CN102831097A - Cloud server for collecting physiological state information and observation system thereof - Google Patents
Cloud server for collecting physiological state information and observation system thereof Download PDFInfo
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- 230000035790 physiological processes and functions Effects 0.000 title claims abstract description 132
- 238000012545 processing Methods 0.000 claims description 39
- 238000003860 storage Methods 0.000 claims description 24
- 230000005540 biological transmission Effects 0.000 claims description 19
- 238000005303 weighing Methods 0.000 claims description 12
- 230000037396 body weight Effects 0.000 claims description 9
- 230000036760 body temperature Effects 0.000 claims description 6
- 230000036772 blood pressure Effects 0.000 claims description 4
- 238000001514 detection method Methods 0.000 claims description 4
- 239000008103 glucose Substances 0.000 claims description 4
- 239000008280 blood Substances 0.000 claims description 3
- 210000004369 blood Anatomy 0.000 claims description 3
- 230000035479 physiological effects, processes and functions Effects 0.000 claims 6
- 238000010586 diagram Methods 0.000 description 10
- 230000035487 diastolic blood pressure Effects 0.000 description 2
- 239000000203 mixture Substances 0.000 description 2
- 230000035488 systolic blood pressure Effects 0.000 description 2
- 235000012364 Peperomia pellucida Nutrition 0.000 description 1
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- 238000004891 communication Methods 0.000 description 1
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- 239000012634 fragment Substances 0.000 description 1
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Abstract
When a user uses various health care devices, the cloud server automatically receives the physiological state information of the user and classifies the physiological state information according to the different health care devices. The observation system comprises a client, a health care device and a cloud server. The health care device is used for detecting physiological state information of a user and transmitting the physiological state information to the cloud server. The cloud server judges the type of the health care device of the user according to the type information and sequentially records the physiological state information. The user can be connected to the cloud server through the client to view the previous physiological state information.
Description
Technical field
The present invention relates to a kind of data collecting device and its system, the particularly a kind of high in the clouds server and recording geometry thereof of putting in order physiological state information of converging.
Background technology
Be the health that can guarantee the common people and the burden that reduces medical institutes, nursing at home has become a considerable ring in the medical system.Yet at present the manufacturing plant commercial city of health-care equipment (for example weighing scale, thermometer or sphygmomanometer etc..) is to develop independently health-care equipment separately, is all not have unified standard in the data way of output or information transmission mode no matter cause the health-care equipment between each manufacturer.
Simultaneously, looking after in demonstration does not have unified specification aspect the hardware of information yet, though and the health-care equipment of the overwhelming majority independent information of outfit transmitting device is arranged.Because each tame manufacturer has common Information Exchange Agreement is not proposed; So do not have the software and hardware that feasible mode is integrated each label health-care equipment at present, cause each service platform or medical institutes in the processing of the physiological state information of integrating the user, inconvenience to be arranged more.
Summary of the invention
In view of above problem, the object of the present invention is to provide a kind of recording geometry of user's physiological state information, in order to converge the physiological state information of putting in order the different users.
The recording geometry of user's physiological state information that the present invention disclosed comprises: client, healthcare device and high in the clouds server.Client is sent to login to the high in the clouds server and is required or receive the display message that comes from the high in the clouds server.Healthcare device is in order to detection user's physiological status, and acquisition user's physiological state information.Healthcare device also comprises physiological status detecting unit and line unit.Healthcare device can be but not be defined as sphygmomanometer, weighing scale, thermometer, blood-glucose meter, sleep information recorder or passometer.Each healthcare device stores kind of information separately.The physiological status detecting unit is noted down user's physiological state information, and sends the physiological state information that comprises kind of information by the line unit.
The high in the clouds server is electrically connected at client and healthcare device respectively.The high in the clouds server more comprises processing unit, signal receiving unit, man-machine interface and storage element.Signal receiving unit is judged the kind of healthcare device according to kind of information.Processing unit writes storage element with the physiological state information that is received, and produces corresponding display information.The high in the clouds server is applied mechanically physiological state information to man-machine interface according to the requirement of logining that is received, and produces corresponding display message.Last high in the clouds server sends the display message that is produced to client.
In addition, recording geometry of the present invention also comprises far-end server.Far-end server can be connected in the high in the clouds server through the mode of world-wide web.Client can be shared requirement to far-end server transmission information through the high in the clouds server, uses the physiological state information that the user is stored in the server of high in the clouds and is forwarded to far-end server.Announce user's physiological state information again through far-end server.
The present invention also proposes a kind of recording geometry of user's physiological state information, and it comprises healthcare device, signal supervisory instrument and high in the clouds server.Healthcare device has physiological status detecting unit and line unit.The physiological status detecting unit is noted down user's physiological state information, is sent the physiological state information of the kind of information that comprises corresponding healthcare device by the line unit.Signal supervisory instrument is electrically connected at healthcare device.Whether signal supervisory instrument sends initial requirement in order to detect healthcare device, after receiving initial requirement, receives physiological state information.
The high in the clouds server is electrically connected at signal supervisory instrument.The high in the clouds server has processing unit, signal receiving unit, man-machine interface and storage element.Signal supervisory instrument is sent to the high in the clouds server with physiological state information.Processing unit through kind of information that signal receiving unit received in order to judge the kind of healthcare device.Processing unit writes storage element with the physiological state information that is received, and applies mechanically to man-machine interface physiological state information and the corresponding display message of generation.
Except the foregoing description, the present invention also proposes a kind of recording geometry of user's physiological state information, and it comprises: healthcare device and client.Healthcare device has physiological status detecting unit and line unit.The physiological status detecting unit is noted down user's physiological state information, is sent the physiological state information of the kind of information that comprises corresponding healthcare device by the line unit.Client receives physiological state information.Client also comprises processing unit and display unit.Processing unit is judged the kind of healthcare device according to the kind of information that is received, and on display unit, shows physiological state information.
The present invention also proposes corresponding a kind of high in the clouds server of putting in order physiological state information that converges, in order to collect and to show the physiological state information that is received.High in the clouds of the present invention server comprises: signal receiving unit, storage element and processing unit.Signal receiving unit receives shares requirement by physiological state information, display requirement or information that healthcare device sent.Physiological state information that storage unit stores is received and man-machine interface.Processing unit is electrically connected at signal receiving unit and storage element.Processing unit is applied mechanically corresponding physiological state information to man-machine interface according to display requirement and is produced corresponding display message.This processing unit is shared requirement according to information display message is forwarded to far-end server.
A kind of high in the clouds server of putting in order physiological state information that converges that the present invention also discloses, it comprises: signal receiving unit, storage element and processing unit.Signal receiving unit receives shares requirement by physiological state information, display requirement or information that healthcare device sent.Storage unit stores physiological state information and man-machine interface.Processing unit is electrically connected at signal receiving unit and storage element.Processing unit is applied mechanically corresponding physiological state information to man-machine interface according to display requirement and is produced corresponding display message.Processing unit is shared requirement according to information display message is forwarded to far-end server.
High in the clouds server proposed by the invention and recording geometry thereof can be instant transmission user's physiological state information.And the kind of high in the clouds server identification automatically healthcare device, and according to user's writing time different types of physiological state information being sorted.In addition, the user can be forwarded to far-end server with physiological state information through the mode of sharing, and makes other users can follow the trail of the physiological status of uploading the user.
Describe the present invention below in conjunction with accompanying drawing and specific embodiment, but not as to qualification of the present invention.
Description of drawings
Fig. 1 is the configuration diagram of first kind of embodiment of the present invention;
Fig. 2 is this embodiment operation workflow figure of the present invention;
Fig. 3 is the picture of the present invention through the display message that man-machine interface appeared;
Fig. 4 is the configuration diagram of second kind of embodiment of the present invention;
Fig. 5 is the configuration diagram of the third embodiment of the present invention;
Fig. 6 is the configuration diagram of the 4th kind of embodiment of the present invention;
Fig. 7 is the configuration diagram of the 5th kind of embodiment of the present invention.
Wherein, Reference numeral
100 recording geometrys
110 clients
120 healthcare devices
121 physiological status detecting units
122 line unit
130 signal supervisory instruments
140 high in the clouds servers
141 processing units
142 signal receiving units
143 storage elements
144 man-machine interfaces
150 far-end servers
Embodiment
Below in conjunction with accompanying drawing structural principle of the present invention and principle of work are done concrete description:
Please refer to shown in Figure 1ly, it is the configuration diagram of first kind of embodiment of the present invention.Recording geometry 100 of the present invention comprises: client 110, healthcare device 120, signal supervisory instrument 130 and high in the clouds server 140.Client 110 can be and not be defined as personal computer, mobile computer, flat computer or portable electric device in the present invention.The user can be connected to high in the clouds server 140 with wired (wire) or wireless (wireless) transmission manner through client 110.The user can send to login to high in the clouds server 140 and require or receive the display message that comes from high in the clouds server 140 through client 110.
Can assign corresponding kind of information for 120 of different types of healthcare devices, make high in the clouds server 140 can differentiate the physiological state information that the user writes down.For example: the kind of information that the kind of information that the kind of information of sphygmomanometer is assigned as " 001 ", weighing scale is assigned as " 002 " or thermometer is assigned as " 003 ", and this is not only to limit to this coded system for of the present invention illustrating.For the manufacturer of healthcare device 120, need not assign new numbering for the new healthcare device of releasing 120 of each money.For high in the clouds server 140, high in the clouds server 140 only need know that the pairing device of kind of information can carry out translate (its translation process will detail in the back literary composition) of corresponding data, and the model of the also new healthcare device 120 that need not continue.
Signal supervisory instrument 130 is connected between healthcare device 120 and the high in the clouds server 140.Signal supervisory instrument 130 can be an independent device, also can be embedded among other electronic installations.For instance, signal supervisory instrument 130 can be receiver (dongle); Signal supervisory instrument 130 also can be embedded in 802.11 series radio base station (Access Point, AP) in.Signal supervisory instrument 130 is directed against whether unsoundness is looked after device 120 in the regional extent that is detected is sent initial requirement.When healthcare device 120 sent initial the requirement, signal supervisory instrument 130 began to receive the physiological state information that comes from healthcare device 120.Each signal supervisory instrument 130 of the present invention can be assigned the size of the regional extent that is detected respectively.
For instance, for devices such as blood-glucose meter or weighing scale, can not take big regional extent.Therefore signal supervisory instrument 130 can come healthcare device 120 is detected through modes such as Bluetooth transmission or near field wireless transmission.If healthcare device 120 is to be passometer, then signal supervisory instrument 130 can receive initial requirement or the physiological state information that healthcare device 120 is sent through the wireless network of 802.11 series.
High in the clouds server 140 is electrically connected at signal supervisory instrument 130.High in the clouds server 140 has processing unit 141, signal receiving unit 142, storage element 143 and man-machine interface 144.Signal supervisory instrument 130 is sent to high in the clouds server 140 with physiological state information.The kind of information that processing unit 141 is received through signal receiving unit 142, the kind of judgement healthcare device 120 why.Then, processing unit 141 writes storage element 143 with the physiological state information that is received and relevant information (for example: the kind of writing time, healthcare device 120 or produce manufacturer etc.).
Processing unit 141 translates to the display message that high in the clouds server 140 is provided with physiological state information.Processing unit 141 is when logining of obtaining that client 110 sent requires, and 141 of processing units call the display message of relative client 110 and respond and give this client 110.And physiological state information can be the webpage format (meaning is a man-machine interface 144 of the present invention) that translates to display message through development languages such as script (Script), PHP, ASP or JSP.
Below be that physiological state information with blood pressure is as explanation.Suppose that the user utilizes sphygmomanometer to measure systolic pressure and is 106mmHg, and diastolic pressure is 65mmHg.Healthcare device 120 gets off with being about to those data recordings, (for example: the measurement time) also can note down the relevant information that measured simultaneously.With array kenel (array type) expression of the result who is measured, wherein write down systolic pressure and diastolic pressure respectively at this at field 5 and field 6 with computerese:
data[]={44,1,72,49,1,77,76,106,65,80,181,187,180,32,0,0,0,0,0,0,0,216}
Next, healthcare device 120 is sent to high in the clouds server 140 with those data.The high in the clouds server can carry out translating of data layout through following fragment programs sign indicating number:
After high in the clouds server 140 was accomplished the commentaries on classics view, high in the clouds server 140 will be preserved those data.When the user logined high in the clouds server 140 through client 110, high in the clouds server 140 responded corresponding user's display message to client 110.Responding in the client 110, high in the clouds server 140 can be inserted the field of the middle correspondence position of display message according to aforementioned data of translating by pen.High in the clouds server 140 is classified according to the generation time of physiological state information and the kind of healthcare device 120, on client 110, shows sorted display message.
For clearly demonstrating the operation workflow of present embodiment, also please cooperate shown in Figure 2ly, it is this embodiment operation workflow figure of the present invention:
Step S210: healthcare device obtains user's physiological state information;
Step S220: healthcare device sends physiological state information to the high in the clouds server that comprises corresponding kind of information;
Step S230: the high in the clouds server is judged the kind of healthcare device according to kind of information;
Step S240: the high in the clouds server writes storage element with the physiological state information that is received;
Step S250: processing unit is logined requirement and through man-machine interface physiological state information is translated to corresponding display message according to what receive; And
Step S260: the high in the clouds server sends the display message that is produced to client.
At first, user's operational health is looked after device 120.Behind complete operation, healthcare device 120 can obtain user's corresponding physiological state information.Then, healthcare device 120 together is sent to high in the clouds server 140 with kind of information and physiological state information.
Said as preamble, high in the clouds server 140 can be judged the kind of healthcare device 120 according to kind of information.High in the clouds server 140 carries out respective classified according to the kind of healthcare device 120 with user's physiological state information.For instance, the thermometer produced of the weighing scale 1 produced through vendor A respectively in the very first time, second time and the 3rd time in regular turn of user, weighing scale 2 and the C of manufacturer that the B of manufacturer is produced measures.
When high in the clouds server 140 is received physiological state information in the very first time; High in the clouds server 140 can learn that the physiological state information that is received is the body weight value for the user according to the kind of information (for example be the aforementioned son of being given an example, the weighing scale kind of information is " 002 ") of weighing scale 1.High in the clouds server 140 is embedded in this physiological state information in the storage element 143.As user during in the second measuring time value body weight, weighing scale 2 can transmit high in the clouds server 140 with detected body weight value of second time.Obtain the body weight value owing to stored the very first time among the high in the clouds server 140, high in the clouds server 140 is recorded to it in storage element 143 according to the body weight value to different time points.
When high in the clouds server 140 received the physiological state information that thermometer sent, the high in the clouds server-side can learn that from kind of information physiological state information is the body temperature value for the user.Because the kind of information of thermometer is different with the kind of information of weighing scale, thus processing unit 141 with the body temperature value record in storage element 143 and be different from body weight value position.The present invention only need know the kind of information of healthcare device 120, and does not need further to note down the model of healthcare device 120.So, the model of the also new healthcare device 120 that can not need continue of high in the clouds server 140.
The user can send to high in the clouds server 140 through client 110 and login requirement; And processing unit 141 is logined requirement and through man-machine interface 144 physiological state information is translated to corresponding display message according to what receive; Please refer to shown in Figure 3, the picture of the display message that it is appeared through man-machine interface 144 for the present invention.Display message in Fig. 3 comprises user's information (for example: photo or last log in etc.), information paging and each item physiological state information (is as expression with body weight value, blood sugar, blood pressure and body temperature at Fig. 3) respectively.The physiological state information that stores before the user can watch from display message.
With respect to first kind of embodiment, the present invention can also carry out following variation to first kind of embodiment.Please refer to shown in Figure 4ly, it is the configuration diagram of second kind of embodiment of the present invention.The recording geometry 100 of second kind of embodiment comprises: client 110, healthcare device 120, with high in the clouds server 140.Client 110 is connected in high in the clouds server 140 through network.High in the clouds server 140 is electrically connected at healthcare device 120.The healthcare device 120 of present embodiment is through line unit 122 received physiological state information to be sent to high in the clouds server 140.
Please refer to shown in Figure 5ly, it is the configuration diagram of the third embodiment of the present invention.The recording geometry 100 of the third embodiment comprises: client 110, healthcare device 120, signal supervisory instrument 130, high in the clouds server 140 and far-end server 150.
Signal supervisory instrument 130 electrically connects respectively between healthcare device 120 and the high in the clouds server 140.The physiological state information of signal supervisory instrument 130 except can man-to-man reception healthcare device 120 being sent also can one-to-many platform healthcare device 120.In the present embodiment, high in the clouds server 140 also connects client 110 and far-end server 150 through network.Far-end server 150 is to be community website, website, zone of discussion or entry network site etc.Client 110 is logined the requirement except sending to high in the clouds server 140, and client 110 also can be sent information and shares requirement to sending far-end server 150 through high in the clouds server 140.Select arbitrary pen in can be from the high in the clouds server 140 stored physiological state information of user, and the physiological state information of being selected is sent the requirement of sharing this information to far-end server 150.When far-end server 150 receive information share requirement after, the processing that far-end server 150 is puted up the physiological state information that is received according to institute's display format uses that other users can be watched.
The example of brought forward literary composition, user A selection stored body temperature value of the 3rd time in stored three physiological state information (being respectively the very first time, second time and stored physiological state information of the 3rd time) from high in the clouds server 140.Suppose that far-end server 150 is to be facebook community website (also can be websites such as twitter or plurk), and user A had registered corresponding account number on far-end server 150.When the user shares requirement through high in the clouds server 140 to the information that far-end server 150 sends this handwriting temperature value, far-end server 150 posts up the physiological state information that is received on the message board of user A.Thus, other users can not need be connected to high in the clouds server 140, also can watch the physiological state information of user A from far-end server 150.
The present invention also can carry out following variation except the foregoing description, please refer to shown in Figure 6ly, and it is the configuration diagram of the 4th kind of embodiment of the present invention.The recording geometry 100 of the 4th embodiment comprises: client 110, signal supervisory instrument 130 and healthcare device 120.Signal supervisory instrument 130 is electrically connected at client 110 and healthcare device 120 respectively.Healthcare device 120 also comprises physiological status detecting unit 121 and line unit 122.Obtain user's physiological state information at physiological status detecting unit 121 after, line unit 122 be about to kind of information be packaged into physiological state information in.Line unit 122 sends initial requirement and gives signal supervisory instrument 130.After signal supervisory instrument 130 received initial requirement, signal supervisory instrument 130 was except being forwarded to client 110 with initial requirement, and signal supervisory instrument 130 also can begin to receive physiological state information.Because client 110 is not to be in operating state always, so signal supervisory instrument 130 can keep in the physiological state information that is received, and signal supervisory instrument 130 just is sent to client 110 with physiological state information in regular turn when client 110 operations.
Please refer to shown in Figure 7ly, it is the configuration diagram of the 5th kind of embodiment of the present invention.The recording geometry 100 of the 5th kind of embodiment comprises: client 110 and healthcare device 120.Among this embodiment, client 110 can be connected in healthcare device 120 with wireless or wired mode.In the present embodiment, physiological status detecting unit 121 will send physiological state information to client 110 through line unit 122 after obtaining user's physiological state information.Client 110 also can upload to high in the clouds server 140 or far-end server 150 with physiological state information except can directly writing down the physiological state information that is received.
High in the clouds server 140 proposed by the invention and recording geometry 100 thereof can be instant transmission user's physiological state information.And the kind of high in the clouds server 140 identification automatically healthcare device 120, and according to user's writing time different types of physiological state information being sorted.The user can be forwarded to far-end server 150 with physiological state information through the mode of sharing, and makes other users can follow the trail of the physiological status of uploading the user.Moreover the present invention need be to all healthcare devices 120 given corresponding models.The model of the healthcare device 120 that the present invention does not need to safeguard each tame manufacturer constantly and released.
Certainly; The present invention also can have other various embodiments; Under the situation that does not deviate from spirit of the present invention and essence thereof; Those of ordinary skill in the art work as can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection domain of the appended claim of the present invention.
Claims (15)
1. the recording geometry of user's physiological state information is integrated each user's a physiology status information, it is characterized in that this recording geometry comprises:
One client is sent one and is logined requirement or receive a display message;
At least one healthcare device; Have a physiology state detection unit and a line unit; Each this healthcare device stores a kind of information separately; This physiological state information of this physiological status detecting unit record user is sent this physiological state information that comprises this kind of information by this line unit; And
One high in the clouds server; Be electrically connected at those healthcare devices; This high in the clouds server has a processing unit, a signal receiving unit, a man-machine interface and a storage element; This signal receiving unit is judged the kind of this healthcare device according to this kind of information; This processing unit writes this storage element with this physiological state information that is received, and this processing unit is logined according to this that is received and required and apply mechanically this man-machine interface this physiological state information is translated to corresponding this display message, and this high in the clouds server sends the display message that is produced to this client.
2. the recording geometry of user's physiological state information according to claim 1 is characterized in that, comprises that also at least one signal supervisory instrument is electrically connected at this high in the clouds server and those healthcare devices.
3. the recording geometry of user's physiological state information according to claim 1 is characterized in that, this processing unit according to the type records of a generation time of this physiological state information and this healthcare device to this storage element.
4. the recording geometry of user's physiological state information according to claim 1 is characterized in that, this healthcare device is sphygmomanometer, weighing scale, thermometer, blood-glucose meter, sleep information recorder or passometer.
5. the recording geometry of user's physiological state information according to claim 1 is characterized in that, this physiological state information is blood pressure, body weight, body temperature, blood sugar, the length of one's sleep or the step number of walking.
6. the recording geometry of user's physiological state information according to claim 1; It is characterized in that; Also comprise a far-end server; Be electrically connected at this high in the clouds server, this client is shared requirement and this corresponding physiological state information through this high in the clouds server to this far-end server information of sending.
7. the recording geometry of user's physiological state information is collected user's a physiology status information, it is characterized in that this disposal system comprises:
One healthcare device; Have a physiology state detection unit and a line unit; This physiological state information of this physiological status detecting unit record user is sent this physiological state information that comprises mutually a kind of information that should healthcare device by this line unit;
At least one signal supervisory instrument is electrically connected at those healthcare devices, and whether this signal supervisory instrument sends an initial requirement in order to detect this healthcare device, after receiving this initial requirement, receives this physiological state information; And
One high in the clouds server; Be electrically connected at those signal supervisory instruments; This high in the clouds server has a processing unit, a signal receiving unit, a man-machine interface and a storage element; This signal supervisory instrument is sent to this high in the clouds server with this physiological state information; In order to judge the kind of this healthcare device, this processing unit writes this storage element with this physiological state information that is received to this processing unit through this kind of information that this signal receiving unit received, and this physiological state information is applied mechanically to this man-machine interface and produced this corresponding display message.
8. the recording geometry of user's physiological state information according to claim 7; It is characterized in that this signal supervisory instrument is through wireless network transmissions agreement, Bluetooth wireless transmission agreement, the agreement of ultra wideband wireless transmission, near field wireless transmission agreement, universal serial bus, grid line or live wire.
9. the recording geometry of user's physiological state information according to claim 7; It is characterized in that; Also comprise a far-end server; Be electrically connected at this high in the clouds server, this client is shared requirement and this corresponding physiological state information through this high in the clouds server to this far-end server information of sending.
10. the recording geometry of user's physiological state information is characterized in that, comprising:
One healthcare device; Have a physiology state detection unit and a line unit; This physiological state information of this physiological status detecting unit record user is sent this physiological state information that comprises mutually a kind of information that should healthcare device by this line unit; And
One client; In order to receive this physiological state information; This client also comprises a processing unit and a display unit, and this processing unit is judged the kind of this healthcare device according to this kind of information that is received, and on this display unit, shows this physiological state information.
11. the recording geometry of user's physiological state information according to claim 10; It is characterized in that; Also comprise a far-end server; Be electrically connected at this high in the clouds server, this client is shared requirement and this corresponding physiological state information through this high in the clouds server to this far-end server information of sending.
12. the high in the clouds server of the whole physiological state information of remittance in order to collect and to show a physiology status information that is received, is characterized in that this high in the clouds server comprises:
One signal receiving unit is shared requirement in order to receive this physiological state information, a display requirement or the information sent by a healthcare device;
One storage element is in order to store those physiological state information and a man-machine interface; And
One processing unit; It is electrically connected at this signal receiving unit and this storage element; This processing unit is applied mechanically corresponding this physiological state information to this man-machine interface and the corresponding display message of generation according to this display requirement, and this processing unit is shared requirement according to this information this display message is forwarded to a far-end server.
13. the high in the clouds server of the whole physiological state information of remittance according to claim 12 is characterized in that, comprises that also at least one signal supervisory instrument is electrically connected at this high in the clouds server and those healthcare devices.
14. the high in the clouds server of the whole physiological state information of remittance according to claim 13 is characterized in that, this signal supervisory instrument is wireless network transmissions agreement, Bluetooth wireless transmission agreement, the agreement of ultra wideband wireless transmission or the agreement of near field wireless transmission.
15. the high in the clouds server of the whole physiological state information of remittance according to claim 12; It is characterized in that; Also comprise this far-end server, be electrically connected at this high in the clouds server, this high in the clouds server is shared requirement according to this information and is sent this corresponding physiological state information to this far-end server.
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| Application Number | Priority Date | Filing Date | Title |
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| TW100118760A TW201247167A (en) | 2011-05-27 | 2011-05-27 | A cloud server and an observation system of the physiological status information compiled |
| TW100118760 | 2011-05-27 |
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| CN105184081A (en) * | 2015-09-09 | 2015-12-23 | 徐州工程学院 | Blood pressure measurement data access method |
| CN110660474A (en) * | 2018-06-28 | 2020-01-07 | 台湾受恩股份有限公司 | Remote nursing device and remote nursing method |
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| TW200910135A (en) * | 2007-08-30 | 2009-03-01 | Fego Prec Ind Co Ltd | System for integrating and managing health related information |
| CN101551662A (en) * | 2009-04-30 | 2009-10-07 | 曾锃 | Sensor network remote supervising method base on internet |
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| CN103393416A (en) * | 2013-08-23 | 2013-11-20 | 江苏惠通集团有限责任公司 | TV (television) system based physiological index monitoring system and method |
| CN105184081A (en) * | 2015-09-09 | 2015-12-23 | 徐州工程学院 | Blood pressure measurement data access method |
| CN105184081B (en) * | 2015-09-09 | 2018-06-05 | 徐州工程学院 | A kind of access method of blood-pressure measurement data |
| CN110660474A (en) * | 2018-06-28 | 2020-01-07 | 台湾受恩股份有限公司 | Remote nursing device and remote nursing method |
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| TW201247167A (en) | 2012-12-01 |
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