CN103393416B - TV (television) system based physiological index monitoring system - Google Patents
TV (television) system based physiological index monitoring system Download PDFInfo
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- CN103393416B CN103393416B CN201310370627.1A CN201310370627A CN103393416B CN 103393416 B CN103393416 B CN 103393416B CN 201310370627 A CN201310370627 A CN 201310370627A CN 103393416 B CN103393416 B CN 103393416B
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Abstract
The invention discloses a TV (television) system based physiological index monitoring system and method. The system comprises a smart TV, a remote control unit, a cloud server, a proximity sensor, a fingerprint identification sensor, a heart rate sensor, a force sensor, a non-invasive blood glucose detection device, a temperature sensor, a GPRS (general packet radio service) short message communication device, a voice of internet phone, a heart rate abnormity warning device, a blood glucose abnormity warning device, a body temperature abnormity warning device and a grip strength abnormity warning device, wherein APP software is embedded in a smart TV chip. The system has the beneficial effects that the remote control unit and the APP software are connected with the cloud server to send the data acquired in real time to the cloud server to be stored, thus solving the problem that various physiological indexes can not be tracked for a long time; and the remote control unit serves as a carrier of a measuring instrument, so that the measuring instrument has various detection items and even detects the harmful substances such as formaldehyde in home environments, thus solving the technical problem of singleness of the detection items.
Description
Technical field
The present invention relates to a kind of physical signs monitoring system and method, particularly relate to a kind of physical signs monitoring system based on television system and method, belong to intelligent television equipment technical field.
Background technology
Nowadays, the living standard of people is constantly risen, the obvious lifting that material conditions all obtain.On this basis, the quality of people to life is more and more focused on, and has individual healthy health to be a fresh target of modern.
Nowadays, there is the instrument of a lot of human body indices on the market, as: blood glucose meter, blood pressure instrument etc.This series products generally only has single measuring ability, and should not carry, and due to above-mentioned two reasons, frequency and the extensive degree of much similar health status detecting instrument use are not high, are laid in even, seldom use.Meanwhile, due to cannot Real-Time Monitoring health indices dynamically and make corresponding reflection, cannot preserve detection data, to reach the long-term monitoring to health indices, and to the function of the basis of historical data analysis being carried out early-warning and predicting.Thus, the physiological index detector device of existing simple function can not meet the actual demand of users.
Summary of the invention
The object of the present invention is to provide a kind of physical signs monitoring system based on television system and method, the extensive degree that the physiological index detector device solving prior art should not carry, use is not high, instrument test item is single, detect data cannot preserve, and detecting instrument cannot monitor human health status and the technical problems such as real-time early warning in real time.
object of the present invention is achieved by the following technical programs:
A kind of physical signs monitoring system based on television system, comprise intelligent TV set 1, remote controller 2, Cloud Server 3, described remote controller 2 comprises close to induction installation 5, fingerprint Identification sensor 6, heart rate sensor 7, force transducer 8, noninvasive dynamics monitoring device 9, temperature sensor 10, remote control microprocessor 14, first wireless communication apparatus 15, in described intelligent TV set 1, intelligent television microprocessor 4 is set, GPRS SMS communication device 11, network telephone module 12, alarm device 13, second wireless communication apparatus 16, APP software is embedded in described intelligent television microprocessor 4, described close to induction installation 5, fingerprint Identification sensor 6, heart rate sensor 7, force transducer 8, noninvasive dynamics monitoring device 9, temperature sensor 10, first wireless communication apparatus 15 is connected with remote control microprocessor 14, described GPRS SMS communication device 11, network telephone module 12, alarm device 13, second wireless communication apparatus 16 is connected with intelligent television microprocessor 4, described close to induction installation 5 for waking the remote controller 2 in dormancy up, described fingerprint Identification sensor 6 is for gathering the finger print information of user, described heart rate sensor 7 is for gathering the heart rate information of user, described noninvasive dynamics monitoring device 9 is for gathering the blood glucose information of user, described temperature sensor 10 is for gathering the body temperature information of user, described force transducer 8 gathers the finger holding power information of user, described remote control microprocessor 14 is for editor, the data that process gathers and the instruction received, described first wireless communication apparatus 15 is connected with the second wireless communication apparatus 16 communication, send the human body indicators information gathering and for giving intelligent television microprocessor 4 and receive the instruction being handed down to remote controller 2 by intelligent television microprocessor 4, described intelligent television microprocessor 4 is connected with Cloud Server 3 communication by network.
Based on a method for supervising for the physical signs monitoring system of television system, comprise the steps:
1) be embedded in the APP software in intelligent television microprocessor 4 and carry out communication by the second wireless communication apparatus 16 of described intelligent TV set 1 with the first wireless communication apparatus 15 of described remote controller 2;
2) the APP software that described intelligent television microprocessor 4 is embedded is connected with Cloud Server 3 communication by network;
3) described remote controller 2 gathers user fingerprints by fingerprint Identification sensor 6, and gather user's body temperature value by temperature sensor 10, confirm that when temperature value is in body temperature scope fingerprint collecting is effective, and finger print information is sent to described APP software;
4) described APP software compares gathering existing finger print information in next finger print information and Cloud Server 3, judges that user is as new user or old user; If old user then reads this user body index information of nearly 3 months from Cloud Server 3, and preserve and send confirmation instruction to described APP software; If new user then enters user's creation mode, wait for that user creates account and completes, and by the essential information that created stored in Cloud Server 3;
5) described remote controller 2 receives confirmation that APP software sends or completes and creates after user instruction, open heart rate sensor 7, noninvasive dynamics monitoring device 9, temperature sensor 10, force transducer 8, start to gather body index, and in real time Information Monitoring is sent to described APP software;
6) after described APP software receives heart rate sample, by sample information stored in Cloud Server 3, and by the heart rate data that takes out from Cloud Server 3 before in conjunction with age of user, sex, medical history calculating mean value, and this meansigma methods and real-time heart rate data are compared;
If heart rate data fluctuates greatly compared with meansigma methods in real time, then described APP software-driven alarm device 13 is reported to the police, and judges whether user confirms this warning;
If user confirms this warning, then alarm closed by described APP software;
If user's this warning unconfirmed, then described APP software-driven GPRS SMS communication device 11 or network telephone module 12 are reported to the police to the number preset or address;
If it is little that real-time heart rate data relative mean values compares fluctuation, then described APP software does not do any reflection, continues process and gathers next data;
7), after described APP software receives blood glucose sampling, by sample information stored in Cloud Server 3, and real time blood sugar information data will be received and standard blood glucose value compares;
If the real time blood sugar value of information does not reach standard, then described APP software-driven alarm device 13, and judge whether user confirms this warning;
If user confirms this warning, then alarm closed by described APP software;
If user's this warning unconfirmed, then described APP software-driven GPRS SMS communication device 11 or network telephone module 12 are reported to the police;
If real time blood sugar reaches standard, then described APP software does not do any reflection, continues the data that process collection is come;
8), after described APP software receives body temperature sampling, by sample information stored in Cloud Server 3, and the real-time body temperature received and normal body temperature range are compared;
If body temperature is not within normal body temperature range in real time; Then described APP software-driven alarm device 13 is reported to the police, and judges whether user confirms this warning;
If user confirms this warning, then alarm closed by described APP software;
If user's this warning unconfirmed, then described APP software-driven GPRS SMS communication device 11 or network telephone module 12 are reported to the police;
If body temperature is within normal body temperature range in real time, then described APP software does not do any reflection, continues the data that process collection is come;
9), after described APP software receives the sampling of user's finger holding power, by sample information stored in Cloud Server 3, and the real-time grip received and normal grip scope are compared;
If grip is not within normal grip scope in real time; Then described APP software-driven alarm device 13 is reported to the police, and judges whether user confirms this warning;
If user confirms this warning, then alarm closed by described APP software;
If user's this warning unconfirmed, then described APP software-driven GPRS SMS communication device 11 or network telephone module 12 are reported to the police;
If grip is within normal range in real time, then described APP software does not do any reflection, continues the data that process collection is come.
Object of the present invention can also be realized further by following technical measures:
The aforementioned physical signs monitoring system based on television system, described force transducer 8 stress surface is arranged in being connected by force transmission mechanism for the pallet apparatus of weighing of remote controller casing with one.
The aforementioned physical signs monitoring system based on television system, also comprise a MPXV7002 type piezoresistive pressure sensor, described piezoresistive pressure sensor is arranged in remote control face, detects by the pressure produced of blowing, and by calculating the vital capacity value of user.
The aforementioned physical signs monitoring system based on television system, also comprises formaldehyde sensor, and chip model is CH20/S-10, and described formaldehyde sensor is connected with remote control microprocessor 14 circuit, for content of formaldehyde in testing environment.
Compared with prior art, the invention has the beneficial effects as follows: the present invention adopts remote controller to be connected with Cloud Server with APP software, make use of the widely used feature of remote controller, existing detecting instrument should not carry, generally rate is not high enough and cannot the problem of Real-Time Monitoring health indices to adopt remote controller to solve as the carrier of gauge; The present invention additionally uses network technology simultaneously, utilize embedded ability and the Based Intelligent Control feature of APP, the high density of Cloud Server, enhanced scalability and powerful virtualization capability, by APP software, can be real-time preserve the data collected deliver to Cloud Server, successfully solve general instrument and cannot preserve data for a long time, cannot the problem of long-term follow self indices, and the identification of different user is solved by the fingerprint recognition storehouse of Cloud Server; And use a teleswitch as the carrier of gauge, compatible multiple test item, as heart rate, blood glucose, body temperature, grip, body weight, vital capacity etc., even expand to the detection to harmful substances such as formaldehyde in domestic environment, solve the technical problem that test item is single.
Accompanying drawing explanation
Fig. 1 is system architecture diagram of the present invention;
Fig. 2 is various parts coordinate operation mode figure of the present invention;
Fig. 3 is APP software workflow of the present invention.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the invention will be further described.
The present invention adopts remote controller to be connected with APP software and Cloud Server 3, draw the widely used feature of remote controller, the embedded ability of APP and Based Intelligent Control feature, the high density of Cloud Server 3, enhanced scalability and powerful virtualization capability, well solve existing technical problem.
Present every family has TV, corresponding just has TV remote controller, so, whether pay no attention to user is at oneself, or in others' family, as long as use remote controller of the present invention, can the indices of Real-Time Monitoring oneself health, and realize identification by the power of Cloud Server and data are preserved.Existing detecting instrument should not carry, generally rate is not high enough and cannot the problem of Real-Time Monitoring health indices to adopt remote controller to solve as the carrier of gauge.The present invention additionally uses network technology simultaneously, and by APP software, can be real-time preserve the data collected being delivered to Cloud Server 3, successfully solving cannot the problem of long-term follow self indices.Owing to using a teleswitch as the carrier of gauge, just can compatible multiple test item easily, as heart rate, blood glucose, body temperature, body weight, grip etc., which solves the technical problem that test item is single.
As shown in Figure 1, the physical signs monitoring system based on television system of the present invention comprises intelligent TV set 1, remote controller 2, Cloud Server 3, described remote controller 2 comprises close to induction installation 5, fingerprint Identification sensor 6, heart rate sensor 7, force transducer 8, noninvasive dynamics monitoring device 9, temperature sensor 10, remote control microprocessor 14, first wireless communication apparatus 15, arranges intelligent television microprocessor 4 in described intelligent TV set 1, GPRS SMS communication device 11, network telephone module 12, alarm device 13, second wireless communication apparatus 16, embeds APP software in described intelligent television microprocessor 4, described close to induction installation 5, fingerprint Identification sensor 6, heart rate sensor 7, force transducer 8, noninvasive dynamics monitoring device 9, temperature sensor 10, first wireless communication apparatus 15 is connected with remote control microprocessor 14, described GPRS SMS communication device 11, network telephone module 12, alarm device 13, second wireless communication apparatus 16 is connected with intelligent television microprocessor 4, described close to induction installation 5 for waking the remote controller 2 in dormancy up, described fingerprint Identification sensor 6 is for gathering the finger print information of user, described heart rate sensor 7 is for gathering the heart rate information of user, described noninvasive dynamics monitoring device 9 is for gathering the blood glucose information of user, described temperature sensor 10 is for gathering the body temperature information of user, described force transducer 8 gathers the finger holding power information of user, described remote control microprocessor 14 is for editor, the data that process gathers and the instruction received, described first wireless communication apparatus 15 is connected with the second wireless communication apparatus 16 communication, send the human body indicators information gathering and for giving intelligent television microprocessor 4 and receive the instruction being handed down to remote controller 2 by intelligent television microprocessor 4, described intelligent television microprocessor 4 is connected with Cloud Server 3 communication by network.
Further, based on the physical signs monitoring system of television system, described force transducer 8 stress surface is arranged in being connected by force transmission mechanism for the pallet apparatus of weighing of remote controller casing with one, remote controller can be used for weighing to body weight at interior and show.The aforementioned physical signs monitoring system based on television system, can also comprise a MPXV7002 type piezoresistive pressure sensor, and this transducer arrangements, in remote control face, detects by the pressure produced of blowing, and by calculating the vital capacity value of user.The aforementioned physical signs monitoring system based on television system, can also comprise formaldehyde sensor, and select chip model to be CH20/S-10, described formaldehyde sensor is connected with remote control microprocessor 14 circuit, for content of formaldehyde in testing environment.
Be various parts coordinate operation mode of the present invention as shown in Figure 2, when remote controller leaves standstill, be in open mode close to induction installation 5, remote controller is in resting state, waits for that staff is close.When staff is close to remote controller, trigger close to induction installation 5, notify that remote control microprocessor 14 has staff close close to induction installation 5, remote control microprocessor 14 wakes remote controller up, and opens fingerprint recognition system.When finger contact fingerprint Identification sensor 6, fingerprint Identification sensor 6 pairs of fingerprints gather, and confirm in conjunction with the effectiveness of body temperature Information Monitoring to fingerprint collecting, then effective fingerprint collecting information is passed to remote control microprocessor 14, APP software in remote controller and intelligent television microprocessor 4 adopts the mode communication of wireless telecommunications, finger print information is passed to the APP software in intelligent television microprocessor 4 by remote control microprocessor 14, APP software in intelligent television microprocessor 4 is recalls information from Cloud Server 3 data base, inquiry is old user or new user, and make corresponding behave.Poll-final information is returned to remote controller by the APP software in intelligent television microprocessor 4, after remote controller receives fingerprint queries ending message, close fingerprint Identification sensor 6, open heart rate sensor 7, noninvasive dynamics monitoring device 9, temperature sensor 10, force transducer 8, the information gathered separately is passed to remote control microprocessor 14 by above-mentioned sensing device in real time, then passes to the APP software in intelligent television microprocessor 4 by remote control microprocessor 14.These information are preserved in the data base of relative users in Cloud Server 3 data base by the APP software in intelligent television microprocessor 4, and real time data are compared with historical data, control to reflect device accordingly according to the conclusion drawn.
As shown in Figure 3, the APP software in the intelligent television microprocessor 4 in invention mainly plays analysis to remote control acquires data and storage, and reactive machanism can be driven to make reasonable reflection according to analysis result.Its workflow of APP software during real-time monitoring in intelligent television microprocessor 4 is as follows:
When user uses a teleswitch, first remote controller can send finger print information to the APP software in intelligent television microprocessor 4, finger print information in finger print information and Cloud Server 3 data base compares by the APP software in intelligent television microprocessor 4, comparative result is divided into two kinds, 1. there is finger print information in Cloud Server 3.Now, the APP software in intelligent television microprocessor 4 reads the health indices data of nearly 3 months of the individual corresponding to finger print information, stored in internal storage, replys fingerprint analysis ending message to remote controller after completing above-mentioned action.2. there is not finger print information in Cloud Server 3.Now, user's register interface opened by the APP software in intelligent television microprocessor 4 on intelligent television, user can by remote controller input name, sex, the age, with or without medical history, medical history situation, the need of reminding function.Input APP software successfully in intelligent television microprocessor 4 by above-mentioned information stored in Cloud Server 3, after completing, reply fingerprint analysis ending message is to remote controller.
When after remote control to the fingerprint analysis ending message of the APP software reverts in intelligent television microprocessor 4, can all the sensors be opened, start real-time data collection.Now, the APP software in intelligent television microprocessor 4 can do following operation to real time data: 1. by real time data in real time stored in Cloud Server 3, 2. pair real time data is monitored: 1) for the process of heart rate: the APP software in intelligent television microprocessor 4 can by the age of the data of taking-up from Cloud Server 3 before in conjunction with user, sex, medical history calculating mean value, and this meansigma methods and real time data are compared, if between heart rate and meansigma methods, fluctuation is little in real time, APP software in intelligent television microprocessor 4 does not then do any reflection, if it is larger to fluctuate between heart rate and meansigma methods in real time, APP software-driven alarm equipment alarm in intelligent television microprocessor 4, prompting user Current heart rate is abnormal, and wait for the confirmation that user reports to the police to this, if user confirms that this reports to the police, APP software then in intelligent television microprocessor 4 continues to monitor heart rate.If user does not confirm this warning, then the EMERGENCY PHONE when APP software in intelligent television microprocessor 4 can be registered to user by SMS and function of network phone is reported to the police.2) for the process of body temperature: the monitor user ' body temperature that the APP software in intelligent television microprocessor 4 can be real-time, if body temperature exceeds normal body temperature range, then alarm equipment alarm can be driven, and wait for the confirmation that user reports to the police to this, if user confirms that this reports to the police, then the APP software in intelligent television microprocessor 4 continues to monitor body temperature.If user does not confirm this warning, then the EMERGENCY PHONE when APP software in intelligent television microprocessor 4 can be registered to user by SMS and function of network phone is reported to the police.3) for the process of blood glucose: the APP software in intelligent television microprocessor 4 receives real time blood sugar information, real time data and standard blood glucose value are compared, if real time blood sugar value is between standard blood glucose value, APP software in intelligent television microprocessor 4 does not then do any reflection, if real time blood sugar value is not between standard blood glucose value, APP software-driven alarm equipment alarm in intelligent television microprocessor 4, prompting user current blood glucose is abnormal, and wait for the confirmation that user reports to the police to this, if user confirms that this reports to the police, then APP software continues to monitor heart rate.If user does not confirm this warning, then the EMERGENCY PHONE when APP software in intelligent television microprocessor 4 can be registered to user by SMS and function of network phone is reported to the police.4) for the process of grip information, the real-time grip received and normal grip scope by sample information stored in Cloud Server 3, and compare after receiving the sampling of user's finger holding power by described APP software; If grip is not within normal grip scope in real time; Then described APP software-driven grip alarm equipment alarm, and judge user to this warning whether to confirmation; If user confirms this warning, then alarm closed by described APP software; If user's this warning unconfirmed, then described APP software-driven GPRS SMS communication device 11 or network telephone module 12 are reported to the police; If grip is within normal range in real time, then described APP software does not do any reflection, continues the data that process collection is come.
In addition to the implementation, the present invention can also have other embodiments, and all employings are equal to the technical scheme of replacement or equivalent transformation formation, all drop in the protection domain of application claims.
Claims (3)
1., based on a physical signs monitoring system for television system, comprise intelligent TV set (1), remote controller (2), Cloud Server (3), described remote controller (2) comprises close to induction installation (5), fingerprint Identification sensor (6), heart rate sensor (7), force transducer (8), noninvasive dynamics monitoring device (9), temperature sensor (10), remote control microprocessor (14), first wireless communication apparatus (15), arranges intelligent television microprocessor (4) in described intelligent TV set (1), GPRS SMS communication device (11), network telephone module (12), alarm device (13), second wireless communication apparatus (16), embeds APP software in described intelligent television microprocessor (4), described close to induction installation (5), fingerprint Identification sensor (6), heart rate sensor (7), force transducer (8), noninvasive dynamics monitoring device (9), temperature sensor (10), first wireless communication apparatus (15) is connected with remote control microprocessor (14), described GPRS SMS communication device (11), network telephone module (12), alarm device (13), second wireless communication apparatus (16) is connected with intelligent television microprocessor (4), described close to induction installation (5) for waking the remote controller (2) in dormancy up, described fingerprint Identification sensor (6) is for gathering the finger print information of user, described heart rate sensor (7) is for gathering the heart rate information of user, described noninvasive dynamics monitoring device (9) is for gathering the blood glucose information of user, described temperature sensor (10) is for gathering the body temperature information of user, described force transducer (8) gathers the finger holding power information of user, described remote control microprocessor (14) is for editor, the data that process gathers and the instruction received, described first wireless communication apparatus (15) is connected with the second wireless communication apparatus (16) communication, send the human body indicators information gathering and for giving intelligent television microprocessor (4) and receive the instruction being handed down to remote controller (2) by intelligent television microprocessor (4), described intelligent television microprocessor (4) is connected with Cloud Server (3) communication by network, it is characterized in that, the stress surface and of described force transducer (8) is arranged in being connected by force transmission mechanism for the pallet apparatus of weighing of remote controller casing.
2. as claimed in claim 1 based on the physical signs monitoring system of television system, it is characterized in that, also comprise a MPXV7002 type piezoresistive pressure sensor, described piezoresistive pressure sensor is arranged in remote control face, detect by the pressure produced of blowing, and by calculating the vital capacity value of user.
3. as claimed in claim 1 based on the physical signs monitoring system of television system, it is characterized in that, also comprise formaldehyde sensor, described formaldehyde sensor chip model is CH20/S-10, described formaldehyde sensor is connected with remote control microprocessor (14), for content of formaldehyde in testing environment.
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