CN202928594U - U disk sensor, detector, U disk blood glucose detector, and U disk blood detector - Google Patents
U disk sensor, detector, U disk blood glucose detector, and U disk blood detector Download PDFInfo
- Publication number
- CN202928594U CN202928594U CN 201220420506 CN201220420506U CN202928594U CN 202928594 U CN202928594 U CN 202928594U CN 201220420506 CN201220420506 CN 201220420506 CN 201220420506 U CN201220420506 U CN 201220420506U CN 202928594 U CN202928594 U CN 202928594U
- Authority
- CN
- China
- Prior art keywords
- flash disk
- usb flash
- sensor
- circuit
- mcu
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Measuring And Recording Apparatus For Diagnosis (AREA)
Abstract
The utility model relates to a U disk sensor, a detector, a U disk blood glucose detector, and a U disk blood detector so as to apply to different host operating systems. The U disk sensor is characterized by comprising a sensor part and a U disk part, wherein mutually connected built-in data transmission interfaces are arranged between the sensor part and the U disk part.
Description
Technical field
The utility model relates to the mutual integrated technology of USB flash disk and sensor, and particularly a kind of USB flash disk sensor, detector, USB flash disk blood-sugar detecting instrument and USB flash disk blood detector are with applicable different host operating systems.Described USB flash disk sensor also can be called sensor USB flash disk plug-in unit, and described detector refers to the survey instrument that sensor and USB flash disk constitute jointly.
Background technology
The application of detecting instrument is very extensive, and on engineering, in production, in scientific research, medically etc. various aspects all be unable to do without detection.Detecting is generally detect some physical quantity, chemical quantity, biology and engineering aspect to be measured etc., for example pressure, temperature, flow, speed, concentration, purity, brightness etc., and obtaining of this tittle be unable to do without sensor usually.The detection principle of physics class sensor is based on physical influences such as power, heat, light, electricity, magnetic harmony.The detection of chemical classes sensor is based on the principle of chemical reaction; The detection of biological species sensor is based on enzyme, antibody and hormone equimolecular recognition function.Sensor of the prior art comprises: force-sensing sensor, position transducer, liquid level sensor, energy consumption sensor, speed pickup, acceleration transducer, ray radiation sensors, heat sensitive sensor, vibration transducer, moisture sensor, magneto-dependent sensor, gas sensor, vacuum sensor, biology sensor etc.The way of general measure is at first these measured signals to be become electric signal, because the measuring method comparative maturity of electric signal relatively is convenient to quantitative measurment.The measurement result of general measured object mostly number all requires quantitatively and preferably digitizing.With the electronics technology in modern times, to amplification, the correction of electric signal, and digitized technology is all quite ripe.If there is way that measured signal is changed into electric signal, generally tend to a measured signal and first change electric signal into, after treatment, then transform back into and be original measured signal, digitizing, then stored, show is to such an extent as to analyze, calculate, mapping.This is the situation of general detecting instrument.Input from the signal of measured object is converted to electric signal, measures, and through a series of processing, to the output that is converted to the measurement result that represents with input signal (requirement represents with digital signal usually), is called Sensor section.After consequential signal output, also storage will be arranged, show, analyze, add up, map etc. the overall treatment of result data, this part is called " aggregation of data processing section " (being called for short " data processing section " or " processing section ").In some cases, also telecommunication to be arranged, the functions such as emission, reception.Therefore, " aggregation of data processing section " is equivalent to smart host.After " Sensor section " separated with " aggregation of data processing section ", can pass through the more powerful main frame of data processing function, such as various calculating and various mobile phones etc. removed to complete aggregation of data and processed.Inventor's discovery, the different main frames of sensor signal input will dock from different operating system, and docking from different operating system to have different method for interchanging data, and different data exchange agreements will be arranged.For example computing machine has winXP, win7, and win8, iOS, linux, Unix etc., mobile phone have more operating system, as the Saipan, iOS, Android, etc.Each operating system of main frame also all will have the software of oneself, in order to complete storage, demonstration, analysis, comparison, mapping etc. operation.Each operating system will be write the software of oneself, and each user also may require to have according to the needs of oneself software of own special requirement.Satisfying all these people, is a very loaded down with trivial details thing.
The utility model content
The utility model provides a kind of USB flash disk sensor, detector, USB flash disk blood-sugar detecting instrument and USB flash disk blood detector for the defective that exists in prior art or deficiency, with applicable different host operating systems.
The technical solution of the utility model is as follows:
The USB flash disk sensor is characterized in that, comprises Sensor section and USB flash disk part, has interconnective built-in data transmission interface between described Sensor section and described USB flash disk part.
Described Sensor section adopts built-in power or external power supply, and the power circuit of described Sensor section is that described USB flash disk is partly powered.
Described Sensor section is provided with micro memory and display device.
Described Sensor section and Micro-processor MCV of described USB flash disk partial common.
Each own Micro-processor MCV of described Sensor section and described USB flash disk part, the Micro-processor MCV interconnection of the Micro-processor MCV of described Sensor section and described USB flash disk part.
described USB flash disk partly comprises a Micro-processor MCV, described Micro-processor MCV comprises electric signal is converted to the modular converter that measured object that described Sensor section obtains is measured signal, described Micro-processor MCV connects the USB flash disk storer, and connect respectively the following circuit of described Sensor section: temperature correction circuit, amplifying circuit, reference circuits and clock circuit, described amplifying circuit connection measured object is measured signal and is transformed into electric signaling device, described measured object is measured signal and is transformed into electric signaling device connection determinand input media, described reference circuits is connected to described amplifying circuit.
described USB flash disk partly has USB flash disk MCU, described USB flash disk MCU connects respectively USB flash disk storer and USB interface, described Sensor section has sensor MCU, described sensor MCU and described USB flash disk MCU interconnection, described sensor MCU comprises electric signal is converted to the modular converter that measured object is measured signal, described sensor MCU connects respectively the following circuit of this Sensor section: temperature correction circuit, amplifying circuit, reference circuits, clock circuit, memory circuitry and display circuit, described reference circuits is connected to described amplifying circuit, described amplifying circuit connection measured object is measured signal and is transformed into electric signaling device, described measured object is measured signal and is transformed into electric signaling device connection determinand input media, described Sensor section comprises power circuit, described power circuit had been both described Sensor section power supply, also partly power for described USB flash disk.
A kind of detector, it is characterized in that, comprise the USB flash disk sensor, described USB flash disk sensor comprises Sensor section and USB flash disk part, has interconnective built-in data transmission interface between described Sensor section and described USB flash disk part, described Sensor section is provided with micro memory and display device, and described Sensor section connects the determinand input media, and described USB flash disk part connects main frame by USB interface.
a kind of USB flash disk blood-sugar detecting instrument, it is characterized in that, comprise the USB flash disk sensor, described USB flash disk sensor comprises Sensor section and USB flash disk part, described USB flash disk partly has USB flash disk MCU, described USB flash disk MCU connects respectively USB flash disk storer and USB interface, described Sensor section has sensor MCU, described sensor MCU and described USB flash disk MCU interconnection, described sensor MCU comprises electric signal is converted to the modular converter that measured object is measured signal, described sensor MCU connects respectively the following circuit of this Sensor section: temperature correction circuit, amplifying circuit, reference circuits, clock circuit, memory circuitry and display circuit, described reference circuits is connected to described amplifying circuit, described amplifying circuit connects the blood sugar test paper interface, described blood sugar test paper interface connects the blood sugar input media, described Sensor section comprises power circuit, described power circuit had been both described Sensor section power supply, also partly power for described USB flash disk.
a kind of USB flash disk blood detector, it is characterized in that, comprise the USB flash disk sensor, described USB flash disk sensor comprises Sensor section and USB flash disk part, described USB flash disk partly has USB flash disk MCU, described USB flash disk MCU connects respectively USB flash disk storer and USB interface, described Sensor section has sensor MCU, described sensor MCU and described USB flash disk MCU interconnection, described sensor MCU comprises electric signal is converted to the modular converter that measured object is measured signal, described sensor MCU connects respectively the following circuit of this Sensor section: temperature correction circuit, amplifying circuit, reference circuits, clock circuit, memory circuitry and display circuit, described reference circuits is connected to described amplifying circuit, described amplifying circuit connection measured object is measured signal and is transformed into electric signaling device, described measured object is measured signal and is transformed into electric signaling device connection blood input media, described Sensor section comprises power circuit, described power circuit had been both described Sensor section power supply, also partly power for described USB flash disk.
Technique effect of the present utility model is as follows: the utility model adds a middleware between sensor and main frame, and this middleware can be exactly USB flash disk.Main frame does not need to increase any software or driving, just can be directly and USB flash disk link up, transmit mutually data.We are fitted together sensor and USB flash disk and make new sensor USB flash disk plug-in unit, and sensor first passes to USB flash disk to data result, and USB flash disk passes to main frame to data again.Utilize the characteristic of USB flash disk, plug-in unit just can pass with any operating system and fetch data, and can insert any conventional computer or mobile phone, accomplishes plug and play.This has just enlarged the range of application of sensor plug-in unit, has greatly increased convenience for the user.
The utility model adds a center section with USB flash disk function between sensor and aggregation of data processing section, can be called it " middleware ", and its feature is that computing machine and smart mobile phone can be identified, can swap data.As long as it is inserted main frame, just can work, just can with host exchanging data, can accomplish plug and play.So, our sensor is as long as the software (for example Excel of Microsoft or WPS) that can accept with a kind of common software that everybody generally can accept or main frame writes data, any common operating system, any computing machine and smart mobile phone just can be directly the data readings of this middleware.We only need to take a lot of trouble once when sensing data is inputted middleware, have just solved the signal transmission issues of sensor plug-in unit and all operations system and main frame.This is the great advantage that our sensor adds the middleware plug-in unit, and namely we will add the effect of a middleware between sensor and main frame.Generally our suggestion is contained in this middleware and sensor in a shell, and the instrument instrument that consists of like this is called the sensor plug-in unit.During application, it is inserted main frame (or his outlet being connected with main frame with connecting line) get final product work.From top we about the description of middleware as can be known, general USB flash disk just in time satisfies these requirements at present, so can use USB flash disk as our middleware.We can pack sensor and USB flash disk in same shell into.Make a sensor USB flash disk plug-in unit.Sensor data with certain format input USB flash disk after, USB flash disk can insert main frame by USB interface or other interfaces, or is connected with main frame by line, due to the characteristic of the plug and play of USB flash disk, main frame can directly read in data wherein.If main frame has specific (special) requirements to data transmission, we also can and input middleware to data by this requirement by this requirement design sensor, make any same main frame can with this plug-in unit swap data.Now with the blood sugar plug-in unit from describing the problem.Blood glucose sensor and a USB flash disk of measuring blood sugar is connected together, both can be contained in a shell, make a new blood sugar plug-in unit.After bleeding on the test paper that blood glucose sensor in the blood sugar plug-in unit inserts, by the oxidase generation current on test paper, after amplifying, proofreading and correct, can measure electric current (or voltage) intensity that Blood Glucose produces.Pass through again conversion, voltage (or electric current) conversion blood back sugar concentration, can pass in USB flash disk.Blood glucose level data can store (for example Excel) by any form in USB flash disk, and after USB flash disk was connected in main frame, main frame can read in blood glucose level data with the form in USB flash disk.Then, main frame namely can be processed this form blood glucose level data.
Description of drawings
Fig. 1 implements USB flash disk sensor of the present utility model and detector structural representation.
Fig. 2 implements USB flash disk list MCU sensor construction schematic diagram of the present utility model.
Fig. 3 implements the two MCU sensor construction schematic diagram of USB flash disk of the present utility model.
Fig. 4 is USB flash disk blood-sugar detecting instrument structural representation.
Fig. 5 implements USB flash disk blood detector structural representation of the present utility model.
Embodiment
Below in conjunction with accompanying drawing (Fig. 1-Fig. 5) the utility model is described.
Fig. 1 implements USB flash disk sensor of the present utility model and detector structural representation.As shown in Figure 1, USB flash disk sensor 6 comprises Sensor section 2 and USB flash disk part 3, has interconnective built-in data transmission interface between described Sensor section 2 and described USB flash disk part 3, described Sensor section 2 is provided with micro memory and display device 4, described Sensor section 2 connects determinand input media 1, and described USB flash disk part 3 connects main frame 5 by USB interface.Determinand input media 1: the measured parameter of adaptive measured object, with electric signal input pickup part 2.Sensor section 2: receive the signal that measured object 1 imports into, through drawing testing result after the processes such as amplification correction, testing result input USB flash disk part 3.Also can be stored in result the storage device that can store on a small quantity measurement result in sensor and can show the display device of low volume data in addition.USB flash disk part 3:U disc portion 3 is received the testing result that Sensor section transmits, and stores with the form that designs.When needing, can insert USB flash disk part 3 or be connected in main frame 5 with line.Micro memory and display device 4: less (comparing with the size of the storage device of main frame) storage device is also arranged in sensor, can store low volume data, can to work alone in order breaking away from main frame, also less display device can be arranged, show testing result.Main frame 5: can be any computing machine (computer) or mobile phone that USB interface is arranged; Or have other to be connected with detector, and can with the interface of USB flash disk swap data.
Fig. 2 implements USB flash disk list MCU sensor construction schematic diagram of the present utility model.as shown in Figure 2, USB flash disk part 33 comprises a Micro-processor MCV 26, described Micro-processor MCV 26 comprises electric signal is converted to the modular converter 30 that measured object that described Sensor section obtains is measured signal, described Micro-processor MCV 26 connects USB flash disk storer 27, and connect respectively the following circuit of described Sensor section 32: temperature correction circuit 22, amplifying circuit 23, reference circuits 24 and clock circuit 25, described amplifying circuit 23 connection measured objects are measured signal and are transformed into electric signaling device 21, described measured object is measured signal and is transformed into electric signaling device 21 connection determinand input medias 20, described reference circuits 24 is connected to described amplifying circuit 23.Its functions is as follows: determinand input media 20: the determinand input, determinand is inputted detector thus.Measured object is measured signal and is transformed into electric signaling device 21: change into electric signal, convert the determinand input signal of measuring to electric signal.Temperature correction circuit 22: temperature parameter is sent into the MCU circuit, proofread and correct the measuring error that is caused by temperature.Operational amplification circuit 23: the feeble signal of determinand is amplified.Reference voltage circuit 24: for providing operational amplification circuit and microprocessor required reliable and stable reference voltage source.Clock circuit 25: for detector provides corresponding real-time clock function.The MCU(microprocessor) circuit 26: process data measured and be transferred to main frame through USB interface.Here, MCU will carry out a series of processing to the signal that amplifying circuit passes, and obtain final data result; Here, MCU will carry out corresponding control to each peripheral hardware, to realize corresponding function.Storer 27: for detector provides corresponding memory function, the detector data measured after checking, proofreading and correct, is passed to the memory stores of USB flash disk inside by MCU.When needed, MCU can all or part of accesses wherein data from storer, sends main frame to by USB interface 28.Usb circuit 28: be that detector is prepared the socket circuit is connected with main frame, main frame can be mobile phone, and computing machine (comprise desk-top, notebook, net book, intelligence, panel computer etc.) and the instrument that display screen and operating system are similarly arranged install.Display circuit 29: for detector provides corresponding Presentation Function.Electric signal is converted to the modular converter 30 that measured object that described Sensor section obtains is measured signal: electric signal is converted to former measured signal, and electric signal will be converted to former measured signal information in MCU.Power circuit 31: for whole circuit provides stable supply voltage.Sensor section 32: the determinand input, amplify, the circuit such as temperature correction can be completed the Sensor section function altogether.USB flash disk part 33:MCU circuit and memory circuitry can be completed the USB flash disk function altogether.
Fig. 3 implements the two MCU sensor construction schematic diagram of USB flash disk of the present utility model.as shown in Figure 3, USB flash disk part 55 has USB flash disk MCU51, described USB flash disk MCU51 connects respectively USB flash disk storer 52 and USB interface 53, Sensor section 54 has sensor MCU46, described sensor MCU46 and described USB flash disk MCU51 interconnection, described sensor MCU46 comprises electric signal is converted to the modular converter 50 that measured object is measured signal, described sensor MCU46 connects respectively the following circuit in this Sensor section 54: temperature correction circuit 42, amplifying circuit 43, reference circuits 44, clock circuit 45, memory circuitry 47 and display circuit 48, described reference circuits 44 is connected to described amplifying circuit 43, described amplifying circuit 43 connection measured objects are measured signal and are transformed into electric signaling device 41, described measured object is measured signal and is transformed into electric signaling device 41 connection determinand input medias 40, described Sensor section 54 comprises power circuit 49, described power circuit 49 had been both described Sensor section 54 power supplies, be also described USB flash disk part 55 power supplies.Its functions is as follows: determinand input media 40: the measured object input, determinand is inputted detector thus.Measured object is measured signal and is transformed into electric signaling device 41: change into electric signal, convert the determinand input signal of measuring to electric signal.Temperature correction circuit 42: temperature parameter is sent into the MCU circuit, proofread and correct the measuring error that is caused by temperature.Operational amplification circuit 43: the feeble signal of determinand is amplified.Reference voltage circuit 44: for providing operational amplification circuit and microprocessor required reliable and stable reference voltage source.Clock circuit 45: for detector provides corresponding real-time clock function.The MCU(microprocessor) circuit 46: process data measured and be transferred to the USB flash disk circuit., after MCU will carry out amplification correction to the signal that amplifying circuit passes, and obtain final data result here, these data have been converted into the original unit of measured object.Here, MCU will carry out corresponding control to each peripheral hardware, to realize corresponding function.Storer 47: for detector provides corresponding memory function, the detector data measured after checking, proofreading and correct, is passed to memory stores by MCU.When needed, MCU can all or part of accesses wherein data from storer, and is transferred to the USB flash disk circuit.Display circuit 48: for detector provides corresponding Presentation Function.Power circuit 49: for whole circuit provides stable supply voltage.Electric signal is converted to former measured signal 50: electric signal will be converted to former measured signal information in MCU.The MCU(microprocessor) the required MCU circuit of circuit 51:U dish circuit, the storage data also are transferred to main frame through USB interface.Storer 52: for the USB flash disk circuit provides corresponding memory function.USB flash disk circuit 51:MCU51 circuit and storer 52 circuit can be completed the USB flash disk function altogether.Usb circuit 53: be that detector is prepared the socket circuit is connected with main frame, main frame can be mobile phone, and computing machine (comprise desk-top, notebook, net book, intelligence, panel computer etc.) and the instrument that display screen and operating system are similarly arranged install.Sensor circuit 54: the determinand input, amplify, temperature correction and MCU circuit can be completed the Sensor section function altogether.USB flash disk circuit or be referred to as USB flash disk part 55:MCU circuit and memory circuitry can be completed the USB flash disk function altogether.
Fig. 4 is USB flash disk blood-sugar detecting instrument structural representation.as shown in Figure 4, a kind of USB flash disk blood-sugar detecting instrument, comprise the USB flash disk sensor, described USB flash disk sensor comprises Sensor section 74 and USB flash disk part 75, described USB flash disk part 75 has USB flash disk MCU71, described USB flash disk MCU71 connects respectively USB flash disk storer 72 and USB interface 73, described Sensor section 74 has sensor MCU66, described sensor MCU66 and described USB flash disk MCU71 interconnection, described sensor MCU74 comprises and electric signal is changed measured object to measure the modulus of conversion of signal be piece 70, described sensor MCU66 connects respectively the following circuit in this Sensor section 74: temperature correction circuit 62, amplifying circuit 63, reference circuits 64, clock circuit 65, memory circuitry 77 and display circuit 68, described reference circuits 64 is connected to described amplifying circuit 63, described amplifying circuit 63 connects blood sugar test paper interface 61, described blood sugar test paper interface 61 connects blood sugar input media 60, described Sensor section 74 comprises power circuit 69, described power circuit 69 had been both described Sensor section 74 power supplies, be also described USB flash disk part 75 power supplies.Its functions is as follows: blood sugar input media 60: the blood sugar input, blood sugar is inputted detector thus.61: test paper interface, the interface circuit between blood sugar test paper and blood glucose meter.Temperature correction circuit 62: temperature parameter is sent into the MCU circuit, proofread and correct the measuring error that is caused by temperature.Operational amplification circuit 63: the feeble signal of blood sugar is amplified.Reference voltage circuit 64: for providing operational amplification circuit and microprocessor required reliable and stable reference voltage source.Clock circuit 65: for detector provides corresponding real-time clock function.The MCU(microprocessor) circuit 66: process data measured and be transferred to the USB flash disk circuit., after MCU will carry out amplification correction to the signal that amplifying circuit passes, and obtain final data result here, these data have been converted into the original unit of measured object.Here, MCU will carry out corresponding control to each peripheral hardware, to realize corresponding function.Storer 67: for detector provides corresponding memory function, the blood glucose meter data measured after checking, proofreading and correct, is passed to memory stores by MCU.When needed, MCU can all or part of accesses wherein data from storer, and is transferred to the USB flash disk circuit.Display circuit 68: for detector provides corresponding Presentation Function.Power circuit 69: for whole circuit provides stable supply voltage.Electric signal is changed measured object, and to measure the modulus of conversion of signal be piece 70: electric signal is converted to former measured signal, and electric signal will be converted to blood glucose value in MCU.The MCU(microprocessor) the required MCU circuit of circuit 71:U dish circuit, the storage data also are transferred to main frame through USB interface.Storer 72: for the USB flash disk circuit provides corresponding memory function.Usb circuit 73: be that detector is prepared the socket circuit is connected with main frame, main frame can be mobile phone, and computing machine (comprise desk-top, notebook, net book, intelligence, panel computer etc.) and the instrument that display screen and operating system are similarly arranged install.Sensor circuit 74: the blood sugar input, amplify, the clock that temperature correction and MCU control shows that the circuit such as storage can be completed the Sensor section function altogether.USB flash disk circuit 75:MCU circuit and memory circuitry can be completed the USB flash disk function altogether.
Fig. 5 implements USB flash disk blood detector structural representation of the present utility model.as shown in Figure 5, a kind of USB flash disk blood detector comprises the USB flash disk sensor, described USB flash disk sensor comprises Sensor section 94 and USB flash disk part 95, described USB flash disk part 95 has USB flash disk MCU91, described USB flash disk MCU91 connects respectively USB flash disk storer 92 and USB interface 93, described Sensor section 94 has sensor MCU86, described sensor MCU86 and described USB flash disk MCU91 interconnection, described sensor MCU86 comprises electric signal is converted to the modular converter 90 that measured object is measured signal, described sensor MCU86 connects respectively the following circuit in this Sensor section 94: temperature correction circuit 82, amplifying circuit 83, reference circuits 84, clock circuit 85, memory circuitry 87 and display circuit 88, described reference circuits 84 is connected to described amplifying circuit 83, described amplifying circuit 83 connection measured objects are measured signal and are transformed into electric signaling device 81, described measured object is measured signal and is transformed into electric signaling device 81 connection blood input medias 80, described Sensor section 94 comprises power circuit 89, described power circuit 89 had been both described Sensor section 94 power supplies, be also described USB flash disk part 95 power supplies.Its functions is as follows: blood input media 80: the blood input, blood is inputted detector thus.Measured object is measured signal and is transformed into electric signaling device 81: change into electric signal, convert the blood input signal to electric signal.Temperature correction circuit 82: temperature parameter is sent into the MCU circuit, proofread and correct the measuring error that is caused by temperature.Operational amplification circuit 83: the feeble signal of blood sugar is amplified.Reference voltage circuit 84: for providing operational amplification circuit and microprocessor required reliable and stable reference voltage source.Clock circuit 85: for the blood examination instrument provides corresponding real-time clock function.The MCU(microprocessor) circuit 86: process data measured and be transferred to the USB flash disk circuit., after MCU will carry out amplification correction to the signal that amplifying circuit passes, and obtain final data result here, these data have been converted into the original unit of measured object.Here, MCU will carry out corresponding control to each peripheral hardware, to realize corresponding function.Storer 87: for the blood examination instrument provides corresponding memory function, blood examination instrument data measured after checking, proofreading and correct, is passed to memory stores by MCU.When needed, MCU can all or part of accesses wherein data from storer, and is transferred to the USB flash disk circuit.Display circuit 88: for the blood examination instrument provides corresponding Presentation Function.Power circuit 89: for whole circuit provides stable supply voltage.Electric signal is converted to the modular converter 90 that measured object is measured signal: electric signal is converted to former measured signal, and electric signal is with former measured signal information in MCU.The MCU(microprocessor) the required MCU circuit of circuit 91:U dish circuit, the storage data also are transferred to main frame through USB interface.Storer 92: for the USB flash disk circuit provides corresponding memory function.Usb circuit 93: be that detector is prepared the socket circuit is connected with main frame, main frame can be mobile phone, and computing machine (comprise desk-top, notebook, net book, intelligence, panel computer etc.) and the instrument that display screen and operating system are similarly arranged install.Sensor circuit 94: the blood input, amplify, the clock that temperature correction and MCU control shows that the circuit such as storage can be completed the Sensor section function altogether.USB flash disk circuit 95:MCU circuit and memory circuitry can be completed the USB flash disk function altogether.
Indicate at this, above narration helps those skilled in the art to understand the invention, but and the protection domain of unrestricted the invention.Any do not break away from the invention flesh and blood to being equal to replacement, modify improving and/or deleting numerous conforming to the principle of simplicity and the enforcement carried out of above narration, all fall into the protection domain of the invention.
Claims (10)
1.U the dish sensor is characterized in that, comprises Sensor section and USB flash disk part, has interconnective built-in data transmission interface between described Sensor section and described USB flash disk part.
2. USB flash disk sensor according to claim 1, is characterized in that, described Sensor section adopts built-in power or external power supply, and the power circuit of described Sensor section is that described USB flash disk is partly powered.
3. USB flash disk sensor according to claim 1, is characterized in that, described Sensor section is provided with micro memory and display device.
4. USB flash disk sensor according to claim 1, is characterized in that, described Sensor section and Micro-processor MCV of described USB flash disk partial common.
5. USB flash disk sensor according to claim 1, is characterized in that, each own Micro-processor MCV of described Sensor section and described USB flash disk part, the Micro-processor MCV interconnection of the Micro-processor MCV of described Sensor section and described USB flash disk part.
6. USB flash disk sensor according to claim 1, it is characterized in that, described USB flash disk partly comprises a Micro-processor MCV, described Micro-processor MCV comprises electric signal is converted to the modular converter that measured object that described Sensor section obtains is measured signal, described Micro-processor MCV connects the USB flash disk storer, and connect respectively the following circuit of described Sensor section: temperature correction circuit, amplifying circuit, reference circuits and clock circuit, described amplifying circuit connection measured object is measured signal and is transformed into electric signaling device, described measured object is measured signal and is transformed into electric signaling device connection determinand input media, described reference circuits is connected to described amplifying circuit.
7. USB flash disk sensor according to claim 1, it is characterized in that, described USB flash disk partly has USB flash disk MCU, described USB flash disk MCU connects respectively USB flash disk storer and USB interface, described Sensor section has sensor MCU, described sensor MCU and described USB flash disk MCU interconnection, described sensor MCU comprises electric signal is converted to the modular converter that measured object is measured signal, described sensor MCU connects respectively the following circuit of this Sensor section: temperature correction circuit, amplifying circuit, reference circuits, clock circuit, memory circuitry and display circuit, described reference circuits is connected to described amplifying circuit, described amplifying circuit connection measured object is measured signal and is transformed into electric signaling device, described measured object is measured signal and is transformed into electric signaling device connection determinand input media, described Sensor section comprises power circuit, described power circuit had been both described Sensor section power supply, also partly power for described USB flash disk.
8. detector, it is characterized in that, comprise the USB flash disk sensor, described USB flash disk sensor comprises Sensor section and USB flash disk part, has interconnective built-in data transmission interface between described Sensor section and described USB flash disk part, described Sensor section is provided with micro memory and display device, and described Sensor section connects the determinand input media, and described USB flash disk part connects main frame by USB interface.
9. USB flash disk blood-sugar detecting instrument, it is characterized in that, comprise the USB flash disk sensor, described USB flash disk sensor comprises Sensor section and USB flash disk part, described USB flash disk partly has USB flash disk MCU, described USB flash disk MCU connects respectively USB flash disk storer and USB interface, described Sensor section has sensor MCU, described sensor MCU and described USB flash disk MCU interconnection, described sensor MCU comprises electric signal is converted to the modular converter that measured object is measured signal, described sensor MCU connects respectively the following circuit of this Sensor section: temperature correction circuit, amplifying circuit, reference circuits, clock circuit, memory circuitry and display circuit, described reference circuits is connected to described amplifying circuit, described amplifying circuit connects the blood sugar test paper interface, described blood sugar test paper interface connects the blood sugar input media, described Sensor section comprises power circuit, described power circuit had been both described Sensor section power supply, also partly power for described USB flash disk.
10. USB flash disk blood detector, it is characterized in that, comprise the USB flash disk sensor, described USB flash disk sensor comprises Sensor section and USB flash disk part, described USB flash disk partly has USB flash disk MCU, described USB flash disk MCU connects respectively USB flash disk storer and USB interface, described Sensor section has sensor MCU, described sensor MCU and described USB flash disk MCU interconnection, described sensor MCU comprises electric signal is converted to the modular converter that measured object is measured signal, described sensor MCU connects respectively the following circuit of this Sensor section: temperature correction circuit, amplifying circuit, reference circuits, clock circuit, memory circuitry and display circuit, described reference circuits is connected to described amplifying circuit, described amplifying circuit connection measured object is measured signal and is transformed into electric signaling device, described measured object is measured signal and is transformed into electric signaling device connection blood input media, described Sensor section comprises power circuit, described power circuit had been both described Sensor section power supply, also partly power for described USB flash disk.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220420506 CN202928594U (en) | 2012-08-23 | 2012-08-23 | U disk sensor, detector, U disk blood glucose detector, and U disk blood detector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220420506 CN202928594U (en) | 2012-08-23 | 2012-08-23 | U disk sensor, detector, U disk blood glucose detector, and U disk blood detector |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202928594U true CN202928594U (en) | 2013-05-08 |
Family
ID=48218548
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220420506 Expired - Fee Related CN202928594U (en) | 2012-08-23 | 2012-08-23 | U disk sensor, detector, U disk blood glucose detector, and U disk blood detector |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202928594U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102829805A (en) * | 2012-08-23 | 2012-12-19 | 北京软测科技有限公司 | U-disk sensor and detector |
| CN104778964A (en) * | 2015-04-03 | 2015-07-15 | 程志 | Detection USB flash disk for disease diagnosis |
-
2012
- 2012-08-23 CN CN 201220420506 patent/CN202928594U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102829805A (en) * | 2012-08-23 | 2012-12-19 | 北京软测科技有限公司 | U-disk sensor and detector |
| WO2014029241A1 (en) * | 2012-08-23 | 2014-02-27 | 北京软测科技有限公司 | U disk sensor and detector |
| CN104778964A (en) * | 2015-04-03 | 2015-07-15 | 程志 | Detection USB flash disk for disease diagnosis |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN202420641U (en) | Intelligent weight balance | |
| CN205163037U (en) | Portable multi -parameter human physiology data detection device | |
| CN101480339B (en) | Method and system for realizing measurements of various physiological parameters | |
| CN202928594U (en) | U disk sensor, detector, U disk blood glucose detector, and U disk blood detector | |
| CN206311540U (en) | A kind of VOC gas Intelligent Measurement instrument apparatus based on STM32 single-chip microcomputers | |
| CN102829805A (en) | U-disk sensor and detector | |
| CN104931558A (en) | Universal POCT (point-of-care testing) apparatus based on intelligent cellphone platform and test method thereof | |
| WO2017063363A1 (en) | Body sign data display method and apparatus thereof | |
| CN104199343A (en) | Micro data collection system based on serial storage mode | |
| CN205375086U (en) | Multi -path temperature detection system | |
| CN104655255A (en) | Electronic scale capable of carrying out network communication | |
| CN206756741U (en) | A kind of blood glucose meter based on the communication of mobile device Lightning mouths | |
| CN202693510U (en) | Universal biochemical index measuring system | |
| CN104729576A (en) | Temperature and humidity transmitter | |
| CN203231764U (en) | Hand-held measuring instrument storage operation device | |
| CN203493649U (en) | Glucose meter | |
| CN203379111U (en) | Measuring system for blood pressure and pulse | |
| CN203572516U (en) | Natural gas energy metering device | |
| CN103837192A (en) | High-performance paperless recorder | |
| CN202330439U (en) | Blood-glucose detection device and blood-glucose detection system | |
| CN202267714U (en) | Capacitor capacity data test and acquisition system | |
| CN204336889U (en) | Portable body balance detection instrument | |
| CN104729714A (en) | Spot inspection instrument device based on Android phone platform | |
| CN205352438U (en) | Low -cost electron measurement system of high accuracy | |
| CN201892601U (en) | Novel intelligent pressure sensor |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130508 Termination date: 20210823 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |