CN102068261A - Safety monitor - Google Patents
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- CN102068261A CN102068261A CN2011100232842A CN201110023284A CN102068261A CN 102068261 A CN102068261 A CN 102068261A CN 2011100232842 A CN2011100232842 A CN 2011100232842A CN 201110023284 A CN201110023284 A CN 201110023284A CN 102068261 A CN102068261 A CN 102068261A
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Abstract
The invention relates to a safety monitor, in particular to a safety monitor which is integrated with multiple functions and can perform real-time monitoring on wearers. The safety monitor comprises a central processing module, an alarm module and a detection sensor module, wherein the alarm module and the detection sensor module are connected to the central processing module respectively; the detection sensor module comprises a speed sensor, and the speed sensor is set to feed back an abnormal movement sign to the central processing module; and the central processing module is set to process the abnormal movement sign and instruct the alarm module to alarm. The safety monitor can automatically give an alarm to remind medical staff or personnel around the wearers of rescuing in time when something unexpected happens to the wearers.
Description
Technical field
The present invention relates to a kind of safety custody instrument, refer to that especially a kind of integrated multifunction can carry out the safety custody instrument of real-time monitoring to the wearer.
Background technology
Traditional vital sign inspection, people need go to hospital to finish by various special checkout equipments.The patient not only will pay higher inspection fee, and all will go to hospital also to bother very much in person at every turn.Along with the high-tech technology particularly the fast development of large scale integrated circuit make various detections look into more and more miniaturization of equipment, this allows some checkout facilities commonly used enter common people's family becomes possibility.But, often function ratio is more single for the various small-sized domestic vital sign checkout facility of Chu Shouing in the market, when needs are done some routine examinations, such as: blood pressure measurement, frequency of pulse are measured, Oximetry, have to buy simultaneously several checkout equipments, this has promptly increased buys the expense that the vital sign checkout facility is paid, and makes that also needing constantly to change checkout equipment when checking makes testing process very loaded down with trivial details.
In addition, above-mentioned vital sign checkout facility all needs to take off after having checked to be not suitable for carrying, and therefore can not monitor the health of user in real time, can't satisfy the needs of some special populations.Such as some chronics, they not only need its health is monitored in real time, and the data in real time of health need be transmitted, for example checkout equipment can give the alarm or by alternate manner detected information or data be sent in the data center or monitoring personnel hand of medical institutions when blood pressure is higher.
At present, device or system that some real-time Transmission sufferer health information have been arranged, these devices have generally all comprised power module, display module, communication module, heart beating induction module, temperature check module, blood pressure induction module, CPU control module and alarm module etc., finish the monitoring of various vital signs and detected vital sign can be sent in real time to corresponding website or monitoring personnel by the coordination of CPU.But these devices or system can only guard the health of sufferer, to fortuitous event, fall down or sufferer leaves behind situations such as monitor device such as sufferer, just can't guard or remind, if sufferer is handicapped old man, accidental falls may threaten its life security.
Therefore, provide a kind of integrated multifunction, miniaturization, be convenient to the actual time safety monitor that the patient carries and expected that by numerous patients the inventor makes the present invention at the demand.
Summary of the invention
Technical problem to be solved by this invention provides a kind of integrated multifunction, and the safety custody instrument of miniaturization makes things convenient for user to wear use in 24 hours with oneself, simultaneously this safety custody instrument can be under the situation that the wearer meets accident timely feedback message.
For solving the problems of the technologies described above, the embodiment of the invention provides following technical scheme: a kind of safety custody instrument, comprise central processing module, alarm module and detection sensing module, described alarm module and detection sensing module are connected to described central processing module, it is characterized in that: described detection sensing module comprises velocity sensor, described velocity sensor is set to the abnormal motion sign is fed back to described central processing module, described central processing module is set to handle described abnormal motion sign, and the instruction alarm module is reported to the police.
Adopt safety custody instrument of the present invention, can give the alarm automatically, remind medical personnel or wearer that personnel on every side in time sue and labour when the wearer meets accident.
Figure of description
Fig. 1 is a modular structure sketch map of the present invention;
Fig. 2 is embodiment of the invention modular structure and workflow diagram.
The specific embodiment
For disclosing technical spirit of the present invention in detail, for embodiment the present invention is described as follows below in conjunction with accompanying drawing:
As shown in Figure 1: a kind of safety custody instrument, comprise central processing module, alarm module and detection sensing module, described alarm module and detection sensing module are connected to described central processing module, it is characterized in that: described detection sensing module comprises velocity sensor, described velocity sensor is set to the abnormal motion sign is fed back to described central processing module, described central processing module is set to handle described abnormal motion sign, and the instruction alarm module is reported to the police.
Further, described velocity sensor comprises: acceleration transducer and angular-rate sensor.
Further, described detection sensing module includes but not limited to lower sensor: blood oxygen transducer, pressure transducer, EGC sensor, body temperature trans, pedometer, described pick off is set to detect children under guardianship's sign.
Further, described pick off is integrated in built-in pattern on the mainboard of described central processing module or by connector and is connected with described mainboard.Perhaps, described pick off independently is provided with external pattern and described safety custody instrument, be connected with described safety custody instrument by interface, described interface is wave point or wireline interface, described wireline interface includes but not limited to: mini USB (universal serial bus) (MiniUSB, Mini Universal Serial Bus) interface, described wave point includes but not limited to: blue tooth interface.
Further, described central processing module includes but not limited to baseband chip, CPU.
Further, comprise locating module, described locating module is one of following or combination: global positioning system (GPS, Navigation Satellite Timing And Ranging Global Position System) locating module, position service system (LBS, Location Based Services) base station locating module.
Further, described alarm module involving vibrations module, described vibration module is a vibrating motor, described vibration module is set to carry out vibration alarming according to the instruction of described central processing module.
Further, described alarm module comprises audio-frequency module, and described audio-frequency module is set to carry out audible alarm according to the instruction of described central processing module.Described audio-frequency module also can be connected in described central processing module by a power amplifier.
Further, described alarm module comprises wireless communication module, described wireless communication module is one of following or combination: bluetooth module, wireless compatibility authentication (WIFI, Wireless Fidelity) module and GPRS (GPRS, General Packet Radio Service)/3G (Third Generation) Moblie technology (3G, 3rd-generation) wireless communication module.Described safety custody instrument also comprises user identification module (SIM, Subscriber Identity Module) clamping mouth.
Further, described velocity sensor is set to measure gravity value/impulsive force numerical value, and gravity value/impulsive force numerical value fed back to central processing module, described central processing module is set to that gravity value/impulsive force numerical value is sent to display module and shows with literal, whether the described measurement gravity value of described central processing module judges/impulsive force numerical value exceeds preset threshold, fall down alert event if exceed then to be judged as, instruction vibration module and/or audio-frequency module send vibration and/or audible alarm, start described LBS location, and start described GPS module and carry out GPS location, described central processing module reports to described central database with the described alert event of falling down by described wireless communication module simultaneously, and connect the phone of emergency contact automatically, as fail to connect, dial next bit in proper order by default emergency contact, till connecting, and send to predefined guardian with short message mode.
Further, described alarm module comprises SOS (being defined as the implication of SOS in this article) warning button, when described SOS reports to the police startup, described central processing module is set to that the SOS alarm signal is sent to described display module and shows with literal, instruction vibration module and/or audio-frequency module send vibration and/or audible alarm, start described LBS location, and start described GPS module and carry out GPS location, described central processing module reports to described central database with the SOS alarm signal by described wireless communication module simultaneously, and connect the phone of emergency contact automatically, as fail to connect, dial next bit in proper order by default emergency contact, till connecting, and send to predefined guardian with short message mode.
Further, described angular-rate sensor is set to detect the position information under the sleep state, and with described position information feedback to described central processing module, described central processing module is set to analyze described position information, judge sleep quality according to described position information, if sleep quality is not good, then the not good information of described sleeping eyes quality is reported to central database by described wireless communication module; And the not good information of described sleep quality sent to predefined guardian with short message mode.
Further, described pressure transducer is set to measure blood pressure/heart rate data, and described blood pressure/heart rate data fed back to described central processing module, described central processing module is set to that described blood pressure/heart rate data is sent to display module and shows with numeral, literal and graphics mode, and described blood pressure/heart rate data is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module; If abnormal blood pressure/heart rate data is arranged, described central processing module instruction vibration module and/or audio-frequency module send vibration and/or audible alarm, and described abnormal blood pressure/heart rate data is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module.
Further, described blood oxygen transducer is set to measure blood oxygen/pulse data, and described blood oxygen/pulse data fed back to described central processing module, described central processing module is set to that described blood oxygen/pulse data is sent to display module and shows with numeral, literal and graphics mode, and described blood oxygen/pulse data is reported to described central database, and send to predefined monitoring with short message mode and go into by described wireless communication module; If unusual blood oxygen/pulse data is arranged, described central processing module instruction vibration module and/or audio-frequency module send vibration and/or audible alarm, and described unusual blood oxygen/pulse data is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module.
Further, described EGC sensor is set to measure heartbeat data, and described heartbeat data fed back to described central processing module, described central processing module is set to that described heartbeat data is sent to display module and shows with numeral, literal and graphics mode, and described heartbeat data is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module; If the abnormal heartbeats data are arranged, described central processing module instruction vibration module and/or audio-frequency module send vibration and/or audible alarm, and described abnormal heartbeats data are reported to described central database, and send to predefined guardian with short message mode by described wireless communication module.
Further, described body temperature trans is set to the take temperature data, and described temperature data fed back to described central processing module, described central processing module is set to that described temperature data is sent to display module and shows with numeral, literal and graphics mode, and described temperature data is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module; If unusual temperature data is arranged, described central processing module instruction vibration module and/or audio-frequency module send vibration and/or audible alarm, and described unusual temperature data is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module.
Further, described pedometer is set to measure in real time custodial person's walking step number, and described walking step number fed back to described central processing module, described central processing module is set to that described walking step number is sent to display module and shows with numeral and mode word, and by described wireless communication module described walking step number is reported to described central database; If described walking step number exceeds preset threshold, described central processing module instruction vibration module and/or audio-frequency module send vibration and/or audible alarm, and described unusual walking step number is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module.
Embodiment:
As shown in Figure 2: the central processing module of present embodiment safety custody instrument is a baseband chip, and described baseband chip is by all hardware in the operating system management safety custody instrument of prepackage; The measurement data of receiving sensor go forward side by side row operation and processing.Its inside carries power module and memory, and the electric power source pair of module battery charges, and realizes the intelligent management of power supply; But the program of memory storage security monitor and all data messages.
Present embodiment safety custody instrument comprises the detection sensing module, and the pick off that comprises in the described detection sensing module has: velocity sensor, blood oxygen transducer, pressure transducer, EGC sensor, body temperature trans, pedometer etc.; Pick off is divided into built-in and external two kinds, body temperature trans, EGC sensor, pedometer, velocity sensor etc. are built in the safety custody instrument, directly be integrated on printed circuit board (PCB, the Printed Circuit Board) mainboard or and be connected with mainboard by connector; Outer sensor such as pressure transducer, blood oxygen transducer is independent of outside the safety custody instrument, there are two kinds with the connected mode of safety custody instrument, the one, wired connection, outer sensor is provided with connecting line, interface is the MiniUSB form, is provided with the MiniUSB interface on the safety custody instrument equally, is used for communication and power source charges with outer sensor, pick off is connected with the safety custody instrument by the MiniUSB interface, carries out transfer of data.The 2nd, wireless connections, outer sensor and safety custody instrument be the embedded with bluetooth module respectively, and outer sensor is connected with the safety custody instrument by Bluetooth (bluetooth) communication, carries out data communication.
Present embodiment safety custody instrument comprises alarm module, if life, the motion sign of sufferer are in abnormal condition, baseband chip can send alarm command, carries out alarm by alarm module then.Described alarm module comprises: vibration module, for example vibrating motor; Or audio-frequency module.Baseband chip Vibration on Start-up module is to drive vibration module by producing the vibration instruction when carrying out vibration alarming; It is to drive audio-frequency module by acoustical signal to carry out audible alarm that baseband chip startup audio-frequency module carries out audible alarm, when if the audio-frequency module volume is not enough, power amplifier can also be set the acoustical signal that baseband chip produces is carried out being exported by audio-frequency module after the power amplification again.Described vibration module and audio-frequency module can be provided with separately, also can be provided with simultaneously as in the present embodiment, specifically how to be provided with and to depend on actual needs fully.
Present embodiment safety custody instrument comprises wireless communication module, described wireless communication module comprises: bluetooth module, WIFI module and GPRS/3G wireless communication module etc., the far and near decision of the distance that adopts one or more modules to guard as required, for example, sufferer is mainly at ward activity, and bluetooth module just can be satisfied the demand; When expanding scope such as hospital or sanatorium to when the range of activity of sufferer, just need to use the WIFI module to satisfy the demands; And when the range of activity of sufferer expands city or bigger scope to, then may need to use the GPRS/3G wireless communication module just can satisfy the demand, therefore need select one or more wireless communication modules to carry out far-end communication according to the demand of reality.
Present embodiment safety custody instrument comprises display module, shows monitoring function menu, measurement data, SMS notification etc.Adopt Organic Light Emitting Diode (Organic Light-Emitting Diode, OLED) or LCDs (LCD, Liquid Crystal Display), be used to show the data show of safety custody instrument, display screen needs baseband chip and MCP chip Collaborative Control and carries out content and show, operate for the ease of the safety custody instrument, display screen adopts the touch screen with touch function.
Present embodiment safety custody instrument comprises the GPS module: be used for the location in safety custody instrument geographical position, at the state of emergency grasp of following time wearer's positional information, so that take the urgent rescue measure.
Except above-mentioned module, personnel link up with monitored sufferer in real time for the ease of the far-end monitoring, the safety custody instrument can also further be provided with the SIM interface, like this, inserts SIM cards of mobile phones by audio-frequency module with microphone further is set can realizes the mobile phone communication function.Present embodiment safety custody instrument adopts jumbo lithium polymer battery power supply.
In use, when wearer's incident that meets accident, such as falling down, this moment, vital sign might not can produce unusually, if lost motor capacity by monitoring sufferer oneself this moment, the unmanned nearby sufferer of finding, the far-end monitoring personnel in time do not find again, may produce life to the sufferer of being guarded and threaten.In order to address the above problem, present embodiment safety custody instrument detects sensing module and comprises velocity sensor, described velocity sensor is monitored the improper kinestate of safety custody instrument, and described improper kinestate is the accelerated motion state greater than predetermined acceleration.
Greater than the accelerated motion state of predetermined acceleration is the situation that is primarily aimed at by monitoring sufferer accidental falls, and judge this moment is whether the acceleration of current safety monitor is greater than predetermined numerical value.This be because, after on the safety custody instrument is worn on by monitoring sufferer wrist, usually sufferer not can, even may not have motion than high acceleration, the walking even the safety custody instrument of running of nature may have relatively large movement velocity, but also can not have bigger acceleration.Therefore, when the acceleration of safety custody instrument greater than predetermined numerical value, big like this acceleration, the very big sufferer that may be guarded is because unexpected accidental falls, cause the wrist place to possess than high acceleration, baseband chip can be controlled vibration module and audio-frequency module vibrates and the audible alarm prompting, can carry out alarm near the other staff the sufferer, sufferer is carried out reality rescue.
On the other hand, velocity sensor with the safety custody instrument greater than the improper kinestate information feedback of predetermined acceleration accelerated motion to baseband chip, baseband chip is located this information transmission by wireless communication module to far-end monitoring personnel, and connect the phone of emergency contact automatically, as fail to connect, dial next bit in proper order by default emergency contact, till connecting, and send to predefined guardian with short message mode.
In some cases, such as when the wearer falls down because of reasons such as hypertension, sufferer does not have other can carry out the real personnel that rescue nearby, when sufferer oneself also can't have been informed the accurate position of oneself to the monitoring personnel of far-end, be provided with GPS locating module or LBS base station locating module in the present embodiment safety custody instrument.After the improper kinestate information that baseband chip receives that velocity sensor sends, drive the signal that GPS locating module or LBS base station location sends the residing position of monitored sufferer immediately greater than the accelerated motion of predetermined acceleration.After far-end monitoring personnel receive the positional information of monitored sufferer, can oneself go on the one hand and sue and labour; Can send alarm signal to medical first aid unit and service centre on the other hand, even like this under sufferer oneself does not have situation that ability saves oneself, far-end monitoring personnel, medical first aid unit also can rush for the field conduct first aid rapidly according to the positional information that GPS locating module or location, LBS base station are determined.Like this, just can farthest avoid thunder bolt to worsen, many times even can save the life of sufferer.
Present embodiment safety custody instrument detects sensing module and also comprises blood oxygen transducer, pressure transducer, EGC sensor, body temperature trans, pedometer etc., for disclosing the function of described module in detail, is described in detail the workflow of each module below.
Blood pressure measurement:
Described pressure transducer is set to measure blood pressure/heart rate data, and described blood pressure/heart rate data fed back to described central processing module, described central processing module is set to that described blood pressure/heart rate data is sent to display module and shows with numeral, literal and graphics mode, and described blood pressure/heart rate data is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module; If abnormal blood pressure/heart rate data is arranged, described central processing module instruction vibration module and/or audio-frequency module send vibration and/or audible alarm, and described abnormal blood pressure/heart rate data is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module.
Oximetry:
Described blood oxygen transducer is set to measure blood oxygen/pulse data, and described blood oxygen/pulse data fed back to described central processing module, described central processing module is set to that described blood oxygen/pulse data is sent to display module and shows with numeral, literal and graphics mode, and described blood oxygen/pulse data is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module; If unusual blood oxygen/pulse data is arranged, described central processing module instruction vibration module and/or audio-frequency module send vibration and/or audible alarm, and described unusual blood oxygen/pulse data is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module.
Electrocardio is measured:
Described EGC sensor is set to measure heartbeat data, and described heartbeat data fed back to described central processing module, described central processing module is set to that described heartbeat data is sent to display module and shows with numeral, literal and graphics mode, and described heartbeat data is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module; If the abnormal heartbeats data are arranged, described central processing module instruction vibration module and/or audio-frequency module send vibration and/or audible alarm, and described abnormal heartbeats data are reported to described central database, and send to predefined guardian with short message mode by described wireless communication module.
Measurement of bldy temperature:
Described body temperature trans is set to the temperature data by the infrared rays survey wearer, and described temperature data fed back to described central processing module, described central processing module is set to that described temperature data is sent to display module and shows with numeral, literal and graphics mode, and described temperature data is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module; If unusual temperature data is arranged, described central processing module instruction vibration module and/or audio-frequency module send vibration and/or audible alarm, and described unusual temperature data is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module.
SOS reports to the police:
Described alarm module comprises SOS warning button, when the wearer starts the SOS warning, described central processing module is set to that the SOS alarm signal is sent to described display module and shows with literal, instruction vibration module and/or audio-frequency module send vibration and/or audible alarm, start described LBS location, and start described GPS module and carry out GPS location, described central processing module reports to described central database with the SOS alarm signal by described wireless communication module simultaneously, and connect the phone of emergency contact automatically, as fail to connect, dial next bit in proper order by default emergency contact, till connecting, and send to predefined guardian with short message mode.
Pedometer:
The step number and the distance of walking are calculated in the vibration of pedometer module during by perception wearer walking, and wearer's step-length need preestablish.In addition, pedometer also can show the calorie that the wearer consumes, thereby allow the wearer grasp quantity of motion by setting wearer's height and body weight, can excessive movement and produce adverse consequences.Data such as the calorie of the step number that pedometer records, move distance and consumption will be transferred to central processing module and carry out data storage and processing; Described central processing module is set to that described walking step number is sent to display module and shows with numeral and mode word, and by described wireless communication module described walking step number is reported to described central database; If described walking step number exceeds preset threshold, described central processing module instruction vibration module and/or audio-frequency module send vibration and/or audible alarm, and described warning is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module.
Sleep monitor:
Described angular-rate sensor is set to detect the position information under the sleep state, and with described position information feedback to described central processing module, described central processing module is set to analyze described position information, judge sleep quality according to described position information, can not change or the prerequisite of less change based on human body position when the ortho sleep, angular-rate sensor will be surveyed the number of times of wearer in the upset of health in bed, change, and the data that obtain are sent to baseband chip will carry out data storage and analyze computing; Baseband chip by analyze computing judge draw the bad result of sleep quality according to the number of times of health change and amplitude after, if sleep quality is not good, then the not good information of described sleep quality is reported to central database by described wireless communication module; And the not good information of described sleep quality sent to predefined guardian with short message mode.
The above is the preferred embodiments of the present invention only, is not limited to the present invention, and for a person skilled in the art, the present invention can have various changes and variation.Within the spirit and principles in the present invention all, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (19)
1. safety custody instrument, comprise central processing module, alarm module and detection sensing module, described alarm module and detection sensing module are connected to described central processing module, it is characterized in that: described detection sensing module comprises velocity sensor, described velocity sensor is set to the abnormal motion sign is fed back to described central processing module, described central processing module is set to handle described abnormal motion sign, and the instruction alarm module is reported to the police.
2. safety custody instrument as claimed in claim 1 is characterized in that: described velocity sensor comprises acceleration transducer and angular-rate sensor.
3. safety custody instrument as claimed in claim 1, it is characterized in that: described detection sensing module also includes but not limited to lower sensor: blood oxygen transducer, pressure transducer, EGC sensor, body temperature trans, pedometer, described pick off is set to detect children under guardianship's sign.
4. as claim 2 or 3 described safety custody instrument, it is characterized in that: described pick off is integrated in built-in pattern on the mainboard of described central processing module or by connector and is connected with described mainboard.
5. as claim 2 or 3 described safety custody instrument, it is characterized in that: described pick off independently is provided with external pattern and described safety custody instrument, be connected with described safety custody instrument by interface, described interface is wave point or wireline interface, described wireline interface includes but not limited to: the MiniUSB interface, described wave point includes but not limited to: blue tooth interface.
6. safety custody instrument as claimed in claim 1 is characterized in that: described central processing module includes but not limited to baseband chip, CPU.
7. safety custody instrument as claimed in claim 1 is characterized in that: comprise locating module, described locating module is one of following or combination: GPS locating module, LBS base station locating module.
8. safety custody instrument as claimed in claim 1 is characterized in that: described alarm module involving vibrations module, described vibration module are set to carry out vibration alarming according to the instruction of described central processing module.
9. safety custody instrument as claimed in claim 1 is characterized in that: described alarm module comprises audio-frequency module, and described audio-frequency module is set to carry out audible alarm according to the instruction of described central processing module.
10. safety custody instrument as claimed in claim 1 is characterized in that: described alarm module comprises wireless communication module, and described wireless communication module is one of following or combination: bluetooth module, WIFI module and GPRS/3G wireless communication module.
11. safety custody instrument as claimed in claim 1 is characterized in that: described alarm module comprises the SIM interface.
12. as claim 1 or 10 described safety custody instrument, it is characterized in that: described velocity sensor is set to measure gravity value/impulsive force numerical value, and gravity value/impulsive force numerical value fed back to central processing module, described central processing module is set to that gravity value/impulsive force numerical value is sent to display module and shows with literal, instruction vibration module and/or audio-frequency module send vibration and/or audible alarm, start described LBS location, and start described GPS module and carry out GPS location, described central processing module reports to described central database with gravity value/impulsive force numerical value by described wireless communication module simultaneously, and connect the phone of emergency contact automatically, as fail to connect, dial next bit in proper order by default emergency contact, till connecting, and send to predefined guardian with short message mode.
13. claim 1 or 10 described safety custody instrument, it is characterized in that: described alarm module comprises SOS warning button, when described SOS reports to the police startup, described central processing module is set to that the SOS alarm signal is sent to described display module and shows with literal, instruction vibration module and/or audio-frequency module send vibration and/or audible alarm, start described LBS location, and start described GPS module and carry out GPS location, described central processing module reports to described central database with the SOS alarm signal by described wireless communication module simultaneously, and connect the phone of emergency contact automatically, as fail to connect, dial next bit in proper order by default emergency contact, till connecting, and send to predefined guardian with short message mode.
14. as claim 2 or 10 described safety custody instrument, it is characterized in that: described angular-rate sensor is set to detect the position information under the sleep state, and with described position information feedback to described central processing module, described central processing module is set to analyze described position information, judge sleep quality according to described position information, if sleep quality is not good, then the not good information of described sleep quality is reported to central database by described wireless communication module; And the not good information of described sleep quality sent to predefined guardian with short message mode.
15. as claim 3 or 10 described safety custody instrument, it is characterized in that: described pressure transducer is set to measure blood pressure/heart rate data, and described blood pressure/heart rate data fed back to described central processing module, described central processing module is set to that described blood pressure/heart rate data is sent to display module and shows with numeral, literal and graphics mode, and described blood pressure/heart rate data is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module; If abnormal blood pressure/heart rate data is arranged, described central processing module instruction vibration module and/or audio-frequency module send vibration and/or audible alarm, and described abnormal blood pressure/heart rate data is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module.
16. as claim 3 or 10 described safety custody instrument, it is characterized in that: described blood oxygen transducer is set to measure blood oxygen/pulse data, and described blood oxygen/pulse data fed back to described central processing module, described central processing module is set to that described blood oxygen/pulse data is sent to display module and shows with numeral, literal and graphics mode, and described blood oxygen/pulse data is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module; If unusual blood oxygen/pulse data is arranged, described central processing module instruction vibration module and/or audio-frequency module send vibration and/or audible alarm, and described unusual blood oxygen/pulse data is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module.
17. as claim 3 or 10 described safety custody instrument, it is characterized in that: described EGC sensor is set to measure heartbeat data, and described heartbeat data fed back to described central processing module, described central processing module is set to that described heartbeat data is sent to display module and shows with numeral, literal and graphics mode, and described heartbeat data is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module; If the abnormal heartbeats data are arranged, described central processing module instruction vibration module and/or audio-frequency module send vibration and/or audible alarm, and described abnormal heartbeats data are reported to described central database, and send to predefined guardian with short message mode by described wireless communication module.
18. as claim 3 or 10 described safety custody instrument, it is characterized in that: described body temperature trans is set to the take temperature data, and described temperature data fed back to described central processing module, described central processing module is set to that described temperature data is sent to display module and shows with numeral, literal and graphics mode, and described temperature data is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module; If unusual temperature data is arranged, described central processing module instruction vibration module and/or audio-frequency module send vibration and/or audible alarm, and described unusual temperature data is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module.
19. as claim 3 or 10 described safety custody instrument, it is characterized in that: described pedometer is set to measure in real time custodial person's walking step number, and described walking step number fed back to described central processing module, described central processing module is set to that described walking step number is sent to display module and shows with numeral and mode word, and by described wireless communication module described walking step number is reported to described central database; If described walking step number exceeds preset threshold, described central processing module instruction vibration module and/or audio-frequency module send vibration and/or audible alarm, and described warning is reported to described central database, and send to predefined guardian with short message mode by described wireless communication module.
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Cited By (40)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102525434A (en) * | 2012-01-04 | 2012-07-04 | 安阳工学院 | Remote electronic monitoring device |
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Application publication date: 20110525 |