CN203601731U - Electronic label standard sample bag with position recording function - Google Patents
Electronic label standard sample bag with position recording function Download PDFInfo
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- CN203601731U CN203601731U CN201320799210.2U CN201320799210U CN203601731U CN 203601731 U CN203601731 U CN 203601731U CN 201320799210 U CN201320799210 U CN 201320799210U CN 203601731 U CN203601731 U CN 203601731U
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- electrically connected
- standard sample
- electronic tag
- bag
- microprocessor
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Abstract
The utility model provides an electronic label standard sample bag with a position recording function. The electronic label standard sample bag comprises a bag body, a position collecting and recording device and an electronic label. An interlayer is arranged on the bag body. The position collecting and recording device and the electronic label are fixed in the interlayer. The position collecting and recording device comprises a microprocessor, a position receiver, a storage device, a wireless communication module and a position comparison module. The electronic label, a satellite data receiving technology and a plastic package technology are used for manufacturing the novel standard sample bag so as to achieve the purposes of inquiring and tracking a real-time position of a sample and inquiring information of the sample. The electronic label standard sample bag can be applied to occasions with the high requirement for the real-time performance of the position of the sample in the logistics process. The requirements for positioning the sample in real time, comparing the positions and inquiring relevant information can be met. The standard sample bag has the unique electronic identification code around the globe and an RFID reader-writer can be used for rapidly and accurately reading information in the electronic label.
Description
Technical field
The utility model relates to a kind of standard sample bag of electronic label, relates in particular to a kind of with station acquisition, record, to the electronic tag standard sample bag of reporting functions when.
Background technology
RFID technology, as advanced object identification systems technology basis, has started to be progressively applied to real-life sample mark, location and management.Part high-end product, in its production, logistics and sales process, adopts RFID electronic tag to identify its identity at present, improves searching and treatment effeciency of product, increases its source-information, to improve the assurance to product design and identity.Current RFID electronic tag, not yet provides geographical location information, and product real-time position information can not be grasped by user.And the real-time position information of product has important reference significance for transportation control, the real-time status inquiry of system.
Along with the increase of the integrated degree of integrated circuit fabrication process, position receptor trend toward miniaturization is day by day obvious, design a kind of electronic tag standard sample bag with position writing function, it has positioning function, the reusable feature of position logging modle and core component, can replace current common sample bag to a certain extent.
Utility model content
The utility model improves for above-mentioned problems, it provides a kind of with station acquisition, record, to the electronic tag standard sample bag of reporting functions when, by the high density integrated circuit having device of the integrated GPS station acquisition of low-power consumption microprocessor control and wireless telecommunications GPRS module, and real-time reading electronic labels content, adopt advanced flip-clip to be packaged as a whole, realize that volume is little, waterproof, anticollision and a kind of novel standard sample sack to be just to reach the object of sample location and information inquiry in real time.Can be widely used in the device of the quick location, tracking and the relevant information inquiry that need accurately to control article in logistics progress.This standard sample bag has globally unique electronic mark code, use rfid interrogator can be fast, accurate reading electronic labels internal information, thereby make this standard sample bag with RFID there is quick identification, location, information inquiry and prevent from going here and there goods, to replace traditional sample sack.
An application for electronic tag standard sample bag with position writing function, for the relevant information inquiries such as the real-time location of its affiliated product, sample message inquiry, production unit, traffic unit provide the approach of realization.Along with RFID manufactures and the further reduction of related chip cost, to apply corollary equipment and continue to bring out, the widespread use of carrying out this standard sample bag in China possesses the condition of comparative maturity.
Concrete technical scheme is:
With an electronic tag standard sample bag for position writing function, it comprises bag, station acquisition and recording device and electronic tag, on described bag, have interlayer, described station acquisition and recording device and electronic tag are all fixed in described interlayer, described station acquisition and recording device comprise microprocessor, position receptor, memory device, wireless communication module, position versus module, described position receptor, described memory device, described wireless communication module, described position versus module are all electrically connected with described microprocessor, described position versus module comprises the first op amp, the second op amp, the first resistance, the second resistance, the first diode, the second diode and MOSFET pipe, the in-phase input end of described the first op amp and described first resistance one end are electrically connected, the actual position output signal end of the other end of described the first resistance and described microprocessor is electrically connected, the in-phase input end of described the second op amp and described second resistance one end are electrically connected, the predicted position output signal end of the other end of described the second resistance and described microprocessor is electrically connected, the equal ground connection of inverting input of the inverting input of described the first op amp and described the second op amp, the mouth of described the first op amp and described the first diode cathode are electrically connected, the grid of the negative pole of described the first diode and described MOSFET pipe is electrically connected, the mouth of described the second op amp and described the second diode cathode are electrically connected, the source electrode of the negative pole of described the second diode and described MOSFET pipe is electrically connected, the feedback signal input end of the drain electrode of described MOSFET pipe and described microprocessor is electrically connected, described the first op amp receives the actual position signal that described microprocessor sends, after amplifying computing, export the grid of described MOSFET pipe to, described the second op amp receives the predicted position signal that described microprocessor sends, and exports the source electrode utmost point of described MOSFET pipe after amplifying computing to, when actual position and predicted position approach when identical, grid voltage is less than or equal to source voltage, the conducting of described MOSFET pipe, the drain electrode of described MOSFET pipe by signal feedback to described microprocessor, after described microprocessor computing the identical result of out position, in the time that actual position is different from predicted position, grid voltage is greater than source voltage, and described MOSFET manages not conducting, and described microprocessor does not receive the drain signal of described MOSFET pipe, and described microprocessor obtains the result that out position is different.
Described electronic tag comprises microstrip antenna and electronic chip, and described microstrip antenna and described electronic chip are electrically connected, and described electronic chip and described microprocessor are electrically connected.
Described position receptor is realized collection and the record of GPS location information.
Described microprocessor is MSP430 series microprocessor, controls GPS locating module and realizes location and carry out bindings with RFID label information, realizes telecommunication by wireless communication module, and dress related data is reported to remote service end.
Described memory device is the flash storage chip of 8M.
Described wireless communication interface is the highly integrated chip of integrated GPRS wireless communication function.
Described microstrip antenna is flats.
Described electronic chip is RFID chip.
When use, this standard sample bag is loaded onto after sample sealing, sample sack is placed in the read-write machine dedicated antenna footprint of RFID, by the write operation of read write line, sample message can be written to sample bag powers in the chip of subtab, as unique identification of this sample, this label and the sample number into spectrum in related software management system are bound mutually simultaneously.In the time that staff need to obtain the real-time position information of this sample, can pass through related software management system, obtain the entrained information of electronic label chip on sample sack, navigate in real time the location information of sample, the information of tracing to the source such as associated production, processing and the circulation that simultaneously chip carries in bag per sample, understand the correlation attribute information of sample in depth; By wireless communication technique, the data transmission in memory device, in remote server system, is shown the path of motion of sample in patterned mode, be convenient to operating personal and monitor in real time the circulation approach of sample.Adopt RFID technology to identify sample sack, have fast, accurately, the anti-function such as illegally distort.
Compare with traditional sample sack, the utlity model has following features:
1, product has unique not revisable serial codes; As sample sack identity code;
2, avoided artificial hand to write that the handwriting is blurred, write to fade etc. to cause with font by mistake and obscure sample and the problem such as be beyond recognition;
3, station acquisition and recording device and electronic tag, can repeated usage, has greatly saved management and using cost;
4, easy to use, electronic tag internal information adopts machine read-write, reduces human error;
5, can locate in real time sample, understand the concrete trend of sample, and can the actual position of confirmatory sample and the predicted position of sample whether consistent.
6, can read in batches by rfid interrogator, reduce manually, raise the efficiency;
7, can pass through RFID label, carry out Integration and application with related software management system;
8, novel structure, dependable performance, is easy to apply.
Accompanying drawing explanation
Fig. 1 is the utility model example structure schematic diagram;
Wherein: 1. bag, 2. station acquisition and recording device, 3. electronic tag, 4. interlayer.
The specific embodiment
Describe by the following examples the utility model, should be noted that, cited embodiment should not understand the restriction to utility model.
As shown in Figure 1: the present embodiment provides a kind of electronic tag standard sample bag with position writing function, it comprises bag 1, station acquisition and recording device 2 and electronic tag 3, described bag 1 is plastic material, on described bag 1, has interlayer 4, and described station acquisition and recording device 2 and electronic tag 3 are all fixed in described interlayer 4, described station acquisition and recording device 2 comprise flash storage chip, wireless communication module, the position versus module of MSP430 series microprocessor, position receptor, 8M, the flash storage chip of described position receptor, described 8M, described wireless communication module, described position versus module are all electrically connected with described MSP430 series microprocessor, described position versus module comprises the first op amp, the second op amp, the first resistance, the second resistance, the first diode, the second diode and MOSFET pipe, the in-phase input end of described the first op amp and described first resistance one end are electrically connected, the actual position output signal end of the other end of described the first resistance and described MSP430 series microprocessor is electrically connected, the in-phase input end of described the second op amp and described second resistance one end are electrically connected, the predicted position output signal end of the other end of described the second resistance and described MSP430 series microprocessor is electrically connected, the equal ground connection of inverting input of the inverting input of described the first op amp and described the second op amp, the mouth of described the first op amp and described the first diode cathode are electrically connected, the grid of the negative pole of described the first diode and described MOSFET pipe is electrically connected, the mouth of described the second op amp and described the second diode cathode are electrically connected, the source electrode of the negative pole of described the second diode and described MOSFET pipe is electrically connected, the feedback signal input end of the drain electrode of described MOSFET pipe and described microprocessor is electrically connected, described the first op amp receives the actual position signal that described microprocessor sends, after amplifying computing, export the grid of described MOSFET pipe to, described the second op amp receives the predicted position signal that described microprocessor sends, and exports the source electrode utmost point of described MOSFET pipe after amplifying computing to, when actual position and predicted position approach when identical, grid voltage is less than or equal to source voltage, the conducting of described MOSFET pipe, the drain electrode of described MOSFET pipe by signal feedback to described microprocessor, after described microprocessor computing the identical result of out position, in the time that actual position is different from predicted position, grid voltage is greater than source voltage, and described MOSFET manages not conducting, and described microprocessor does not receive the drain signal of described MOSFET pipe, and described microprocessor obtains the result that out position is different.Described electronic tag comprises flats microstrip antenna and RFID chip, and described flats microstrip antenna and described RFID chip are electrically connected, and described RFID chip and described MSP430 series microprocessor are electrically connected.
In use, first will pack sample into the electronic tag standard sample bag of position writing function, electronic tag on bag is carried out to data initialization, by the storage space data zero clearing of station acquisition and recording device, be associated with the sample number into spectrum in related software management system simultaneously.In the time will using, by fixed type reader-writer or hand-held read-write reading electronic labels data, by wireless communication interface, position data is sent on fixing computer that read write line joins or hand-held set simultaneously, if data read normally, illustrate that electronic tag and station acquisition and recording device are good, can read and write as required electronic labeling information and directly read the real time position of sample, the predicted position of sample can also be set, thereby whether the real time position of comparative sample is consistent with prediction; If without label information, electronic tag damages, if position data cannot read, station acquisition and recording device fault.
Obviously; foregoing is just in order to illustrate feature of the present utility model; and be not limitation of the utility model, the variation that the those of ordinary skill in relevant technologies field is made in corresponding technical field according to the utility model should belong to protection category of the present utility model.
Claims (7)
1. the electronic tag standard sample bag with position writing function, is characterized in that: it comprises bag, station acquisition and recording device and electronic tag, on described bag, have interlayer, described station acquisition and recording device and electronic tag are all fixed in described interlayer, described station acquisition and recording device comprise microprocessor, position receptor, memory device, wireless communication module, position versus module, described position receptor, described memory device, described wireless communication module, described position versus module are all electrically connected with described microprocessor, described position versus module comprises the first op amp, the second op amp, the first resistance, the second resistance, the first diode, the second diode and MOSFET pipe, the in-phase input end of described the first op amp and described first resistance one end are electrically connected, the actual position output signal end of the other end of described the first resistance and described microprocessor is electrically connected, the in-phase input end of described the second op amp and described second resistance one end are electrically connected, the predicted position output signal end of the other end of described the second resistance and described microprocessor is electrically connected, the equal ground connection of inverting input of the inverting input of described the first op amp and described the second op amp, the mouth of described the first op amp and described the first diode cathode are electrically connected, the grid of the negative pole of described the first diode and described MOSFET pipe is electrically connected, the mouth of described the second op amp and described the second diode cathode are electrically connected, the source electrode of the negative pole of described the second diode and described MOSFET pipe is electrically connected, the feedback signal input end of the drain electrode of described MOSFET pipe and described microprocessor is electrically connected, described electronic tag comprises microstrip antenna and electronic chip, and described microstrip antenna and described electronic chip are electrically connected, and described electronic chip and described microprocessor are electrically connected.
2. a kind of electronic tag standard sample bag with position writing function according to claim 1, is characterized in that: described position receptor is realized collection and the record of GPS location information.
3. a kind of electronic tag standard sample bag with position writing function according to claim 1, it is characterized in that: described microprocessor is MSP430 series microprocessor, controlling GPS locating module realizes location and carries out bindings with RFID label information, realize telecommunication by wireless communication module, dress related data is reported to remote service end.
4. a kind of electronic tag standard sample bag with position writing function according to claim 1, is characterized in that: the flash storage chip that described memory device is 8M.
5. a kind of electronic tag standard sample bag with position writing function according to claim 1, is characterized in that: described wireless communication interface is the highly integrated chip of integrated GPRS wireless communication function.
6. a kind of electronic tag standard sample bag with position writing function according to claim 1, is characterized in that: described microstrip antenna is flats.
7. a kind of electronic tag standard sample bag with position writing function according to claim 1, is characterized in that: described electronic chip is RFID chip.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320799210.2U CN203601731U (en) | 2013-12-05 | 2013-12-05 | Electronic label standard sample bag with position recording function |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320799210.2U CN203601731U (en) | 2013-12-05 | 2013-12-05 | Electronic label standard sample bag with position recording function |
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| CN203601731U true CN203601731U (en) | 2014-05-21 |
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| CN201320799210.2U Expired - Fee Related CN203601731U (en) | 2013-12-05 | 2013-12-05 | Electronic label standard sample bag with position recording function |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107380729A (en) * | 2017-08-24 | 2017-11-24 | 上海诚明融鑫科技有限公司 | A kind of DNA sample capture card smart memory device |
-
2013
- 2013-12-05 CN CN201320799210.2U patent/CN203601731U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107380729A (en) * | 2017-08-24 | 2017-11-24 | 上海诚明融鑫科技有限公司 | A kind of DNA sample capture card smart memory device |
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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: 20140521 Termination date: 20141205 |
|
| EXPY | Termination of patent right or utility model |