It can the noninvasive intelligent wristwatch for acquiring blood glucose level dataTechnical field
The utility model is related to wearable device field more particularly to it is a kind of can it is noninvasive acquisition blood glucose level data intelligent wristTable.
Background technology
Diabetic needs continually to measure and control blood sugar concentration, exist at present in order to avoid the complication of diabetesChina, the method that diabetic measures blood sugar concentration are largely using invasive blood-glucose meter.Frequently blood sampling carries out bloodOn the one hand measuring for concentration of glucose brings huge financial burden and medical expense to diabetic, on the other hand also giveDiabetic brings the risk of huge body and mental anguish and infectious disease.In recent years, using infrared light technology comeAcquisition blood glucose concentration makes it possible that Woundless blood sugar acquires, and brings glad tidings to diabetic.But due to diabetesPatient needs continually to acquire blood sugar concentration data, and existing Woundless blood sugar collecting device volume is big, not portable.With portableThe technology upgrading of formula, intelligence, multifunction electronic product, design it is a kind of it is integrated it is high can noninvasive acquisition blood glucose level data intelligent wristTable has preferable portability, solves the technical issues of existing Woundless blood sugar collecting device is not portable.
Utility model content
The utility model provide it is a kind of can it is noninvasive acquisition blood glucose level data intelligent wristwatch, it is intended to solve existing Woundless blood sugarThe technical issues of collecting device is not portable.
To achieve the above object, the utility model provide it is a kind of can it is noninvasive acquisition blood glucose level data intelligent wristwatch, including tableDisk ontology, watchband, the first button, the second button, the watchband be mounted on dial plate ontology both sides, it is described can noninvasive acquisition blood glucoseThe intelligent wristwatch of data further include by the infrared light emission module of connection, infrared light receiver module, signal conversion module,Communication module, timer, display screen, microcontroller and power module；The infrared light emission module, is led at signal conversion moduleNews module, timer, microcontroller and power module are set in the dial plate ontology, and the infrared light receiver module is set toIn the watchband, the display screen is set to the upper surface of the dial plate ontology, and first button and the second button are set toThe outside of the dial plate ontology, first button are connect by circuit with the microcontroller, and second button passes through lineRoad is connect with the timer, wherein：
Microcontroller, for starting infrared light emission module when the triggering of the first button or timer trigger；
Infrared light emission module, for emitting the infrared light of preset wavelength；
Infrared light receiver module for receiving the infrared signal of a wavelength range, and the infrared light of reception is believedNumber it is converted into analog electrical signal；
Signal conversion module, for the analog electrical signal that the infrared light receiver module is sent to be converted into blood glucose numberAccording to digital signal；
Communication module connect for passing through network with blood glucose level data analytical equipment, and by the blood glucose level data digital signalIt is transferred to blood glucose level data analytical equipment；
Display screen, for the time of display timer.
Preferably, the infrared light receiver module is embedded in the end of the side watchband.
Preferably, the watchband uses waterproof material.
Preferably, the dial plate ontology is structure as a whole with the watchband.
Preferably, it is described can it is noninvasive acquisition blood glucose level data intelligent wristwatch further include on ＆ off switch, the on ＆ off switch is arranged onThe right upper portion of the dial plate ontology, for control it is described can the intelligent wristwatch of noninvasive acquisition blood glucose level data be turned on and off.
Preferably, the power module can be minicell, and the minicell is rechargeable lithium battary or buttonBattery.
Preferably, the minicell is connected with charging port, before the charging port is arranged on the dial plate ontologyOutside side or outside rear side, charge for patching external power supply to the minicell.
The utility model can it is noninvasive acquisition blood glucose level data intelligent wristwatch by the way that infrared light emission module, infrared light is set to connectModule, signal conversion module, communication module, microcontroller and power module are received, is used with oneself convenient for user, it can be easilyThe human blood glucose concentration of noninvasive acquisition user, improves portability, improves user experience.The utility model can noninvasive acquisition blood glucose numberAccording to intelligent wristwatch also by setting timer, can automatically fixed time acquisition user human blood glucose concentration, improve it is easy-to-useProperty.
Description of the drawings
Fig. 1 be the utility model can the table body external structure of intelligent wristwatch preferred embodiment of noninvasive acquisition blood glucose level data showIt is intended to；
Fig. 2 be the utility model can the internal circuit configuration of intelligent wristwatch preferred embodiment of noninvasive acquisition blood glucose level data showIt is intended to.
The embodiments will be further described with reference to the accompanying drawings for the realization, functional characteristics and advantage of the utility model aim.
Specific embodiment
The technological means and effect taken to reach above-mentioned purpose further to illustrate the utility model, below in conjunction withSpecific embodiment of the present utility model, structure, feature and its effect is described in detail in attached drawing and preferred embodiment.It shouldWork as understanding, specific embodiment described herein is only used to explain the utility model, is not used to limit the utility model.
As shown in FIG. 1, FIG. 1 is the utility model can it is noninvasive acquisition blood glucose level data intelligent wristwatch preferred embodiment table bodyExternal structure schematic diagram, as shown in Fig. 2, Fig. 2 be the utility model can it is noninvasive acquisition blood glucose level data intelligent wristwatch preferably implementThe internal circuit configuration schematic diagram of example.The utility model provide it is a kind of can it is noninvasive acquisition blood glucose level data intelligent wristwatch 100, packetInclude dial plate ontology 101, watchband 102, the first button 103, the second button 113.The watchband 102 is mounted on dial plate ontology 101Both sides.As the preferred embodiment of the utility model, the watchband 102 can be waterproof material, prevent sweat from influencing human body bloodThe collection effect of sugared concentration.The dial plate ontology 101 can be structure as a whole with the watchband 102, can prevent from frequently plucking wearingWatch and damage.
It is described can the intelligent wristwatch 100 of noninvasive acquisition blood glucose level data further include infrared light emission module by connection104th, infrared light receiver module 105, signal conversion module 106, communication module 107, timer 108, display screen 114, microcontrollerDevice 109 and power module 110.Specifically, the infrared light emission module 104 by connection to microcontroller 109, it is describedInfrared light receiver module 105, signal conversion module 106, communication module 107, microcontroller 109 and power module 110 pass through lineRoad is sequentially connected, and second button 113 is connect by circuit with the timer 108, and the timer 108 is connected by circuitMicrocontroller 109 is connect, the display screen 114 passes through connection microcontroller 109.
The infrared light emission module 104, signal conversion module 106, communication module 107, timer 108, microcontroller109 and power module 110 be set in the dial plate ontology 101, the infrared light receiver module 105 is set to the watchbandIn 102, as the preferred embodiment of the utility model, the infrared light receiver module 105 can be embedded in the side watchband102 end, when the watch 100 of blood glucose level data acquisition function is worn on the wrist of user, the infrared light-receiving mouldBlock 105 and the infrared light emission module 104 be in symmetric position, receive in favor of the infrared light receiver module 105 described inThe infrared light that infrared light emission module 104 is sent out：The display screen 114 is set to the upper surface of the dial plate ontology 101, describedFirst button 103 and the second button 113 are set to the outside of the dial plate ontology 101, first button 103 by circuit withThe microcontroller 109 connects, and second button 113 is connect by circuit with the timer 108.As the utility modelPreferred embodiment, the infrared light emission module 104 can be infrared light emission circuit；The infrared light receiver module 105It can be mid-infrared optical receiving circuit；The signal conversion module 106 includes filter circuit, signal amplification circuit, signal behavior electricityRoad and signaling conversion circuit；The communication module 107 can be communication interface；The timer 108 can be timing circuit；InstituteIt can be the IC chip for having data processing function to state microcontroller 109；The display screen 114 can be liquid crystal displayScreen.
The microcontroller 109 is used to start infrared light emission mould when the triggering of the first button or timer 108 triggerBlock 104；The infrared light emission module 104 is used for the infrared light of real time emission preset wavelength；The infrared light receiver module 105For the infrared signal of one wavelength range of real-time reception, and the infrared signal of reception is converted into analog electrical signal；The signal conversion module 106 is used to the analog electrical signal that the infrared light receiver module 105 is sent being converted into blood glucoseData digital signal；The communication module 107 by network with blood glucose level data analytical equipment for being connect, and by the blood glucose numberBlood glucose level data analytical equipment is given according to digital data transmission, the display screen 114 is used to show the time of the timer 108.ToolBody, when it is described can the intelligent wristwatch 100 of noninvasive acquisition blood glucose level data be worn on the wrist of user, the microcontroller 109 existsStart infrared light emission module 104 when first button 103 triggers, transmitting one is specific in real time for the infrared light emission module 104The infrared light of wavelength, the Infrared irradiation of the specific wavelength is in person's wrist artery position to be measured.The microcontroller 109 is alsoInfrared light emission module 104 can be started when the timer 108 triggers, the display screen 114 shows the timer 108Time, user can set the triggered time of the timer 108 by second button 113, and the triggered time canTo be a certain moment, such as at 10 points in the morning, at 3 points in afternoon.When the time of the timer 108 reaching the triggered time, the meterWhen device 108 trigger, the microcontroller 109 starts infrared light emission module 104, and the infrared light emission module 104 is real-timeEmit the infrared light of a specific wavelength.After the infrared light receiver module 105 receives the infrared signal, the signal is turnedChange analog electrical signal into, the analog electrical signal for reflecting blood sugar for human body concentration of glucose is filtered, puts by signal conversion module 106Blood sugar concentration digital signal is converted thereof into after big.Last microcontroller 109 is by communication module 107 the blood sugar concentration numberWord signal transmission give by network with it is described can it is noninvasive acquisition blood glucose level data intelligent wristwatch 100 connect blood glucose level data analysis dressIt puts.The blood glucose level data analytical equipment analyzes the blood sugar concentration digital signal, obtains the blood sugar concentration data of user.
Further, it is described can it is noninvasive acquisition blood glucose level data intelligent wristwatch further include on ＆ off switch 111 (Fig. 1 does not show), instituteIt states on ＆ off switch 111 to connect with the power module 110 by circuit, the on ＆ off switch is arranged on the right side of the dial plate ontology 101Upper lateral part, for control it is described can the intelligent wristwatch 100 of noninvasive acquisition blood glucose level data be turned on and off.
Further, the power module 110 can be minicell, the minicell for rechargeable lithium battary orMinicell 110 described in button cell is arranged on the inside of the dial plate ontology 101, for for it is described can noninvasive acquisition blood glucoseThe intelligent wristwatch 100 of data provides working power, and the minicell 110 can be rechargeable lithium battary or button cell.
There are one charging port 112, the charging port 112 is arranged on the dial plate sheet for the connection of minicell 110Any position (Fig. 1 does not show) outside the forward exterior or rear side of body 101, the charging port 112 can be a kind of USB interfaceOr the battery charging interface of other standards, the charging port 112 are directly inserted into external power supply (such as computer USB interfaceOr low pressure voltage-stablizer etc.) on charge to the minicell 110.
It is described in the utility model can it is noninvasive acquisition blood glucose level data intelligent wristwatch can with oneself be used convenient for user, canThe easily human blood glucose concentration of noninvasive acquisition user, improves portability, improves user experience.The utility model noninvasive can acquireThe intelligent wristwatch of blood glucose level data can carry also by setting timer automatically in the human blood glucose concentration of fixed time acquisition userHigh ease for use.
It these are only the preferred embodiment of the utility model, it does not limit the scope of the patent of the present invention, everyEquivalent structure or equivalent flow shift made based on the specification and figures of the utility model, is directly or indirectly used inOther related technical areas are equally included in the patent within the scope of the utility model.