CN103156575A - Automatic wireless transmission type monitoring system for physiological data and monitoring method for same - Google Patents
Automatic wireless transmission type monitoring system for physiological data and monitoring method for same Download PDFInfo
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Abstract
Provided are an automatic wireless transmission type monitoring system for physiological data and a monitoring method for the same. The system comprises at least one periphery module, a main detecting module and a servo platform. The periphery module comprises a monitoring unit which monitors the state of a user. The main detecting module is provided with a physiology detecting unit. The main detecting module has a detecting state for detecting physiology detecting data of a user and a transmission state in wireless connection with the periphery module and the servo platform, and the detecting state and the transmission state are not coexistent. Monitoring data of the periphery module is automatically collected through the main detecting module, the monitoring data and data obtained by the physiology detecting unit are uploaded to the servo platform in a wireless connection manner for an observer to check, and through a mode that the detecting state and the transmission state are automatically separated, interference on a detector of a wireless signal can be avoided.
Description
Technical field
The present invention relates to a physiology data monitoring system, be specifically related to a kind of automated wireless conveying type physiological data monitoring system.
Background technology
The modern is due to the change of daily life system and dietary habit, and initiation symptom such as the symptom Probabilities such as hypertension, diabetes or hypercholesterolemia of various chronic diseases greatly improve.And in the regular medical system of hospital, foundation that must be by the sufferer personal data, the collection of relevant physiological status data and continual various blood of while in hospital, urine, and the record of diet situation offer whereby that doctor or caregiver set up doctor's advice and the foundation of carrying out administration.Although and sufferer can detect the purpose reach self-health control by the routine that family gauge carries out daily life after going home.But, follow-up health status also can't be learnt in sufferer by hospital after institute, if thereby have sufferer to be negligent of self management or when having emergency to occur, can't be definite pass through to obtain physiological-related information and judge accurately that immediately carrying out correspondence treats thereby has the possibility of delay treatment.
Generation for fear of above-mentioned situation, " integrating interactive health control module " that No. the M342565th, the TaiWan, China patent announcement, wherein, the physiologic information that is recorded in the mode of oneself's detection by the person of looking after can be sent to a medical servo platform, the related personnel who participates in treatment in this platform can be learnt by the person's of looking after house Self-Care situation, avoid whereby the generation of above-mentioned situation.But there is no the mode of public data transmission in this case, and the easy Interference Detection signal of the signal of transfer of data, thereby might cause the inaccurate problem of measurement data.
Summary of the invention
Main purpose of the present invention is to provide the physiological data monitoring system of a full-automatic wireless transmission, and avoids the data transfer signal might the Interference Detection signal and cause the inaccurate problem of measurement data.
For reaching above-mentioned purpose, the invention provides a kind of automated wireless conveying type physiological data monitoring system, include at least one peripheral module, a main detection module, and one and the servo platform of these main detection module wireless connections.This peripheral module includes the first wireless transmission unit that a monitoring means, is electrically connected this monitoring means, and the periodic Control unit of this first wireless transmission unit of electric connection, the unlatching interval of this this first wireless transmission unit of periodic Control unit controls.A physiology detecting unit, one second wireless transmission unit, a long distance wireless transmission unit that this main detection module includes a CPU and is electrically connected with this CPU respectively, this second wireless transmission unit is carried out wireless data transmission to the first wireless transmission unit that should peripheral module.And this main detection module is connected transmission by this long distance wireless transmission unit with this servo platform automatically.
Wherein, this CPU has not coexistent detected state and a transmission state, this physiological detection unit only can detect when this detected state, and when this transmission state, opens this second wireless transmission unit and carry out wireless connections and transfer of data.And this peripheral module is periodically opened this first wireless transmission unit by this periodic Control unit, and when this main detection module is opened this second wireless transmission unit in transmission state, carry out wireless connections, and the Monitoring Data that monitoring means obtains is sent to this main detection module, and via this long distance wireless transmission unit and this servo platform wireless connections, and then upload this Monitoring Data and this physical detection data.
In addition, the present invention also discloses another automated wireless conveying type physiological data monitoring system, and it includes at least one peripheral module, a main detection module, and one and the servo platform of these main detection module wireless connections.This peripheral module includes one and is electrically connected the first wireless transmission unit of this monitoring means in order to the monitoring means of obtaining a Monitoring Data and.This main detection module, include a CPU, and the physiology detecting unit, one second wireless transmission unit, a long distance wireless transmission unit, the memory element that are electrically connected with this CPU respectively, this second wireless transmission unit is to should the first wireless transmission unit and carry out wireless data transmission.And this main detection module is connected transmission by this long distance wireless transmission unit with this servo platform automatically.
Wherein, this CPU has not coexistent detected state and a transmission state, this physiological detection unit only can detect when this detected state, and when this transmission state, opens this second wireless transmission unit and carry out wireless connections and transfer of data.And this main detection module is when transmission state, by this this peripheral module of the second wireless transmission unit automatic searching and obtain the Monitoring Data of this monitoring means, and temporarily is stored in this memory element.Then transfer to this servo platform by this long distance wireless transmission unit.
In addition, the present invention also discloses a kind of monitoring method of automated wireless conveying type physiological data, and this monitoring method is carried out respectively a peripheral step and a key step at least one peripheral module and a main detection module, and this periphery step includes:
P1: a Monitoring Data is obtained and recorded to the monitoring means by this peripheral module;
P2: by periodic Control unit unlatching one one first wireless transmission unit that is arranged on this peripheral module of this peripheral module;
P3: the judgement wireless connection conditions, judge this first wireless transmission unit whether with these main detection module wireless connections, if connect, carry out step P4, if connect, directly carry out step P5;
P4: this Monitoring Data is sent to this main detection module by this first wireless transmission unit;
P5: close this first wireless transmission unit, and await orders;
And this key step includes:
S1: make this main detection module be in a detected state, obtain a physical detection data by a physiology detecting unit of this main detection module;
S2: switch this main detection module to a transmission state, and open one second wireless transmission unit in this main detection module;
S3: wait to be connectedly, wait for that this first wireless transmission unit is connected with this second wireless transmission unit, if connect, carry out step S4, if connect, directly carry out step S5;
S4: receive this Monitoring Data;
S5: open a long distance wireless transmission unit of this main detection module, the line number of going forward side by side is reportedly transported to a servo platform;
S6: close this second wireless transmission unit and this long distance wireless transmission unit, and switch to this detected state.
Except carrying out transfer of data with this peripheral module from this main detection module that is dynamically connected in the above described manner, and reach outside the monitoring of physiological data, also can directly seek this peripheral module in the automatic searching mode by this main detection module and obtain this Monitoring Data.The peripheral step of this monitoring method includes:
P1a: obtain and record a monitoring message Monitoring Data by a monitoring means of this peripheral module;
P2a: wait for and start connecting, wait for the wireless signal of this main detection module and start one first wireless transmission unit of this peripheral module;
P3a: connect and transmit, should monitor the message Monitoring Data by this first wireless transmission unit and be sent to this main detection module;
P4a: close this first wireless transmission unit, and await orders;
And the key step of this mode includes:
S1a: make this main detection module be in a detected state, obtain physiology detection signal data by a physiology detecting unit of this main detection module;
S2a: switch this main detection module to a transmission state, and open one second wireless transmission unit in this main detection module;
S3a: automatic searching connects, one first wireless transmission unit of this peripheral module of automatic searching, and be attached thereto, if connect, carry out step S4a, if do not connect, directly carry out step S5a;
S4a: receive this monitoring message Monitoring Data;
S5a: open a long distance wireless transmission unit of this main detection module, the line number of going forward side by side is reportedly transported to a servo platform;
S6a: close this second wireless transmission unit and this long distance wireless transmission unit, and switch to this detected state.
As shown in the above description, compared to known techniques, the present invention has following characteristics:
One, carry out the detection of physiological data and the transmission of wireless data during respectively at not coexistent detected state and transmission state by this main detection module, get rid of when detecting by the possibility of wireless signal electronic interferences, the subject under discussion that electromagnetic wave disturbs medical device has been subject to the attention of height, even be in holding state, still might have the doubtful anxiety that is interfered during detection.
Two, by controlling the open and close of wireless transmission unit, define two not coexistent states, be not subjected to electromagnetic interference when guaranteeing to detect, improve whereby the reliability of physical detection data.
Three, by self-propagating mode, make the interior automatic data transmission of this peripheral module and this main detection module to this servo platform, avoid not transmitting because of anthropic factor the possibility of data.
Four, this main detection module is connected with this servo platform in the mode of wireless connections, thereby whenever where, all can carry out uploading of data.
Description of drawings
Fig. 1 is the square configuration schematic diagram of first embodiment of the invention;
Fig. 2 is the use module diagram of first embodiment of the invention;
Fig. 3 A-Fig. 3 B is the monitoring method schematic diagram of first embodiment of the invention;
Fig. 4 is the square configuration schematic diagram of second embodiment of the invention;
Fig. 5 A-Fig. 5 B is the monitoring method schematic diagram of second embodiment of the invention;
Fig. 6 is that the state of the present invention's one servo platform shows schematic diagram.
The specific embodiment
Relevant detailed description of the present invention and technology contents now just coordinate description of drawings as follows:
See also Figure 1 and Figure 2, the present invention is a kind of automated wireless conveying type physiological data monitoring system, and in the first embodiment, this monitoring system includes at least one peripheral module 10, a main detection module 20, and one and the servo platform 30 of these main detection module 20 wireless connections.This peripheral module 10 includes the first wireless transmission unit 12 that a monitoring means 11, is electrically connected this monitoring means 11, and a periodic Control unit 13 that is electrically connected this first wireless transmission unit 12, the unlatching interval of these the first wireless transmission unit 12 is controlled in this periodic Control unit 13.This peripheral module 10 can be pedometer, image record equipment, electronic medicine box, sphygomanometer, weighing machine, body fat meter, novopen or clinical thermometer etc., thereby this monitoring means 11 is a Monitoring Data in order to the measurement numerical value of obtaining above-mentioned peripheral module 10, this Monitoring Data coordinates and above-mentionedly records equipment and can be motion, diet, drug use or condition data etc., and wherein the condition data can be body temperature, body weight, body fat or blood pressure etc.And in the first embodiment, it has three peripheral module 10a, 10b, 10c, it represents respectively electronic medicine box 51, pedometer 52 and mobile phone 53 (using as the photologging equipment), can learn whereby administration time, moving situation and diet content and the quantity of user.
A physiology detecting unit 22, one second wireless transmission unit 23, a long distance wireless transmission unit 24 that this main detection module 20 includes a CPU 21 and is electrically connected with this CPU 21 respectively, 23 pairs of this second wireless transmission unit should the first wireless transmission unit 12 and carry out wireless data transmission.And this main detection module 20 is connected transmission by this long distance wireless transmission unit 24 with this servo platform 30 automatically.Wherein, this long distance wireless transmission unit 24 can be global mobile communication technology (Global System for Mobile Communications with the mode of these servo platform 30 wireless connections, GSM), whole radio packet communication technology (General packet radio service, GPRS) or demal multitask access communication technology (Code division multiple access, CDMA) etc.And the wireless transmission method of this first wireless transmission unit 12 and this second wireless transmission unit 23 can be bluetooth, infrared transmission, ZigBee network technology (Zigbee), ultra broadband (Ultra-wideband, UWB), home radio (Home RF), global intercommunication microwave access (WiMax), Wireless Fidelity (Wi-Fi) or wireless radio-frequency etc.Wherein wireless radio-frequency comprises frequency shift keying modulation (the Frequency-shift keying that wide model uses, FSK), amplitude shift keying modulation (Amplitude-shift keying, ASK) or phase-shift keying (PSK) modulation (Phase-shift keying, the technology such as PSK), the wireless radio-frequency of this class itself has lower powered characteristic, can save electric power, add that Monitoring Data is automatically to transmit at any time, the data volume of transmission can't be too many each time, therefore, also be fit to be used as the Radio Transmission Technology of this case.Has a function of detection with this physiological detection unit 22 and main detection module of the present invention 20 itself is convenient, this physiological detection unit 22 can be blood testing, saliva is detected or the instrument of urine detection, and has the functions such as blood glucose, blood oxygen concentration, blood fat, cholesterol, uric acid, ethanol, triglyceride, ketoboidies, kreatinin, lactic acid or hematin test.In addition, this main detection module 20 more includes a display unit 26 that is electrically connected and provides emergency interconnection uses an emergency interconnection unit 25 and watch testing result and transmission state for user with this CPU 21.and due to the small volume of peripheral module 10 and be convenient for carrying, for older or forgetful user, might can not find because arbitrarily place temporarily, cause the inconvenience of user, therefore, this main detection module 20 more can comprise a calling unit 27, and this peripheral module 10 also can include a pair of auditory tone cues unit 14 that should calling unit 27, this calling unit 27 is connected with this CPU 21, this auditory tone cues unit 14 is connected with this first wireless transmission unit 12, this auditory tone cues unit 14 sends the sound by the call of this calling unit 27, user can be sought by the prompting of sound.
Wherein, this CPU 21 has not coexistent detected state and a transmission state, this physiological detection unit 22 only can detect when this detected state, this second wireless transmission unit 23 is for closing, and when this transmission state, could open this second wireless transmission unit 23,20 of this main detection modules carry out wireless connections and transfer of data with this peripheral module 10a, 10b, 10c.Please coordinate and consult shown in Fig. 3 A and Fig. 3 B, Fig. 3 A and Fig. 3 B are the monitoring method schematic diagram of first embodiment of the invention, its monitoring method is carried out respectively a peripheral step and a key step for this peripheral module 10 with this main detection module 20, and this periphery step includes:
P1: obtain and record this Monitoring Data by this monitoring means 11, this peripheral module 10a, 10b, 10c record respectively the Monitoring Data of administration time, moving situation and diet content and the quantity of user;
P2: open these first wireless transmission unit 12 by this periodic Control unit 13, in order more to save electric power, the unlatching interval of this first wireless transmission unit 12 only after obtaining this Monitoring Data, is controlled in this periodic Control unit 13; When not yet obtaining this Monitoring Data, this periodic Control unit 13 and this first wireless transmission unit 12 are not just carried out any action, to save electric power;
P3: the judgement wireless connection conditions, judge this first wireless transmission unit 12 whether with these main detection module 20 wireless connections, if connect, carry out step P4, if connect, directly carry out step P5;
P4: transmit Monitoring Data, by this first wireless transmission unit 12, this Monitoring Data is sent to this main detection module 20;
P5: close this first wireless transmission unit 12, and await orders.
And this key step includes:
S1: make this main detection module 20 be in this detected state, obtain a physical detection data by this physiological detection unit 22, the corpse or other object for laboratory examination and chemical testing of this physiological detection is blood glucose, saliva or uric acid etc., and when this detected state, during this second wireless transmission unit 23 and this long distance wireless transmission unit 24 are in and close, to avoid affecting because of Electromagnetic Interference the data correctness of this detected state, on the other hand, also can reach the effect of power saving;
S2: switch this main detection module 20 to this transmission state, utilize this CPU 21 to switch to this transmission state, and open this second wireless transmission unit 23, this transmission state only continues the time to be transmitted, carry out wireless transmission for this peripheral module 10a, 10b, 10c, namely close this transmission state to save electric power if surpass this time to be transmitted;
S3: wait to be connected, wait for that this first wireless transmission unit 12 is connected with this second wireless transmission unit 23, if connect, carry out step S4, if do not connect, directly carry out step S5, wherein, with this first wireless transmission unit 12 of periodic unlatching, thereby this peripheral module 10a, 10b, 10c and this main detection module 20 only can carry out wireless connections in special time due to this periodic Control unit 13;
S4: receive this Monitoring Data, the Monitoring Data that monitoring means 11 is obtained is sent to this main detection module 20;
S5: open this long distance wireless transmission unit 24, the line number of going forward side by side is reportedly transported to this servo platform 30;
S6: close this second wireless transmission unit 23 and this long distance wireless transmission unit 24, and switch to this detected state.
The present invention also discloses the second embodiment, see also shown in Figure 4, a kind of automated wireless conveying type physiological data monitoring system of the present invention, it includes at least one peripheral module 10d, a main detection module 20, and one and the servo platform 30 of these main detection module 20 wireless connections.This peripheral module 10d includes one and is electrically connected the first wireless transmission unit 12 of this monitoring means 11 in order to the monitoring means 11 of obtaining a Monitoring Data and.
This main detection module 20 includes a CPU 21, and the physiology detecting unit 22, one second wireless transmission unit 23, a long distance wireless transmission unit 24, the memory element 28 that are electrically connected with this CPU 21 respectively, 23 pairs of this second wireless transmission unit should the first wireless transmission unit 12 and carry out wireless data transmission.And this main detection module 20 is connected transmission by this long distance wireless transmission unit 24 with this servo platform 30 automatically.In addition, this main detection module 20 more includes the emergency interconnection unit that provides that emergency interconnection uses 25 that is electrically connected with this CPU 21 and and watches the display unit 26 of testing result and transmission state for user.
Wherein, this CPU 21 is same has not coexistent detected state and transmission state, this physiological detection unit 22 only can detect when this detected state, and when this transmission state, open this second wireless transmission unit 23, this main detection module 20 automatic searchings this peripheral module 10d also carries out wireless connections and transfer of data.Please coordinate and consult shown in Fig. 5 A and Fig. 5 B, Fig. 5 A and Fig. 5 B are the monitoring method schematic diagram of second embodiment of the invention, and the peripheral step in its monitoring method is as follows:
P1a: obtain and record this Monitoring Data by this monitoring means 11;
P2a: wait for and start connecting, wait for the wireless signal of this main detection module 20 and start this first wireless transmission unit 12;
P3a: connect and transmit, by this first wireless transmission unit 12, this Monitoring Data being sent to this main detection module 20;
P4a: close this first wireless transmission unit 12, and await orders.
And this key step includes:
S1a: make this main detection module 20 be in a detected state, obtain a physical detection data by this physiological detection unit 22;
S2a: switch this main detection module 20 to one transmission states, utilize this CPU 21 to switch to this transmission state, and open this second wireless transmission unit 23;
S3a: automatic searching connects, the first wireless transmission unit 12 of this peripheral module of automatic searching 10d, and be attached thereto, if connect, carry out step S4a, if do not connect, directly carry out step S5a;
S4a: receive this Monitoring Data;
S5a: open this long distance wireless transmission unit 24, the line number of going forward side by side is reportedly transported to this servo platform 30;
S6a: close this second wireless transmission unit 23 and this long distance wireless transmission unit 24, and switch to this detected state.
What need special instruction is, the second embodiment and the first embodiment difference are: this main detection module 20 is when transmission state, utilize the control of this CPU 21, by this this peripheral module of the second wireless transmission unit 23 automatic searchings 10d, and obtain the Monitoring Data of this monitoring means 11, and utilize this long distance wireless transmission unit 24 to be uploaded to this servo platform 30.If upload not success, temporarily be stored in this memory element 28, wait for next time and upload chance.
Just information as shown in Figure 6 can be obtained at last on this servo platform 30, and the exercise data 41 in different time points, diet data 42, physical detection data 43 and the drug use data 44 of user can be learnt.The relatives of medical care personnel, doctor or user etc. just can learn by this servo platform 30 of network entry exercise data 41, diet data 42, physical detection data 43 and the drug use data 44 of user, and can further judge the health of user or health consultation is provided.
In sum, the present invention has following characteristics:
One, carry out the detection of physiological data and the transmission of wireless data during respectively at not coexistent detected state and transmission state by this main detection module 20 due to the present invention, by the possibility of wireless signal electronic interferences, improve whereby the reliability of physical detection data when getting rid of detection.
Two, by self-propagating mode, and can make automatic data transmission in this peripheral module 10 and this main detection module 20 to this servo platform 30, avoid not transmit the possibility of data because of anthropic factor.
Three, this main detection module 20 is connected with this servo platform 30 in the mode of wireless connections, thereby whenever where, all can carry out uploading of this Monitoring Data and this physical detection data.
Four, utilize the default automatic transmission, and exempt the complicated transmission installation procedure of user, reach the noninductive purpose of uploading.
Five, store and show by the data of this servo platform 30, and offering the user that beholder such as doctor, household and teacher of the looking after etc. are concerned about personal healths.
Below the present invention is described in detail, the above person is only a preferred embodiment of the present invention, when not limiting scope of the invention process.
Claims (27)
1. an automated wireless conveying type physiological data monitoring system, is characterized in that, includes:
At least one peripheral module, include the first wireless transmission unit that a monitoring means, is electrically connected this monitoring means, and the periodic Control unit of this first wireless transmission unit of electric connection, the unlatching interval of this this first wireless transmission unit of periodic Control unit controls;
One main detection module, the physiology detecting unit, one second wireless transmission unit, the long distance wireless transmission unit that include a CPU and be electrically connected with this CPU respectively, this second wireless transmission unit is to should the first wireless transmission unit and carry out wireless data transmission; And
One with the servo platform of this main detection module wireless connections, this main detection module automatically passes through this long distance wireless transmission unit and is connected transmission with this servo platform;
This CPU has not coexistent detected state and a transmission state, and this physiological detection unit only can detect when this detected state, and when this transmission state, opens this second wireless transmission unit and carry out wireless connections and transfer of data.
2. automated wireless conveying type physiological data monitoring system as claimed in claim 1, is characterized in that, the unlatching interval of this first wireless transmission unit only after this monitoring means is obtained a Monitoring Data, is controlled in this periodic Control unit.
3. automated wireless conveying type physiological data monitoring system as described in claim the 2, is characterized in that, this servo platform includes exercise data, diet data, physical detection data and drug use data at least.
4. automated wireless conveying type physiological data monitoring system as claimed in claim 1, it is characterized in that, this at least one peripheral module has a plurality of, and is selected from the group that is comprised of pedometer, image record equipment, electronic medicine box, sphygomanometer, weighing machine, body fat meter, novopen and clinical thermometer.
5. automated wireless conveying type physiological data monitoring system as claimed in claim 1, is characterized in that, this main detection module more includes an emergency interconnection unit and a display unit that is electrically connected with this CPU.
6. automated wireless conveying type physiological data monitoring system as claimed in claim 1, it is characterized in that, the mode of this long distance wireless transmission unit and these servo platform wireless connections is selected from the group that is comprised of global mobile communication technology, whole radio packet communication technology and demal multitask access communication technology.
7. automated wireless conveying type physiological data monitoring system as claimed in claim 1, it is characterized in that, the wireless transmission method of this first wireless transmission unit and this second wireless transmission unit is selected from the group that is comprised of bluetooth, infrared transmission, ZigBee network technology, ultra broadband, home radio, global intercommunication microwave access, Wireless Fidelity and wireless radio-frequency.
8. automated wireless conveying type physiological data monitoring system as claimed in claim 1, it is characterized in that, the wireless transmission method of this first wireless transmission unit and this second wireless transmission unit is selected from the group that is comprised of frequency shift keying modulation tech, amplitude shift keying modulation tech or phase-shift keying (PSK) modulation tech.
9. automated wireless conveying type physiological data monitoring system as claimed in claim 1, it is characterized in that, this main detection module is when this detected state, after obtaining a physical detection data by this physiological detection unit, switch to transmission state, open this second wireless transmission unit.
10. automated wireless conveying type physiological data monitoring system as claimed in claim 1, it is characterized in that, this main detection module is when this detected state, after obtaining a physical detection data by this physiological detection unit, switch to transmission state, and open this second wireless transmission unit one and close after the time to be transmitted.
11. automated wireless conveying type physiological data monitoring system as claimed in claim 1, it is characterized in that, this main detection module includes a calling unit, this peripheral module includes a pair of auditory tone cues unit that should calling unit, this calling unit is connected with this CPU, and this auditory tone cues unit is connected with this first wireless transmission unit.
12. an automated wireless conveying type physiological data monitoring system is characterized in that, includes:
At least one peripheral module includes one and is electrically connected the first wireless transmission unit of this monitoring means in order to the monitoring means of obtaining a Monitoring Data and;
One main detection module, include a CPU, and the physiology detecting unit, one second wireless transmission unit, a long distance wireless transmission unit, the memory element that are electrically connected with this CPU respectively, this second wireless transmission unit is to should the first wireless transmission unit and carry out wireless data transmission; And
One with the servo platform of this main detection module wireless connections, this main detection module automatically passes through this long distance wireless transmission unit and is connected transmission with this servo platform;
This CPU has not coexistent detected state and a transmission state, this physiological detection unit only can detect when this detected state, and when this transmission state, open this this peripheral module of the second wireless transmission unit automatic searching and carry out wireless connections and transfer of data.
13. automated wireless conveying type physiological data monitoring system as claimed in claim 12 is characterized in that this servo platform includes exercise data, diet data, physical detection data and drug use data at least.
14. automated wireless conveying type physiological data monitoring system as claimed in claim 12, it is characterized in that, this at least one peripheral module has a plurality of, and is selected from the group that is comprised of pedometer, image record equipment, electronic medicine box, sphygomanometer, weighing machine, body fat meter, novopen and clinical thermometer.
15. automated wireless conveying type physiological data monitoring system as claimed in claim 12 is characterized in that, this main detection module more includes an emergency interconnection unit and a display unit that is electrically connected with this CPU.
16. automated wireless conveying type physiological data monitoring system as claimed in claim 12, it is characterized in that, the mode of this long distance wireless transmission unit and these servo platform wireless connections is selected from the group that is comprised of global mobile communication technology, whole radio packet communication technology and demal multitask access communication technology.
17. automated wireless conveying type physiological data monitoring system as claimed in claim 12, it is characterized in that, the wireless transmission method of this first wireless transmission unit and this second wireless transmission unit is selected from the group that is comprised of bluetooth, infrared transmission, ZigBee network technology, ultra broadband, home radio, global intercommunication microwave access, Wireless Fidelity and wireless radio-frequency.
18. automated wireless conveying type physiological data monitoring system as claimed in claim 12, it is characterized in that, the wireless transmission method of this first wireless transmission unit and this second wireless transmission unit is selected from the group that is comprised of frequency shift keying modulation tech, amplitude shift keying modulation tech or phase-shift keying (PSK) modulation tech.
19. automated wireless conveying type physiological data monitoring system as claimed in claim 12, it is characterized in that, this main detection module is when this detected state, after obtaining a physical detection data by this physiological detection unit, switch to transmission state, this peripheral module of automatic searching also carries out wireless connections and transfer of data.
20. automated wireless conveying type physiological data monitoring system as claimed in claim 12, it is characterized in that, this main detection module is when this detected state, after obtaining a physical detection data by this physiological detection unit, switch to transmission state, this peripheral module one of automatic searching is closed this second wireless transmission unit after the time to be transmitted.
21. automated wireless conveying type physiological data monitoring system as claimed in claim 12, it is characterized in that, this main detection module includes a calling unit, this peripheral module includes a pair of auditory tone cues unit that should calling unit, this calling unit is connected with this CPU, and this auditory tone cues unit is connected with this first wireless transmission unit.
22. the monitoring method of an automated wireless conveying type physiological data is characterized in that, this monitoring method is carried out respectively a peripheral step and a key step at least one peripheral module and a main detection module, and this periphery step includes:
P1: a Monitoring Data is obtained and recorded to the monitoring means by this peripheral module;
P2: by periodic Control unit unlatching one one first wireless transmission unit that is arranged on this peripheral module of this peripheral module;
P3: the judgement wireless connection conditions, judge this first wireless transmission unit whether with these main detection module wireless connections, if connect, carry out step P4, if connect, directly carry out step P5;
P4: this Monitoring Data is sent to this main detection module by this first wireless transmission unit;
P5: close this first wireless transmission unit, and await orders;
And this key step includes:
S1: make this main detection module be in a detected state, obtain a physical detection data by a physiology detecting unit of this main detection module;
S2: switch this main detection module to a transmission state, and open one second wireless transmission unit in this main detection module;
S3: wait to be connectedly, wait for that this first wireless transmission unit is connected with this second wireless transmission unit, if connect, carry out step S4, if connect, directly carry out step S5;
S4: receive this Monitoring Data;
S5: open a long distance wireless transmission unit of this main detection module, the line number of going forward side by side is reportedly transported to a servo platform;
S6: close this second wireless transmission unit and this long distance wireless transmission unit, and switch to this detected state.
23. the monitoring method of automated wireless conveying type physiological data as claimed in claim 22 is characterized in that, this servo platform includes exercise data, diet data, physical detection data and drug use data at least.
24. the monitoring method of automated wireless conveying type physiological data as claimed in claim 22, it is characterized in that, this at least one peripheral module has a plurality of, and is selected from the group that is comprised of pedometer, image record equipment, electronic medicine box, sphygomanometer, weighing machine, body fat meter, novopen and clinical thermometer.
25. the monitoring method of an automated wireless conveying type physiological data is characterized in that, this monitoring method is carried out respectively a peripheral step and a key step at least one peripheral module and a main detection module, and this periphery step includes:
P1a: a Monitoring Data is obtained and recorded to the monitoring means by this peripheral module;
P2a: wait for and start connecting, wait for the wireless signal of this main detection module and start one first wireless transmission unit of this peripheral module;
P3a: connect and transmit, by this first wireless transmission unit, this Monitoring Data being sent to this main detection module;
P4a: close this first wireless transmission unit, and await orders;
And this key step includes:
S1a: make this main detection module be in a detected state, obtain a physical detection data by a physiology detecting unit of this main detection module;
S2a: switch this main detection module to a transmission state, and open one second wireless transmission unit in this main detection module;
S3a: automatic searching connects, one first wireless transmission unit of this peripheral module of automatic searching, and be attached thereto, if connect, carry out step S4a, if do not connect, directly carry out step S5a;
S4a: receive this Monitoring Data;
S5a: open a long distance wireless transmission unit of this main detection module, the line number of going forward side by side is reportedly transported to a servo platform;
S6a: close this second wireless transmission unit and this long distance wireless transmission unit, and switch to this detected state.
26. the monitoring method of automated wireless conveying type physiological data as claimed in claim 25 is characterized in that, this servo platform includes exercise data, diet data, physical detection data and drug use data at least.
27. the monitoring method of automated wireless conveying type physiological data as claimed in claim 25, it is characterized in that, this at least one peripheral module has a plurality of, and is selected from the group that is comprised of pedometer, image record equipment, electronic medicine box, sphygomanometer, weighing machine, body fat meter, novopen and clinical thermometer.
Priority Applications (1)
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103976710A (en) * | 2014-04-28 | 2014-08-13 | 京东方科技集团股份有限公司 | Health monitoring system and data collection method of health monitoring system |
| CN105581774A (en) * | 2014-10-22 | 2016-05-18 | 长天科技股份有限公司 | Physiological information monitoring system following Bluetooth low-power-consumption communication protocol |
| CN106725417A (en) * | 2016-12-23 | 2017-05-31 | 南京大学 | A kind of wireless biological electricity acquisition system for suppressing wireless module interference |
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| CN2785540Y (en) * | 2005-04-21 | 2006-06-07 | 周常安 | Hand held device for physiological signal measuring and wireless transmission and receiving apparatus |
| KR20100009048A (en) * | 2008-07-17 | 2010-01-27 | (주)헬씨프렌드 | System for monitoring electrocardiogram and method thereof |
| CN201607814U (en) * | 2009-12-22 | 2010-10-13 | 极星国际航电股份有限公司 | Physiological information wireless transmission device |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2785540Y (en) * | 2005-04-21 | 2006-06-07 | 周常安 | Hand held device for physiological signal measuring and wireless transmission and receiving apparatus |
| KR20100009048A (en) * | 2008-07-17 | 2010-01-27 | (주)헬씨프렌드 | System for monitoring electrocardiogram and method thereof |
| CN201607814U (en) * | 2009-12-22 | 2010-10-13 | 极星国际航电股份有限公司 | Physiological information wireless transmission device |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103976710A (en) * | 2014-04-28 | 2014-08-13 | 京东方科技集团股份有限公司 | Health monitoring system and data collection method of health monitoring system |
| US9619620B2 (en) | 2014-04-28 | 2017-04-11 | Boe Technology Group Co., Ltd. | Health monitoring system and data collection method thereof |
| CN105581774A (en) * | 2014-10-22 | 2016-05-18 | 长天科技股份有限公司 | Physiological information monitoring system following Bluetooth low-power-consumption communication protocol |
| CN106725417A (en) * | 2016-12-23 | 2017-05-31 | 南京大学 | A kind of wireless biological electricity acquisition system for suppressing wireless module interference |
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| CN103156575B (en) | 2015-02-25 |
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