CN104754301A - Automatic monitoring system with near-end nursing function and cloud end transmitting function - Google Patents
Automatic monitoring system with near-end nursing function and cloud end transmitting function Download PDFInfo
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- CN104754301A CN104754301A CN201510089466.8A CN201510089466A CN104754301A CN 104754301 A CN104754301 A CN 104754301A CN 201510089466 A CN201510089466 A CN 201510089466A CN 104754301 A CN104754301 A CN 104754301A
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Abstract
The invention disclose an automatic monitoring system with a near-end nursing function and a cloud end transmitting function. The system is mainly applied to a device mounted on a fixed point, is suitable for monitoring an attended user within a pickup range, and more suitable for babies or pregnant women. The device is used for monitoring the attended user by matching the video monitor with an environment sensing component and software, and transmitting the processed monitored data to a cloud end system to provide remote staff monitoring. The system comprises a monitor body with a pickup function, wherein the monitor body comprises a control processor and near-end communicating module, wherein the control processor is used for performing operations associated with logic operation as well as data storage and the like of all components in the monitor machine body; the near-end communication module is connected to the control processor; a Bluetooth system is used to communicate with a near-end device to process the received signal; the remote-control communication module is connected to the control processor, and the data of videos, voices, associated monitored data, and the like of the monitor machine body are stored in the cloud end server through the wireless communication network.
Description
Technical field
present invention is directed to physiology and imaging monitoring, especially a kind of tool near-end sees the automatic monitor system that protective function and high in the clouds are transmitted, system's application is installed on the device of fixing point, its be applicable to supervise image pickup scope by caregiver, preferably is baby or pregnant woman, this device coordinates the Monitoring Data of other near-end device, information is sent to cloud server and monitors for remote personnel.
Background technology
the baby that past is traditional or sufferer look after mode, be all via arranging to protect female or nursing the care provider of this class, reach looking after with oneself baby or sufferer.This kind of nurse mode needs long-time the providing on the side of tutelage personnel at any time of care provider to look after, and therefore needs to devote considerable time and cost of human resources.
due to popularizing of monitor, monitor efficiency to improve and reduce human cost, monitor also starts to be widely used in auxiliary care provider, to carry out the supervision of all the period of time to tutelage personnel.But the work of monitor be simple through video camera by the image taken the photograph be sent to long-range Surveillance center, monitored by monitor staff, needing high absorbed power just can reach can process various emergency in real time.And the image of monitor is single piece of information, cannot provide the physiologic information of monitored personnel, therefore also cannot produces effective statistics and assist monitor staff to judge.
current computer networking technology is quite ripe, and various electronic installation can be connected to each other via the mode of wired or wireless network and transmit bulk information, can reach the very various and remote control function of complexity.In addition along with the development of computer vision field, computer can analyze environmental information from image, identifies further, follows the tracks of and the machine vision such as measurement the specific objective in environment.These technology have developed into and can drop into practical degree.
therefore this case wishes that proposing a kind of brand-new application image process coordinates the process of environment sensing component and software to carry out nursing the system of monitoring, to solve the defect on prior art.
Summary of the invention
so object of the present invention is the problem solved in above-mentioned prior art, proposes a kind of tool near-end in the present invention and see the automatic monitor system that protective function and high in the clouds are transmitted, be applicable to supervise image pickup scope by caregiver, preferably is baby or pregnant woman.The process of native system system image application monitor and software is to monitor by caregiver to replace the operation of many direct surveillance; Through the information by various environment sensing component, and the various physiologic informations that pedometer and bandage detect, and these information are sent to cloud system provide remote personnel to monitor, make remote personnel can carry out the integration of data and deep deciphering through the watch-dog of this case, and propose warning when occurring abnormal.This case provides physiologic information measurement, abnormity detecting, human face detection and environment detecting, and further judges the validity of every data with the image of this camera head, and reaches the object of remote auto detecting.
see that the automatic monitor system that protective function and high in the clouds are transmitted, this system system are suitable for being applied in the device manipulation of near-end and long-range signal transmission for proposing a kind of tool near-end in the present invention that achieves the above object.Native system mainly applies the device that is installed on fixing point, be applicable to supervise image pickup scope by caregiver, preferably is baby or pregnant woman.This device system image application monitor coordinates the process of environment sensing component and software to monitor by caregiver, and the supervision data processed are sent to cloud system provide remote personnel to monitor; This system comprises the monitoring body of a tool camera function, and this monitoring body comprises: a control processor is for the treatment of the relevant operation such as the logical operation of all component in this monitoring body and data storing; One near-end communication module is connected to this control processor, is that the device of application bluetooth system and near-end carries out communication, and to the process that received signal is correlated with.One remote communication module is connected to this control processor, is that employing wireless communication network is by the data storings such as the image of this monitoring body, sound and relevant Monitoring Data beyond the clouds server.Further, wherein said near-end communication module still comprises:
one pedometer data receiver and treatment system, receives the physiological data measured from pedometer wirelessly, row relax of going forward side by side; And
one bandage data receiver and treatment system is receive the biological sensing information from bandage wirelessly, row relax of going forward side by side.
further, wherein said monitoring body still comprises:
one power supply system is arranged on the inside of this monitoring body, for providing electric power;
one camera head, it comprises camera lens system and is arranged on this head, and it comprises set of lenses and can make a video recording to context;
one control panel is arranged on this monitoring internal body.
further, wherein said monitoring body still comprises an image processor, is the image receiving and shoot with video-corder from this camera head, and carries out Digital Image Processing, the video conversion originally simulated is become digitized video, and is stored in an internal memory;
wherein this control panel still comprises:
one head drive mechanism can receive outside signal, to control the flexible of this head or to rotate; This head drive mechanism can set its camera point, makes a video recording in the different time to make it to different points;
one camera operating-controlling mechanism, for receiving outside signal to control the shooting of this camera head.
further, wherein said monitoring body still comprises at least one environment sensing component, for measuring the state of context.
further, wherein this environment sensing component can be following assembly one of them: Temperature Humidity Sensor; Air mass sensor; Recording device; Particulate detector.
further, wherein this image processor still comprises an anomaly unit, wherein this anomaly unit comprises a normal images data storage, this anomaly unit can receive the image input that this camera head is detected, again the default logic of normal condition in a comparison logic device in this image and this normal images data storage is compared, whether abnormal to determine the control point corresponding to this absorption image, if abnormal, then send abnormal signal.
further, wherein this image processor still comprises a human face recognition unit; This human face recognition unit comprises a face holder, wherein stores specific face and relevant data, and is set as warning personage for some specific face.
further, wherein this control processor still connects a SD card receiver, for receiving SD card and the data of this SD card being passed to this control processor; And a display screen, for show message.
further, wherein this monitoring body still comprises a lamp body, can open or close this lamp body via setting or remote control; This lamp body also can rotate along with the shooting direction of this monitoring body, with irradiate wish photography direction, therefore can improve the definition of shooting.
the advantage of this case be applicable to supervise image pickup scope by caregiver, preferably is baby or pregnant woman.Be that the process of image application monitor and software is to monitor by caregiver to replace the operation of many direct surveillance; Through the information by various environment sensing component, and the various physiologic informations that pedometer and bandage detect, and these information are sent to cloud system provide remote personnel to monitor, make remote personnel can carry out the integration of data and deep deciphering through the watch-dog of this case, and propose warning when occurring abnormal.This case provides physiologic information measurement, abnormity detecting, human face detection and environment detecting, and further judges the validity of every data with the image of this camera head, and reaches the object of remote auto detecting.
can further understand feature of the present invention and advantage thereof by explanation hereafter, during reading, please refer to accompanying drawing.
[graphic simple accompanying drawing illustrates]
fig. 1 shows the structural representation of the monitoring body of the present invention.
fig. 2 shows the schematic block diagram of invention components.
fig. 3 shows the schematic block diagram of the image processor of the present invention.
fig. 4 shows this anomaly unit fundamental diagram in the present invention.
fig. 5 is the application schematic diagram of invention assembly.
execution mode
hereby the careful structure with regard to this case forms, and the effect that can produce and advantage, coordinates graphic, lifts one of this case preferred embodiment and is described in detail as follows.
please refer to shown in Fig. 1 to Fig. 5, the tool near-end wherein showing this case sees the automatic monitor system that protective function and high in the clouds are transmitted.This system system is suitable for being applied in the device manipulation of near-end and long-range signal transmission.Native system mainly applies the device that is installed on fixing point, be applicable to supervise image pickup scope by caregiver, preferably is baby or pregnant woman.This device system image application monitor can coordinate the process of biological sensing assembly, environment sensing component and software to monitor by caregiver, and the supervision data processed are sent to cloud system provide remote personnel to monitor, to replace the operation of traditional many direct surveillance; And via the mode of image analysing computer, warning is proposed when occurring abnormal.This system comprises following assemblies:
one monitoring body 2, as shown in Figure 1, comprises pedestal 10, and the head 20 extended above this pedestal 10.Wherein this head 20 is upwards extend from this pedestal 10 in mode that is scalable or rotation.
one power supply 30 is the inside being arranged on this monitoring body 2, all component giving the present invention for providing power and be correlated with.This power supply 30 can be that battery or socket are to connect the electric power drawing outside.
one camera head 40, it comprises camera lens 45 is be arranged on this head 20, and it comprises set of lenses and can make a video recording to context.
it is inner that one control panel 50 is arranged on this monitoring body 2, and this control panel 50 comprises:
one head drive mechanism 51 can receive outside signal, to control the flexible of this head 20 or to rotate.This head drive mechanism 51 can set its camera point, makes a video recording in the different time to make it to different points.
one camera operating-controlling mechanism 52, for receiving outside signal to control the shooting of this camera head 40, as the basic function of the depth of field, brightness, shutter speed, flash luminance etc. camera head.
one timer 60, can start the time of shooting by external setting-up or remind monitor staff to carry out the time monitored.
one image processor 70, is the image receiving and shoot with video-corder from this camera head 40, and carries out Digital Image Processing, the video conversion originally simulated is become digitized video, and is stored in an internal memory 71.
one alarm unit 80 connects this image processor 70, for receiving abnormal signal, and sends alarm signal and gives long-range supervisor.
as shown in figures 2 and 5, this monitoring body 2, except including the function of above-mentioned shooting, still comprises:
one control processor 400, for the treatment of the operation that the logical operation of all component in this monitoring body 2 and data storing etc. are relevant.This control processor 400 connects this alarm unit 80, abnormal signal to be sent to this anomaly unit 80.
one near-end communication module 91 is connected to this control processor 400, is that the device of application bluetooth system and near-end carries out communication, and to the process that received signal is correlated with.Preferably, the communication distance of this bluetooth system is about slightly within 10 meters.This near-end communication module 91 still comprises multiple secondary module, as
one pedometer data receiver and treatment system 911, receive the data from pedometer wirelessly, wherein comprises the height of baby, body weight and relevant historical record, the process of line correlation of going forward side by side.
one bandage data receiver and treatment system 912 are receive the biological sensing information from bandage wirelessly, as heartbeat, the rhythm of the heart, body temperature and blood sugar concentration etc.
one remote communication module 90 is connected to this control processor 400, system application Wi-Fi enters general cordless communication network, cordless communication network as general in GPRS, GSM, 2G, 3G, 4G etc., then a cloud server 500 is entered, by data storings such as the image of this monitoring body 2, sound and relevant Monitoring Data in this cloud server 500.User can connect this cloud server 500 by other communication electronic devices such as long-range mobile phones, and the data that access stores are gone forward side by side the control action of line correlation.This remote communication module 90 connects this alarm unit 80, the message of this alarm unit 80 outwards to be transmitted.
this monitoring body 2 still comprises at least one environment sensing component 300, for measuring the state of context.This environment sensing component 300 can be following assembly one of them:
one Temperature Humidity Sensor 301, for measuring the humiture of context, and the logical block data measured being sent to correspondence carries out subsequent treatment.
one air mass sensor 302, for measuring the air quality of context, and the logical block data measured being sent to correspondence carries out subsequent treatment.
one recording device 303, for recording the sound of context, and the logical block data measured being sent to correspondence carries out subsequent treatment.
the data of measurement for the air atom concentration in measurement environment, and are wirelessly transmitted, carry out follow-up work for the treatment of by one particulate detector 304.
this image processor 70 still comprises an anomaly unit 72, as shown in Figures 3 and 4, wherein this anomaly unit 72 comprises a normal images data storage 720, this anomaly unit 72 can receive the image input that this camera head 40 is detected, again the default logic of the normal condition in this image and this normal images data storage 720 in a comparison logic device 721 (as shown in Figure 5) is compared, whether abnormal to determine the control point corresponding to this absorption image, if abnormal, then send abnormal signal and give this alarm unit 80.
this normal images data storage 720 can be set by the user normal data, as the baby's image in infanette and arround environment, after can being taken in by this camera head 40, be set as normal images and be stored in this normal images data storage 720.So when the image of this baby taken in by this camera head 40 of this case, then with the baby's image in this infanette and arround environment facies comparison, as face is different, or in controlled area, do not find this monitored personnel (baby), then abnormal conditions can be thought, so notify related personnel through warning system.
this image processor 70 still comprises a human face recognition unit 74 and can be used for identification face.As shown in Figure 3, this human face recognition unit 74 receives the image from this camera head 40.This human face recognition unit 74 comprises a face holder 740, wherein stores specific face and relevant data, and is set as warning personage for some specific face.
when human face recognition unit 74 finds that there is the nonspecific face do not logged in this face holder 740, then can pass through warning system and notify related personnel.Therefore unspecialized personnel can be prevented close to these monitored personnel.If unnecessary people is close to infant incubator.
time device of this control processor 400 still join dependency, this time device comprises: a SD card receiver 401, for receiving SD card and the data of this SD card being passed to this control processor 400; And a display screen 402, for showing relevant message.
this monitoring body 2 still comprises a lamp body 100, can open or close this lamp body 100 via setting or remote control.This lamp body 100 also can rotate along with the shooting direction of the camera lens 45 of this camera head 40, with irradiate wish photography direction, therefore can improve the definition of shooting.
in sum, the design of consideration of this case hommization, quite realistic demand.It specifically improves existing disappearance, obviously have breakthrough progress advantage, really have the enhancement of effect, and non-being easy to is reached compared to prior art.On the open or document that is exposed in internal and overseas of this case and market, meet patent statute.
above-listed detailed description system illustrating for one of the present invention possible embodiments, only this embodiment be not used to the scope of the claims limiting the present invention, all do not depart from skill of the present invention spirit institute for it equivalence implement or change, all should be contained in the scope of the claims of this case.
Claims (10)
1. tool near-end is seen and is comprised the automatic monitor system that protective function and high in the clouds are transmitted:
One monitoring body includes the function of shooting, and this monitoring body comprises:
One control processor, for the treatment of logical operation and the data storage operation of all component in this monitoring body;
One near-end communication module is connected to this control processor, is that the device of application bluetooth system and near-end carries out communication, and processes received signal;
One remote communication module is connected to this control processor, is that application Wi-Fi enters cordless communication network, then enters a cloud server, by data storings such as the image of this monitoring body, sound and various Monitoring Data in this cloud server; User connects this cloud server by other communication electronic devices such as long-range mobile phones, and accesses the data of storage and carry out corresponding control action.
2. tool near-end as claimed in claim 1 sees the automatic monitor system that protective function and high in the clouds are transmitted, and wherein this near-end communication module still comprises:
One pedometer data receiver and treatment system, receives the physiological data measured from pedometer wirelessly, row relax of going forward side by side; And
One bandage data receiver and treatment system is receive the biological sensing information from bandage wirelessly, row relax of going forward side by side.
3. tool near-end as claimed in claim 1 sees the automatic monitor system that protective function and high in the clouds are transmitted, and wherein this monitoring body still comprises:
One power supply system is arranged on the inside of this monitoring body, for providing electric power;
One camera head, it comprises camera lens system and is arranged on this head, and it comprises set of lenses and can make a video recording to context;
One control panel is arranged on this monitoring internal body.
4. tool near-end as claimed in claim 3 sees the automatic monitor system that protective function and high in the clouds are transmitted, wherein this monitoring body still comprises an image processor, system receives the image of shooting with video-corder from this camera head, and carry out Digital Image Processing, originally the video conversion simulated is become digitized video, and is stored in an internal memory;
Wherein this control panel still comprises:
One head drive mechanism can receive outside signal, to control the flexible of this head or to rotate; This head drive mechanism can set its camera point, makes a video recording in the different time to make it to different points;
One camera operating-controlling mechanism, for receiving outside signal to control the shooting of this camera head.
5. tool near-end as claimed in claim 1 sees the automatic monitor system that protective function and high in the clouds are transmitted, and wherein this monitoring body still comprises at least one environment sensing component, for measuring the state of context.
6. tool near-end as claimed in claim 5 sees the automatic monitor system that protective function and high in the clouds are transmitted, wherein this environment sensing component can be following assembly one of them: Temperature Humidity Sensor; Air mass sensor; Recording device; Particulate detector.
7. tool near-end as claimed in claim 4 sees the automatic monitor system that protective function and high in the clouds are transmitted, wherein this image processor still comprises an anomaly unit, wherein this anomaly unit comprises a normal images data storage, this anomaly unit can receive the image input that this camera head is detected, again the default logic of normal condition in a comparison logic device in this image and this normal images data storage is compared, whether abnormal to determine the control point corresponding to this absorption image, if abnormal, then send abnormal signal.
8. tool near-end as claimed in claim 4 sees the automatic monitor system that protective function and high in the clouds are transmitted, and wherein this image processor still comprises a human face recognition unit; This human face recognition unit comprises a face holder, wherein stores specific face and relevant data, and is set as warning personage for some specific face.
9. tool near-end as claimed in claim 1 sees the automatic monitor system that protective function and high in the clouds are transmitted, and wherein this control processor still connects a SD card receiver, for receiving SD card and the data of this SD card being passed to this control processor; And a display screen, for show message.
10. tool near-end as claimed in claim 1 sees the automatic monitor system that protective function and high in the clouds are transmitted, and wherein this monitoring body still comprises a lamp body, can open or close this lamp body via setting or remote control; This lamp body also can rotate along with the shooting direction of this monitoring body, with irradiate wish photography direction, therefore can improve the definition of shooting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510089466.8A CN104754301A (en) | 2015-02-27 | 2015-02-27 | Automatic monitoring system with near-end nursing function and cloud end transmitting function |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510089466.8A CN104754301A (en) | 2015-02-27 | 2015-02-27 | Automatic monitoring system with near-end nursing function and cloud end transmitting function |
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| CN104754301A true CN104754301A (en) | 2015-07-01 |
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| CN201510089466.8A Pending CN104754301A (en) | 2015-02-27 | 2015-02-27 | Automatic monitoring system with near-end nursing function and cloud end transmitting function |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105049777A (en) * | 2015-08-17 | 2015-11-11 | 深圳奇沃智联科技有限公司 | Real-time 4G video sharing information system having function of H.265 coding |
| CN105243780A (en) * | 2015-09-11 | 2016-01-13 | 中山大学 | Child safety monitoring method and system |
| CN107781933A (en) * | 2017-11-01 | 2018-03-09 | 成都吱吖科技有限公司 | A kind of IAQ comprehensive management apparatus based on intelligent television |
| CN109598204A (en) * | 2018-11-07 | 2019-04-09 | 深圳市恩钛控股有限公司 | A kind of AI mother and baby's nursing system |
-
2015
- 2015-02-27 CN CN201510089466.8A patent/CN104754301A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105049777A (en) * | 2015-08-17 | 2015-11-11 | 深圳奇沃智联科技有限公司 | Real-time 4G video sharing information system having function of H.265 coding |
| CN105243780A (en) * | 2015-09-11 | 2016-01-13 | 中山大学 | Child safety monitoring method and system |
| CN107781933A (en) * | 2017-11-01 | 2018-03-09 | 成都吱吖科技有限公司 | A kind of IAQ comprehensive management apparatus based on intelligent television |
| CN109598204A (en) * | 2018-11-07 | 2019-04-09 | 深圳市恩钛控股有限公司 | A kind of AI mother and baby's nursing system |
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Application publication date: 20150701 |