CN104183104A - Blood sugar test result communication method and system - Google Patents
Blood sugar test result communication method and system Download PDFInfo
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- CN104183104A CN104183104A CN201410398440.7A CN201410398440A CN104183104A CN 104183104 A CN104183104 A CN 104183104A CN 201410398440 A CN201410398440 A CN 201410398440A CN 104183104 A CN104183104 A CN 104183104A
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Abstract
The invention discloses a blood sugar test result communication method and a blood sugar test result communication system. The system comprises a glucometer, circuit power supply communication equipment and a remote system, wherein the glucometer is used for calculating and storing a test result which represents the blood sugar level of a patient; the circuit power supply communication equipment is coupled to the glucometer in a communication manner; the glucometer automatically accesses the test result and transmits the test data through a wired communication link; at least one part of energy of the circuit power supply communication equipment comes from power received by the wired communication link; the remote system is connected with the circuit power supply communication equipment through the communication link and is equipped with a database for receiving and storing the test result. According to the system and the method, the aims of automatically and accurately acquiring the blood sugar data and automatically communicating the blood sugar test result are achieved, and communication of the blood sugar test result between health care providers and patients is improved.
Description
Technical field
The present invention relates to the communications field of the health parameters of remote patient monitoring, particularly relate to a kind of communication means and system of blood glucose test result.
Background technology
Due to fat increase, idle life style and aging population, the incidence of disease of diabetes increases sharply in developed country.World Health Organization's estimation, the morbidity rate of current global diabetes is 3% (1,940,000 people), expects 2025 and will be increased to 6.3%.Along with the increase of diabetic's incidence of disease, the monitoring of diabetes and nursing also corresponding increasing are necessary.
The object of the diabetes care of any type is to keep blood sugar level normal as far as possible.If blood sugar is not controlled, the complication of diabetes may be more general.Some examples of complication have hypertension power, apoplexy, illness in eye/blind, kidney trouble, heart disease, foot affliction and amputation, gestation, skin and odontopathy.In order to keep blood sugar level normal, diabetic needs regularly to feed back about their current blood sugar level.This will have directive significance for the reading to blood sugar future, thereby improves their long-term health situation.
Most of glycosuria patients generally check their blood sugar by blood glucose meter.Utilizing common Meter Test blood sugar level, is that blood is placed on disposable test bar and instrument.Test-strips is coated with suitable chemical substance, and as glucose oxidase, dehydrogenasa, or hexokinase, with glucose combination in blood.This instrument is exactly the content according to the response measurement glucose of these chemicals.
Most of blood glucose meter generally all comprise one can be with miscellaneous equipment as infrared (IR), bluetooth, and the port of wireless and wired port communication, these ports can be used for manually downloading glucose readings to PC or other remote patient monitoring equipment, as
commander's equipment.Remote patient watch-dog just can be stored and than relatively large test result, and these test results is conveyed to the diabetic's of monitoring health care provider.Yet this method is difficulty and complicated to blood glucose meter user.
Except the obstacle in communication, most of blood glucose meter are battery-powered, the restriction that can be subject to the life-span of battery with the frequency of the communication session of miscellaneous equipment and duration.Due to energy quantitative limitation, blood glucose meter needs user's manual intervention to start communication session conventionally.Manual processes need to be communicated by letter with outer PC, the common very complicated of other remote supervisory equipments for user, therefore, and instrument, the communication frequency between monitoring system and health care provider can be very low.
Monitoring diabetic's health care supplier need to access blood glucose test result and whether accept correct treatment, and correspondingly adjust therapeutic scheme after studying these glucose readings to determine this patient.Work as diabetic, due to the complicacy of technology, physical communication constraint or feel while well and not regularly testing, medical personnel provide the ability of suitable nursing to be subject to the restriction that diabetic may want to check their blood glucose test result.These patients also wish to obtain complete logging test results, and are not only that they remember to do overwriting.
Patient has also had further concern to the disposable test paper using in blood glucose meter.The feature of the disposable test paper being provided by different manufacturers is different, such as glucose oxidase, and dehydrogenasa, or the concentration of hexokinase, this just will cause obtaining different readings from blood glucose meter.At present blood glucose meter is accepted manual input code or microchip with the reading of the fc-specific test FC bar proofreading and correct blood glucose meter and read., diabetic often forgets replacing chip or otherwise recalibrates blood glucose meter, when they change the kind of test paper, thereby causes inaccurate blood glucose test result.
Summary of the invention
The deficiency existing for overcoming above-mentioned prior art, one of the present invention object is to provide a kind of communication means and system of blood glucose test result, by being arranged on the line powering communication facilities in blood glucose meter housing, the automated communications between blood glucose meter and remote computer system have been realized, strain the communication link between patient and health care provider, simplified patient's blood sugar monitor task.
For reaching above-mentioned and other object, the present invention proposes a kind of communication system of blood glucose test result, comprising:
Blood glucose meter, calculates and storage represents the result that patients blood glucose level is tested;
Line powering communication facilities, is coupled to this blood glucose meter communicatedly, and this blood glucose meter is automatically accessed test result and transmitting test data by wire communication link, the power that the energy of this line powering communication facilities has at least a part to receive from wire communication link;
Remote system, is connected with this line powering communication facilities by communication link, and this remote system disposes the database of reception and store test results.
Further, this communication system also comprises a monitoring device, and this blood glucose meter is communicated by letter with this remote system by this monitoring device.
Further, this blood glucose meter includes a kind of pattern of low-power consumption.
Further, this line powering communication facilities is placed in this blood glucose meter housing.
Further, the modulator-demodular unit that this line powering communication facilities is line powering.
Further, this line powering communication device configured becomes when blood glucose meter is during in low-power consumption mode, by communication link, passes on test result.
For achieving the above object, the present invention also provides a kind of communication means of blood glucose test result, comprises the steps:
Step 1, blood glucose meter is obtained the test result that represents blood sugar level;
Step 2, is placed in low-power consumption mode by blood glucose meter, and test result is delivered to remote system from line powering communication facilities.
Further, the blood sample of the blood glucose test result described in step 1 based on being applied to test-strips.
Further, step 1 also comprises the steps:
To blood glucose meter, power;
Initialization line powering communication facilities;
Require test-strips to insert blood glucose meter, and require a blood sample to be applied to test-strips.
Further, in test-strips, insert after blood glucose meter, also comprise the steps:
The standard identifier of read test bar;
The calibration identifier of sensing is converted to standard value;
According to calibration value, adjust blood glucose meter;
Detect blood sample judgement.
Compared with prior art, the communication means of a kind of blood glucose test result of the present invention and system are by being arranged on line powering communication facilities in blood glucose meter housing and the communication link of remote computer system, realized blood glucose meter accurately obtain blood glucose level data and by the object of blood glucose test result automated communications, the communication link between patient and health care provider has been strained in automated communications between blood glucose meter and computer system, has improved the communication of blood glucose test result between health care provider and patient.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of surveillance 100 of the communication system of a kind of blood glucose test result of the present invention;
Fig. 2 is the schematic diagram of the monitoring arrangement of the embodiment of the present invention;
Fig. 3 is the system architecture diagram of the communication system 300 of another embodiment of the present invention;
Fig. 4 has shown the block diagram of the blood glucose meter 400 of preferred embodiment of the present invention;
Fig. 5 is the schematic diagram of embodiment of the present invention blood glucose meter;
Fig. 6 is the communication system of blood glucose test result and the process flow diagram of method of one embodiment of the invention;
Fig. 7 is the communication system of blood glucose test result and the process flow diagram of method of the embodiment of the present invention;
Fig. 8 is the embodiment of the present invention for calibrating the process flow diagram with the system and method for blood sugar monitoring;
Fig. 9 is the communication system of blood glucose test result and the process flow diagram of method of another embodiment of the present invention.
Embodiment
Below, by specific instantiation accompanying drawings embodiments of the present invention, those skilled in the art can understand other advantage of the present invention and effect easily by content disclosed in the present specification.The present invention also can be implemented or be applied by other different instantiation, and the every details in this instructions also can be based on different viewpoints and application, carries out various modifications and change not deviating under spirit of the present invention.
Fig. 1 is the schematic diagram of surveillance 100 of the communication system of a kind of blood glucose test result of the present invention, and blood sugar surveillance comprises blood glucose meter 101 and monitoring arrangement 103.Blood glucose meter surveillance is to communication is more closely provided between patient and blood glucose meter 101, monitoring arrangement 103 can be followed the trail of change and the given blood glucose test result of blood glucose meter 101 of blood glucose meter, and communication link 105 is for transmitting the data that comprise blood glucose test result from blood glucose meter 101 to monitoring arrangement 103.
Fig. 2 is the schematic diagram of the monitoring arrangement of the embodiment of the present invention, this monitoring arrangement at least comprises a processor 201, system storage 203 and system bus 205, ROM (read-only memory) (ROM) 207 and random access memory (RAM) 209, input/output (BIOS) 211, auxiliary storage device 215, a hard disk drive for example, for reading from and writing to hard disk (not shown) and compression flash card 213.
When using in lan networking environment, monitoring arrangement 200 is connected to local network by network interface or adapter 251.When in wan networking environment, when using in the Internet, monitoring arrangement 200 generally includes modulator-demodular unit 253 or other device, and modulator-demodular unit 253, is connected to system bus 205 through interface 243.In networked environment, the program module of the description relevant to monitoring arrangement 200 or its part can be stored in remote memory storage device.
Monitoring arrangement 200 can also comprise the register 260 that is connected to storer 203.Register 260 comprises that one for receiving the microphone of sound import, with for buffering and storage sound import storer 203 for communicating by letter.In addition, register 260 also comprises for activating microphone and passing reaching sound import to the record button 261 of storer 203.
Fig. 3 is the system architecture diagram of the communication system 300 of another embodiment of the present invention, and in this embodiment, system 300 comprises that blood glucose meter 301 is effectively connected to remote system 303 by network 305.
Blood glucose meter in the present embodiment is by the switching of monitoring arrangement, directly not communicate by letter by network 305, and for example, blood glucose meter 301 comprises network link, as copper or optical fiber connection, and 802.11a/b/g wireless connections, other standards or proprietary network connect.Such embodiment is favourable especially in the situation that monitoring arrangement cannot use, for example, when patient travels outdoors or for a long time when monitoring.
In a special embodiment, blood glucose meter 301 can comprise or the local line powering modulator-demodular unit 302 that is connected to, and makes system be connected to network 305 and demand motive communication facilities not.Therefore, system 300 can comprise a network equipment and not need consuming cells.
Remote system 303 comprises database 307.The patient data that database 307 storages receive from line powering modulator-demodular unit 302.Patient data generally includes the patient identifier symbol being associated with test result from blood sugar test, and still, various additional informations also can be stored in database 307.For example, patient's medical history, current therapeutic scheme, the factor of family history and socioeconomic status can be included into database 307.In specific embodiment, patient's historical test result can be stored.
The identifier of an equipment also can be stored in database 307, and device identifier can be blood glucose meter 301, line powering equipment 302 (line powering modulator-demodular unit), or data are collected in the unique identifier of the other system of database 307.
A plurality of workstations 309 are also connected to network 305.Workstation 309 can be the industry standard of any number or proprietary data transmission network, comprises LAN (Local Area Network) (LAN), wide area network (WAN) or internet or other network networks.Network can be used any amount of host-host protocol, for example TCP/IP or other similar systems.
Fig. 4 has shown the block diagram of the blood glucose meter 400 of preferred embodiment of the present invention, and blood glucose meter 400 is directly connected with remote system 401 by network 403 in this embodiment, and this remote system can be the remote computer system of any type.
Blood glucose meter 400 comprises microprocessor 407, the data-interface between storer 409 and receiver transmitter 411.Storer 409 comprises for calculating the computer-readable instruction of result of the blood sugar test of the data based on being received by microprocessor 908 by receiver/transmitter 411.Storer 409 is also stored blood glucose test result in the past, in order to the glucose readings in demonstration trend to patient.
Receiver/transmitter 411 is operably connected to analog/digital converter 415.Analog/digital converter 415 is connected with sensor 417.In preferred embodiments, sensor 417 converts an electric signal to blood glucose value, thereby converts digital signal to by analog/digital converter 415.Sensor can be mutual with test-strips, in test-strips, reads in the glucose level in blood sample.
Instrument 400 comprises line powering modulator-demodular unit 419, and the modulator-demodular unit 419 of line powering can be various speed/agreements, for example V.92 or the modulator-demodular unit of other similar modem communication agreement.The modulator-demodular unit 419 of this line powering is typically connected to RJ-11 telephone jack, and the jack from network connects reception signal.In addition, blood glucose meter 400 also comprises display device 421, output device 423 and input equipment 425.
Fig. 5 is the schematic diagram of embodiment of the present invention blood glucose meter, blood glucose meter 500 is configured to acceptance test bar 501, test-strips has one to insert port 503 and an exposed parts 502, insertion portion is placed in the opening 505 of blood glucose meter 500, insertion portion 503 comprises a calibration code, is presented in calibration sign 507.When test piece 501, insert opening 505, this blood glucose meter 500 reads calibration identifier 507.Blood glucose meter 500 also comprises a display 509, such as digital indicator.Once sample is read by instrument 500, display 509 is just presented to their test result of patient.
Fig. 6 is the communication system of blood glucose test result and the process flow diagram of method of one embodiment of the invention, system 600 can be carried out by above-described surveillance or remote system, in addition, system 600 also can be carried out by attachment station long-range by one or two or surveillance.
Its course of work is that request module 603 sends request to blood glucose meter by network or other communication links, and request module 603 is programmed in predetermined time and sends this request.Monitor module 605 and be configured to wait for the response from the blood glucose meter arbitrarily in system 600 scopes.Detect operation 607 and determine whether to receive the response of monitoring module 605 use blood glucose meter.If detect operation 607, determine that this response is detected, operation flow branches "Yes" is to memory module 611.If detect definite response, operation flow branches " no " flow direction wait module 609 of not detecting of operation 607.Wait in module 609, make system a given time in " waiting status ".Once waiting status, finish, computing flow process turns back to request module 603 for blood glucose meter repetitive requests and repeats to listen to response, and computing flow process is as mentioned above carried out.
Memory module 611 is stored the test result being associated with patient data in storer, after test result is preserved, the ingredient that the practical operation flow process of system 600 depends on system 600 operations, can pass through transport module 613, also can directly arrive alarm decision operation 615 by remote system.Alarm decision operation 615 visit datas, the up-to-date test result for example receiving by remote system or historical test result data.According to previously described condition, alarm decision operation 615 determines whether the health care supplier that alarm is sent to is suitable.If alarm decision operation 615 is determined alarm, be advisable, operation flow branches "Yes" turns to alarm generation module 615.This alarm generation module 615 sends alert notification patient's caretaker.Medical care and health personnel can check patient record, and determines which extra action will be the concrete reason that generates alarm.
Fig. 7 is the communication system of blood glucose test result and the process flow diagram of method of the embodiment of the present invention, and system 700 can be carried out by blood glucose meter or the communication facilities being connected by interface with blood glucose meter.
System 700 is by starting module 701 to connection detection module 703, and connection detection module 703 triggers in the system that the execution of the communication connection between blood glucose meter and external unit detected.Start module 705 and opened a communication session with computer system by communication link, transmission data manipulation 707 just carries out data transmission.
Fig. 8 is the embodiment of the present invention for calibrating the process flow diagram with the system and method for blood sugar monitoring, system 800 starts from and starts module 801, then flow to receiver module 803, receiver module 803 comprises the reception that detects test-strips in blood glucose meter, test-strips is inserted into after blood glucose meter, and flow process turns to access modules 805.Calibration identifier of access modules 805 access.Once access modules 805 reads the test-strips on this calibration identifier, operating process enters a modular converter 807.Modular converter 807 converts the calibration identifier detecting the numerical value that represents test-strips particular characteristic to, and this test-strips is from the determined standard sign of access modules 805.The calculating of the blood glucose meter that calibration module 809 regulates according to the characteristic of test-strips or definite, to guarantee result accurately.
Once blood glucose meter is calibrated, operating process enters test module 811.Test module 811 detects the concentration of the reaction occurring in test-strips, and the electric signal that represents concentration producing as the transducer of measuring.This electric signal is passed to the system of microcontroller.The electric signal test patient blood that judging module 813 is configured to based on from sensor produces the numerical value that represents blood sugar concentration, and he can calculate and search the blood sugar numerical value based on sensing in test-strips, and can calculate or judge based on proofreading and correct result adjustment.Display module 815 is configured to for being presented at patient's numerical value of the blood sugar concentration detecting in blood samples of patients.Enter subsequently delivery module 817, this module is used for transmitting data, as a kind of pattern contacting between blood glucose meter or blood glucose test result and surveillance or remote system.
Fig. 9 is the communication system of blood glucose test result and the process flow diagram of method of another embodiment of the present invention, this system be specially adapted to that blood glucose meter connects communicatedly or the situation of integrated wired power supply communication equipment under, circuit modulator-demodulator for example, in an embodiment its to be configured to be optionally blood glucose meter power supply.
Module 903 is set and carries out computer system that initial operations need to be independent with one and set up and communicate by letter, such as above-described remote system and surveillance.Power model 905 sends a signal to blood glucose meter, and blood glucose meter is opened.The user of request module 907 and system 900 communicates by letter, such as using the patient of blood glucose meter.Request module 907 indicates glucose test strip should be inserted into blood glucose meter to user or patient.Whether test-strips judgement 909 limits test-strips and is inserted into.If test paper operation 909 determines that this test paper is not correctly inserted, operation flow branches " no " flows to request module 907.If a test-strips is determined in test paper operation 909, correctly insert, operation flow branches "Yes" flows to blood sample module 911.The blood sample of blood sample module 911 requests is applied to test piece, makes the test result of the available blood glucose value of blood glucose meter.Measurement module 913 calculates the blood sample of blood glucose test result based on being applied to test-strips in blood sample module 911.Measurement module 913 has also shown blood glucose test result on display.Low-power consumption module 915 make system 900 with by blood glucose meter under low-power consumption mode.Test result, as described above remote system and surveillance are calculated in download module 917 transmission from blood glucose meter to stand alone computer system by communication link.Download module 917 can start the communication session between remote system and blood glucose meter.Wait in module 919 that in store system 900 is in one period of predetermined time of idle condition.Wait module 2720 can keeping system 2700 be measured in any time of idle condition, also can or select by a patient or health care supplier programming.Whether power operation 921 decision-making systems the download of the test result under closed condition.If power operation is judged to be power supply while not closing, operating process advances to power model 905, once so that system 900 can repeated downloads test result wait for that module 919 has completed.If power operation 921 is determined power supply, close, operating process ends at and finishes module 923.
In sum, the invention solves following problem:
1, blood glucose meter and computer system are carried out the method for data communication.The method comprises by communication link, and the automatic open communication session of computer system, is transferred to computer system data from blood glucose meter automatically.
2. blood glucose meter is collected and the method for transmitting test data.This method comprises that storing predetermined call duration time, initialization blood glucose meter enter low-power consumption mode, this system reaches after the predetermined call duration time of initialization, blood glucose meter exits low-power consumption mode, in predetermined call duration time by communication link automatically open with computer system between the reply of communicating by letter, by communication link, test result is sent to computer system.
3. by blood glucose meter, obtain the method for blood glucose test result.The method comprises a signal repeatedly monitoring in given frequency by communication link from blood glucose meter, detect on communication link existence from blood glucose meter response, by communication link start and blood glucose meter between communication, by communication link, receive the response of blood glucose meter.
4. blood glucose test result coordinating communication system.This system comprises the blood glucose meter that disposes acquisition and represent the test result of patients blood glucose level, the remote system communicating by network and blood glucose meter.Remote system is designed to receive and store test results, and these test results are obtained from the blood glucose meter database that comprises patient data.Remote system is by the communication one or more test datas of regular reception of replying, this communication reply is opened automatically by system component, also can follow the trail of patient's blood sugar level, and produce warning when test result is beyond the parameter area of health care provider setting.
5. blood glucose meter system comprises the communication facilities of blood glucose meter and line powering.Blood glucose meter is designed to the test result that decision represents patient's blood sugar level.Line powering communication facilities is communicatively coupled to blood glucose meter, and is configured to contain by wire communication link-access and transmission package the data of test result.
6. blood glucose test result communication system.This system comprises that blood glucose meter is configured to calculate and storage represents that test result, the line powering communication facilities of patients blood glucose level are communicatively coupled to blood glucose meter and are configured to by the automatic use of wire communication link and test transmission result, and wherein line powering communication facilities is powered at least in part from wire communication link received power.This system further comprise remote system by wire communication link communication be coupled to line powering communication facilities, remote system receives and store test results in database.
7. the communication means between blood glucose meter and remote system.Wherein the line powering communication facilities that is connected to of blood glucose meter communication is powered at least partly by wire communication link received power.The method comprises obtains the test result that represents blood sugar level, and blood glucose meter and line powering communication facilities can use these test results.This method comprises blood glucose meter is placed in to low-power consumption mode, test result is delivered to remote system from line powering communication facilities.
8. the communication means of blood glucose meter test result between blood glucose meter and remote system.The method comprise blood glucose meter from low power consumpting state wake up, obtain blood glucose test result, storing predetermined call duration time, blood glucose meter to the physical connection of communication facilities, blood glucose meter be placed in low power consumpting state, the communication that automatically starts blood glucose meter and computer system by communication link at predetermined call duration time replies, and responds the physical connection of blood glucose meter and communication facilities.
Above-described embodiment is illustrative principle of the present invention and effect thereof only, but not for limiting the present invention.Any those skilled in the art all can, under spirit of the present invention and category, modify and change above-described embodiment.Therefore, the scope of the present invention, should be as listed in claims.
Claims (10)
1. a communication system for blood glucose test result, comprising:
Blood glucose meter, calculates and storage represents the result that patients blood glucose level is tested;
Line powering communication facilities, is coupled to this blood glucose meter communicatedly, and this blood glucose meter is automatically accessed test result and transmitting test data by wire communication link, the power that the energy of this line powering communication facilities has at least a part to receive from wire communication link;
Remote system, is connected with this line powering communication facilities by communication link, and this remote system disposes the database of reception and store test results.
2. the communication system of a kind of blood glucose test result as claimed in claim 1, is characterized in that: this communication system also comprises a monitoring device, and this blood glucose meter is communicated by letter with this remote system by this monitoring device.
3. the communication system of a kind of blood glucose test result as claimed in claim 1, is characterized in that: this blood glucose meter includes a kind of pattern of low-power consumption.
4. the communication system of a kind of blood glucose test result as claimed in claim 3, is characterized in that: this line powering communication facilities is placed in this blood glucose meter housing.
5. the communication system of a kind of blood glucose test result as claimed in claim 3, is characterized in that: the modulator-demodular unit that this line powering communication facilities is line powering.
6. the communication system of a kind of blood glucose test result as claimed in claim 5, is characterized in that: this line powering communication device configured becomes when blood glucose meter is during in low-power consumption mode, by communication link, passes on test result.
7. a communication means for blood glucose test result, comprises the steps:
Step 1, blood glucose meter is obtained the test result that represents blood sugar level;
Step 2, is placed in low-power consumption mode by blood glucose meter, and test result is delivered to remote system from line powering communication facilities.
8. the communication means of a kind of blood glucose test result as claimed in claim 7, is characterized in that: the blood sample of the blood glucose test result described in step 1 based on being applied to test-strips.
9. the communication means of a kind of blood glucose test result as claimed in claim 7, is characterized in that, step 1 also comprises the steps:
To blood glucose meter, power;
Initialization line powering communication facilities;
Require test-strips to insert blood glucose meter, and require a blood sample to be applied to test-strips.
10. the communication means of a kind of blood glucose test result as claimed in claim 9, is characterized in that, in test-strips, inserts after blood glucose meter, also comprises the steps:
The standard identifier of read test bar;
The calibration identifier of sensing is converted to standard value;
According to calibration value, adjust blood glucose meter;
Detect blood sample judgement.
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| CN201410398440.7A CN104183104A (en) | 2014-08-13 | 2014-08-13 | Blood sugar test result communication method and system |
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| CN201410398440.7A CN104183104A (en) | 2014-08-13 | 2014-08-13 | Blood sugar test result communication method and system |
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| CN106444570A (en) * | 2015-08-10 | 2017-02-22 | 上海革鲁信息技术有限公司 | Intelligent cloud blood sugar management and control system |
| CN107548548A (en) * | 2015-05-12 | 2018-01-05 | 德克斯康公司 | Distributed system architecture for the monitoring of continuous glucose |
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Application publication date: 20141203 |