CN102670174A

CN102670174A - Biomedical device with function of short-range wireless transmission and application method thereof

Info

Publication number: CN102670174A
Application number: CN2011100568995A
Authority: CN
Inventors: 陈均裕; 杨佳文
Original assignee: JINGLEI TECHNOLOGY Co Ltd
Current assignee: JINGLEI TECHNOLOGY Co Ltd
Priority date: 2011-03-07
Filing date: 2011-03-07
Publication date: 2012-09-19

Abstract

The invention relates to a biomedical device with a function of short-range wireless transmission and an application method thereof. The biomedical device comprises a measuring unit, an environment sensing unit, a data conversion unit, a microcontroller unit, a storage unit, a smart card unit, a display unit and a near-field communication unit. The biomedical device is communicated with a handheld device through the near-field communication unit and is capable of transmitting a user's personal information and biomedical data corresponding to the same to the handheld device. Therefore, the biomedical device is available for multiple users, and false recording and determination of data can be avoided. In addition, the biomedical data can be uploaded to a cloud server through the handheld device, and historical data and personal biomedical-device optimal setting data can be downloaded from the cloud server through the handheld device.

Description

Have giving birth to doctor's device and manipulating method of near radio transfer function

Technical field

The present invention relates to a kind of doctor's of giving birth to device, particularly relate to a kind of giving birth to doctor's device and manipulating method of near radio transfer function that have.

Background technology

At present, the various doctor's devices of giving birth to are widely used in the human life, for example: blood glucose machine, weight machine, sphygomanometer, electrocardiograph, with the blood oxygen concentration measuring machine.See also Fig. 1; Be a kind of existing blood glucose machine of commonly using and the axonometric chart of a computer, as shown in Figure 1, user can insert an existing blood glucose machine 1 ' of commonly using with a test piece 2 '; And the reaction zone 21 ' that a blood is splashed into this test piece 2 ' afterwards; Blood glucose machine 1 ' promptly begins to calculate a blood glucose concentration value of this blood, and after calculating completion, shows this blood glucose concentration value going up of one of which screen 11 '.

Usually, this blood glucose machine 1 ' only can be shown in blood glucose concentration value on this screen 11 ', and user must use other electronic equipment, and for example, a computer writes down and follow the trail of the blood glucose concentration value of every day voluntarily.As shown in Figure 1, one connects cable 12 ' is set up on blood glucose machine 1 ', because this connection cable 12 ' has a USB connector 121 '; So can be connected to a USB jack 31 ' of a computer 3 ', then, through being installed on the application software in this computer 3 '; User can be uploaded to computer 3 ' with the blood glucose concentration value of every day, and in addition, user also can be through this application software automatically to carry out blood sugar concentration value trace every day; So; Through blood glucose machine 1 ' is connected use with computer 3 ', for user, can clearly write down and follow the trail of blood glucose concentration value every day.

Though use the person of being easy to use from line item and follow the trail of blood glucose concentration value every day through blood glucose machine 1 ' is connected with computer 3 '; Yet, for user, be still inconvenient from line item blood glucose concentration value every day.On the other hand, along with development of science and technology, the relatedness between 3C Product, biotechnology and the medical services also increases constantly; Wherein, Usually comprise image, the data base combines with cross-cutting technology such as networks, hence one can see that, for the demand of user; To give birth to doctor's device and network and data base and carry out information integratedly, press for.

In view of this; The TaiWan, China patent certificate is for I292311 number to disclose giving birth to of a kind of tool long distance transfer function to cure measuring equipment; Seeing also Fig. 2, is a kind of Organization Chart of giving birth to doctor's measuring equipment with long distance transfer function that the TaiWan, China patent certificate is disclosed for I292311 number.As shown in Figure 2, this doctor's measuring equipment 1a that gives birth to long distance transfer function comprises: a measurement unit 11a, a storage element 12a, a detecting unit 13a, a network service element 14a, a mail service unit 15a, a web service unit 16a, an IP selected cell 17a and a communication unit 18a.

For measuring equipment 1a was cured in the above-mentioned life that this has the long distance transfer function, this measurement unit 11a cured data all one's life in order to measure.This storage element 12a can store this life doctor data.This network service element 14a makes and should can will give birth to doctor's data upload to a far-end server through network by the medical treatment measuring equipment in order to the line service of world-wide web to be provided.This mail service unit 15a sends service in order to Email to be provided, and so, the mode that user can Email is given birth to doctor's data with it and sent to this far-end server.This web service unit 16a provide a web page interface service, makes the supervisor of far-end server, can be stored in the relevant information of giving birth to doctor's data of storage element 12a by this web page interface service-seeking.

Please consult Fig. 2 unceasingly; The give birth to doctor data whether scope of be above standard value of this detecting unit 13a in order to judge that user measured; Wherein, When giving birth to doctor's data value of being above standard, detecting unit 13a can send a warning message, and utilizes mail service unit 15a that this warning message is sent to far-end server.In addition, this communication unit 18a carries out communication in order to give birth to doctor's measuring equipment with other, and receives the various medical datas of other medical measuring equipment.

So; Via above-mentioned; Can learn the medical measuring equipment that the TaiWan, China patent certificate is disclosed for I292311 number with long distance transfer function; Its institute has considerable functional, except giving birth to the measurement of doctor's data, also can synchronously give birth to doctor's data upload to far-end server with what measure.Yet it still has following shortcoming with not enough:

1, this has the device that doctor's measuring equipment 1a uses for the individual of giving birth to of long distance transfer function; Usually; User is after measuring unit 11a completion individual's the measuring program of giving birth to doctor's data through this, and this medical treatment measuring equipment 1a promptly will give birth to doctor's data upload to this far-end server through this network service element 14a; Hence one can see that, should give birth to doctor's measuring equipment 1a in case second user uses, and certainly will cause the far-end server record to give birth to the mistake of doctor's data.

2, this life doctor measuring equipment 1a has network service element 14a, mail service unit 15a, web service unit 16a, IP selected cell 17a and communication unit 18a simultaneously; Make its production cost to reduce; And then make the product fetch long price of this life doctor measuring equipment 1a therefore.

In addition on the one hand; Because Smartphone is used widely; Therefore, how to make that giving birth to doctor's device can link up with Smartphone, and then through the Smartphone management user personal data living doctor data corresponding with it; And with those data upload to far-end server, become the subject under discussion of extensively being studied.In view of this; The inventor of this case is in order to make the single doctor's of giving birth to device can supply many people to use simultaneously; And data are cured in give birth to corresponding with it of Smartphone management user personal data capable of using, research and innovation with doing one's utmost; Finally, develop a kind of giving birth to doctor's device and manipulating method of near radio transfer function that have.

Summary of the invention

Main purpose of the present invention is; A kind of living doctor's device with near radio transfer function is provided; Wherein, be to link up with hand-hold device by a near-field communication unit to be connected, and store a user personal information living doctor data corresponding with it by a smart card unit; By this user personal information of identification, the many people of tolerable use the thing that record of data mistake and misinterpretation can not take place with curing device all one's life.

First purpose of the present invention is to provide a kind of doctor that gives birth to near radio transfer function

Another object of the present invention is to; A kind of living doctor's device with near radio transfer function is provided; Wherein, Be to link up with hand-hold device by a near-field communication unit to be connected; So that user can the communication module through this hand-held device be downloaded a historical data and the individualized doctor's of giving birth to device optimal setting data from a high in the clouds server, by the near radio transmission manner this historical data is given birth to doctor's device with should the individualized doctor's of giving birth to device optimal setting data being sent to again, can accomplish a basic parameter setting program according to these the individualized doctor's of giving birth to device optimal setting data so that give birth to doctor's device.

A purpose more of the present invention is; A kind of a kind of living doctor's device with near radio transfer function that provides is provided; Wherein, be to link up with hand-hold device by a near-field communication unit to be connected, to be sent to this hand-held device through this near-field communication unit living doctor's data and user personal information that user is individual; And then utilize hand-held device will give birth to doctor data and user information to be uploaded to a high in the clouds server, to make this high in the clouds server can immediately carry out a medical nurse program.

An also purpose of the present invention is; A kind of giving birth to the employed user identification of doctor's device, giving birth to the method that doctor's data measured, gave birth to doctor's data upload/downloads, give birth to doctor's data management, nurse with the far-end medical treatment of near radio transfer function that have is provided; Wherein, Can make this have a communication and the data exchange program of giving birth to completion of doctor's device and hand-hold device of near radio transfer function through this method; And will give birth to doctor data, user personal information, GPS information, temporal information, be uploaded to a high in the clouds server with ambient temperature/humidity information through a communication module of hand-held device, accomplish data interpretation and the instant medical nurse program of carrying out to utilize this high in the clouds server.

The object of the invention and solve its technical problem and adopt following technical scheme to realize.A kind of living doctor's device according to the present invention's proposition with near radio transfer function; It is linked up with the hand-hold device that has a near-field communication module and a smart card at least; Further to carry out exchanges data through the near radio transmission manner; This doctor's device of giving birth to near radio transfer function comprises: a measurement unit, give birth to doctor's signal in order to connect a determinand with a simulation that measures this determinand; One environment sensing cell when this measurement unit measuring is somebody's turn to do the living doctor of simulation signal, is detected a temperature/humidity parameter of external environment condition simultaneously; One Date Conversion Unit is coupled to and measures the unit and give birth to doctor's signal to receive simulation, and should simulate that to give birth to doctor's conversion of signals be the living signal of curing of a numeral; One micro-control unit; Be coupled to this environment sensing cell and this Date Conversion Unit; This micro-control unit receives simultaneously and should numeral give birth to doctor's signal and this temperature/humidity parameter, and arrangement numeral living doctor signal and temperature/humidity parameter, cures data all one's life further it is treated to; One memory element is coupled to this micro-control unit with as a Storage Media; One smart card unit is coupled to micro-control unit with as a Storage Media; One display unit is coupled to micro-control unit, and wherein, numerical value is cured in this display unit reception micro-control unit is exported give birth to doctor's data and show throughout one's life; And a near-field communication unit, be coupled to this smart card unit, and in order to access smart card unit, and this near-field communication unit will be stored in this near-field communication module that doctor's data are sent to this hand-held device of giving birth in the smart card unit through Wireless transmission mode; Wherein, When a user desire is connected in the measurement unit with determinand; Must be earlier with this near-field communication unit this near-field communication module near this hand-held device; Make the near-field communication module link up and be connected that so, optimal setting data and one ambient temperature/humidity information that the near-field communication module can will be stored in the interior user personal information of this smart card, a GPS information, a time information, a life doctor device are sent to the near-field communication unit with the near-field communication unit; Further, the near-field communication unit can be stored in the smart card unit to accomplish a user identification program and a parameter setting program with optimal setting data and this ambient temperature/humidity information of this user personal information, this GPS information, this temporal information, this life doctor device.

The object of the invention and solve its technical problem and also can adopt following technical measures further to realize.

Aforesaid living doctor's device with near radio transfer function; It also comprises: a power subsystem, in order to provide a power supply to this measure unit, this environment sensing cell, this Date Conversion Unit, this micro-control unit, this display unit, with this near-field communication unit.

Aforesaid living doctor's device with near radio transfer function; Wherein said smart card unit also comprises: one first microprocessing unit; Couple this micro-control unit and this near-field communication unit, to receive optimal setting data and this ambient temperature/humidity information of this life doctor data, this user personal information, this GPS information, this temporal information, this life doctor device; And one first little memory element; Be coupled to this first microprocessing unit; Wherein, After first microprocessing unit receives the optimal setting data and ambient temperature/humidity information of giving birth to doctor's data, user personal information, GPS information, temporal information, individual life doctor device, the data that it received are stored to this first little memory element.

Aforesaid living doctor's device with near radio transfer function, wherein said smart card also comprises: one second microprocessing unit is coupled to this near-field communication module; And one second little memory element; Be coupled to this second microprocessing unit; Wherein, this second little memory element of the second microprocessing unit access is cured optimal setting data and this ambient temperature/humidity information of device and is read with this user personal information, this GPS information, this temporal information, this life that will be stored in second little memory element; Simultaneously, second microprocessing unit is stored in second little memory element with this life doctor data that it received.

Aforesaid living doctor's device with near radio transfer function; Wherein when this near-field communication unit this user personal information is stored in this smart card unit and accomplish this user identification program and this parameter setting program after; This user can be connected to this measurement unit with this determinand, gives birth to doctor's signal with this simulation that measures determinand.

Aforesaid living doctor's device with near radio transfer function; Wherein when this near-field communication unit this user personal information is stored in this smart card unit and accomplish this user identification program and this parameter setting program after; Through this first microprocessing unit, the near-field communication unit can be sent to this near-field communication module with this life doctor data that are stored in this first little memory element.

Aforesaid living doctor's device with near radio transfer function; Wherein after this near-field communication module receives this life doctor data that transmitted this near-field communication unit; This second microprocessing unit can be stored in this second little memory element with giving birth to doctor's data; And will give birth to doctor data, this user personal information, this GPS information, this temporal information and this ambient temperature/humidity information through a communication module of this hand-held device and be uploaded to the high in the clouds server with at least one data base, to carry out a medical nurse program whenever and wherever possible through this high in the clouds server.

Aforesaid have a near radio transfer function give birth to doctor's device, wherein said measurement unit be following any: blood glucose test measuring equipment, BFM survey device, a blood pressure measurement device, with an electrocardiogram measuring equipment.

Aforesaid have a near radio transfer function give birth to doctor's device, wherein said determinand be following any: blood glucose test and human body.

Aforesaid have a near radio transfer function give birth to doctor's device, wherein said hand-held device be following any: Smartphone, PDA, handheld game device, digital frame, iPAD, notebook computer and panel computer.

The object of the invention and solve its technical problem and also adopt following technical scheme to realize.According to the present invention propose a kind of have the near radio transfer function give birth to the employed user identification of doctor's device, give birth to doctor's data measure, give birth to doctor's data upload/downloads, give birth to doctor's data management, with the method for far-end medical treatment nurse, it may further comprise the steps: (1) has giving birth to of near radio transfer function with one and cures device and have the hand-hold device of a near-field communication module and a smart card at least near one; (2) judge whether to begin to carry out a communication and the data exchange program of this life doctor's device and this hand-held device, if, execution in step (3) then, if not, execution in step (21) then; (3) giving birth to a near-field communication unit of curing device is connected with this near-field communication module communication of hand-held device; (4) download a user personal information, a GPS information, a time information and a life by a communication module of hand-held device from a high in the clouds server and cure the optimal setting data of device; (5) the optimal setting data with this user personal information, this GPS information, this temporal information and this life doctor device are stored to a smart card; (6) this this smart card of near-field communication module access; (7) the near-field communication module is sent to this near-field communication unit with the optimal setting data and the one ambient temperature/humidity information of user personal information, GPS information, temporal information, individual life doctor device; (8) the near-field communication unit is stored to a smart card unit with optimal setting data and this ambient temperature/humidity information of user personal information, GPS information, temporal information, individual life doctor device; (9) give birth to doctor's device according to user personal information and an optimal setting data of life doctor device to accomplish a parameter setting program; (10) judge whether through hand-held device from this high in the clouds server download a historical metric data of user, if, execution in step (11) then, if not, execution in step (12) then; (11) through this communication module from high in the clouds server download this history metric data of user; (12) judge whether to bring into use this life doctor device to give birth to doctor's signal with a simulation that measures a determinand, if, execution in step (13) then, if not, execution in step (19) then; (13) this determinand is connected to a measurement unit of giving birth to doctor's device; (14) doctor's signal is given birth in this this simulation that measures the unit measuring determinand, simultaneously, and a temperature/humidity parameter of environment sensing cell detecting external environment condition; (15) one Date Conversion Units receive simulation and give birth to doctor's signal, and are converted into the digital doctor's of giving birth to signal; (16) one micro-control units receive simultaneously and should numeral give birth to doctor's signal and this temperature/humidity parameter; (17) this micro-control unit arrangement numeral is given birth to doctor's signal and temperature/humidity parameter, and it is treated to cures data throughout one's life further; (18) micro-control unit should be given birth to doctor's data and was stored to this smart card unit; (19) judge whether the doctor's data of giving birth to that are stored in the smart card unit are sent to hand-held device, if, execution in step (20) then, if not, execution in step (25) then; (20) the near-field communication unit will be given birth to doctor's data and will be sent to the near-field communication module; (21) the near-field communication module will be given birth to doctor's data and will be stored to smart card; (22) judge whether life doctor data upload to high in the clouds server, if, execution in step (23) then, if not, execution in step (25) then; (23) will give birth to doctor's data, user personal information, GPS information, temporal information, be uploaded to this high in the clouds server through the communication module of hand-held device with ambient temperature/humidity information; (24) the instant medical nurse program of carrying out of high in the clouds server; (25) judge whether to finish to give birth to this communication and the data exchange program of doctor's device and hand-held device, if, execution in step (26) then, if not, repeated execution of steps (3) then; (26) doctor's signal is given birth in the simulation that judges whether to finish to use this life doctor device to measure this determinand, if, execution in step (27) then, if not, repeated execution of steps (13) then; And device is cured away from this hand-held device with this life with near radio transfer function in (27).

Aforesaid have the near radio transfer function give birth to the employed user identification of doctor's device, give birth to doctor's data measure, give birth to doctor's data upload/downloads, give birth to doctor's data management, with the method for far-end medical treatment nurse, wherein said step (5) also comprises: (51) one second microprocessing units receive the optimal setting data that this user personal information, this GPS information, this temporal information and this life are cured device; And the optimal setting data that (52) this second microprocessing unit is cured device with user personal information, GPS information, temporal information and individual life are stored in one second little memory element.

Aforesaid have the near radio transfer function give birth to the employed user identification of doctor's device, give birth to doctor's data measure, give birth to doctor's data upload/downloads, give birth to doctor's data management, with the method for far-end medical treatment nurse, wherein said step (6) also comprises: this user personal information, this GPS information, this temporal information and this life that (61) one second microprocessing units will be stored in one second little memory element are cured the optimal setting data of device; And the optimal setting data that (62) this second microprocessing unit is cured device with user personal information, GPS information, temporal information and individual life are sent to the near-field communication module.

Aforesaid have the near radio transfer function give birth to the employed user identification of doctor's device, give birth to doctor's data measure, give birth to doctor's data upload/downloads, give birth to doctor's data management, with the method for far-end medical treatment nurse, wherein said step (8) also comprises: (81) one first microprocessing units receive this user personal information, this GPS information, this temporal information, this life of being transmitted the near-field communication unit and cure optimal setting data and this ambient temperature/humidity information of device; And optimal setting data and ambient temperature/humidity information that (82) this first microprocessing unit is cured device with user personal information, GPS information, temporal information, individual life are stored to one first little memory element.

Aforesaid have the near radio transfer function give birth to the employed user identification of doctor's device, give birth to doctor's data measure, give birth to doctor's data upload/downloads, give birth to doctor's data management, with the method for far-end medical treatment nurse, wherein said step (18) also comprises: (181) one first microprocessing units receive this life that this micro-control unit transmitted and cure data; And (182) this first microprocessing unit will give birth to doctor data be stored to one first little memory element.

Aforesaid have the near radio transfer function give birth to the employed user identification of doctor's device, give birth to doctor's data measure, give birth to doctor's data upload/downloads, give birth to doctor's data management, with the method for far-end medical treatment nurse, wherein said step (21) also comprises: (211) one second microprocessing units receive this near-field communication module and are sent to this life and cure data; And (212) this second microprocessing unit will give birth to doctor data be stored to this second little memory element.

Aforesaid have giving birth to the employed user identification of doctor's device, giving birth to the method that doctor's data measured, gave birth to doctor's data upload/downloads, give birth to doctor's data management, nurse with the far-end medical treatment of near radio transfer function; Wherein said step (24) also comprises: (241) judge whether this life doctor data are correct; If; Execution in step (243) then, if not, execution in step (242) then; (242) proofread and correct living doctor's data; (243) judge whether to give birth to doctor's data and surpass a standard value, if, execution in step (244) then, if not, execution in step (246) then; (244) by a physical location of this GPS information location user; (245) notify a contiguous medical care unit, and make this medical care unit immediately to this physical location of user, to carry out instant rescue; And a data base of doctor's data, this user personal information, this GPS information, this temporal information, this ambient temperature/humidity information and this temperature/humidity reference record server in high in the clouds will be given birth in (246).

Aforesaid have the near radio transfer function give birth to the employed user identification of doctor's device, give birth to doctor's data measure, give birth to doctor's data upload/downloads, give birth to doctor's data management, with the method for far-end medical treatment nurse, wherein said measurement unit be following any: blood glucose test measuring equipment, BFM survey device, a blood pressure measurement device and an electrocardiogram measuring equipment.

Aforesaid have giving birth to the employed user identification of doctor's device, giving birth to the method that doctor's data measured, gave birth to doctor's data upload/downloads, give birth to doctor's data management, nurse with the far-end medical treatment of near radio transfer function, wherein said determinand be following any: blood glucose test and human body.

Aforesaid have giving birth to the employed user identification of doctor's device, giving birth to the method that doctor's data measured, gave birth to doctor's data upload/downloads, give birth to doctor's data management, nurse with the far-end medical treatment of near radio transfer function, wherein said hand-held device be following any: Smartphone, PDA, handheld game device, digital frame, iPAD, notebook computer and panel computer.

The present invention compared with prior art has tangible advantage and beneficial effect.By technique scheme, the present invention has living doctor's device of near radio transfer function and the method for manipulating has advantage and beneficial effect at least:

1, the present invention is integrated in a smart card unit and a near-field communication unit in living doctor's device, for example: the blood glucose machine, so; When the blood glucose machine measure and calculate determinand give birth to doctor's data after; This life doctor data can be stored in the smart card unit, and, can be sent to hand-hold device with giving birth to doctor's data through the near-field communication unit; For example: Smartphone; Will give birth to doctor data upload to high in the clouds server through this hand-held device, make the high in the clouds server can write down this life doctor data, and the user of uploading these data is carried out the medical treatment nurse of instantaneity simultaneously.

2, hold above-mentioned the 1st point; When giving birth to doctor's device and hand-held device near-field communication; Give birth to doctor's device can through hand-held device from high in the clouds server download user information and the individualized optimal setting data of curing device of giving birth to; So, give birth to doctor's device and can carry out a user identification program and a parameter setting program according to a user information and an optimal setting data of life doctor device.

3, hold above-mentioned the 2nd point,, give birth to the identity that doctor's device can be discerned present user by the mode of this user personal information of identification; And automatically carry out optimized parameter setting; So, make same living doctor's device to use, and the thing of record of data mistake and misinterpretation can not take place by many people; The device occupation mode is cured in giving birth to like this, is suitable clever and economy.

4, hold above-mentioned the 1st point, when giving birth to doctor's device with the hand-held device near-field communication, give birth to doctor's device can through hand-held device from high in the clouds server download individual historical metric data, with as the correlated usefulness of metric data.

5, the present invention more provides one to have giving birth to the employed user identification of doctor's device, giving birth to the method that doctor's data measured, gave birth to doctor's data upload/downloads, give birth to doctor's data management, nurse with the far-end medical treatment of near radio transfer function; This method can make this have a communication and the data exchange program of giving birth to completion of doctor's device and hand-hold device of near radio transfer function; And will give birth to doctor data, user personal information, GPS information, temporal information, be uploaded to a high in the clouds server with ambient temperature/humidity information through a communication module of hand-held device, accomplish data interpretation and the instant medical nurse program of carrying out to utilize this high in the clouds server.

6, present, everyone all has at least one hand-held device, for example: and Smartphone or panel computer, because Smartphone and panel computer all have the remote communication function; Therefore; The medical measuring equipment that is different from the tool long distance transfer function of existing located by prior art; The present invention designs that a framework is simple, cost economy give birth to doctor's device, and make that should give birth to doctor's device can link up with hand-held device and be connected, and then by hand-held device and the communication of high in the clouds server; The high in the clouds server makes the high in the clouds server to receive and gives birth to living doctor's data that doctor's device is uploaded, so that can provide user to nurse immediately according to living doctor's data that it received.

In sum; The present invention gives birth to doctor's device and comprises: a measurement unit, an environment sensing cell, a Date Conversion Unit, a micro-control unit, a memory element, a smart card unit, a display unit and a near-field communication unit; Wherein, through this near-field communication unit, make that should give birth to doctor's device can be connected with the hand-hold device communication; And can the doctor's data of giving birth to that a user personal information is corresponding with it be sent to hand-held device; So, same living doctor's device can supply many people to use, and the thing of record of data mistake and misinterpretation can not take place; Simultaneously,, give birth to doctor's data and more can be uploaded to a high in the clouds server, and can download a historical data and the individualized doctor's of giving birth to device optimal setting data from this high in the clouds server through hand-held device.The present invention has obvious improvement technically, and has tangible good effect, really is the new design of a novelty, progress, practicality.

Above-mentioned explanation only is the general introduction of technical scheme of the present invention; Understand technological means of the present invention in order can more to know; And can implement according to the content of description, and for let of the present invention above-mentioned with other purposes, feature and advantage can be more obviously understandable, below special act preferred embodiment; And conjunction with figs., specify as follows.

Description of drawings

Fig. 1 is a kind of existing blood glucose machine of commonly using and the axonometric chart of a computer.

Fig. 2 is the Organization Chart of the medical measuring equipment of a kind of tool long distance transfer function of being disclosed for I292311 number of TaiWan, China patent certificate.

Fig. 3 is a kind of square Organization Chart of giving birth to doctor's device with near radio transfer function of the present invention.

Fig. 4 is the axonometric chart of giving birth to doctor's device and having the hand-hold device of a near-field communication module and a smart card with near radio transfer function of the present invention.

Fig. 5 is the second square Organization Chart of giving birth to doctor's device with near radio transfer function of the present invention.

Fig. 6 is the second square Organization Chart of hand-held device.

Fig. 7 is the axonometric chart of one fat sphygomanometer and hand-held device.

Fig. 8 is the axonometric chart of an electrocardiogram meter and hand-held device.

Fig. 9 A to Fig. 9 F is a kind of giving birth to the employed user identification of doctor's device, giving birth to the method flow diagram of the method that doctor's data measured, gave birth to doctor's data upload/downloads, give birth to doctor's data management, nurse with the far-end medical treatment of near radio transfer function that have of the present invention.

Figure 10 is the method flow diagram of the detailed step of step (S05).

Figure 11 is the method flow diagram of the detailed step of step (S06).

Figure 12 is the method flow diagram of the detailed step of step (S08).

Figure 13 is the method flow diagram of the detailed step of step (S18).

Figure 14 is the method flow diagram of the detailed step of step (S21).Figure 15 A and Figure 15 B are the method flow diagrams of the detailed step of step (S24).

1: have giving birth to of near radio transfer function and cure device

1 ': the existing blood glucose machine of commonly using

1a: medical measuring equipment with long distance transfer function

11: measure unit 11 ': screen

11a: measure unit 12: the environment sensing cell

12 ': connect cable 12a: storage element

121 ': USB connector 13: Date Conversion Unit

13a: detecting unit 14: micro-control unit

14a: network service element 15: memory element

15a: mail service unit 16: smart card unit

16a: 161: the first microprocessing units in web service unit

162: the first little memory element 17: display unit

17a:IP selected cell 18: near-field communication unit

18a: communication unit 19: power subsystem

2: hand-held device 2 ': test piece

21: near-field communication module 21 ': reaction zone

22: 221: the second microprocessing units of smart card

222: the second little memory element 23: communication module

3: determinand 3 ': computer

31 ': the USB jack

S01～S03, S04～S09, S10～S14, S15～S21, S22～S25, S26～S27, S051～S052, S061～S062, S081～S082, S181～S182, S211～S212, S241～S243, S244～S246: method step

The specific embodiment

Reach technological means and the effect that predetermined goal of the invention is taked for further setting forth the present invention; Below in conjunction with accompanying drawing and preferred embodiment; Have giving birth to doctor's device and manipulating its specific embodiment of method, structure, characteristic and effect thereof of near radio transfer function to what propose according to the present invention, specify as after.

Cure device and manipulate method in order to describe a kind of life proposed by the invention in further detail, below will cooperate diagram to disclose technical characterictic of the present invention in detail with near radio transfer function.

Seeing also Fig. 3, is a kind of square Organization Chart of giving birth to doctor's device with near radio transfer function of the present invention.As shown in Figure 3; This have the near radio transfer function give birth to doctor's device 1 (call in the following text and give birth to doctor's device 1) can with have a near-field communication module (Near Field Communication; NFC) hand-hold device 2 of 21 and one smart card (smart card) 22 is linked up, further to carry out exchanges data through the near radio transmission manner; Usually; This life doctor device 1 can be a blood glucose machine, a body fat machine, a sphygomanometer, a blood oxygen concentration meter and an electrocardiogram machine; And, this hand-held device 2 can be a Smartphone, a PDA, a handheld game device, a digital frame, an iPAD, a notebook computer, with a panel computer; Yet; At this; Use this blood glucose machine as the main embodiment of giving birth to doctor's device 1 with near radio transfer function of the present invention; And, with this Smartphone as this hand-held device 2, wherein; This life doctor device 1 comprises: a measurement unit 11, an environment sensing cell 12, a Date Conversion Unit 13, a micro-control unit 14, a memory element 15, a smart card unit (smart card) 16, one display unit 17, a near-field communication unit (Near FieldCommunication, NFC) 18 and one power subsystem 19.Signal

This power subsystem 19 is in order to provide a power supply to this measurement unit 11, this environment sensing cell 12, this Date Conversion Unit 13, this micro-control unit 14, this display unit 17 and this near-field communication unit 18.This measurement unit 11 is given birth to doctor's signal in order to connect a determinand 3 with a simulation that measures this determinand 3, and wherein, this determinand 3 is a blood glucose test.And this environment sensing cell 12 can be detected a temperature/humidity parameter of external environment condition simultaneously when this measures the living doctor of unit 11 these simulations of measurement signal.This Date Conversion Unit 13 is coupled to and measures unit 11 and should simulation give birth to doctor's signal to receive, and will simulate that to give birth to doctor's conversion of signals be a digital living signal of curing.In addition; This micro-control unit 14 is coupled to environment sensing cell 12 and Date Conversion Unit 13; Wherein, Micro-control unit 14 can receive simultaneously and should numeral give birth to doctor's signal and this temperature/humidity parameter, and can put numeral in order and give birth to doctor's signal and temperature/humidity parameter, cures data all one's life further it is treated to.

Please continue to consult Fig. 3, this memory element 15 is coupled to this micro-control unit 14 simultaneously with this smart card unit 16, with the usefulness as a Storage Media.This display unit 17 is coupled to micro-control unit 14, and wherein, display unit 17 can receive micro-control unit 14 exported give birth to doctor's data and show and cure numerical value all one's life.This near-field communication unit 18 is coupled to this smart card unit 16 and in order to access smart card unit 16; Give birth in doctor's device 1 at this, near-field communication unit 18 can will be stored in this near-field communication module 21 that doctor's data are sent to this hand-held device 2 of giving birth in the smart card unit 16 through Wireless transmission mode.

Consulting Fig. 3 unceasingly, simultaneously, see also Fig. 4, is that device is cured in the life with near radio transfer function of the present invention and this has the axonometric chart of the hand-held device of near-field communication module and smart card.As shown in Figure 4, when the use of user desire should be given birth to doctor's device 1, must make this near-field communication unit 18 to connect this near-field communication module 21 earlier with giving birth to doctor's device 1 near this hand-held device 2 near also linking up; So, near-field communication module 21 can be sent to near-field communication unit 18 with the optimal setting data and the one ambient temperature/humidity information that are stored in a user personal information in this smart card 22, a GPS information, a time information, a life doctor device; Further; Near-field communication unit 18 can be stored in smart card unit 16 with optimal setting data and this ambient temperature/humidity information of this user personal information, this GPS information, this temporal information, this life doctor device; So; By the optimal setting data and the ambient temperature/humidity information of user personal information, individual life doctor device, give birth to doctor's device 1 and can accomplish a user identification program and a parameter setting program.And after this living doctor's device 1 was accomplished this user identification program and this parameter setting program, user can be connected to this measurement unit 11 with this determinand 3, gave birth to doctor's signal with this simulation that measures determinands 3 through measurement unit 11; Perhaps, can be sent to this near-field communication module 21 through the doctor's data of giving birth to that near-field communication unit 18 will be stored in the smart card unit 16, to be stored in this smart card 22 of hand-held device 2.

In addition, seeing also Fig. 5 and Fig. 6, is the second square Organization Chart of giving birth to doctor's device with near radio transfer function of the present invention, and the second square Organization Chart of hand-held device.As shown in Figure 5; Cure in the device 1 in the life with near radio transfer function of the present invention; This smart card unit 16 more comprises one first microprocessing unit 161 and one first little memory element 162; Wherein, this first microprocessing unit 161 couples this micro-control unit 14 and this near-field communication unit 18, and to receive optimal setting data and this ambient temperature/humidity information of this life doctor data, this user personal information, this GPS information, this temporal information, this life doctor device.This first little memory element 162 is coupled to first microprocessing unit 161; Wherein, After first microprocessing unit 161 receives the optimal setting data and ambient temperature/humidity information of giving birth to doctor's data, user personal information, GPS information, temporal information, individual life doctor device, all data that received are stored in first little memory element 162.

And as shown in Figure 6, this smart card 22 more comprises one second microprocessing unit 221 and one second little memory element 222; Wherein, This second microprocessing unit 221 is coupled to this near-field communication module 21, and this second little memory element 222 is coupled to second microprocessing unit 221.In this hand-held device 2; But this second microprocessing unit, 221 accesses, second little memory element 222; Optimal setting data and this ambient temperature/humidity information will be stored in this user personal information in the second little memory element 222, this GPS information, this temporal information, these life doctor device are read, and should give birth to and cure data and be stored in second little memory element 222.

Please consult Fig. 3 to Fig. 6 unceasingly, when user is connected to this measurement unit 11 with this determinand 3, and measures unit 11 and measure after this simulation on the determinands 3 gives birth to doctor's signal, simulation is given birth to doctor's signal and finally is treated to this lifes by this micro-control unit 14 and cures data.At this, what must specify is that through this micro-control unit 14, this life doctor data can be stored in this memory element 15; And,, give birth to doctor's data and also can be stored in this first little memory element 162 in this smart card unit 161 through this first microprocessing unit 161.And; After the storage of living doctor's data finished, further, user can directly be sent in this hand-held device 2 giving birth to doctor's data; Perhaps when use next time should be given birth to doctor's device 1, will give birth to doctor's data through this near-field communication unit 18 again and be sent in the hand-held device 2.

Moreover; In order to make user (patient) can receive the medical care of instantaneity; After this near-field communication module 21 of this hand-held device 2 receives the living doctor's data that transmitted near-field communication unit 18; Can will give birth to doctor's data through this second microprocessing unit 221 and be stored in this second little memory element 222, and will give birth to doctor's data, this user personal information, this GPS information, this temporal information, be uploaded to a high in the clouds server simultaneously with a data base with this ambient temperature/humidity information through a communication module 23 of hand-held device 2; Further, this high in the clouds server promptly can be with all data record in this data base, and differentiate give birth to doctor's data numerical value whether in the scope of a standard value, to confirm the present health status of user (patient).In case the high in the clouds server is found to the present health status of user (patient) via the numerical value of giving birth to doctor's data be doubt to some extent; So; The high in the clouds server can be circulated a notice of a contiguous medical care unit immediately; To make the arrangement personnel of this vicinity medical care unit this physical location, to carry out instant rescue to user.In addition, use this life doctor device 1 with before measuring its living doctor's data when the user desire, user can be downloaded it from this high in the clouds server through this hand-held device 2 and be recorded in data base's a historical data, with the usefulness as the metric data contrast.

In above-mentioned explanation; Be to be that embodiment explains the framework of giving birth to doctor's device with near radio transfer function of the present invention and functional with the blood glucose machine; Yet framework of the present invention can be applied on body fat machine, sphygomanometer, blood oxygen concentration meter and the electrocardiograph equally.See also Fig. 7; Be the axonometric chart of one fat sphygomanometer and hand-held device, as shown in Figure 7, the doctor's device 1 of giving birth to near radio transfer function of the present invention also can be one fat sphygomanometer; Wherein, This measurement unit 11 is two collars, and this two collar can enclose the left and right sides wrist of user respectively, to measure the one fat value and a pressure value of user; In addition, seeing also Fig. 8, is the front view of an electrocardiogram meter and hand-held device; As shown in Figure 8, the doctor's device 1 of giving birth to near radio transfer function also can be an electrocardiogram meter, wherein; This measurement unit 11 is two electrodes; User can be pushed right-hand man's forefinger on this two electrode respectively, and so, this electrocardiogram meter can measure an electrocardiogram of user.And; With above-mentioned with the blood glucose machine be embodiment have the near radio transfer function give birth to doctor's device 1 identical be; After this body fat sphygomanometer and this electrocardiogram metering survey and calculating this body fat value, this pressure value and this electrocardiogram of human body (that is, determinand), can those data be stored in this smart card unit 16; And, be sent to hand-held device 2 giving birth to doctor's device 1 when being connected with hand-held device 2 communications; So, can through this communication module 23 of hand-held device 2 those be given birth to doctor's data upload to this high in the clouds server further, to carry out data management through the high in the clouds server and to provide user to carry out instant medical treatment nurse.

So, via above-mentioned, all feasible frameworks of giving birth to doctor's device with near radio transfer function of the present invention and functionally intactly be illustrated and disclose; Then, a kind of have giving birth to the employed user identification of doctor's device, giving birth to doctor's data and measure, give birth to doctor's data upload, give birth to doctor's data management, will in following narration, be disclosed with the method for far-end medical treatment nurse of near radio transfer function.Seeing also Fig. 9 A to Fig. 9 E, is a kind of giving birth to the employed user identification of doctor's device, giving birth to the method flow diagram of the method that doctor's data measured, gave birth to doctor's data upload/downloads, give birth to doctor's data management, nurse with the far-end medical treatment of near radio transfer function that have of the present invention.Shown in Fig. 9 A to Fig. 9 E, have the near radio transfer function to give birth to the employed user identification of doctor's device, give birth to the method that doctor's data measured, gave birth to doctor's data upload/downloads, give birth to doctor's data management, nurse with the far-end medical treatment be may further comprise the steps:

At first, execution in step (S01), with one have the near radio transfer function the doctor's device 1 of giving birth to have the hand-hold device 2 of a near-field communication module 21 and a smart card 22 near one.After this living doctor's device 1 is near this hand-held device 2; This method flow is execution in step (S02) then; Judge whether to begin to carry out a communication and the data exchange program of this life doctor's device 1 and this hand-held device 2; If then execution in step (S03) is given birth to a near-field communication unit 18 of curing device 1 and is connected with a near-field communication module 21 communications of hand-held device 2; And method flow continues execution in step (S04), downloads the optimal setting data of a user personal information, a GPS information, a time information and a life doctor device from a high in the clouds server by a communication module 23 of hand-held device 2; Then, continue execution in step (S05), the optimal setting data of this user personal information, this GPS information, this temporal information and this life being cured device are stored to a smart card 22.

Behind the completing steps (S05), method flow then continues execution in step (S06),

This this smart card 22 of near-field communication module 21 accesses; Then, method flow is followed execution in step (S07), and near-field communication module 21 is sent to this near-field communication unit 18 with the optimal setting data and the one ambient temperature/humidity information of user personal information, GPS information, temporal information, individual life doctor device; Then, method flow then continues execution in step (S08), and near-field communication unit 18 is stored to a smart card unit 16 with optimal setting data and this ambient temperature/humidity information of user personal information, GPS information, temporal information, individual life doctor device.

After this step (S08) was accomplished, then, method flow continued execution in step (S09), give birth to doctor's device 1 according to user personal information and an optimal setting data of life doctor device to accomplish a parameter setting program; Then then continue execution in step (S10); Judge whether to download from this high in the clouds server a historical metric data of user through hand-held device; If; Then execution in step (S11) through this history metric data of this communication module 23 server download user from high in the clouds, and is followed execution in step (S12); And in the judgement formula of step (S10), if its judged result is " denying ", then direct execution in step (S12) judges whether to bring into use this life doctor device 1 to give birth to doctor's signal with a simulation that measures a determinand 3.

In the judgement formula of above-mentioned steps (S12), if its judged result is " being ", then execution in step (S13) is connected to this determinand 3 a measurement unit 11 of giving birth to doctor's device 1; Then, method flow continues execution in step (S14), and this measures the living doctor of this simulation signal that unit 11 measures determinand 3, simultaneously, and a temperature/humidity parameter of an environment sensing cell 12 detecting external environment conditions; Then, method flow continues execution in step (S15), and doctor's signal is given birth in a Date Conversion Unit 13 reception simulations, and is converted into the living doctor of numeral signal.Give birth to doctor's signal when simulation and be converted into after this numeral gives birth to doctor's signal, method flow is followed execution in step (S16), and a micro-control unit 14 receives should numeral to give birth to simultaneously cures signal and this temperature/humidity parameter.

Completing steps (S16) afterwards, method flow then continues execution in step (S17), 14 arrangements of this micro-control unit should numeral be given birth to doctor's signal and this temperature/humidity parameter, and it were treated to cure data throughout one's life further; Then, method flow is execution in step (S18) then, and micro-control unit 14 should be given birth to doctor's data and is stored to this smart card unit 16; Then, method flow execution in step (S19) judges whether the doctor's data of giving birth to that are stored in the smart card unit 16 are sent to this hand-held device 2, if, execution in step (S20) then, this near-field communication unit 18 will be given birth to doctor's data and will be sent to this near-field communication module 21.When near-field communication module 21 receive give birth to doctor's data after, method flow is execution in step (S21) unceasingly then, near-field communication module 21 will be given birth to doctor's data and will be stored to smart card 22.

Completion should be given birth to doctor's data and was stored to after this smart card 22; Unceasingly; Method flow execution in step (S22) judges whether life is cured data upload to this high in the clouds server, if; Then execution in step (S23) should be given birth to doctor's data, this user personal information, this GPS information, this temporal information, be uploaded to this high in the clouds server with this ambient temperature/humidity information through this communication module 23 of this hand-held device 2; Then, continue execution in step (S24), the instant medical nurse program of carrying out of this high in the clouds server; Then, this method flow then continues execution in step (S25), judges whether to finish to give birth to this communication and the data exchange program of doctor's device 1 and hand-held device 2; If; Then execution in step (S26) judges whether to finish to use the simulation of giving birth to doctor's device 1 this determinand 3 of measurement to give birth to doctor's signal, if; Then execution in step (S27) has giving birth to of near radio transfer function with this and cures device 1 away from this hand-held device 2.

In addition; Above-mentioned have the near radio transfer function give birth to the employed user identification of doctor's device, give birth to doctor's data measure, give birth to doctor's data upload, give birth to doctor's data management, with the method for far-end medical treatment nurse in; When the judged result of step (S02) is " denying ", method flow execution in step (S26) then; And; When the judged result of step (S12) is " denying "; Represent that then user need not use this life doctor device 1 to measure the living doctor of the simulation signal of this determinand 3; At this moment, method flow is execution in step (S19) then, is sent in this hand-held device 2 to inquire the doctor's data of giving birth to whether the user desire will be stored in this smart card unit 16.In addition, when the judged result of step (S19) and step (S22) is " denying ", execution in step (S25) then; And, when the judged result of step (S25) is " denying ", repeated execution of steps (S03) then; At last, when the judged result of step (S26) is " denying ", repeated execution of steps (S13) then.

In addition; Of the present invention have the near radio transfer function give birth to the employed user identification of doctor's device, give birth to doctor's data measure, give birth to doctor's data upload/downloads, give birth to doctor's data management, with the method for far-end medical treatment nurse in, this step (S05), this step (S06), this step (S08), this step (S18), this step (S21), and this step (S24) all have at least two detailed steps.See also Figure 10; The method flow diagram of the detailed step of step (S05); Shown in figure 10; This step (S05) comprises two detailed steps: step (S051), one second microprocessing unit 221 receive the optimal setting data of this user personal information, this GPS information, this temporal information and this life doctor device; And step (S052), this second microprocessing unit 221 is stored in one second little memory element 222 with the optimal setting data of user personal information, GPS information, temporal information and individual life doctor device.

And; See also Figure 11; It is the method flow diagram of the detailed step of step (S06); Shown in figure 11, this step (S06) comprises two detailed steps equally: step (S061), this second microprocessing unit 221 will be stored in the optimal setting data of this user personal information, this GPS information, this temporal information and this life doctor device in this second little memory element 222 and read; And step (S062), second microprocessing unit 221 is sent to near-field communication module 21 with the optimal setting data of user personal information, GPS information, temporal information and individual life doctor device.

And; See also Figure 12; It is the method flow diagram of the detailed step of step (S08); Shown in figure 12, this step (S08) comprises two detailed steps equally: step (S081), and optimal setting data and this ambient temperature/humidity information of this user personal information that one first microprocessing unit, 161 reception near-field communication unit 18 are transmitted, this GPS information, this temporal information, this life doctor device are read; And step (S082), this first microprocessing unit 161 is stored to one first little memory element 162 with the optimal setting data and the ambient temperature/humidity information of user personal information, GPS information, temporal information, individual life doctor device.

Moreover; See also Figure 13, be the method flow diagram of the detailed step of step (S18), shown in figure 13; This step (S18) comprises two detailed steps equally: step (S181), this first microprocessing unit 161 receive this life doctor data that this micro-control unit 14 is transmitted; And step (S182), first microprocessing unit 161 will be given birth to doctor's data and will be stored to this first little memory element 162.

Please consult Figure 14 again; It is the method flow diagram of the detailed step of step (S21); Shown in figure 14, this step (S21) comprises two detailed steps equally: step (S211), this second microprocessing unit 221 receive 21 of this near-field communication modules and are sent to this life doctor data; And step (S212), this second microprocessing unit 221 will be given birth to doctor's data and will be stored to this second little memory element 222.

And; Of the present invention have the near radio transfer function give birth to the employed user identification of doctor's device, give birth to doctor's data measure, give birth to doctor's data upload, give birth to doctor's data management, with the method for far-end medical treatment nurse in; This step (S24) is carried out the step that program is nursed in this medical treatment immediately for the high in the clouds server, and therefore, it has comparatively complicated detailed step; Seeing also Figure 15 A and Figure 15 B, is the method flow diagram of the detailed step of step (S24).Shown in Figure 15 A and 15B figure, step (S24) comprises following detailed step:

At first, execution in step (S241) is by judging whether should give birth to doctor's data correct, if then execution in step (S243) judges whether to give birth to doctor's data and surpasses a standard value, if execution in step (S244) then is by a physical location of this GPS information location user; Then, steps flow chart execution in step (S245) is notified a contiguous medical care unit, and makes this medical care unit immediately to this physical location of user, to carry out instant rescue; Then, steps flow chart execution in step (S246), with this give birth to doctor's data, this user personal information, this GPS information, this temporal information, this ambient temperature/humidity information, with a data base of this temperature/humidity reference record server in high in the clouds.In addition, when the judged result of step (S241) is " denying ", then execution in step (S242) is proofreaied and correct and is given birth to doctor's data, and carries out subsequent step unceasingly; And, when the judged result of step (S243) is " denying ", the direct execution in step of steps flow chart (S246) then.

So, via above-mentioned, a kind of giving birth to doctor's device and manipulating method of near radio transfer function that have of the present invention, complete and clearly be exposed in the embodiment, and, via relevant description, can learn that the present invention has following advantage:

The above only is preferred embodiment of the present invention, is not the present invention is done any pro forma restriction; Though the present invention discloses as above with preferred embodiment; Yet be not in order to limiting the present invention, anyly be familiar with the professional and technical personnel, in not breaking away from technical scheme scope of the present invention; When the technology contents of above-mentioned announcement capable of using is made a little change or is modified to the equivalent embodiment of equivalent variations; In every case be the content that does not break away from technical scheme of the present invention, to any simple modification, equivalent variations and modification that above embodiment did, all still belong in the scope of technical scheme of the present invention according to technical spirit of the present invention.

Claims

1. device is cured in the life with near radio transfer function; It is characterized in that itself and the hand-hold device communication that has a near-field communication module and a smart card at least; Further to carry out exchanges data through the near radio transmission manner, this doctor's device of giving birth to near radio transfer function comprises:

One measurement unit is given birth to doctor's signal in order to connect a determinand with a simulation that measures this determinand;

One environment sensing cell when this measurement unit measuring is somebody's turn to do the living doctor of simulation signal, is detected a temperature/humidity parameter of external environment condition simultaneously;

One Date Conversion Unit is coupled to and measures the unit and give birth to doctor's signal to receive simulation, and should simulate that to give birth to doctor's conversion of signals be the living signal of curing of a numeral;

One micro-control unit; Be coupled to this environment sensing cell and this Date Conversion Unit; This micro-control unit receives simultaneously and should numeral give birth to doctor's signal and this temperature/humidity parameter, and arrangement numeral living doctor signal and temperature/humidity parameter, cures data all one's life further it is treated to;

One memory element is coupled to this micro-control unit with as a Storage Media;

One smart card unit is coupled to micro-control unit with as a Storage Media;

One display unit is coupled to micro-control unit, and wherein, numerical value is cured in this display unit reception micro-control unit is exported give birth to doctor's data and show throughout one's life; And

One near-field communication unit is coupled to this smart card unit, and in order to access smart card unit, and this near-field communication unit will be stored in this near-field communication module that doctor's data are sent to this hand-held device of giving birth in the smart card unit through Wireless transmission mode;

Wherein, When a user desire is connected in the measurement unit with determinand; Must be earlier with this near-field communication unit this near-field communication module near this hand-held device; Make the near-field communication module link up and be connected that so, optimal setting data and one ambient temperature/humidity information that the near-field communication module can will be stored in the interior user personal information of this smart card, a GPS information, a time information, a life doctor device are sent to the near-field communication unit with the near-field communication unit; Further, the near-field communication unit can be stored in the smart card unit to accomplish a user identification program and a parameter setting program with optimal setting data and this ambient temperature/humidity information of this user personal information, this GPS information, this temporal information, this life doctor device.

2. the living doctor's device with near radio transfer function according to claim 1; It is characterized in that it also comprises: a power subsystem, in order to provide a power supply to this measure unit, this environment sensing cell, this Date Conversion Unit, this micro-control unit, this display unit, with this near-field communication unit.

3. the living doctor's device with near radio transfer function according to claim 1 is characterized in that wherein said smart card unit also comprises:

One first microprocessing unit; Couple this micro-control unit and this near-field communication unit, to receive optimal setting data and this ambient temperature/humidity information of this life doctor data, this user personal information, this GPS information, this temporal information, this life doctor device; And

One first little memory element; Be coupled to this first microprocessing unit; Wherein, After first microprocessing unit receives the optimal setting data and ambient temperature/humidity information of giving birth to doctor's data, user personal information, GPS information, temporal information, individual life doctor device, the data that it received are stored to this first little memory element.

4. the living doctor's device with near radio transfer function according to claim 1 is characterized in that wherein said smart card also comprises:

One second microprocessing unit is coupled to this near-field communication module; And

One second little memory element; Be coupled to this second microprocessing unit; Wherein, this second little memory element of the second microprocessing unit access is cured optimal setting data and this ambient temperature/humidity information of device and is read with this user personal information, this GPS information, this temporal information, this life that will be stored in second little memory element; Simultaneously, second microprocessing unit is stored in second little memory element with this life doctor data that it received.

5. the living doctor's device with near radio transfer function according to claim 1; It is characterized in that wherein when this near-field communication unit this user personal information is stored in this smart card unit and accomplish this user identification program and this parameter setting program after; This user can be connected to this measurement unit with this determinand, gives birth to doctor's signal with this simulation that measures determinand.

6. the living doctor's device with near radio transfer function according to claim 3; It is characterized in that wherein when this near-field communication unit this user personal information is stored in this smart card unit and accomplish this user identification program and this parameter setting program after; Through this first microprocessing unit, the near-field communication unit can be sent to this near-field communication module with this life doctor data that are stored in this first little memory element.

7. the living doctor's device with near radio transfer function according to claim 1; It is characterized in that wherein after this near-field communication module receives this life doctor data that transmitted this near-field communication unit; This second microprocessing unit can be stored in this second little memory element with giving birth to doctor's data; And will give birth to doctor data, this user personal information, this GPS information, this temporal information and this ambient temperature/humidity information through a communication module of this hand-held device and be uploaded to the high in the clouds server with at least one data base, to carry out a medical nurse program whenever and wherever possible through this high in the clouds server.

8. according to claim 1 have a near radio transfer function give birth to doctor's device, it is characterized in that wherein said measurement unit be following any: blood glucose test measuring equipment, BFM survey device, a blood pressure measurement device, with an electrocardiogram measuring equipment.

9. according to claim 8 have a near radio transfer function give birth to doctor's device, it is characterized in that wherein said determinand be following any: blood glucose test and human body.

10. according to claim 1 have a near radio transfer function give birth to doctor's device, it is characterized in that wherein said hand-held device be following any: Smartphone, PDA, handheld game device, digital frame, iPAD, notebook computer and panel computer.

11. one kind have the near radio transfer function give birth to the employed user identification of doctor's device, give birth to doctor's data measure, give birth to doctor's data upload/downloads, give birth to doctor's data management, with the method that the far-end medical treatment is nursed, it is characterized in that it may further comprise the steps:

(1) with one have the near radio transfer function the doctor's device of giving birth to have the hand-hold device of a near-field communication module and a smart card at least near one;

(2) judge whether to begin to carry out a communication and the data exchange program of this life doctor's device and this hand-held device, if, execution in step (3) then, if not, execution in step (21) then;

(3) giving birth to a near-field communication unit of curing device is connected with this near-field communication module communication of hand-held device;

(4) download a user personal information, a GPS information, a time information and a life by a communication module of hand-held device from a high in the clouds server and cure the optimal setting data of device;

(5) the optimal setting data with this user personal information, this GPS information, this temporal information and this life doctor device are stored to a smart card;

(6) this this smart card of near-field communication module access;

(7) the near-field communication module is sent to this near-field communication unit with the optimal setting data and the one ambient temperature/humidity information of user personal information, GPS information, temporal information, individual life doctor device;

(8) the near-field communication unit is stored to a smart card unit with optimal setting data and this ambient temperature/humidity information of user personal information, GPS information, temporal information, individual life doctor device;

(9) give birth to doctor's device according to user personal information and an optimal setting data of life doctor device to accomplish a parameter setting program;

(10) judge whether through hand-held device from this high in the clouds server download a historical metric data of user, if, execution in step (11) then, if not, execution in step (12) then;

(11) through this communication module from high in the clouds server download this history metric data of user;

(12) judge whether to bring into use this life doctor device to give birth to doctor's signal with a simulation that measures a determinand, if, execution in step (13) then, if not, execution in step (19) then;

(13) this determinand is connected to a measurement unit of giving birth to doctor's device;

(14) doctor's signal is given birth in this this simulation that measures the unit measuring determinand, simultaneously, and a temperature/humidity parameter of environment sensing cell detecting external environment condition;

(15) one Date Conversion Units receive simulation and give birth to doctor's signal, and are converted into the digital doctor's of giving birth to signal;

(16) one micro-control units receive simultaneously and should numeral give birth to doctor's signal and this temperature/humidity parameter;

(17) this micro-control unit arrangement numeral is given birth to doctor's signal and temperature/humidity parameter, and it is treated to cures data throughout one's life further;

(18) micro-control unit should be given birth to doctor's data and was stored to this smart card unit;

(19) judge whether the doctor's data of giving birth to that are stored in the smart card unit are sent to hand-held device, if, execution in step (20) then, if not, execution in step (25) then;

(20) the near-field communication unit will be given birth to doctor's data and will be sent to the near-field communication module;

(21) the near-field communication module will be given birth to doctor's data and will be stored to smart card;

(22) judge whether life doctor data upload to high in the clouds server, if, execution in step (23) then, if not, execution in step (25) then;

(23) will give birth to doctor's data, user personal information, GPS information, temporal information, be uploaded to this high in the clouds server through the communication module of hand-held device with ambient temperature/humidity information;

(24) the instant medical nurse program of carrying out of high in the clouds server;

(25) judge whether to finish to give birth to this communication and the data exchange program of doctor's device and hand-held device, if, execution in step (26) then, if not, repeated execution of steps (3) then;

(26) doctor's signal is given birth in the simulation that judges whether to finish to use this life doctor device to measure this determinand, if, execution in step (27) then, if not, repeated execution of steps (13) then; And

(27) this is had giving birth to of near radio transfer function and cure device away from this hand-held device.

12. according to claim 11 have the near radio transfer function give birth to the employed user identification of doctor's device, give birth to doctor's data measure, give birth to doctor's data upload/downloads, give birth to doctor's data management, with the method that the far-end medical treatment is nursed, it is characterized in that wherein said step (5) also comprises:

(51) one second microprocessing units receive the optimal setting data of this user personal information, this GPS information, this temporal information and this life doctor device; And

(52) this second microprocessing unit is stored in one second little memory element with the optimal setting data of user personal information, GPS information, temporal information and individual life doctor device.

13. according to claim 11 have the near radio transfer function give birth to the employed user identification of doctor's device, give birth to doctor's data measure, give birth to doctor's data upload/downloads, give birth to doctor's data management, with the method that the far-end medical treatment is nursed, it is characterized in that wherein said step (6) also comprises:

(61) one second microprocessing units will be stored in the optimal setting data of this user personal information, this GPS information, this temporal information and this life doctor device in one second little memory element; And

(62) this second microprocessing unit is sent to the near-field communication module with the optimal setting data of user personal information, GPS information, temporal information and individual life doctor device.

14. according to claim 11 have the near radio transfer function give birth to the employed user identification of doctor's device, give birth to doctor's data measure, give birth to doctor's data upload/downloads, give birth to doctor's data management, with the method that the far-end medical treatment is nursed, it is characterized in that wherein said step (8) also comprises:

(81) one first microprocessing units receive this user personal information, this GPS information, this temporal information, this life of being transmitted the near-field communication unit and cure optimal setting data and this ambient temperature/humidity information of device; And

(82) this first microprocessing unit is stored to one first little memory element with the optimal setting data and the ambient temperature/humidity information of user personal information, GPS information, temporal information, individual life doctor device.

15. according to claim 11 have the near radio transfer function give birth to the employed user identification of doctor's device, give birth to doctor's data measure, give birth to doctor's data upload/downloads, give birth to doctor's data management, with the method that the far-end medical treatment is nursed, it is characterized in that wherein said step (18) also comprises:

(181) one first microprocessing units receive this life doctor data that this micro-control unit transmitted; And

(182) this first microprocessing unit will be given birth to doctor's data and will be stored to one first little memory element.

16. according to claim 11 have the near radio transfer function give birth to the employed user identification of doctor's device, give birth to doctor's data measure, give birth to doctor's data upload/downloads, give birth to doctor's data management, with the method that the far-end medical treatment is nursed, it is characterized in that wherein said step (21) also comprises:

(211) one second microprocessing units receive this near-field communication module and are sent to this life doctor data; And

(212) this second microprocessing unit will be given birth to doctor's data and will be stored to this second little memory element.

17. according to claim 11 have the near radio transfer function give birth to the employed user identification of doctor's device, give birth to doctor's data measure, give birth to doctor's data upload/downloads, give birth to doctor's data management, with the method that the far-end medical treatment is nursed, it is characterized in that wherein said step (24) also comprises:

(241) judge whether should give birth to doctor's data correct, if, execution in step (243) then, if not, execution in step (242) then;

(242) proofread and correct living doctor's data;

(243) judge whether to give birth to doctor's data and surpass a standard value, if, execution in step (244) then, if not, execution in step (246) then;

(244) by a physical location of this GPS information location user;

(245) notify a contiguous medical care unit, and make this medical care unit immediately to this physical location of user, to carry out instant rescue; And

(246) will give birth to a data base who cures data, this user personal information, this GPS information, this temporal information, this ambient temperature/humidity information and this temperature/humidity reference record server in high in the clouds.

18. according to claim 11 have the near radio transfer function give birth to the employed user identification of doctor's device, give birth to doctor's data measure, give birth to doctor's data upload/downloads, give birth to doctor's data management, with the method for far-end medical treatment nurse, it is characterized in that wherein said measurement unit be following any: blood glucose test measuring equipment, BFM survey device, a blood pressure measurement device and an electrocardiogram measuring equipment.

19. according to claim 11 have the near radio transfer function give birth to the employed user identification of doctor's device, give birth to doctor's data measure, give birth to doctor's data upload/downloads, give birth to doctor's data management, with the method that the far-end medical treatment is nursed, it is characterized in that wherein said determinand be following any: blood glucose test and human body.

20. according to claim 11 have the near radio transfer function give birth to the employed user identification of doctor's device, give birth to doctor's data measure, give birth to doctor's data upload/downloads, give birth to doctor's data management, with the method that the far-end medical treatment is nursed, it is characterized in that wherein said hand-held device be following any: Smartphone, PDA, handheld game device, digital frame, iPAD, notebook computer and panel computer.