CN104867211A - Method for tracing time nodes of vehicle access and goods loading and unloading based on NFC technology - Google Patents
Method for tracing time nodes of vehicle access and goods loading and unloading based on NFC technology Download PDFInfo
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- CN104867211A CN104867211A CN201510235024.XA CN201510235024A CN104867211A CN 104867211 A CN104867211 A CN 104867211A CN 201510235024 A CN201510235024 A CN 201510235024A CN 104867211 A CN104867211 A CN 104867211A
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Abstract
The invention relates to a method for tracing time nodes of vehicle access and goods loading and unloading based on NFC technology. The method comprises the following steps: firstly, a driver gets an NFC magnetic card to complete the binding of the driver and the NFC magnetic card and the uploading of the basic information of the driver; secondly, the driver reaches the goods loading yard to complete the time recording of the time information of reaching goods loading yard, the time information of starting goods loading, the time information of completing goods loading and the time information of leaving the goods loading yard; finally, the driver reaches the goods unloading yard to complete the time recording of the time information of reaching goods unloading yard, the time information of starting goods unloading, the time information of completing goods unloading and the time information of leaving the goods unloading yard. The method for tracing the time nodes of the vehicle access and goods loading and unloading based on the NFC technology completes the tracing of the time nodes of the whole vehicle access and the goods loading and unloading, improves the traceability of logistics management, takes advantage of cloud interaction simultaneously to evolve logistics into workflow, and puts emphasis on the process control of logistics nodes.
Description
Technical field
The present invention relates to a kind of vehicle based on NFC technique to come in and go out and laytime nodes keep track method.
Background technology
NFC technique is developed by non-contact radio-frequency identification, is jointly developed by Philips Semiconductors, Nokia and Sony, and its basis is RFID and interconnection technique.Near-field communication (Near Field Communication, NFC) is a kind of radiotelegraphy of short distance high frequency, runs in 20 cm distance in 13.56MHz frequency.Its transmission speed has 106 Kbit/ seconds, 212 Kbit/ ring second person 424 Kbit/ second three kinds.Current near-field communication is by becoming ISO/IEC IS 18092 international standard, ECMA-340 standard not ETSI TS 102 190 standard.NFC adopts main strive forward and by strive forward two kinds of read modes.
In logistic industry uses, NFC, not as the one of label technique, adds the much informations such as state, time, place, and is not only mark.In recording process, improve trackability.Utilize cloud mutual simultaneously, logistics is evolved as workflow, emphasizes the process control of logistics node.The present invention take NFC technique as core, with goods yard vehicle management platform for carrier, serves the multiple links in the management process of logistics goods yard.Vehicle discrepancy, multiple timing nodes such as the whole story of unloading intercept information and feeds back, improving logistics enterprise management efficiency.
Summary of the invention
A kind of vehicle based on NFC technique is the object of the present invention is to provide to come in and go out and laytime nodes keep track method, complete the tracking of overall vehicle discrepancy and laytime node, improve the trackability of logistics management, utilize cloud mutual simultaneously, logistics is evolved as workflow, facilitates logistics management.
For achieving the above object, technical scheme of the present invention is: a kind of vehicle based on NFC technique is come in and gone out and laytime nodes keep track method, comprises the steps,
Step S1: driver gets NFC magnetic card, and after filling in driver's essential information by mobile phone A PP, by mobile phone near this NFC magnetic card, complete the write of driver's essential information, driver's essential information is also uploaded to goods yard vehicle management platform by mobile phone A PP simultaneously, completes the binding of driver and NFC magnetic card;
Step S2: driver drives to arrive loading goods yard, and NFC magnetic card and mobile phone is close, will in loading goods yard temporal information write NFC magnetic card by mobile phone A PP, and meanwhile, this is uploaded to goods yard vehicle management platform to goods yard temporal information of freighting by mobile phone A PP;
Step S3: NFC magnetic card is given cargo loader by driver, cargo loader by this NFC magnetic card near mobile phone, read the driver's essential information on NFC magnetic card and arrive loading field time information, confirm errorless, then cargo loader selects to start loading by mobile phone A PP, and again near NFC magnetic card, will start in loading time information write NFC magnetic card, meanwhile, beginning loading time information is uploaded to goods yard vehicle management platform by mobile phone A PP;
Step S4: after having freighted, cargo loader selects loading to complete by mobile phone A PP, and near NFC magnetic card, loading finishing time information being write in NFC magnetic card and to give driver, meanwhile, loading finishing time information is uploaded to goods yard vehicle management platform by mobile phone A PP;
Step S5: driver leaves loading goods yard, and NFC magnetic card and mobile phone is close, will leave loading goods yard temporal information and write in NFC magnetic card, meanwhile, this is left goods yard temporal information of freighting and is uploaded to goods yard vehicle management platform by mobile phone A PP;
Step S6: driver drives to arrive unloading goods yard, and NFC magnetic card and mobile phone is close, will in unloading goods yard temporal information write NFC magnetic card, and meanwhile, this is uploaded to goods yard vehicle management platform to goods yard temporal information of unloading by mobile phone A PP;
Step S7: NFC magnetic card is given unloading person by driver, unloading person by this NFC magnetic card near mobile phone, read the driver's essential information on NFC magnetic card and arrive unloading apron temporal information, confirm errorless, then unloading person selects break bulk by mobile phone A PP, and again near NFC magnetic card, by break bulk temporal information write NFC magnetic card, meanwhile, break bulk temporal information is uploaded to goods yard vehicle management platform by mobile phone A PP;
Step S8: after having unloaded, unloading person selects unloading to complete by mobile phone A PP, and near NFC magnetic card, in finishing time information of unloading write NFC magnetic card, meanwhile, unloading finishing time information is uploaded to goods yard vehicle management platform by mobile phone A PP;
Step S9: complete vehicle and come in and go out and laytime nodes keep track.
In an embodiment of the present invention, after described step S8, after finishing time information of unloading write NFC magnetic card, unloading person resets the information in this NFC magnetic card by mobile phone A PP, be convenient to perform next round nodes keep track, and replacement result is uploaded to goods yard vehicle management platform.
In an embodiment of the present invention, before described step S2, also need to fill in loading goods yard title by mobile phone A PP so that NFC magnetic card and mobile phone near after, by mobile phone A PP loading goods yard title write NFC magnetic card and upload goods yard vehicle management platform.
In an embodiment of the present invention, in described step S2, driver drives to arrive loading goods yard, by NFC magnetic card and mobile phone near after, mobile phone A PP first locates driver and to drive in-position, the loading goods yard location comparison filled in driver, if error is in preset range, then loading goods yard title, arrival loading goods yard temporal information are write NFC magnetic card and upload by mobile phone A PP, if error is greater than preset range, then mobile phone A PP warning is informed that user does not arrive and specified goods yard of freighting.
In an embodiment of the present invention, before described step S6, also need to fill in unloading goods yard title by mobile phone A PP so that NFC magnetic card and mobile phone near after, by mobile phone A PP unloading goods yard title write NFC magnetic card and upload goods yard vehicle management platform.
In an embodiment of the present invention, in described step S6, driver drives to arrive unloading goods yard, by NFC magnetic card and mobile phone near after, mobile phone A PP first locates driver and to drive in-position, the unloading goods yard location comparison filled in driver, if error is in preset range, then unloading goods yard title, arrival unloading goods yard temporal information are write NFC magnetic card and upload by mobile phone A PP, if error is greater than preset range, then mobile phone A PP warning is informed that user does not arrive and specified goods yard of unloading.
In an embodiment of the present invention, described mobile phone A PP comprises driver with APP, cargo loader APP and unloading person with APP, and driver, cargo loader and unloading person download and install as required, and logs in respective APP and carry out identity information typing.
In an embodiment of the present invention, described driver, cargo loader, unloading person all check current task progress by mobile phone A PP in either phase.
In an embodiment of the present invention, described mobile phone A PP has identity and arranges function, so that ensure driver's essential information, and facilitates the importing of driver's essential information.
In an embodiment of the present invention, described driver's essential information comprises belonging to driver identification information, vehicle, license plate number, vehicle.
Compared to prior art, the present invention has following beneficial effect: the present invention take NFC technique as core, with goods yard vehicle management platform for carrier, serves the multiple links in the management process of logistics goods yard.Vehicle discrepancy, multiple timing nodes such as the whole story of unloading intercept information and feeds back, improving logistics enterprise management efficiency.
Accompanying drawing explanation
Fig. 1 is the process flow diagram of vehicle of the present invention discrepancy and laytime nodes keep track method.
Embodiment
Below in conjunction with accompanying drawing, technical scheme of the present invention is specifically described.
As shown in Figure 1, a kind of vehicle based on NFC technique of the present invention is come in and gone out and laytime nodes keep track method, comprises the steps,
Step S1: driver gets NFC magnetic card, and by mobile phone A PP fill in driver's essential information (described driver's essential information comprise driver identification information, vehicle, license plate number, belonging to vehicle etc.) after, by mobile phone near this NFC magnetic card, complete the write of driver's essential information, driver's essential information is also uploaded to goods yard vehicle management platform by mobile phone A PP simultaneously, completes the binding of driver and NFC magnetic card;
Step S2: driver drives to arrive loading goods yard, and NFC magnetic card and mobile phone is close, will in loading goods yard temporal information write NFC magnetic card by mobile phone A PP, and meanwhile, this is uploaded to goods yard vehicle management platform to goods yard temporal information of freighting by mobile phone A PP;
For ease of following the trail of loading goods yard name information, before described step S2, also need to fill in loading goods yard title by mobile phone A PP so that NFC magnetic card and mobile phone near after, by mobile phone A PP loading goods yard title write NFC magnetic card and upload goods yard vehicle management platform;
For confirming whether driver's place current location of driving is predetermined position, loading goods yard, drive to arrive loading goods yard driver, by NFC magnetic card and mobile phone near after, mobile phone A PP first locates driver and to drive in-position, the loading goods yard location comparison filled in driver, if error is in preset range, then loading goods yard title, arrival loading goods yard temporal information are write NFC magnetic card and upload by mobile phone A PP, if error is greater than preset range, then mobile phone A PP reports to the police and informs that user does not arrive appointment loading goods yard;
Step S3: NFC magnetic card is given cargo loader by driver, cargo loader by this NFC magnetic card near mobile phone, read the driver's essential information on NFC magnetic card and arrive loading field time information, confirm errorless, then cargo loader selects to start loading by mobile phone A PP, and again near NFC magnetic card, will start in loading time information write NFC magnetic card, meanwhile, beginning loading time information is uploaded to goods yard vehicle management platform by mobile phone A PP; NFC magnetic card is being given cargo loader by driver, by mobile phone A PP and goods yard vehicle management Platform communication, obtain the identity information that namely will carry out the cargo loader of entrucking task, and compare with cargo loader (mainly confirming whether this cargo loader is the cargo loader that namely will carry out entrucking task by phone number) so that the later stage review;
Step S4: after having freighted, cargo loader selects loading to complete by mobile phone A PP, and near NFC magnetic card, loading finishing time information being write in NFC magnetic card and to give driver, meanwhile, loading finishing time information is uploaded to goods yard vehicle management platform by mobile phone A PP;
Step S5: driver leaves loading goods yard, and NFC magnetic card and mobile phone is close, will leave loading goods yard temporal information and write in NFC magnetic card, meanwhile, this is left goods yard temporal information of freighting and is uploaded to goods yard vehicle management platform by mobile phone A PP;
Step S6: driver drives to arrive unloading goods yard, and NFC magnetic card and mobile phone is close, will in unloading goods yard temporal information write NFC magnetic card, and meanwhile, this is uploaded to goods yard vehicle management platform to goods yard temporal information of unloading by mobile phone A PP;
For ease of following the trail of unloading goods yard name information, before described step S6, also need to fill in unloading goods yard title by mobile phone A PP so that NFC magnetic card and mobile phone near after, by mobile phone A PP unloading goods yard title write NFC magnetic card and upload goods yard vehicle management platform;
For confirming whether driver's place current location of driving is predetermined position, unloading goods yard, driver drives to arrive unloading goods yard, by NFC magnetic card and mobile phone near after, mobile phone A PP first locates driver and to drive in-position, the unloading goods yard location comparison filled in driver, if error is in preset range, then unloading goods yard title, arrival unloading goods yard temporal information are write NFC magnetic card and upload by mobile phone A PP, if error is greater than preset range, then mobile phone A PP reports to the police and informs that user does not arrive appointment unloading goods yard;
Step S7: NFC magnetic card is given unloading person by driver, unloading person by this NFC magnetic card near mobile phone, read the driver's essential information on NFC magnetic card and arrive unloading apron temporal information, confirm errorless, then unloading person selects break bulk by mobile phone A PP, and again near NFC magnetic card, by break bulk temporal information write NFC magnetic card, meanwhile, break bulk temporal information is uploaded to goods yard vehicle management platform by mobile phone A PP; NFC magnetic card is being given unloading person by driver, by mobile phone A PP and goods yard vehicle management Platform communication, obtain the identity information that namely will carry out the unloading person of entrucking task, and compare with unloading person (mainly confirming whether this unloading person is the unloading person that namely will carry out entrucking task by phone number) so that the later stage review;
Step S8: after having unloaded, unloading person selects unloading to complete by mobile phone A PP, and near NFC magnetic card, in finishing time information of unloading write NFC magnetic card, meanwhile, unloading finishing time information is uploaded to goods yard vehicle management platform by mobile phone A PP;
Step S9: complete vehicle and come in and go out and laytime nodes keep track.
In an embodiment of the present invention, after described step S8, after finishing time information of unloading write NFC magnetic card, unloading person resets the information in this NFC magnetic card by mobile phone A PP, be convenient to perform next round nodes keep track, and replacement result is uploaded to goods yard vehicle management platform.
For difference driver, cargo loader, unloading person use the function of mobile phone A PP, described mobile phone A PP comprises driver with APP, cargo loader APP and unloading person with APP, driver, cargo loader and unloading person download and install as required, and log in respective APP and carry out identity information typing.Also can adopt a kind of mobile phone A PP, according to user self needs, select the identity information that need bind.
In the present embodiment, described driver, cargo loader, unloading person all check current task progress by mobile phone A PP in either phase.
In the present embodiment, described mobile phone A PP has identity and arranges function, so that ensure driver's essential information, and facilitates the importing of driver's essential information.
Be more than preferred embodiment of the present invention, all changes done according to technical solution of the present invention, when the function produced does not exceed the scope of technical solution of the present invention, all belong to protection scope of the present invention.
Claims (10)
1. the vehicle based on NFC technique is come in and gone out and a laytime nodes keep track method, it is characterized in that: comprise the steps,
Step S1: driver gets NFC magnetic card, and after filling in driver's essential information by mobile phone A PP, by mobile phone near this NFC magnetic card, complete the write of driver's essential information, driver's essential information is also uploaded to goods yard vehicle management platform by mobile phone A PP simultaneously, completes the binding of driver and NFC magnetic card;
Step S2: driver drives to arrive loading goods yard, and NFC magnetic card and mobile phone is close, will in loading goods yard temporal information write NFC magnetic card by mobile phone A PP, and meanwhile, this is uploaded to goods yard vehicle management platform to goods yard temporal information of freighting by mobile phone A PP;
Step S3: NFC magnetic card is given cargo loader by driver, cargo loader by this NFC magnetic card near mobile phone, read the driver's essential information on NFC magnetic card and arrive loading field time information, confirm errorless, then cargo loader selects to start loading by mobile phone A PP, and again near NFC magnetic card, will start in loading time information write NFC magnetic card, meanwhile, beginning loading time information is uploaded to goods yard vehicle management platform by mobile phone A PP;
Step S4: after having freighted, cargo loader selects loading to complete by mobile phone A PP, and near NFC magnetic card, loading finishing time information being write in NFC magnetic card and to give driver, meanwhile, loading finishing time information is uploaded to goods yard vehicle management platform by mobile phone A PP;
Step S5: driver leaves loading goods yard, and NFC magnetic card and mobile phone is close, will leave loading goods yard temporal information and write in NFC magnetic card, meanwhile, this is left goods yard temporal information of freighting and is uploaded to goods yard vehicle management platform by mobile phone A PP;
Step S6: driver drives to arrive unloading goods yard, and NFC magnetic card and mobile phone is close, will in unloading goods yard temporal information write NFC magnetic card, and meanwhile, this is uploaded to goods yard vehicle management platform to goods yard temporal information of unloading by mobile phone A PP;
Step S7: NFC magnetic card is given unloading person by driver, unloading person by this NFC magnetic card near mobile phone, read the driver's essential information on NFC magnetic card and arrive unloading apron temporal information, confirm errorless, then unloading person selects break bulk by mobile phone A PP, and again near NFC magnetic card, by break bulk temporal information write NFC magnetic card, meanwhile, break bulk temporal information is uploaded to goods yard vehicle management platform by mobile phone A PP;
Step S8: after having unloaded, unloading person selects unloading to complete by mobile phone A PP, and near NFC magnetic card, in finishing time information of unloading write NFC magnetic card, meanwhile, unloading finishing time information is uploaded to goods yard vehicle management platform by mobile phone A PP;
Step S9: complete vehicle and come in and go out and laytime nodes keep track.
2. a kind of vehicle based on NFC technique according to claim 1 is come in and gone out and laytime nodes keep track method, it is characterized in that: after described step S8, after finishing time information of unloading write NFC magnetic card, unloading person resets the information in this NFC magnetic card by mobile phone A PP, be convenient to perform next round nodes keep track, and replacement result is uploaded to goods yard vehicle management platform.
3. a kind of vehicle based on NFC technique according to claim 1 is come in and gone out and laytime nodes keep track method, it is characterized in that: before described step S2, also need to fill in loading goods yard title by mobile phone A PP, so that NFC magnetic card and mobile phone near after, by mobile phone A PP loading goods yard title write NFC magnetic card and upload goods yard vehicle management platform.
4. a kind of vehicle based on NFC technique according to claim 3 is come in and gone out and laytime nodes keep track method, it is characterized in that: in described step S2, driver drives to arrive loading goods yard, by NFC magnetic card and mobile phone near after, mobile phone A PP first locates driver and to drive in-position, the loading goods yard location comparison filled in driver, if error is in preset range, then loading goods yard title, arrival loading goods yard temporal information are write NFC magnetic card and upload by mobile phone A PP, if error is greater than preset range, then mobile phone A PP reports to the police and informs that user does not arrive appointment loading goods yard.
5. a kind of vehicle based on NFC technique according to claim 1 is come in and gone out and laytime nodes keep track method, it is characterized in that: before described step S6, also need to fill in unloading goods yard title by mobile phone A PP, so that NFC magnetic card and mobile phone near after, by mobile phone A PP unloading goods yard title write NFC magnetic card and upload goods yard vehicle management platform.
6. a kind of vehicle based on NFC technique according to claim 1 is come in and gone out and laytime nodes keep track method, it is characterized in that: in described step S6, driver drives to arrive unloading goods yard, by NFC magnetic card and mobile phone near after, mobile phone A PP first locates driver and to drive in-position, the unloading goods yard location comparison filled in driver, if error is in preset range, then unloading goods yard title, arrival unloading goods yard temporal information are write NFC magnetic card and upload by mobile phone A PP, if error is greater than preset range, then mobile phone A PP reports to the police and informs that user does not arrive appointment unloading goods yard.
7. a kind of vehicle based on NFC technique according to claim 1 is come in and gone out and laytime nodes keep track method, it is characterized in that: described mobile phone A PP comprises driver with APP, cargo loader APP and unloading person with APP, driver, cargo loader and unloading person download and install as required, and log in respective APP and carry out identity information typing.
8. a kind of vehicle based on NFC technique according to claim 1 is come in and gone out and laytime nodes keep track method, it is characterized in that: described driver, cargo loader, unloading person all check current task progress by mobile phone A PP in either phase.
9. a kind of vehicle based on NFC technique according to claim 1 is come in and gone out and laytime nodes keep track method, it is characterized in that: described mobile phone A PP has identity and arranges function, so that ensure driver's essential information, and facilitate the importing of driver's essential information.
10. a kind of vehicle based on NFC technique according to claim 1 is come in and gone out and laytime nodes keep track method, it is characterized in that: described driver's essential information comprises belonging to driver identification information, vehicle, license plate number, vehicle.
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| CN110750076A (en) * | 2019-08-06 | 2020-02-04 | 张家港宏昌钢板有限公司 | Quality control and tracing method for material finished product handover process |
| CN111242533A (en) * | 2020-01-06 | 2020-06-05 | 上海中车通达智慧物流有限公司 | Unloading timing management system |
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| CN104867211B (en) | 2017-07-07 |
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