CN102457788B - Biomedical device capable of transmitting data by using earphone microphone plug and method thereof - Google Patents
Biomedical device capable of transmitting data by using earphone microphone plug and method thereof Download PDFInfo
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- CN102457788B CN102457788B CN201010518774.5A CN201010518774A CN102457788B CN 102457788 B CN102457788 B CN 102457788B CN 201010518774 A CN201010518774 A CN 201010518774A CN 102457788 B CN102457788 B CN 102457788B
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Abstract
The invention relates to a biomedical device capable of transmitting data by using an earphone microphone plug and a method thereof. The biomedical device comprises a measurement unit, a microcontrol unit, the earphone microphone plug, a switch unit, a positioning migration unit, an amplification unit and a power source management unit. The earphone microphone plug is plugged in an earphone microphone jack, so that the biomedical device can carry out data transmission with a portable electronic device without passing through a transmission format certification program prescribed by a manufacturer in advance. Furthermore, through the method that biomedical data are transmitted to the portable electronic device by using the earphone microphone plug, a user can input the biomedical data into the portable electronic device so as to record and track daily biomedical data by using the portable electronic device; and meanwhile, the biomedical data measured every day can be uploaded to a cloud database through the portable electronic device for long-distance medical management.
Description
Technical field
The present invention relates to a kind of raw doctor's device, particularly relate to a kind of raw doctor and can utilize an earphone microphone plug to be connected in an ear microphone jack, and be able to carry out with a portable electronic devices raw doctor's device of transfer of data and information integration.
Background technology
At present, various raw doctor's devices are widely used in human lives, for example: blood sugar machine, weight machine, sphygmomanometer, electrocardiograph, with blood oxygen concentration measuring machine.Refer to Fig. 1, it is a kind of existing stereogram of commonly using blood sugar machine, as shown in Figure 1, user can insert an existing blood sugar machine 1 ' of commonly using by a test piece 2 ', after a blood splashes into a reaction zone 21 ' of this test piece 2 ', blood sugar machine 1 ' starts to calculate a blood glucose concentration value of this blood, and after calculating completes, shows this blood glucose concentration value on one screen 11 '.
Conventionally, blood sugar machine 1 ' as shown in Figure 1, it only can be shown in blood glucose concentration value on this screen 11 ', user must use other electronic equipment, for example, and a computer, record voluntarily and follow the trail of the blood glucose concentration value of every day, but, for user, be suitable inconvenience from line item blood glucose concentration value every day.On the other hand, along with scientific and technological development, relevance between 3C Product, biotechnology and medical information increases constantly, wherein, conventionally comprise image, the database technology cross-cutting with network etc. is combined, hence one can see that, for user, life is cured to device and 3C Product and carried out information integration, in the urgent need to.
Therefore, the relevant manufacturer of the raw doctor of manufacture device proposes to carry out with computer the blood sugar machine of transfer of data.Refer to Fig. 2, it is the schematic diagram that blood sugar machine and computer carry out transfer of data, as shown in Figure 2, one connects cable 12 ' is set up on blood sugar machine 1 ', because this connection cable 12 ' has a USB connector 121 ', therefore can be connected to a USB jack 31 ' of a computer 3 ', then, by being installed on the application software in this computer 3 ', user can be uploaded to computer 3 ' by the blood glucose concentration value of every day, in addition, user also can be by this application software automatically to carry out blood sugar concentration value trace every day, so, by blood sugar machine 1 ' is linked and is used with computer 3 ', for user, can clearly record and follow the trail of blood glucose concentration value every day.
Among above-mentioned blood sugar machine 1 ', though it can carry out transfer of data and information integration with this computer 3 ' by this connection cable 12 ', but, for old user, still there is a problem, that is, no matter be desktop computer or notebook computer, old user all cannot carry computer; Therefore, for head it off, the more feasible practice, can be used in conjunction with popular at present Carry-on multimedia device blood sugar machine, and for example, a Smartphone, carries out transfer of data and information integration.Please refer to Fig. 3, that blood sugar machine and Smartphone carry out transfer of data schematic diagram, as shown in Figure 3, similarly, blood sugar machine 1 ' is to be connected in this Smartphone 4 ' by connecting cable 12 ', but, different is, not this USB connector 121 ' that the terminal of this connection cable 12 ' has, but, one specific connector 122 ' of a transfer of data jack 41 ' that can connect intelligence type mobile phone 4 ', so, by being installed on this application software in Smartphone 4 ', user can be uploaded to Smartphone 4 ' by the blood glucose concentration value of every day, and, because Smartphone is quite frivolous, so for old user, carry Smartphone and can't cause its burden.
But, owing to thering is the Smartphone of multiple label on market, wherein, the transfer of data jack with different-format between the Smartphone of different label; So, once user buys a new Smartphone, but the label of this new Smartphone is different from the old mobile phone that user uses originally, and blood sugar machine cannot use with a connector and new Smartphone and provide transmission.In addition, be not buy again one group can be corresponding to the connector cable of new Smartphone, can make blood sugar machine and this new Smartphone carry out transfer of data, blood sugar machine and Smartphone data format to each other, must authenticate by cell phone manufacturer in advance, and after certification completes, blood sugar machine just can be allowed to carry out transfer of data and information integration with Smartphone.
Therefore, via above-mentioned, can learn, will be by Smartphone (, Carry-on multimedia device) transfer of data jack carry out cross-cutting information integration with raw doctor's device, to be difficult for carrying out, in view of this, the inventor is in order to make the cross-cutting information integration between raw doctor's device and Carry-on multimedia device, can be implemented more easily, do one's utmost to develop a kind of method of utilizing raw doctor's device of earphone microphone plug transmission data and using earphone microphone plug transmission data.
As can be seen here, above-mentioned existing raw doctor's device, in method and use, obviously still has inconvenience and defect, and is urgently further improved.Therefore raw doctor's devices and methods therefor of how founding a kind of new utilized earphone microphone plug transmission data, also becoming the current industry utmost point needs improved target.
Summary of the invention
The object of the invention is to, overcome the defect that existing raw doctor's device exists, and devices and methods therefor is cured in the life that a kind of new utilized earphone microphone plug transmission data are provided, technical problem to be solved is the ear microphone jack that the earphone microphone plug that makes its this life doctor device have a standard can be inserted in a portable electronic devices, so, make raw doctor's device to carry out transfer of data and information integration with this portable electronic devices, and do not need the program authenticating by the transformat of manufacturer's defined in advance.
Another object of the present invention is to, a kind of raw doctor's devices and methods therefor of new utilized earphone microphone plug transmission data is provided, technical problem to be solved is to make its this life doctor device have a Power Management Unit, this administrative unit can obtain an external power source by a battery or by a portable electronic devices place, and convert this external power source to this life doctor's device required system power supply, make user in the time using raw doctor's device, do not need to worry the thing of raw doctor's device generation systems power supply deficiency.
An also object of the present invention is, a kind of raw doctor's devices and methods therefor of new utilized earphone microphone plug transmission data is provided, technical problem to be solved is to make it pass through the method, user not only can use raw doctor's information of curing device measurement self all one's life, and, by transfer of data and information integration between this raw doctor's device and a portable electronic devices, user can input raw doctor's data in this portable electronic devices, to record and to follow the trail of raw doctor's data of every day by portable electronic devices.
The object of the invention to solve the technical problems realizes by the following technical solutions.A kind of raw doctor's device that utilizes earphone microphone plug transmission data proposing according to the present invention, comprising: one measures unit, cures information in order to connect a determinand all one's life of this determinand to measure; One micro-control unit, is coupled to this measurement unit to receive this life doctor information, and life doctor information is treated as and cures data all one's life; One earphone microphone plug, can insert an ear microphone jack of an outside portable electronic devices, this earphone microphone plug have a microphone input, an earth terminal, a L channel output, with a R channel output, wherein, this microphone input system is coupled to this micro-control unit; One switch element, be coupled to this R channel output and micro-control unit, wherein, after this earphone microphone plug inserts this ear microphone jack of this portable electronic devices, this switch element can switch by executive signal, export an audio signal to stop portable electronic devices, make micro-control unit this life doctor data to be inputted to portable electronic devices by microphone input; One level migration units, be coupled to switch element and micro-control unit, this level migration units receives this audio signal to be amplified from switch element, and then, level migration units can convert audio signal to one direct current signal and be exported to micro-control unit; One amplifying unit, is coupled to switch element to receive and to amplify this audio signal; An and Power Management Unit, be coupled to this L channel output, and, by L channel output, this Power Management Unit can be electrically connected to an external power source, and converts this external power source to a system power supply with drive volume measurement unit, micro-control unit, switch element, level migration units and amplifying unit; Wherein, after earphone microphone plug is inserted in this ear microphone jack, by this earphone microphone plug, portable electronic devices can be sent to micro-control unit by a setting data by switch element, afterwards, micro-control unit can be sent an identification code to portable electronic devices, now via microphone input, the application software being installed in portable electronic devices can be detected this identification code, to confirm the communication relation of micro-control unit and portable electronic devices.
The object of the invention to solve the technical problems also can be applied to the following technical measures to achieve further.
Preferably, can utilize raw doctor's device of earphone microphone plug transmission data, more comprise: a speaker unit, is coupled to this amplifying unit and is exaggerated to receive the audio signal that unit is amplified, and export this audio signal.
Preferably, can utilize raw doctor's device of earphone microphone plug transmission data, wherein, when this earphone microphone plug is inserted in this ear microphone jack of this portable electronic devices, now, the signal of being exported by this L channel output is to maintain a high potential.
Preferably, can utilize raw doctor's device of earphone microphone plug transmission data, wherein, this measurement unit can be following any: blood glucose test measuring equipment, BFM survey device, a blood pressure measurement device, with an electrocardiogram measuring equipment.
Preferably, can utilize raw doctor's device of earphone microphone plug transmission data, wherein, this determinand can be following any: blood glucose test and human body.
Preferably, can utilize raw doctor's device of earphone microphone plug transmission data, wherein, this micro-control unit, with the frequency of 10kHz, is inputted this portable electronic devices by this microphone input by this life doctor data.
Preferably, can utilize raw doctor's device of earphone microphone plug transmission data, wherein, be input into this life doctor data of this portable electronic devices, its form is dual code.
Preferably, can utilize raw doctor's device of earphone microphone plug transmission data, wherein, this portable electronic devices can be following any: Smartphone, personal digital assistant device, handheld game device, digital frame, notebook computer and panel computer.
The object of the invention to solve the technical problems also realizes by the following technical solutions.A kind of raw doctor's device that utilizes earphone microphone plug transmission data proposing according to the present invention, comprising: one measures unit, cures information in order to connect a determinand all one's life of this determinand to measure; One micro-control unit, is coupled to this measurement unit to receive this life doctor information, and life doctor information is treated as and cures data all one's life; One earphone microphone plug, can insert an ear microphone jack of an outside portable electronic devices, this earphone microphone plug have a microphone input, an earth terminal, a L channel output, with a R channel output, wherein, this microphone input is coupled to this micro-control unit; One switch element, be coupled to this L channel output, this R channel output and micro-control unit, wherein, after this earphone microphone plug inserts this ear microphone jack of this portable electronic devices, this switch element can switch by executive signal, export an audio signal to stop portable electronic devices, make micro-control unit this life doctor data to be inputted to portable electronic devices by microphone input; One level migration units, be coupled to switch element and micro-control unit, this level migration units receives this audio signal to be amplified from switch element, and then, level migration units can convert audio signal to one direct current signal and be exported to micro-control unit; One amplifying unit, is coupled to switch element to receive and to amplify this audio signal; And a Power Management Unit, being electrically connected to an external power source, this Power Management Unit can convert this external power source to one system power supply with drive volume measurement unit, micro-control unit, switch element, level migration units and amplifying unit; Wherein, after earphone microphone plug is inserted in this ear microphone jack, by this earphone microphone plug, portable electronic devices can be sent to micro-control unit by a setting data by switch element, afterwards, micro-control unit can be sent an identification code to portable electronic devices, now via microphone input, the application software being installed in portable electronic devices can be detected this identification code, to confirm the communication relation of micro-control unit and portable electronic devices.
The object of the invention to solve the technical problems also can be applied to the following technical measures to achieve further.
Preferably, can utilize raw doctor's device of earphone microphone plug transmission data, more comprise: a speaker unit, is coupled to this amplifying unit and is exaggerated to receive the audio signal that unit is amplified, and export this audio signal.
Preferably, can utilize raw doctor's device of earphone microphone plug transmission data, wherein, when this external power source can be following any: battery and power supply unit.
Preferably, can utilize raw doctor's device of earphone microphone plug transmission data, wherein, this measurement unit can be following any: blood glucose test measuring equipment, BFM survey device, a blood pressure measurement device, with an electrocardiogram measuring equipment.
Preferably, can utilize raw doctor's device of earphone microphone plug transmission data, wherein, this determinand can be following any: blood glucose test and human body.
Preferably, raw doctor's device that can utilize earphone microphone plug transmission data, wherein, this micro-control unit is with the frequency of 10kHz, by this microphone input, this life doctor data are inputted to this portable electronic devices, and this life doctor data are the data of a dual code form.
Preferably, can utilize raw doctor's device of earphone microphone plug transmission data, wherein, this portable electronic devices can be following any: Smartphone, personal digital assistant device, handheld game device, digital frame, notebook computer and panel computer.
The object of the invention to solve the technical problems also realizes in addition by the following technical solutions.A kind of method of the raw doctor of earphone microphone plug transmission data to portable electronic devices that use proposing according to the present invention, comprising:
Step 1 is cured all one's life one earphone microphone plug of device, inserts an ear microphone jack of a portable electronic devices;
Step 2 is by a R channel output of this earphone microphone plug, and this portable electronic devices is exported the micro-control unit of a setting data to this life doctor device;
This micro-control unit of step 3 receives and analyzes this setting data;
Step 4 is by a microphone input of earphone microphone plug, and micro-control unit is exported an identification code to portable electronic devices;
One of step 5 portable electronic devices inside application software is detected this identification code;
Step 6 judges whether to detect identification code, if so, performs step 7, if not, and repeated execution of steps 1;
Step 7 completes the communication relation of micro-control unit and portable electronic devices;
Step 8 judges whether that a determinand is connected to one of raw doctor's device and measures unit, if so, performs step 9, if not, and repeated execution of steps 8;
One switch element of the raw doctor of step 9 device stops portable electronic devices and exports an audio signal;
Step 10 judges whether that this determinand can be measured, and if so, performs step 11, if not, and repeated execution of steps 8;
This measurement unit measuring determinand of step 11 is cured information all one's life, and exports this life doctor information to micro-control unit;
Step 12 micro-control unit is processed into life doctor information to cure data all one's life;
13 steps are by this microphone input, and micro-control unit exports this life doctor data to portable electronic devices;
Step 14 has judged whether measurement and the record of the life doctor data of determinand, if so, performs step 15, if not, and repeated execution of steps 8;
On the spontaneous doctor's device of step 15, remove determinand; And
Step 16 removes raw doctor's device.
The object of the invention to solve the technical problems also can be applied to the following technical measures to achieve further.
Preferably, use the method for the raw doctor of earphone microphone plug transmission data to portable electronic devices, wherein, this measurement unit can be following any: blood glucose test measuring equipment, BFM survey device, a blood pressure measurement device, with an electrocardiogram measuring equipment.
Preferably, use the method for the raw doctor of earphone microphone plug transmission data to portable electronic devices, wherein, this determinand can be following any: blood glucose test and human body.
Preferably, use the method for the raw doctor of earphone microphone plug transmission data to portable electronic devices, wherein, this micro-control unit is with the frequency of 10kHz, by this microphone input, this life doctor data are inputted to this portable electronic devices, and this life doctor data are the data of a dual code form.
Preferably, use the method for the raw doctor of earphone microphone plug transmission data to portable electronic devices, wherein, this portable electronic devices can be following any: Smartphone, personal digital assistant device, handheld game device, digital frame, notebook computer and panel computer.
The present invention compared with prior art has obvious advantage and beneficial effect.From above technical scheme, main technical content of the present invention is as follows: a kind of raw doctor's device that utilizes earphone microphone plug transmission data is proposed, comprising: one measure unit, a micro-control unit, an earphone microphone plug, a switch element, a level migration units, an amplifying unit, with a Power Management Unit.The all one's life of this determinand is cured information in order to connect a determinand to measure in this measurement unit; This micro-control unit is coupled to and measures unit to receive this life doctor information, and life doctor information is treated as and cures data all one's life; This earphone microphone plug can insert an ear microphone jack of an outside portable electronic devices, wherein, earphone microphone plug have a microphone input, an earth terminal, a L channel output, with a R channel output, this microphone input system is coupled to this micro-control unit.This switch element is coupled to this R channel output and this micro-control unit, wherein, after this earphone microphone plug inserts this ear microphone jack of this portable electronic devices, switch element can switch by executive signal, export an audio signal to stop portable electronic devices, make micro-control unit this life doctor data to be inputted to portable electronic devices by this microphone input.This level migration units is coupled to switch element and micro-control unit, and level migration units can receive this audio signal to be amplified from switch element, and then, level migration units can convert audio signal to one direct current signal and be exported to micro-control unit.This amplifying unit is coupled to this switch element to receive and to amplify this audio signal; This Power Management Unit is coupled to this L channel output, and, by L channel output, Power Management Unit can be electrically connected to an external power source, and converts this external power source to a system power supply with drive volume measurement unit, micro-control unit, switch element, level migration units and amplifying unit.Wherein, after this earphone microphone plug is inserted in this ear microphone jack, by earphone microphone plug, this portable electronic devices can be sent to this micro-control unit by a setting data by this switch element, afterwards, micro-control unit can be sent an identification code to portable electronic devices, now via this microphone input, the application software being installed in portable electronic devices can be detected this identification code, to confirm the communication relation of micro-control unit and portable electronic devices.
By technique scheme, the present invention can utilize raw doctor's devices and methods therefor of earphone microphone plug transmission data at least to have following advantages and beneficial effect:
1, can utilize raw doctor's device of earphone microphone plug transmission data to there is an earphone microphone plug, therefore, by the ear microphone jack and the application software that is installed on portable electronic devices that this earphone microphone plug are inserted to portable electronic devices, can carry out transfer of data and the information integration of raw doctor's device and portable electronic devices.
2,, by earphone microphone plug mode, user can use this to have raw doctor's device and any portable electronic devices communication link of earphone microphone plug, does not need the transformat authentication procedure by manufacturer, for user, quite convenient.
Raw doctor's device that 3, can utilize earphone microphone plug transmission data, its system power supply can be provided by battery or this portable electronic devices, and therefore, user uses in this life doctor device, does not need to worry the problem of raw doctor's device generation systems power supply deficiency.
4, by this use earphone microphone plug, life is cured to the method for transfer of data to portable electronic devices, user not only can use this life doctor device to measure the raw doctor's information of self, and, cure transfer of data and the information integration between device and this portable electronic devices by life, user can be in raw doctor's data input portable electronic devices, to record and to follow the trail of raw doctor's data of every day by portable electronic devices.
Above-mentioned explanation is only the general introduction of technical solution of the present invention, in order to better understand technological means of the present invention, and can be implemented according to the content of specification, and for above and other object of the present invention, feature and advantage can be become apparent, below especially exemplified by preferred embodiment, and coordinate accompanying drawing, be described in detail as follows.
Brief description of the drawings
Fig. 1 is a kind of existing stereogram of commonly using blood sugar machine;
Fig. 2 is the schematic diagram that a blood sugar machine and a computer carry out transfer of data;
Fig. 3 is the schematic diagram that blood sugar machine and a Smartphone carry out transfer of data;
Fig. 4 is a first composition of a kind of raw doctor's device that utilizes earphone microphone plug transmission data of the present invention;
Fig. 5 can utilize raw doctor's device of earphone microphone plug transmission data and the connection diagram of a Smartphone;
Fig. 6 is an earphone microphone plug front view;
Fig. 7 A, Fig. 7 B and Fig. 7 C are that the present invention can utilize raw doctor's device of earphone microphone plug transmission data and the signal timing diagram of Smartphone;
Fig. 8 is the stereogram of one fat sphygmomanometer;
Fig. 9 is the front view of an electrocardiogram meter;
Figure 10 is one second Organization Chart that the present invention can utilize raw doctor's device of earphone microphone plug transmission data; And
Figure 11 A, Figure 11 B and Figure 11 C are that a kind of earphone microphone plug that uses is by the raw method flow diagram of transfer of data to portable electronic devices method of curing.
1: the life doctor device that can utilize earphone microphone plug transmission data
1 ': the existing blood sugar machine of commonly using
11: measure unit 11 ': screen
12: micro-control unit 12 ': connect cable
121:USB connector 122 ': specific connector
13: earphone microphone plug 131: microphone input
132: earth terminal 133: L channel output
134: R channel output 14: switch element
15: level migration units 16: amplifying unit
17: Power Management Unit 18: speaker unit
2: determinand 2 ': test piece
21: ferment enzyme 21 ': reaction zone
3: portable electronic devices 3 ': computer
31: ear microphone jack 31 ': USB jack
4: battery 4 ': Smartphone
41 ': transfer of data jack 101～116: method step
Embodiment
Technological means and effect of taking for reaching predetermined goal of the invention for further setting forth the present invention, below in conjunction with accompanying drawing and preferred embodiment, to raw its embodiment of doctor's devices and methods therefor, method, step, feature and effect thereof of the utilized earphone microphone plug transmission data that propose according to the present invention, be described in detail as follows.
Refer to Fig. 4, it is the first composition of a kind of raw doctor's device that utilizes earphone microphone plug transmission data of the present invention, as shown in Figure 4, this can utilize the first framework system of raw doctor's device 1 of earphone microphone plug transmission data to comprise: one measures unit 11, a micro-control unit 12, an earphone microphone plug 13, a switch element 14, a level migration units 15, an amplifying unit 16, a Power Management Unit 17 and a speaker unit 18.
The all one's life of this determinand 2 is cured information in order to connect a determinand 2 to measure in this measurement unit 11; This micro-control unit 12 is coupled to and measures unit 11 to receive this life doctor information, and life doctor information is treated as and cures data all one's life; This earphone microphone plug 13 can insert an ear microphone jack 31 of an outside portable electronic devices 3, wherein, this earphone microphone plug 13 have a microphone input 131, an earth terminal 132, a L channel output 133, with a R channel output 134, this microphone input 131 is coupled to micro-control unit 12.
Please continue to refer to Fig. 4, this switch element 14 is coupled to this R channel output 134 and this micro-control unit 12, wherein, after this earphone microphone plug 13 inserts this ear microphone jack 31 of this portable electronic devices 3, switch element 14 can switch by executive signal, export an audio signal to stop portable electronic devices 3, now, micro-control unit 12 can be by this microphone input 131 by this raw doctor's data input portable electronic devices 3.In addition, this level migration units 15 is coupled to switch element 14 and micro-control unit 12, level migration units 15 can receiving key unit 14 this audio signal and amplified, then, level migration units 15 can convert audio signal one direct current signal to and be exported to micro-control unit 12.
Referring again to Fig. 4, this amplifying unit 16 is coupled to this switch element 14 to receive and to amplify this audio signal; This Power Management Unit 17 is to be coupled to this L channel output 133, and, by L channel output 133, this Power Management Unit 17 can be electrically connected to an external power source, and by this external power source convert to a system power supply with drive this measurement unit 11, this micro-control unit 12, this switch element 14, this level migration units 15, with amplifying unit 16.Can utilize in first framework of raw doctor's device 1 of earphone microphone plug transmission data in this, a battery that uses this portable electronic devices 3 is using as this external power source, after this earphone microphone plug 13 inserts this ear microphone jack 31, Power Management Unit 17 can obtain external power source by this battery, and converts thereof into needed this system power supply of this life doctor's device 1.Finally, this speaker unit 18 is coupled to amplifying unit 16 and is exaggerated to receive the audio signal that unit 16 is amplified, and exports this audio signal.
What must specify is, can utilize in first framework of raw doctor's device 1 of earphone microphone plug transmission data at this, after this earphone microphone plug 13 is inserted in this ear microphone jack 31, earphone microphone plug 13 can be sent to this micro-control unit 12 by a setting data of this portable electronic devices 3 by this switch element 14, and, micro-control unit 12 can be sent an identification code to portable electronic devices 3 via this microphone input 131, now, the application software being installed in portable electronic devices 3 can be detected this identification code, in the time that application software is successfully detected identification code, represent that this life doctor device 1 successfully completes communication link with this portable electronic devices 3, raw doctor's device 1 can start to carry out transfer of data and information integration with portable electronic devices 3, simultaneously, user also can be by portable electronic devices by among raw doctor data upload to the high in the clouds database measuring every day, using the use as remote medical-treatment management.In addition, must specify, in the network software shop that user can provide in the manufacturer of portable electronic devices, download this application software, to be directly mounted among portable electronic devices.
Feature of the present invention is to use an earphone microphone plug 13 to link up to link a portable electronic devices 3, therefore, in order intactly to disclose feature of the present invention, below will clearly illustrate this can utilize raw doctor's device 1 of earphone microphone plug transmission data is how to carry out transfer of data and information integration by this earphone microphone plug 13 with this portable electronic devices 3.
Please continue to refer to Fig. 4, and consult Fig. 5 simultaneously, can utilize raw doctor's device of earphone microphone plug transmission data and the connection diagram of a Smartphone, as shown in Fig. 4 and Fig. 5, the present invention can utilize raw doctor's device 1 of earphone microphone plug transmission data to have this earphone microphone plug 13, and, by this ear microphone jack 31 that earphone microphone plug 13 is inserted in to this portable electronic devices 3, can make the present invention should give birth to doctor's device 1 and portable electronic devices 3 communication link, wherein, this life doctor device 1 shown in Fig. 5 is a blood sugar machine, and, this determinand 2 is a blood glucose test, on this blood glucose test, having a ferment enzyme 21 can react with user's blood, and, the blood glucose test measuring equipment that this sugar test piece can be inserted blood sugar machine (, this measurement unit 11) in, calculate to make blood sugar machine can carry out a blood glucose concentration value.
Please continue to refer to Fig. 4 and Fig. 5, simultaneously, refer to Fig. 6, be the front view of this earphone microphone plug, as discussed previously, this earphone microphone plug 13 have this microphone input 131, this earth terminal 132, this L channel output 133, with this R channel output 134, wherein, microphone input 131 is coupled to this micro-control unit 12, and R channel output 134 is coupled to this switch element 14, and 133 of L channel outputs are coupled to this Power Management Unit 17.
In the present invention, this can utilize in first framework of raw doctor's device 1 of earphone microphone plug transmission data, this audio signal that this R channel output 134 can be exported this Smartphone is inputted this switch element 14, then, switch element 14 can be inputted micro-control unit 12 by audio signal, then, micro-control unit 12 can be resolved audio signal frequency to determine to input this life doctor data frequency of Smartphone.And, when raw doctor's device 1 is connected in Smartphone, Smartphone is set data by R channel output 134 and is sent to this micro-control unit 12, micro-control unit 12 can be exported this identification code to Smartphone, now, the application software being installed in portable electronic devices 3 can be detected identification code, in the time that application software is successfully detected this identification code, represent that raw doctor's device 1 successfully completes communication link with Smartphone, user can bring into use raw doctor's device 1 to carry out transfer of data and information integration with portable electronic devices 3.
Please continue Fig. 4 and Fig. 5, and consult Fig. 7 A simultaneously, Fig. 7 B and Fig. 7 C, be the present invention this can utilize the signal timing diagram of earphone microphone plug transmission data raw doctor device and Smartphone, when this blood sugar machine (, the raw doctor of the present invention device 1) be connected in this Smartphone (by this earphone microphone plug 13, this portable electronic devices 3) afterwards, as shown in Figure 7 A, wherein, a-signal is expressed as 133 output signals of this L channel output, B signal indication is 131 output signals of this microphone input, C signal is expressed as the signal of this switch element 14 this micro-control unit 12 that is input into.Not yet insert in blood sugar machine when this blood glucose test (, determinand 2), as shown in Figure 7 A, a-signal remains on a high potential, and B signal and C signal maintain an electronegative potential; After blood glucose test is inserted blood sugar machine, a-signal still maintains high potential, and B signal still maintains electronegative potential, but C signal is to rise to suddenly high levle at time T r place.
And after blood splashes into this ferment enzyme 21, blood sugar machine calculates this blood glucose concentration value (, raw doctor's data) of blood, in addition, due to this audio signal that Smartphone is exported, its sampling frequency is 44.1kHz; Therefore, by this microphone input 131, this micro-control unit 12 inputs to mobile phone with 10kHz frequency by this blood glucose concentration value, and the form of this blood glucose concentration value (, raw doctor's data) is dual code.In the time that micro-control unit 12 is inputted blood glucose concentration value to mobile phone, as shown in Figure 7 B, now, a-signal can first decline in time shaft Tf1 place, after a period of time, rises again, wherein, when a-signal declines through after 10ms, blood glucose concentration value starts to input in mobile phone in time T is, and completes the input of blood glucose concentration value in time T ie, wherein, the time difference of time T is and time T ie is 40ms.Finally, when blood glucose concentration value is input to after mobile phone completely, as shown in Fig. 7 C, a-signal drops to low level in time T f2; And after this blood glucose test 21 is pulled out this blood sugar machine, a-signal drops to low level in time T f3.
Above-mentioned is taking blood sugar machine as embodiment, illustrates that the present invention can utilize raw doctor's device and this Smartphone (, this portable electronic devices 3) of earphone microphone plug transmission data to carry out transfer of data and information integration process.But, due to current body fat machine, sphygmomanometer, blood oxygen concentration meter and electrocardiograph, it is all by microminiaturization, therefore, the present invention can utilize raw doctor's device of earphone microphone plug transmission data, be not limited with blood sugar machine, refer to Fig. 8, be one fat sphygmomanometer stereogram, as shown in Figure 8, the present invention can utilize raw doctor's device 1 of earphone microphone plug transmission data also can be integrated piarhemia and press meter, wherein, this measurement unit 11 is two collars, and this two collar can enclose respectively user's left and right wrist, to measure user's one fat value and a pressure value; In addition, refer to Fig. 9, the front view of one electrocardiogram meter, as shown in Figure 9, the present invention can utilize raw doctor's device 1 of earphone microphone plug transmission data also to can be an electrocardiogram meter, wherein, this measurement unit 11 is two electrodes, user can press right-hand man's forefinger respectively on this two electrode, and so, this electrocardiogram meter can measure user's a ECG data.
In addition, the present invention can utilize raw doctor's device of earphone microphone plug transmission data more to comprise one second framework, refer to Figure 10, it is the second Organization Chart that the present invention can utilize raw doctor's device of earphone microphone plug transmission data, as shown in figure 10, be same as the first framework, the present invention this can utilize the second framework of raw doctor's device 1 of earphone microphone plug transmission data to comprise: this measurement unit 11, this micro-control unit 12, this earphone microphone plug 13, this switch element 14, this level migration units 15, this amplifying unit 16, this Power Management Unit 17, and this speaker unit 18.
Please continue to refer to Figure 10, and consult Fig. 4 simultaneously, wherein, can utilize the life of earphone microphone plug transmission data to cure the first framework of device 1 compared to aforementioned this, among the second framework, this switch element 14 couples this L channel output 133, this R channel output 134 and this micro-control unit 12 simultaneously, and, this Power Management Unit 17 is only electrically connected to this external power source, and Power Management Unit 17 there is no and couples L channel output 133.Among the second framework, because L channel output 133 does not need to couple Power Management Unit 17 so that its external power source to be provided, therefore, L channel output 133 and R channel output 134 are simultaneously in order to cure device 1 by this audio signal transmission to this life, or, in order to this setting data of this portable electronic devices 3 is sent to micro-control unit 12.And, similarly, this can utilize earphone microphone plug transmission data raw doctor's device 1 the first framework except can this blood sugar machine for embodiment, can also this body fat sphygmomanometer and this electrocardiogram count embodiment.
Above-mentionedly completely disclose the present invention this can utilize raw doctor's device of earphone microphone plug transmission data, in addition, use earphone microphone plug by the raw method of transfer of data to portable electronic devices of curing, by the mode with collocation flow chart, and intactly disclose as follows.Refer to Figure 11 A, Figure 11 B and Figure 11 C, that a kind of earphone microphone plug that uses is by the raw method flow diagram of transfer of data to portable electronic devices method of curing, as shown in Figure 11 A, Figure 11 B and Figure 11 C, this use earphone microphone plug comprises raw doctor's transfer of data to method of portable electronic devices:
First, execution step (101), will cure an earphone microphone plug of device throughout one's life, inserts an ear microphone jack of a portable electronic devices; Then, execution step (102), by a R channel output of this earphone microphone plug, this portable electronic devices is exported the micro-control unit of a setting data to this life doctor device; Then, execution step (103), this micro-control unit receives and analyzes this setting data.When micro-control unit completes after the analysis of setting data, execution step (104), by a microphone input of earphone microphone plug, micro-control unit is exported an identification code to portable electronic devices; Then, execution step (105), an application software of portable electronic devices inside is detected this identification code; Then, execution step (106), judges whether to detect identification code, if so, performs step (107), completes the communication relation of micro-control unit and portable electronic devices; If not, repeated execution of steps (101).
After completing the communication relation of this micro-control unit and this portable electronic devices, user can bring into use this life doctor device, now, execution step (108), judge whether that a determinand is connected to one of raw doctor's device and measures unit, if so, perform step (109), raw doctor's device one switch element stops portable electronic devices and exports an audio signal; If not, representing does not have determinand to be connected to this measurement unit, needs repeated execution of steps (108).
And, after this determinand is connected to this measurement unit, execution step (110), judge whether that this determinand can be measured, if, execution step (111), cure information all one's life that measures unit measuring determinand, and export this life doctor information to this micro-control unit; If not, repeated execution of steps (108).Then, execution step (112), micro-control unit is processed into life doctor information to cure data all one's life; Then, execution step (113), by this microphone input, micro-control unit exports this life doctor data to portable electronic devices.
, completed transfer of data and information integration between this life doctor's device and this portable electronic devices to step (113) by above-mentioned steps (101); Then, continue execution step (114), judged whether measurement and the record of raw doctor's data of this determinand, if so, perform step (115), on spontaneous doctor's device, remove determinand; If not, repeated execution of steps (108); Finally, afterwards, execution step (116), removes raw doctor's device to the step that continuing (115).
So, via above-mentioned steps (101) to step (116), user not only can use this life doctor device to measure this life doctor information of body, and, cure transfer of data and the information integration between device and this portable electronic devices by life, user can be in this raw doctor's data input portable electronic devices, to record and to follow the trail of raw doctor's data of every day by portable electronic devices.
The above, it is only preferred embodiment of the present invention, not the present invention is done to any pro forma restriction, although the present invention discloses as above with preferred embodiment, but not in order to limit the present invention, any those skilled in the art, do not departing within the scope of technical solution of the present invention, when can utilizing the technology contents of above-mentioned announcement to make a little change or being modified to the equivalent embodiment of equivalent variations, in every case be not depart from technical solution of the present invention content, any simple modification of above embodiment being done according to technical spirit of the present invention, equivalent variations and modification, all still belong in the scope of technical solution of the present invention.
Claims (20)
1. raw doctor's device that can utilize earphone microphone plug transmission data, is characterized in that comprising:
One measures unit, cures information in order to connect a determinand all one's life of this determinand to measure;
One micro-control unit, is coupled to this measurement unit to receive this life doctor information, and life doctor information is treated as and cures data all one's life;
One earphone microphone plug, can insert an ear microphone jack of an outside portable electronic devices, this earphone microphone plug has a microphone input, an earth terminal, a L channel output and a R channel output, and wherein, this microphone input is coupled to this micro-control unit;
One switch element, be coupled to this R channel output and micro-control unit, wherein, after this earphone microphone plug inserts this ear microphone jack of this portable electronic devices, this switch element can switch by executive signal, export an audio signal to stop portable electronic devices, make micro-control unit this life doctor data to be inputted to portable electronic devices by microphone input;
One level migration units, be coupled to switch element and micro-control unit, this level migration units receives this audio signal to be amplified from switch element, and then, level migration units can convert audio signal to one direct current signal and be exported to micro-control unit;
One amplifying unit, is coupled to switch element to receive and to amplify this audio signal; And
One Power Management Unit, be coupled to this L channel output, and, by L channel output, this Power Management Unit can be electrically connected to an external power source, and converts this external power source to a system power supply with drive volume measurement unit, micro-control unit, switch element, level migration units and amplifying unit;
Wherein, after earphone microphone plug is inserted in this ear microphone jack, by this earphone microphone plug, portable electronic devices can be sent to micro-control unit by a setting data by switch element, afterwards, micro-control unit can be sent an identification code to portable electronic devices, now via microphone input, the application software being installed in portable electronic devices can be detected this identification code, with confirm micro-control unit and portable electronic devices communication relation.
2. the raw doctor's device that utilizes earphone microphone plug transmission data as claimed in claim 1, is characterized in that more comprising: a speaker unit, is coupled to this amplifying unit and is exaggerated to receive the audio signal that unit is amplified, and export this audio signal.
3. the raw doctor's device that utilizes earphone microphone plug transmission data as claimed in claim 1, it is characterized in that being inserted in when this earphone microphone plug this ear microphone jack of this portable electronic devices, now, the signal of being exported by this L channel output is to maintain a high potential.
4. the raw doctor's device that utilizes earphone microphone plug transmission data as claimed in claim 1, it is characterized in that this measurement unit can be following any: blood glucose test measuring equipment, BFM are surveyed device, a blood pressure measurement device or an electrocardiogram measuring equipment.
5. the raw doctor's device that utilizes earphone microphone plug transmission data as claimed in claim 4, it is characterized in that this determinand can be following any: blood glucose test or human body.
6. the raw doctor's device that utilizes earphone microphone plug transmission data as claimed in claim 1, is characterized in that the frequency of this micro-control unit with 10kHz, by this microphone input, this life doctor data is inputted to this portable electronic devices.
7. device is cured in the life that utilizes earphone microphone plug transmission data as claimed in claim 6, it is characterized in that being input into this life doctor data of this portable electronic devices, and its form is dual code.
8. the raw doctor's device that utilizes earphone microphone plug transmission data as claimed in claim 1, it is characterized in that this portable electronic devices can be following any: Smartphone, personal digital assistant device, handheld game device, digital frame, notebook computer or panel computer.
9. raw doctor's device that can utilize earphone microphone plug transmission data, is characterized in that comprising:
One measures unit, cures information in order to connect a determinand all one's life of this determinand to measure;
One micro-control unit, is coupled to this measurement unit to receive this life doctor information, and life doctor information is treated as and cures data all one's life;
One earphone microphone plug, can insert an ear microphone jack of an outside portable electronic devices, this earphone microphone plug has a microphone input, an earth terminal, a L channel output and a R channel output, and wherein, this microphone input is coupled to this micro-control unit;
One switch element, be coupled to this L channel output, this R channel output and micro-control unit, wherein, after this earphone microphone plug inserts this ear microphone jack of this portable electronic devices, this switch element can switch by executive signal, export an audio signal to stop portable electronic devices, make micro-control unit this life doctor data to be inputted to portable electronic devices by microphone input;
One level migration units, be coupled to switch element and micro-control unit, this level migration units receives this audio signal to be amplified from switch element, and then, level migration units can convert audio signal to one direct current signal and be exported to micro-control unit;
One amplifying unit, is coupled to switch element to receive and to amplify this audio signal; And
One Power Management Unit, is electrically connected to an external power source, and this Power Management Unit can convert this external power source to one system power supply with drive volume measurement unit, micro-control unit, switch element, level migration units and amplifying unit;
Wherein, after earphone microphone plug is inserted in this ear microphone jack, by this earphone microphone plug, portable electronic devices can be sent to micro-control unit by a setting data by switch element, afterwards, micro-control unit can be sent an identification code to portable electronic devices, now via microphone input, the application software being installed in portable electronic devices can be detected this identification code, to confirm the communication relation of micro-control unit and portable electronic devices.
10. the raw doctor's device that utilizes earphone microphone plug transmission data as claimed in claim 9, is characterized in that more comprising: a speaker unit, is coupled to this amplifying unit and is exaggerated to receive the audio signal that unit is amplified, and export this audio signal.
The 11. raw doctor's devices that utilize earphone microphone plug transmission data as claimed in claim 9, it is characterized in that when this external power source can be following any: battery or power supply unit.
The 12. raw doctor's devices that utilize earphone microphone plug transmission data as claimed in claim 9, it is characterized in that this measurement unit can be following any: blood glucose test measuring equipment, BFM are surveyed device, a blood pressure measurement device or an electrocardiogram measuring equipment.
The 13. raw doctor's devices that utilize earphone microphone plug transmission data as claimed in claim 12, it is characterized in that this determinand can be following any: blood glucose test or human body.
The 14. raw doctor's devices that utilize earphone microphone plug transmission data as claimed in claim 9, it is characterized in that the frequency of this micro-control unit with 10kHz, by this microphone input, this life doctor data are inputted to this portable electronic devices, and this life doctor data are the data of a dual code form.
The 15. raw doctor of the earphone microphone plugs transmission data devices that utilize as claimed in claim 9, it is characterized in that this portable electronic devices can be following any: Smartphone, personal digital assistant device, handheld game device, digital frame, notebook computer or panel computer.
16. 1 kinds use the method for the raw doctor of earphone microphone plug transmission data to portable electronic devices, it is characterized in that comprising:
Step (1) is cured all one's life one earphone microphone plug of device, inserts an ear microphone jack of a portable electronic devices;
Step (2) is by a R channel output of this earphone microphone plug, and this portable electronic devices is exported the micro-control unit of a setting data to this life doctor device;
This micro-control unit of step (3) receives and analyzes this setting data;
Step (4) is by a microphone input of earphone microphone plug, and micro-control unit is exported an identification code to portable electronic devices;
One application software of step (5) portable electronic devices inside is detected this identification code;
Step (6) judges whether to detect identification code, if so, performs step (7), if not, and repeated execution of steps (1);
Step (7) completes the communication relation of micro-control unit and portable electronic devices;
Step (8) judges whether that a determinand is connected to one of raw doctor's device and measures unit, if so, performs step (9), if not, and repeated execution of steps (8);
One switch element of the raw doctor of step (9) device stops portable electronic devices and exports an audio signal;
Step (10) judges whether that this determinand can be measured, and if so, performs step (11), if not, and repeated execution of steps (8);
Cure information all one's life of this measurement unit measuring determinand of step (11), and export this life doctor information to micro-control unit;
Step (12) micro-control unit is processed into life doctor information to cure data all one's life;
Step (13) is by this microphone input, and micro-control unit exports this life doctor data to portable electronic devices;
Step (14) has judged whether measurement and the record of raw doctor's data of determinand, if so, performs step (15), if not, and repeated execution of steps (8);
On the spontaneous doctor's device of step (15), remove determinand; And
Step (16) removes raw doctor's device.
The raw doctor of 17. use earphone microphone plugs as claimed in claim 16 transmission data are to the method for portable electronic devices, it is characterized in that this measurement unit can be following any: blood glucose test measuring equipment, BFM are surveyed device, a blood pressure measurement device or an electrocardiogram measuring equipment.
The raw doctor of 18. use earphone microphone plugs as claimed in claim 16 transmission data are to the method for portable electronic devices, it is characterized in that this determinand can be following any: blood glucose test or human body.
The raw doctor of 19. use earphone microphone plug transmission as claimed in claim 16 data are to the method for portable electronic devices, it is characterized in that this micro-control unit is the frequency with 10kHz, by this microphone input, this life doctor data are inputted to this portable electronic devices, and this life doctor data are the data of a dual code form.
The raw doctor of 20. use earphone microphone plug transmission as claimed in claim 16 data are to the method for portable electronic devices, it is characterized in that, this portable electronic devices can be following any: Smartphone, personal digital assistant device, handheld game device, digital frame, notebook computer or panel computer.
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| CN201010518774.5A CN102457788B (en) | 2010-10-20 | 2010-10-20 | Biomedical device capable of transmitting data by using earphone microphone plug and method thereof |
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| CN201010518774.5A CN102457788B (en) | 2010-10-20 | 2010-10-20 | Biomedical device capable of transmitting data by using earphone microphone plug and method thereof |
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| CN103006237A (en) * | 2012-12-05 | 2013-04-03 | 镇江博联电子科技有限公司 | Earphone-based data transmission oxygen content detector |
| CN102980974A (en) * | 2012-12-05 | 2013-03-20 | 镇江博联电子科技有限公司 | Alcohol content monitoring instrument based on earphone transmission data |
| CN103260105B (en) * | 2013-05-08 | 2015-10-28 | 安百特半导体有限公司 | A kind of method and apparatus utilizing the power supply of electronic equipment to power to ANC earphone |
| US9685075B2 (en) | 2013-06-14 | 2017-06-20 | H2 Inc. | Data communication systems and methods and devices for data communication between electronic device with serial data output and client device with audio port |
| CN105353005A (en) * | 2015-09-29 | 2016-02-24 | 扬中市恒海电子科技有限公司 | blood glucose meter |
| CN105635878B (en) | 2016-02-03 | 2018-01-26 | 深圳市汇顶科技股份有限公司 | The switching method and a kind of earphone of a kind of earphone mode of operation |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN1204850C (en) * | 2000-05-11 | 2005-06-08 | 仁宝电脑工业股份有限公司 | Personal health monitoring system |
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| US7587287B2 (en) * | 2003-04-04 | 2009-09-08 | Abbott Diabetes Care Inc. | Method and system for transferring analyte test data |
| US20070152683A1 (en) * | 2005-12-30 | 2007-07-05 | Karl Werner | Electronic device for analysis of a body fluid |
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