-21 | 2021-03-12 | 王海滨 | Intelligent interconnection and mutual control system |
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Cited By (8)
Publication number | Priority date | Publication date | Assignee | Title |
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CN104581082A (en) * | 2015-01-29 | 2015-04-29 | 深圳市中兴移动通信有限公司 | Home monitoring system and home monitoring method |
CN104702916A (en) * | 2015-03-24 | 2015-06-10 | 安徽清新互联信息科技有限公司 | Intelligent video monitoring system based on smart phone |
CN105187803A (en) * | 2015-10-10 | 2015-12-23 | 福建捷联电子有限公司 | Safety video monitoring method based on TV set |
CN105187803B (en) * | 2015-10-10 | 2019-06-11 | 福建捷联电子有限公司 | A kind of safe video signal monitoring method based on TV |
CN106303443A (en) * | 2016-08-29 | 2017-01-04 | 芜湖凯尔电气科技有限公司 | Home cinema instrument |
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CN112486039A (en) * | 2019-08-21 | 2021-03-12 | 王海滨 | Intelligent interconnection and mutual control system |
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