CN103417202B - A kind of wrist-life physical sign monitoring device and monitoring method thereof - Google Patents
A kind of wrist-life physical sign monitoring device and monitoring method thereof Download PDFInfo
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- CN103417202B CN103417202B CN201310361141.1A CN201310361141A CN103417202B CN 103417202 B CN103417202 B CN 103417202B CN 201310361141 A CN201310361141 A CN 201310361141A CN 103417202 B CN103417202 B CN 103417202B
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Abstract
The invention discloses a kind of wrist-life physical sign monitoring device and monitoring method thereof, detector set is all integrated is arranged in wrist-wrist-watch for the collections of central processing unit, human-computer interaction module, communication module, locating module, signal processing module and vital sign, and wrist-wrist-watch is carried in wrist by watchband; Vital sign gathers detector set and comprises several physical signs sensors, and each physical signs sensor integration formula or dismounting and change formula are arranged in wrist-wrist-watch.The present invention is this have positioning function, can the mancarried device of physiologic signal monitoring value of Real-Time Monitoring user, by contrasting with the every normal index parameter for this user prestored, prompting is sent to user when finding disease sign, the current geographic position information of the physiologic signal monitoring value in current for user relevant physiological signal monitoring value, recently a period of time and user is sent to service centre simultaneously, can be succoured timely for user and win the valuable time.
Description
Technical field
The present invention relates to monitoring technology, espespecially a kind of wrist-life physical sign monitoring device and monitoring method thereof.
Background technology
At present, the disease such as cardiovascular and cerebrovascular disease, diabetes threatens maximum three major types disease to the mankind.These diseases itself not only have very high fatality rate.And cause the disability rate of patient also high after its morbidity.
One of them major reason that these disease case fatality rate are high is at present caused to be exactly that breaking out of disease, patient can not get reminding timely and giving treatment to.At present, conventional prevention method is by health check-up and daily medicine, obviously can not overcome the relief that disease breaks out in situation, as Empty nest elderly time particularly patient stays alone.
And adopt existing preventive means, even if patient is delivered to hospital in time, doctor can not know the change of patient's physical signs within premorbid a period of time, cause can not making correct diagnosis in time, delay therapic opportunity.
Summary of the invention
For prior art Problems existing, the object of the present invention is to provide a kind of wrist-life physical sign monitoring device and monitoring method thereof, can the physiological signal of Real-Time Monitoring user by this device and/or method, prompting is sent to user when finding disease sign, and the physiological signal of storage and the geographical location information of user are sent to service centre, can be succoured timely for user and won the valuable time.
For achieving the above object, a kind of wrist-life physical sign monitoring device of the present invention, comprises central processing unit 1, for carrying out overall control to the co-ordination between other modules; Receive the physiologic signal monitoring value from signal processing module 5; The normal index parameter of the more current physiological signal that monitors and user, when occurring abnormal, prompting is sent to user by human-computer interaction module 2, simultaneously, obtain the current geographic position information of user from locating module 4, by communication module 3, the current geographic position information of the physiologic signal monitoring value in current for user relevant physiological signal monitoring value, recently a period of time and user is sent to service centre;
Signal processing module 5, gathers detector set 6 gather the relevant physiological signal monitoring value of user for controlling vital sign, obtain this physiologic signal monitoring value, and is transferred to central processing unit 1 and processes;
Vital sign gathers detector set 6, for obtaining physiologic signal monitoring value by each physical signs sensor, and sends signal processing module 5 to after carrying out digitized processing;
Locating module 4, is connected with central processing unit 1, for obtaining the current geographic position information of user;
Communication module 3, is connected with central processing unit 1, for setting up the wireless connections of user and service centre, and carries out Signal transmissions;
Human-computer interaction module 2, is connected with central processing unit 1, mutual for what realize between user and described wrist-life physical sign monitoring device;
Wherein, detector set 6 is all integrated is arranged in wrist-wrist-watch 7 for the collections of central processing unit 1, human-computer interaction module 2, communication module 3, locating module 4, signal processing module 5 and vital sign, and wrist-wrist-watch is carried in wrist by watchband 8;
Vital sign gathers detector set 6 and comprises several physical signs sensors 9, and each physical signs sensor integration formula or dismounting and change formula are arranged in wrist-wrist-watch.
Further, described physical signs sensor comprises: pulse transducer, and/or pressure transducer, and/or electrocardiography transducer.
Further, described pulse transducer, pressure transducer and electrocardiography transducer are reflected infrared sensors.
Further, the reflection-type acquisition probe of described reflected infrared sensors is the assembly that can dismantle, and the joint design of the reflection-type acquisition probe of each sensor is unified, and it corresponds to the same installation portion on described wrist-wrist-watch.
Further, described locating module 4 is GPS navigation system, GPSone navigation system or wireless base station navigation system.
Further, described communication module 3 is wireless communication module.
Further, described communication module 3 and locating module 4 are arranged in same modular unit.
Further, described human-computer interaction module 2 comprises input module, display module, send words module and called module.
Further, in described wrist-wrist-watch, be also provided with identity verify module, for providing the customizing messages of user.
Further, described identity verify module is also for obtaining the customizing messages of user when needed from service centre.
Further, the power module for powering to whole device is also provided with in described wrist-wrist-watch; Described power module comprises: battery, and/or power supply processing module, DC source input interface;
Wherein, power supply processing module provides and charges and function of supplying power to battery, and battery is used for powering to whole device when not having external power supply, and DC source input interface provides and external power interface; Described battery is general dry battery or rechargeable battery.
A kind ofly above-mentioned wrist-life physical sign monitoring device is utilized to carry out the method for vital sign monitoring, the method comprises: be carried in the wrist of user by the wrist-watch structure of wrist-life physical sign monitoring device by watchband, the physiological signal of detector set Real-Time Monitoring user is gathered by vital sign, compared by data, when going out the current physiological signal monitored and departing from the preset threshold range of the user normal index parameter preset, prompting is sent to user, pass through wireless transmission means simultaneously, by current for user relevant physiological signal monitoring value, physiologic signal monitoring value in nearest a period of time and the current geographic position information of user are sent to service centre.
Further, when described wrist-life physical sign monitoring device receives alarm signal, the current geographic position information of the physiologic signal monitoring value in current for user relevant physiological signal monitoring value, recently a period of time and user is sent to service centre.
Further, at Preset Time or when receiving the instruction of sending from service centre, the physiologic signal monitoring value of user, geographical location information are sent to service centre according to pre-set programs or the instruction that receives by described wrist-life physical sign monitoring device.
Further, the identity of described wrist-life physical sign monitoring device to user is differentiated, and can obtain the systematic parameter corresponding with this user from service centre when needed.
Wrist-life physical sign monitoring device of the present invention, adopt portable wrist-watch structure, can this wrist-watch structure be carried in wrist by watchband, thus improve the convenience of carrying, this portable structure reaches the actual object of Real-Time Monitoring, is a kind of brand-new Intelligent worn device of medical field.
The present invention is this have positioning function, can the mancarried device of physiologic signal monitoring value of Real-Time Monitoring user, by contrasting with the every normal index parameter for this user prestored, prompting is sent to user when finding disease sign, the current geographic position information of the physiologic signal monitoring value in current for user relevant physiological signal monitoring value, recently a period of time and user is sent to service centre simultaneously, can be succoured timely for user and win the valuable time.
The present invention reaches the object of early warning, warning for the physiological signal index of user individual instances by Real-Time Monitoring, the geographical position simultaneously by understanding user residing at that time in time makes third party treatment person can be on the scene in time, exactly where necessary.And the recent physiological parameter of storage has helped doctor to judge the state of an illness more accurately.
In addition, the present invention is by regularly mailing to service centre by the physiologic signal monitoring information of user, service centre is recognized the at any time physical condition of user, and by the powerful system on backstage and the cooperation with professional medical mechanism, realize for the early warning more accurately of this user and information, helped user prevention onset risk as far as possible early.
In addition, when user mandate, information current for user self also by receiving the instruction that service centre sends, can be mail to service centre by the present invention.
Because the present invention can understand the current location information of user at any time, can also use as user follow-up mechanism, for the sufferer and child etc. suffering from senile dementia, memory degradation etc. provides service.
Accompanying drawing explanation
Fig. 1 is apparatus of the present invention composition structural framing schematic diagram;
Fig. 2 is the structural representation of apparatus of the present invention.
Detailed description of the invention
Below, with reference to accompanying drawing, the present invention is more fully illustrated, shown in the drawings of exemplary embodiment of the present invention.But the present invention can be presented as multiple multi-form, and should not be construed as the exemplary embodiment being confined to describe here.But, these embodiments are provided, thus make the present invention comprehensively with complete, and scope of the present invention is fully conveyed to those of ordinary skill in the art.
For ease of illustrating, here can use such as " on ", the space relative terms such as D score " left side " " right side ", for illustration of the element of shown in figure or the feature relation relative to another element or feature.It should be understood that except the orientation shown in figure, spatial terminology is intended to comprise device different azimuth in use or operation.Such as, if the device in figure is squeezed, be stated as the element being positioned at other elements or feature D score will be positioned at other elements or feature " on ".Therefore, exemplary term D score can comprise upper and lower both orientation.Device can otherwise be located (90-degree rotation or be positioned at other orientation), and space used here illustrates relatively can correspondingly explain.
As shown in Figure 1 and Figure 2, Fig. 1 is apparatus of the present invention composition structural framing schematic diagram, a kind of wrist-life physical sign monitoring device of the present invention, comprise central processing unit 1, human-computer interaction module 2, communication module 3, locating module 4, signal processing module 5 and vital sign and gather detector set 6, these parts are all integrated to be arranged in wrist-wrist-watch 7, and wrist-wrist-watch 7 is carried in wrist by watchband 8.
Wherein, central processing unit 1, for carrying out overall control to the co-ordination between other modules; Receive the physiologic signal monitoring value from signal processing module 5; The normal index parameter of the more current physiological signal that monitors and user, when occurring abnormal, prompting is sent to user by human-computer interaction module 2, simultaneously, obtain the current geographic position information of user from locating module 4, by communication module 3, the current geographic position information of the physiologic signal monitoring value in current for user relevant physiological signal monitoring value, recently a period of time and user is sent to service centre.Central processing unit 1 can at Preset Time, the physiologic signal monitoring value of user is regularly sent to service centre, service centre is recognized the at any time physical condition of user, and by the powerful system on backstage and the cooperation with professional medical mechanism, realize for the early warning more accurately of this user and information, helped user prevention onset risk as far as possible early.In addition, when user mandate, also by receiving the instruction that service centre sends, information current for user self can be mail to service centre.
Human-computer interaction module 2, is connected with central processing unit 1, mutual for what realize between user and described wrist-life physical sign monitoring device.Human-computer interaction module 2 comprises input module, display module, send words module and called module etc., and display module, can the information such as displaying time, date when miscellaneous part is not monitored.
Wherein, input module can comprise alarm button etc., when such as user feels that self is uncomfortable, by by warning knob, after alarm signal being reported central processing unit 1, can mail to service centre through communication module 3; Display module receives the prompting from central processing unit 1 and is shown to user.Send the speech exchange that words module and called module may be used between service centre, specific implementation can adopt existing mature modules, the lapel mike that such as mobile phone uses and speaker.
Communication module 3, is connected with central processing unit 1, for setting up the wireless connections of user and service centre, and carries out Signal transmissions.Communication module 3 is wireless communication module, and it can adopt public mobile network network technology, such as GSM, CDMA, CDMA/lX, 3G, SMS, WAP, HTTP etc.In the present invention, communication module 3 instead of existing USB or the version such as 232 interface chips or other forms of interface module simultaneously, thus further simplify the structure of equipment, ensure that the slimline of portable equipment, high integration.Can be also wireless communication module by radio frequency and bluetooth and wifi Unify legislation in the present invention, first for the treatment of the ability transmitting data under different network environments, secondly for vital sign collection terminal of different nature provides data analysis and transmission platform.And containing in life capture segment of different nature, every collection terminal all possesses wireless data transfer module and is connected with new improved procedure.
Locating module 4, is connected with central processing unit 1, for obtaining the current geographic position information of user.Locating module 4 is GPS navigation system, GPSone navigation system or wireless base station navigation system.
Signal processing module 5, gathers detector set 6 gather the relevant physiological signal monitoring value of user for controlling vital sign, obtain this physiologic signal monitoring value, and is transferred to central processing unit 1 and processes.
Vital sign gathers detector set 6, for obtaining physiologic signal monitoring value by each physical signs sensor, and sends signal processing module 5 to after carrying out digitized processing; Vital sign gathers detector set 6 and comprises several physical signs sensors, and each physical signs sensor integration formula or dismounting and change formula are arranged in wrist-wrist-watch.Physical signs sensor comprises: pulse transducer, and/or pressure transducer, and/or electrocardiography transducer etc., also can need according to use the physical signs sensor increasing other types, to meet different monitoring requirements.Further, the pulse transducer adopted, pressure transducer and electrocardiography transducer etc. are reflected infrared sensors, and this reflected infrared sensors improves degree of freedom when using description equipment, improves the convenience of use.In the present invention, the reflection-type acquisition probe of various reflected infrared sensors is the assembly that can dismantle, and can be arranged on the housing lower surface of wrist-wrist-watch 7, and after user is worn, each reflection-type acquisition probe directly contacts wrist and detects.The joint design of the reflection-type acquisition probe of each sensor is unified, and it corresponds to the same installation portion on described wrist-wrist-watch.Reflection-type acquisition probe is designed to can be for convenience detach assembly, brief overall version, improves the versatility of product, replacing when facilitating members aging.
Communication module 3 and locating module 4 can be arranged in same modular unit, such as when adopting assisted-GPS technology or wireless base station location technology etc., as adopted existing FD800CDMA/GPSone module.
Identity verify module is also provided with, for providing the customizing messages of user in wrist-wrist-watch.Identity verify module is also for obtaining the customizing messages of user when needed from service centre.Meanwhile, whether whether the information that identity verify module also can be used to compare user's input consistent with the customizing messages that self stores, if unanimously, shows that user is legal, can continue to use this device, otherwise this device inoperative.Such as: when apparatus of the present invention are started shooting, system can point out user to input user relevant information as password etc., and it is consistent that identity verify Module recognition goes out that user's input puts into that password stores with self, then start this device.
Also be provided with the power module for powering to whole device in wrist-wrist-watch, power module comprises: battery, and/or power supply processing module, DC source input interface; Wherein, power supply processing module provides and charges and function of supplying power to battery, and battery is used for powering to whole device when not having external power supply, and DC source input interface provides and external power interface; Described battery is general dry battery or rechargeable battery.
The present invention is a kind of utilizes above-mentioned wrist-life physical sign monitoring device to carry out the method for vital sign monitoring, the method comprises: be carried in the wrist of user by the wrist-watch structure of wrist-life physical sign monitoring device by watchband, the physiological signal of detector set Real-Time Monitoring user is gathered by vital sign, compared by data, when going out the current physiological signal monitored and departing from the preset threshold range of the user normal index parameter preset, prompting is sent to user, pass through wireless transmission means simultaneously, by current for user relevant physiological signal monitoring value, physiologic signal monitoring value in nearest a period of time and the current geographic position information of user are sent to service centre.
When wrist-life physical sign monitoring device receives alarm signal, the current geographic position information of the physiologic signal monitoring value in current for user relevant physiological signal monitoring value, recently a period of time and user is sent to service centre.At Preset Time or when receiving the instruction of sending from service centre, the physiologic signal monitoring value of user, geographical location information are sent to service centre according to pre-set programs or the instruction that receives by described wrist-life physical sign monitoring device.The identity of wrist-life physical sign monitoring device to user is differentiated, and can obtain the systematic parameter corresponding with this user from service centre when needed.
On wrist-wrist-watch, be highly integrated with life physical sign monitoring device in the present invention, user can be worn in wrist in daily life at any time, thus plays the object of Real-Time Monitoring.By adopting wireless communication module, greatly can simplify circuit structure, simplifying parts assembly.Especially adopt and can dismantle the reflection-type acquisition probe of type, can the version of effective brief entirety, improve the versatility of product, improve overall practicality, replacing when facilitating members aging.
Claims (8)
1. a wrist-life physical sign monitoring device, is characterized in that, comprises central processing unit (1), for carrying out overall control to the co-ordination between other modules; Receive the physiologic signal monitoring value from signal processing module (5); The normal index parameter of the more current physiological signal that monitors and user, when occurring abnormal, prompting is sent to user by human-computer interaction module (2), simultaneously, obtain the current geographic position information of user from locating module (4), by communication module (3), the current geographic position information of current for user relevant physiological signal monitoring value, physiologic signal monitoring value in a period of time recently and user is sent to service centre; Signal processing module (5), gathering for controlling vital sign the relevant physiological signal monitoring value that detector set (6) gathers user, obtaining this physiologic signal monitoring value, and being transferred to central processing unit (1) process;
Vital sign gathers detector set (6), for obtaining physiologic signal monitoring value by each physical signs sensor, and after carrying out digitized processing, sends signal processing module (5) to;
Locating module (4), is connected with central processing unit (1), for obtaining the current geographic position information of user;
Communication module (3), is connected with central processing unit (1), for setting up the wireless connections of user and service centre, and carries out Signal transmissions;
Human-computer interaction module (2), is connected with central processing unit (1), mutual for what realize between user and described wrist-life physical sign monitoring device;
Wherein, central processing unit (1), human-computer interaction module (2), communication module (3), locating module (4), signal processing module (5) and vital sign collection detector set (6) are all integrated to be arranged in wrist-wrist-watch, and wrist-wrist-watch is carried in wrist by watchband;
Vital sign gathers detector set (6) and comprises several physical signs sensors, and each physical signs sensor integration formula or dismounting and change formula are arranged in wrist-wrist-watch; Described physical signs sensor comprises: pulse transducer, and/or pressure transducer, and/or electrocardiography transducer; Described pulse transducer, pressure transducer and electrocardiography transducer are reflected infrared sensors; The reflection-type acquisition probe of described reflected infrared sensors is the assembly that can dismantle, and the joint design of the reflection-type acquisition probe of each sensor is unified, and it corresponds to the same installation portion on described wrist-wrist-watch.
2. wrist-life physical sign monitoring device as claimed in claim 1, is characterized in that, described locating module (4) is GPS navigation system, GPSone navigation system or wireless base station navigation system.
3. wrist-life physical sign monitoring device as claimed in claim 1, it is characterized in that, described communication module (3) is wireless communication module.
4. wrist-life physical sign monitoring device as claimed in claim 1, it is characterized in that, described communication module (3) and locating module (4) are arranged in same modular unit.
5. wrist-life physical sign monitoring device as claimed in claim 1, is characterized in that, described human-computer interaction module (2) comprises input module, display module, send words module and called module.
6. wrist-life physical sign monitoring device as claimed in claim 1, is characterized in that, be also provided with identity verify module in described wrist-wrist-watch, for providing the customizing messages of user.
7. wrist-life physical sign monitoring device as claimed in claim 6, it is characterized in that, described identity verify module is also for obtaining the customizing messages of user when needed from service centre.
8. wrist-life physical sign monitoring device as claimed in claim 1, is characterized in that, being also provided with the power module for powering to whole device in described wrist-wrist-watch; Described power module comprises: battery, and/or power supply processing module, DC source input interface;
Wherein, power supply processing module provides and charges and function of supplying power to battery, and battery is used for powering to whole device when not having external power supply, and DC source input interface provides and external power interface; Described battery is general dry battery or rechargeable battery.
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