CN103400253A - Logistics management system for binding transport vehicle and driver and method thereof - Google Patents
Logistics management system for binding transport vehicle and driver and method thereof Download PDFInfo
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- CN103400253A CN103400253A CN2013103358678A CN201310335867A CN103400253A CN 103400253 A CN103400253 A CN 103400253A CN 2013103358678 A CN2013103358678 A CN 2013103358678A CN 201310335867 A CN201310335867 A CN 201310335867A CN 103400253 A CN103400253 A CN 103400253A
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Abstract
The invention discloses a logistics management system for binding a transport vehicle and a driver and a method thereof, wherein the system comprises an electronic tag attached to the transport vehicle for the driver to get, a mobile phone terminal provided with an application program corresponding to the electronic tag, and a remote backstage server, wherein the mobile phone terminal reads information carried by the electronic tag through the application program and is connected to the remote backstage server through a wireless communication network, and the mobile phone terminal reports the position and transport task information of the mobile phone terminal and the transport vehicle anytime. The logistics management system and the method not only can track the driver to immediately master the position of the driver, but also can master information of the transport vehicle anytime, so that the driver and the transport vehicle are effectively controlled.
Description
Technical field
A kind of logistic management system of the present invention, more particularly, relate to and a kind ofly can realize the logistic management system and the method that between haulage vehicle and driver, bundle.
Background technology
Along with socioeconomic development, the division of labor in society also comes carefully, the kind of goods is more and more, thereby the circulation of goods is also in quick increase, in order to guarantee goods energy safety, circulation fast, need complete logistic management system and the method for a cover, and present logistic management system such as China Patent No. are a kind of disclosed in 201010110992.5 " method that realizes logistics distribution based on mobile phone ", this system in use can only be followed the tracks of cellphone subscriber's Position Approximate, can't further follow the tracks of vehicle condition.
Summary of the invention
The object of the present invention is to provide and a kind ofly can realize the logistic management system and the method that between haulage vehicle and driver, bundle.Utilize this System and method for not only can follow the tracks of the driver, in time recognize driver's position, and can recognize at any time the information of haulage vehicle, thereby driver and haulage vehicle are control effectively.
In the present invention, can realize the logistic management system that bundlees between haulage vehicle and driver, the mobile phone terminal and the long-range background server that comprise the application program that sticks in haulage vehicle the electronic tag being convenient to the driver and getting at position, corresponding described electronic tag is installed, described mobile phone terminal reads described electronic tag information-recording by application program, and connect described long-range background server by cordless communication network, by described mobile phone terminal reporting mobile phone terminal and the residing position of described haulage vehicle and transport task information at any time.
Described electronic tag is that ultrahigh frequency or high frequency are prevented tearing electronic tag, and described mobile phone terminal is the mobile phone with ultrahigh frequency and/or high-frequency label read-write capability.
Described electronic tag is that NFC prevents tearing electronic tag, and described mobile phone terminal is the mobile phone with NFC label read-write capability.
Described mobile phone terminal scanning needs the distance near described electronic tag 5-10cm or 20-1000cm while reading described electronic tag.
Between described mobile phone terminal and described long-range background server, the PKI safety control module is installed.
Described PKI safety control module comprises the first safety control module of being arranged on described mobile phone terminal inside and is arranged on the second security module of described long-range background server inside, by the public and private key control technology of unsymmetrical key, realized the transmission of information between the first safety control module and the second safety control module.
In the present invention, can realize the commodity distribution control method that bundlees between haulage vehicle and driver, comprise the following steps:
1) in the haulage vehicle pilothouse, be convenient to the local pasting electronic label that the driver gets at, in this electronic tag, record the information of haulage vehicle, for each haulage vehicle provides independently electronic identity;
2) mobile phone terminal that carries for the driver is installed the application program that can read described electronic tag recorded information;
3) when having a waybill demand to occur, the logistics management center is issued a plurality of drivers to freight information by long-range background server, the driver that can accept waybill reads by mobile phone terminal after the electronic labeling information of institute's use haulage vehicle to reply and confirms, by long-range background server, select most suitable driver and haulage vehicle, notify them to carry out this waybill;
4) driver reads the information of the electronic tag of pasting in haulage vehicle by mobile phone terminal when loading onto goods and get redy to start off, and is uploaded to long-range background server, proves that driver and haulage vehicle start shipping together afterwards;
5) after goods is sent to, the driver reads the information of the electronic tag of pasting on haulage vehicle again by mobile phone terminal, inform that long-range background server waybill is finished, can arrange new waybill, and long-range background server also can arrange the return waybill to the driver as far as possible, avoid driver's return empty wagons, improve the vehicle service efficiency.
After step 4), increase following step, in the shipping way, through rest station, when the driver stops and sets out at each rest station, all by mobile phone terminal, read the information of electronic tag on haulage vehicle, and be uploaded to long-range background server, inform the stop situation of long-range background server driver, haulage vehicle in transportation.
In step 4), the driver uses mobile phone terminal to realize the binding of mobile phone terminal and haulage vehicle, and mobile phone terminal is bound after each reading electronic labels time is generally at 20-30 minute, after realizing binding, in mobile phone terminal, the operations of application program is enabled, the driver starts the business transportation, and long-range background server starts tracking driver, haulage vehicle and forwarding.
In step 4), the driver is uploaded to by mobile phone terminal the confirmation that needs to obtain remote server after long-range background server information can start shipping; In step 5), goods is sent to rear driver and is again informed after long-range background server the confirmation that needs the to obtain remote server processing of just unloading by mobile phone terminal.
Logistic management system in the present invention and method not only can be followed the tracks of the driver, in time recognize driver's position, and can recognize at any time the information of haulage vehicle, thereby driver and haulage vehicle are control effectively.
The accompanying drawing explanation
Fig. 1 is the basic structure signal of logistic management system in the present invention.
Fig. 2 is the basic structure schematic diagram of logistic management system embodiment mono-in the present invention.
Fig. 3 is the basic structure schematic diagram of logistic management system embodiment bis-in the present invention.
Fig. 4 is the basic structure schematic diagram of mobile phone terminal in embodiment mono-in the present invention.
Fig. 5 is the workflow schematic diagram of logistic management system in the present invention.
Embodiment
Below in conjunction with accompanying drawing, the specific embodiment in the present invention is described in further detail.
As shown in Figure 1, in the present invention, can realize that the logistic management system that bundlees between haulage vehicle and driver comprises mobile phone terminal 2 and the long-range background server of the application program that sticks in haulage vehicle 4 electronic tag 1 being convenient to the driver and getting at position, corresponding electronic tag 1 is installed, mobile phone terminal 2 is by the information of application program reading electronic labels 1 record, and connect long-range background server by cordless communication network 3, by mobile phone terminal 2 reporting mobile phone terminal and the residing position of haulage vehicle 4 and transport task information at any time.As the driver before forwarding starts, at first use mobile phone terminal 2 to read the information in electronic tag 1 on vehicle, realize the binding of mobile phone and vehicle, after realizing binding, in mobile phone, the operations of application program just can be enabled, and the driver can the transportation of beginning business.
Below a plurality of different embodiment are illustrated respectively:
Embodiment mono-
As shown in Figure 2, electronic tag 1 in the present embodiment one is convenient to for sticking in haulage vehicle 4 pilothouses the UHF(ultrahigh frequency that the driver gets at position) electronic tag 1, mobile phone terminal 2 be for having the HF(high frequency) and the UHF(ultrahigh frequency) mobile phone of label read-write capability, mobile phone terminal 2 is connected with long-range background server 5 signals through cordless communication network 3, wherein:
As shown in Figure 4, mobile phone terminal 2 inside are provided with cell phone platform module 20, power supply control module 21 and battery module 22, and read and write control module 24 for HF read-write control module 23 and the UHF of reading electronic labels 1 information.The cell phone platform module 20 of mobile phone terminal 2 is connected with UHF read-write control module 24 electric signal with HF read-write control module 23 respectively, cell phone platform module 20 is connected power supply control module 21 by electric signal, and power supply control module 21 further connects battery module 22.This mobile phone terminal 2 is provided with UHF electronic label identification read head simultaneously.
In mobile phone terminal 2 inside, the first safety control module 25 also is installed, this first security module 25 can be with APP(Accelerated Parallel Processing) form of software is arranged on smart mobile phone, also can example, in hardware be arranged on smart mobile phone, as forms such as SD card, TF card, SIM paste cards, be directly installed on smart mobile phone inside.
Corresponding with this first safety control module 25, at long-range background server 5, the second safety control module 50 is installed, between the first safety control module 25 and the second safety control module 50, by the public and private key control technology of unsymmetrical key, realized the transmission of information, namely by the first safety control module 25 and the second safety control module 50, can between mobile phone terminal 2 and long-range background server 5, realize following functions:
1) mobile phone terminal 2 will need to be dealt into long-range background server 5 after the information encryption that sends, and in order to proof information, be that the machine is sent;
2) from long-range background server 5 downloading digital certificates deciphering, in order to authentication and E-Payment etc.;
3), after can deciphering by authentication, from long-range background server 5, receive the information such as electronic certificate.
Specifically long-range background server 5, by waybill information of public key publication, can receive and decipher the mobile phone terminal of teamster all in group; When having the driver to confirm to want order, 2 of his mobile phone terminals are replied long-range background server 5 by private key, after the managing system decrypts after remote station in server 5, can confirm this information is by which driver to be replied; By long-range background server 5, confirm to select these waybill details are issued with the private key form this driver's mobile phone terminal 2, after this driver's deciphering, go to the loading transportation.
The second safety control module 50 that is arranged in long-range background server 5 is to install with the form of software.
the UHF(ultrahigh frequency) electronic tag 1 is the UHF(ultrahigh frequency) the electronics tamper-evident label, this UHF electronic tag 1 is own with the anti-function of tearing, after UHF electronic tag 1 is adhered on appointment haulage vehicle 4, can't take off again and be attached on other haulage vehicle, so just be equivalent to, to each haulage vehicle, an electronic identity has been installed, when long-range background server 5(also claims long-range back-stage management center) in the time of recognizing the information of this electronic tag 1, just represent that haulage vehicle 4 is near identification equipment, thereby can understand information and the situation of this haulage vehicle 5.
Due in the present embodiment, use be UHF read-write control module as ultrahigh frequency RFID length apart from read write line, be integrated antenna and radio frequency controlled a standalone module of function.The frequency of this UHF read-write control module is ultrahigh frequency 900MHz, and decipherment distance is between 20-1000cm.Therefore in can be apart from the distance range of electronic tag at 20-1000cm when using mobile phone terminal 2 reading electronic labels.
Embodiment bis-
This embodiment bis-is basic identical with embodiment's mono-, difference is in embodiment bis-to use the HF(high frequency that is) the electronics tamper-evident label, when mobile phone terminal 2 reading electronic labels, only need use the HF read-write control module 23 of mobile phone terminal inside to get final product for this reason, and because the HF module for reading and writing is high-frequency RF ID short distance read write line, the antenna that has been integrated and radio frequency are controlled a standalone module of function.The frequency of HF read-write control module is high frequency 13.56MHz, and decipherment distance is between 5-10cm.Therefore in need to be apart from the distance range of electronic tag at 5-10cm when using mobile phone terminal 2 reading electronic labels.
What in above-described embodiment one, two, use is same mobile phone terminal 2, namely interior HF read-write control module 23 and a UHF read-write control module 24 of being equipped with simultaneously of mobile phone terminal 2, use that like this can be convenient, certainly, a HF read-write control module 23 or UHF read-write control module 24 also can only be installed in mobile phone terminal 2, as long as need in use corresponding with electronic tag.
Embodiment tri-
As shown in Figure 3, the electronic tag 1 in the present embodiment is NFC(Near Field Communication, near-field communication) electronic tag 1, mobile phone terminal 2 be for being equipped with the mobile phone of corresponding NFC electronic label identification function.NFC near-field communication (Near Field Communication, NFC), claim again wireless near field communication, is a kind of short-range high frequency wireless communication technology, allows to carry out contactless Point-to-Point Data Transmission swap data between electronic equipment.Wherein the NFC chip has mutual communication function, and has computing power.Due to relatively universal with the mobile phone 2 of NFC electronic label identification read head in the market, so the present embodiment has selected to be applicable to the NFC electronic tag 1 of this mobile phone.All the other using method and equipment are identical with above-described embodiment one, therefore are not described in detail.
Below, as an example of the technical scheme in embodiment mono-example, concrete operating process is described below:
Step 1: facilitate the place that the driver gets to paste a UHF electronic tag 1 in haulage vehicle 4 pilothouses, after stickup, can not damage or tear to pieces, otherwise label will lose efficacy, and record the information of haulage vehicle 4 in UHF electronic tag 1.
Step 2: for the mobile phone terminal 2 that the driver carries is installed UHF read-write control module 24 and the UHF electronic label identification read head that can read the information of record in UHF electronic tag 1.
Step 3: when having a waybill demand to occur, the logistics management center is issued a plurality of drivers to freight information by long-range background server 5, the driver that can accept waybill reads by mobile phone terminal 2 after the information of the UHF electronic tag 1 of pasting on institute's use haulage vehicle 4 to reply and confirms, by long-range background server 5, select most suitable driver and haulage vehicle, notify them to carry out this waybill.
Step 4: the driver reads the information of the UHF electronic tag 1 of pasting in haulage vehicle by mobile phone terminal 2 when loading onto goods and get redy to start off, be uploaded to long-range background server 5, proof driver and haulage vehicle 4 start shipping together afterwards, mobile phone terminal 2 communicates tracking by cordless communication network 3 and long-range background server 5 in the way of travelling, at any time reported position and transport task information.Therefore at transportation medium-long range background server 5, can understand at any time the position at driver place, in time to understand situation about whether having away from haulage vehicle, occur, and in time control driver's transport driving path and speed.
Step 5: in the shipping way, through rest station, when the driver stops and sets out at each rest station, all by mobile phone terminal 2, read the information of UHF electronic tag 1 on haulage vehicle 4, and be uploaded to long-range background server 5, inform the stop situation of long-range background server 5 driver, haulage vehicle 4 in transportation.
Step 6: after goods is sent to, need to pick up goods, while signing for, the driver reads the information of the UHF electronic tag 1 of pasting on haulage vehicle 4 again by mobile phone terminal 2, and be sent to long-range background server 5, obtain just carrying out business operation after the checking of long-range background server 5, if pick up goods, sign for etc., otherwise can't submit data to.Thereby can guarantee that the operating personnel who picks up goods, signs for is the driver, guarantee the cargo security transportation, guarantee the authenticity of forwarding.Simultaneously also can inform that long-range background server 5 waybills are finished, can arrange new waybill, and long-range background server also can arrange the return waybill to the driver as far as possible, avoid driver's return empty wagons, improve the vehicle service efficiency.
in above-mentioned steps, need the repetitious mobile phone terminal 2 that utilizes to read UHF electronic tag 1, because using mobile phone terminal 2, the driver realizes the binding of mobile phone terminal 2 and haulage vehicle 4, be mobile phone terminal 2 in the time of reading the 1 rear binding of UHF electronic tag at every turn generally at 20-30 minute, after realizing binding, the operations of the interior application program of mobile phone terminal 2 just can be enabled, the driver starts the business transportation, long-range background server starts tracking driver, haulage vehicle and forwarding, and exceeding outside the time of setting, binding between the two finishes, when send next time, need to again bind.
In sum, advantage of the present invention is
1) guarantee the bundle relation of driver and vehicle, can carry out authentic and valid supervision to forwarding, guaranteed the authenticity of forwarding.
2) can manage a plurality of teamster, comprising sequence information, issue, driver information is confirmed, invoice information issue etc., and the mobile phone terminal of long-range background server and teamster has all been installed the PKI safety control module, and the mobile phone of teamster all in group can be received and decipher; When having the driver to confirm to want order, his mobile phone is replied background server by private key, after the managing system decrypts after platform in server, can confirm that this information is to be replied by that driver; Background server is issued this driver's mobile phone to these waybill details after confirming with the private key form, after this driver's deciphering, start to carry out shipping.
3) after shipping completes, driver mobile phone is sent completely information to background server by private key; Background server is issued this driver's mobile phone by the electronic certificate of making out an invoice after confirming by private key; The driver can open the shipping invoice to check desk with the electronic certificate after deciphering, then gives the client.
Claims (10)
1. can realize the logistic management system that bundlees between haulage vehicle and driver for one kind, it is characterized in that, the mobile phone terminal and the long-range background server that comprise the application program that sticks in haulage vehicle the electronic tag being convenient to the driver and getting at position, corresponding described electronic tag is installed, described mobile phone terminal reads described electronic tag information-recording by application program, and connect described long-range background server by cordless communication network, by described mobile phone terminal reporting mobile phone terminal and the residing position of described haulage vehicle and transport task information at any time.
2. according to claim 1ly can realize the logistic management system that bundlees between haulage vehicle and driver, it is characterized in that, described electronic tag is the anti-electronic tag that tears of ultrahigh frequency or high frequency, described mobile phone terminal be have ultrahigh frequency and or the mobile phone of high-frequency label read-write capability.
3. according to claim 1ly can realize the logistic management system that bundlees between haulage vehicle and driver, it is characterized in that, to be that NFC is anti-tear electronic tag to described electronic tag, and described mobile phone terminal is the mobile phone with NFC label read-write capability.
4. according to claim 1ly can realize the logistic management system that bundlees between haulage vehicle and driver, it is characterized in that, described mobile phone terminal scanning needs the distance near described electronic tag 5-10cm or 20-1000cm while reading described electronic tag.
5. according to claim 1ly can realize the logistic management system that bundlees between haulage vehicle and driver, it is characterized in that, between described mobile phone terminal and described long-range background server, the PKI safety control module is installed.
6. according to claim 5ly can realize the logistic management system that bundlees between haulage vehicle and driver, it is characterized in that, described PKI safety control module comprises the first safety control module that is arranged on described mobile phone terminal inside and is arranged on the second security module of described long-range background server inside, between described the first safety control module and the second safety control module, by the public and private key control technology of unsymmetrical key, realized the transmission of information.
7. method for the logistic management system of the claims 1-6 comprises the following steps:
1) in the haulage vehicle pilothouse, be convenient to the local pasting electronic label that the driver gets at, in this electronic tag, record the information of haulage vehicle, for each haulage vehicle provides independently electronic identity;
2) mobile phone terminal that carries for the driver is installed the application program that can read the information that described electronic tag records;
3) when having a waybill demand to occur, the logistics management center is issued a plurality of drivers to freight information by long-range background server, the driver that can accept waybill reads by mobile phone terminal after the electronic labeling information of institute's use haulage vehicle to reply and confirms, by long-range background server, select most suitable driver and haulage vehicle, notify them to carry out this waybill;
4) driver reads the information of the electronic tag of pasting in haulage vehicle by mobile phone terminal when loading onto goods and get redy to start off, and is uploaded to long-range background server, proves that driver and haulage vehicle start shipping together afterwards;
5) after goods is sent to, the driver reads the information of the electronic tag of pasting on haulage vehicle again by mobile phone terminal, inform that long-range background server waybill is finished, can arrange new waybill, and long-range background server also can arrange the return waybill to the driver as far as possible, avoid driver's return empty wagons, improve the vehicle service efficiency.
8. according to claim 7ly can realize the commodity distribution control method that bundlees between haulage vehicle and driver, it is characterized in that, after step 4), increase following step, in the shipping way, through rest station, when the driver stops and sets out at each rest station, all by mobile phone terminal, read the information of electronic tag on haulage vehicle, and be uploaded to long-range background server, inform the stop situation of long-range background server driver, haulage vehicle in transportation.
9. according to claim 7ly can realize the commodity distribution control method that bundlees between haulage vehicle and driver, it is characterized in that, in step 4), the driver uses mobile phone terminal to realize the binding of mobile phone terminal and haulage vehicle, and mobile phone terminal is bound after each reading electronic labels time is generally at 20-30 minute, after realizing binding, in mobile phone terminal, the operations of application program is enabled, the driver starts the business transportation, and long-range background server starts tracking driver, haulage vehicle and forwarding.
10. according to claim 7ly can realize the commodity distribution control method that bundlees between haulage vehicle and driver, it is characterized in that, in step 4), the driver is uploaded to by mobile phone terminal the confirmation that needs to obtain remote server after long-range background server information can start shipping; In step 5), goods is sent to rear driver and is again informed after long-range background server the confirmation that needs the to obtain remote server processing of just unloading by mobile phone terminal.
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| CN104867211A (en) * | 2015-05-11 | 2015-08-26 | 集时通（福建）信息科技有限公司 | Method for tracing time nodes of vehicle access and goods loading and unloading based on NFC technology |
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| CN107767496A (en) * | 2016-08-23 | 2018-03-06 | 福特全球技术公司 | Autonomous delivery vehicle system |
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| CN108305028A (en) * | 2017-12-08 | 2018-07-20 | 南通爱欧塔智能科技有限公司 | A kind of transportation management method of controlled substance, server and system |
| CN112330218A (en) * | 2020-11-27 | 2021-02-05 | 国网电子商务有限公司 | Logistics distribution control method, device and system |
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Application publication date: 20131120 |