CN102376112B - Electronic tail box management system having global position system (GPS) function and method therefor - Google Patents
Electronic tail box management system having global position system (GPS) function and method therefor Download PDFInfo
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Abstract
The invention discloses an electronic tail box management system having a global position system (GPS) function and a method therefor. The electronic tail box management system having a GPS function mainly comprises a center work station, a storage rack unit and an access control system. The center work station updates an integrated circuit (IC) card voucher and authorizes operators. A mobile identification module of a dolly comprises a first bar code reader and a controller. The controller transmits electronic tail box bar code labeling information to the center work station. A displacement sensor on a storage rack of the storage rack unit detects if there is a case on the storage rack. The controller transmits storage rack state information to the center work station, wherein the storage rack state information shows that if there is a case on the storage rack. The access control system scans electronic tail box radio frequency identification device (RFID) labelling information and transmits them to the center work station. A GPS tracker is arranged at an electronic tail box and regularly transmits electronic tail box positional information to the center work station. The electronic tail box management system having a GPS function solves the problems that based on the existing storehouse management system, in a management process, storehouse managers easily make a mistake during artificial checking; warehouse-out time is long; and work efficiency is reduced. The electronic tail box management system having a GPS function is advanced and is easy for maintenance.
Description
Technical field
The present invention relates to a kind of management system and method, especially a kind of electric trunk management system with GPS function and method.
Background technology
At present, a lot of companies deposit after goods, in order to facilitate the extraction of goods, all can on goods, identify.Way of the prior art is that label is passed through to electronic printable, or print additional the first printed relevant information on package such as affix one's seal, then the package that is printed on information is deposited to goods, the shortcoming of this way is, dirigibility is low, is easy to make mistakes, and cost is high, the information of package outside is difficult to remove in addition, has caused trouble to the repeatedly use of package.
Especially in banking system, for example, for more bank's storehouse center, circuit site, during morning shipment, due to it is pressed for time, store management personnel need to be perfectly clear to the information of boot, to extract quickly and accurately.If boot acquisition of information trouble, is easy to cause the wrong or wrong chest of taking All other routes of boot point, and manually checks the time that boot has lengthened outbound, reduced work efficiency.
RFID radio-frequency (RF) identification is a kind of contactless automatic identification technology, and it is automatically identified destination object and obtained related data by radiofrequency signal, and identification work need not manual intervention, can work in various rugged surroundings.The element of RFID comprises: label, reader and antenna.The basic functional principle of RFID technology is: label enters behind magnetic field, receive the radiofrequency signal that plug-in reader sends, the energy that relies on induction current to obtain sends out the product information being stored in chip, or initiatively send the signal of a certain frequency, after plug-in reader reading information decoding, deliver to CIS and carry out relevant data processing.
Summary of the invention
The object of this invention is to provide a kind of electric trunk management system with GPS function and method, in order to solve the store management personnel that occur in existing store management process, manually check easily and make the mistake, and the outbound time is long, reduce the problem of work efficiency.
The object of the invention is to be achieved through the following technical solutions:
An electric trunk management system with GPS function, is characterized in that, is provided with RFID electronic tag on each electric trunk, comprising:
Central station, for managing the upper undercarriage information of described electric trunk and the library information of coming in and going out;
The overhead baggage rack unit with a plurality of cells, described overhead baggage rack unit can be identified the described electric trunk of undercarriage, and described upper undercarriage information is sent to described central station;
Gate control system, is connected with the communication of described central station, and described gate control system can read the electric trunk information of described RFID label, and at the electric trunk information of outbound and the inconsistent alarm of electric trunk information of undercarriage; And,
GPS tracker, is located on electric trunk, regularly the positional information of electric trunk is sent to central station.
The above-mentioned electric trunk management system with GPS function, wherein, described GPS tracker comprises a gps antenna, described gps antenna and described central station carry out communication.
The above-mentioned electric trunk management system with GPS function, wherein, is also provided with electronic bar code tag on electric trunk described in each; One moves identification module, comprising: the first bar-code reader, for the electronic bar code tag information on read electric boot; One has the controller of display screen, can receive described electronic bar code tag information, described controller carries out communication by a radio receiving transmitting module and described central station, and described display screen can show the information of the described cell corresponding with the electric trunk of required upper undercarriage;
Described central station comprises wireless receiving and dispatching base station, for carrying out communication with described radio receiving transmitting module;
Described overhead baggage rack unit comprises bar-code label, and described the first bar-code reader can read the information of described bar-code label.
The above-mentioned electric trunk management system with GPS function, wherein, described mobile identification module is arranged on a boot travelling bogie.
The above-mentioned electric trunk management system with GPS function, wherein, the second bar-code reader that described central station comprises a control desk computing machine, is connected with described control desk computing machine, and the first rfid interrogator being connected with described control desk computing machine; Described overhead baggage rack unit comprises:
Displacement transducer, has or not the added or undercarriage of electric trunk for surveying in described cell;
Overhead baggage rack unit controller, for sending to described central station by described upper undercarriage information;
Gate control system comprises: gate inhibition PC, and the second rfid interrogator and the alarm that are connected with described gate inhibition PC, the RFID label information that described gate inhibition PC can read described the second rfid interrogator sends to described central station, and triggers described alarm when the boot information of described RFID label information and undercarriage is inconsistent.
The above-mentioned electric trunk management system with GPS function, wherein, also comprises the IC-card voucher that carrier carries, the information that described IC-card voucher comprises electric trunk status information, described cell and carrier's authority information;
Described mobile identification module also comprises one the 3rd IC-card read write line;
Described central station also comprises one first IC-card read write line, for undercarriage status information on electric trunk described in the typing of described IC-card voucher, and described carrier's authority information.
Described gate control system comprises one second IC-card read write line, for carrying out the checking of described authority information to going out the carrier of warehouse-in.
The above-mentioned electric trunk management system with GPS function, wherein, each electric trunk is also provided with boot electronic bar code tag, described overhead baggage rack unit also comprises electric trunk bar-code reader, for reading the information of described boot electronic bar code tag, the information that described upper undercarriage packets of information is drawn together boot electronic bar code tag.
The above-mentioned electric trunk management system with GPS function, wherein, described overhead baggage rack unit also comprises RFID reader, for reading the RFID label on described electric trunk.
With an electric trunk management method for the electric trunk management system of GPS function, it comprises: added step, undercarriage step, outbound step and outbound monitor step, wherein,
Described added step comprises:
Overhead baggage rack unit obtains the information of added described electric trunk, and sends to central station;
Described central station upgrades the added information of described electric trunk;
Described undercarriage step comprises:
Described overhead baggage rack unit obtains the information of the described electric trunk of undercarriage, and sends to described central station;
Described central station upgrades the undercarriage information of described electric trunk;
Described outbound step comprises:
Gate control system is obtained the information of the electric trunk on the RFID label of described electric trunk;
Gate control system sends to described central station by the information of the electric trunk on described RFID label;
Described central station is by the undercarriage information matches of the information of the electric trunk on described RFID label and described electric trunk, legal to judge whether, if verify illegal, to described gate control system, send error message, gate control system is reported to the police, otherwise, allow described electric trunk outbound;
Described outbound monitors that step comprises: the GPS tracker being arranged on electric trunk can send to described central station by the positional information of electric trunk at set intervals automatically.
Above-mentioned electric trunk management method, wherein,
Described overhead baggage rack unit obtains before the information of described electric trunk of undercarriage, also comprise: by the electronic bar code tag information moving on the first bar-code reader read electric boot of identification module, the controller of described mobile identification module shows the information of the described cell corresponding with the electric trunk of required upper undercarriage.
Above-mentioned electric trunk management method, wherein,
Before described added step, the keeper of central station uses the bar-code label of bar-code reader scanning electron boot, and information is submitted to central station, with rfid interrogator, by wireless mode, information is write to the RFID electronic tag of electric trunk, and information is submitted to central station.
Advantage of the present invention and beneficial effect are:
1, system completes the information distribution of boot based on RFID technology and Bar Code under the scheduling of workstation, convenient and swift;
2, compare with original manually mode of checking, accuracy rate improves;
3, system is advanced, and technical scheme is safeguarded simple.
Accompanying drawing explanation
Fig. 1 is a kind of structural representation of electric trunk management system of the present invention;
Fig. 2 is the another kind of structural representation of electric trunk management system of the present invention.
Embodiment
Below in conjunction with schematic diagram and concrete operations embodiment, the invention will be further described.
Embodiment mono-:
The keeper of central station sticks RFID label on every electric trunk, by central station 1, the information of electric trunk is write to inserting RFID tags, and the use-pattern of RFID label is known technology.Please refer to Fig. 1, the basic composition of electric trunk management system of the present invention comprises the RFID label arranging on central station 1, gate control system 2, overhead baggage rack unit 3 and each electric trunk, wherein:
Central station 1 in system for the upper undercarriage information of electric trunk and the library information of coming in and going out are managed;
Gate control system 2 is connected by Industrial Ethernet communication with central station 1, communications protocol is Telnet, gate control system 2 can read the electric trunk information in RFID label, and at the electric trunk information of outbound and the inconsistent alarm of electric trunk information of undercarriage;
Overhead baggage rack unit 3 consists of a plurality of cells, each cell is in advance according to the size design of electric trunk, only allow to place an electric trunk, overhead baggage rack unit 3 can be identified the electric trunk of added undercarriage, and the upper undercarriage information of electric trunk is sent to central station 1;
GPS tracker is located on electric trunk, regularly the positional information of electric trunk is sent to central station.
In the present embodiment, central station 1 is provided with data management system at its sql server end, and the operator of central station imports data management system in advance by shelf, boot, site information, by central station 1, manages all basic documents.
Subsystems collaborative works under the management of central station 1 such as the gate control system 2 in electric trunk management system of the present invention and overhead baggage rack unit 3, the wiring rule between system is followed international standard ISO/IEC11801
Embodiment bis-:
Please refer to Fig. 2, on the basis of embodiment mono-, electric trunk management system of the present invention is provided with electronic bar code tag on each electric trunk 5 and outside each cell of overhead baggage rack unit 3, electric trunk management system of the present invention comprises a mobile identification module, it can be hand-held, specifically comprise the first bar-code reader 401 and a controller 402 with LCDs 403, the first bar-code reader 401 is for the electronic bar code tag information on read electric boot 5 and the bar-code label information on overhead baggage rack unit 3, the electronic bar code tag information reading is sent to after controller 402 portion within it and carries out matching treatment.Controller 402 inside are provided with a radio receiving transmitting module, adopt RS232 serial ports to connect wireless antenna, frequency of operation based on 433MHz and central station 1 carry out communication, correspondingly, central station 1 is provided with a wireless receiving and dispatching base station 103, is also by RS232 serial ports, to connect the wireless antenna of 433MHz.Display screen 403 shows the electronic bar code tag information of electric trunk 5 and 1 guidance information sending from central station, for carrying out the staff of upper undercarriage, provide flow process to guide, can also show the overhead baggage rack unit lattice information corresponding with the electric trunk 5 of required upper undercarriage.When electric trunk is added, staff is by the bar code information on the first bar-code reader 401 scanning electron boots, the controller 402 of mobile identification module shows corresponding shelf location on display screen 403, staff is scanned in the bar code of specifying shelf by guidance information, controller 402 judges whether shelf bar code information and boot bar code information mate, until find the overhead baggage rack unit lattice of coupling; During electric trunk undercarriage, staff is after obtaining shelf location information, with the bar-code label of the first bar-code reader 401 scanning shelf frames, until find the shelf frame of the shelf information matches of shelf bar code information and appointment.
Further, mobile identification module can also be arranged on a boot travelling bogie.
Further, central station 1 comprises a control desk computing machine 101, be connected with the first rfid interrogator 102 and the second bar-code reader 105 with this control desk computing machine 101, central station 1 is responsible for the registration of electric trunk, provide and reclaim, control desk computing machine 101 is provided with data management system, the keeper of central station uses the bar-code label of hand-held the second bar-code reader 105 scanning electron boots 5, and information is submitted to the data management system of control desk computing machine 101, with hand-held the first rfid interrogator 102, by wireless mode, information is write to the RFID electronic tag of electric trunk 5 outsides, casing both sides, and information is submitted to the data management system of control desk computing machine 101.In the present embodiment, between control desk computing machine 101 and the second bar-code reader 105, control desk computing machine 101 and the first rfid interrogator 102, all can adopt USB inserting mode.The keeper of central station also imports data management system in advance by shelf and site information.Overhead baggage rack unit 3 is comprised of one group of overhead baggage rack unit lattice 301, each overhead baggage rack unit lattice 301 comprises shelf frame 3011, the displacement transducer 3013 of overhead baggage rack unit controller 3012 and detection shelf frame state, wherein displacement transducer 3013 is arranged in each shelf frame 3011, for having or not the added or undercarriage of electric trunk 5 in probe unit lattice, while having the added or undercarriage of casing in shelf frame 3011, owing to having blocked displacement transducer 3013, produce trigger pip, and process overhead baggage rack unit controller 3012 is by communication modes 1 transmission to central station of RS485, RS485 line adopts Shielded Twisted Pair, to guarantee communication robust, transfer rate is 19200 baud rates.Gate control system 2 mainly comprises gate inhibition PC 201, the second rfid interrogator 202 and the alarm 204 that are connected with gate inhibition PC 201, the second rfid interrogator 202 is used for reading the RFID label information of electric trunk, the RFID label information that gate inhibition PC can read the second rfid interrogator 202 sends to central station 1, and when the boot information of RFID label information and undercarriage is inconsistent trigger alarm device 204, wherein alarm 204 can be electronics alarm bell, warning light or visual miscue device, and RFID transmitting receive frequency is 915MHz.
The GPS tracker installed on electric trunk is built-in omnibearing gps antenna, can receive tens signal channels simultaneously, support four channels (850/900/1800/1900MHz) GSM, SMS, GPRS, can preset interval time to designated centers workstation sends SMS message or Email is reported electric trunk position.
Embodiment tri-:
Please refer to Fig. 2, on the basis of above-described embodiment, electric trunk management system of the present invention also comprises the IC-card voucher being carried by staff, comprises electric trunk status information, the information of overhead baggage rack unit lattice and staff's authority information in IC-card voucher.
Central station 1 is responsible for making, distribution and the mandate of IC-card voucher, central station 1 comprises the first IC-card read write line 104, for to undercarriage status information and staff's authority information on IC-card voucher typing electric trunk, and information is submitted to the data management system of control desk computing machine 101.Between central task station control desk computing machine 101 and the first IC-card read write line 104, adopt USB inserting mode.
Gate control system 2 comprises the second IC-card read write line 203, during staff's process gate control system, with IC-card voucher, by the second IC-card card reader 203, carries out authentication.
Mobile identification module also comprises the 3rd IC-card read write line, for the electric trunk status information in IC-card voucher, upgrades.
IC-card voucher both can help to verify staff's identity, can also on electric trunk, in undercarriage process, can play the effect that flow process is guided: in added process, electric trunk 5 is added complete after controller 402 in mobile identification module by the 3rd IC-card read write line, upgrade the electric trunk status information in IC-card voucher; Before undercarriage, staff inserts the 3rd IC-card read write line by IC-card voucher, and staff can obtain the shelf location information corresponding with required added electric trunk, and the controller 402Xiang central station 1 in mobile identification module sends undercarriage signal; After undercarriage completes, the controller 402 of mobile identification module upgrades the electric trunk status information in IC-card voucher by the 3rd IC-card read write line; In outbound process, staff carries out authentication with IC-card voucher, and gate control system judges whether the electric trunk status information in IC-card mates with electric trunk RFID label information, as not by or do not mate, the alarm of gate control system 2 can be reported to the police.Outbound finishes rear IC-card voucher to be needed to reclaim.
The renewal of the status information of electric trunk each time of IC-card voucher is mainly due to more than one of each electric trunk added or undercarriage, in the situation that an electric trunk has completed undercarriage, the state renewal of IC-card voucher can allow the corresponding generation increase and decrease of the Record ID field in voucher fund table, therefore can automatically determine next electric trunk information and its corresponding cell information that need to go up undercarriage according to Record ID field and boot status field information.
Embodiment tetra-:
On the basis of embodiment mono-, electric trunk management system of the present invention sticks electronic bar code tag on each electric trunk, overhead baggage rack unit can be established an electric trunk bar-code reader, for the bar-code label information on read electric boot, for electric trunk when added and the information of overhead baggage rack unit cell match, or the shelf guidance information that electric trunk undercarriage Shi Yu central station sends mates, only under the condition of mating completely, just can carry out next step operation of undercarriage flow process on electric trunk, wherein, the information of overhead baggage rack unit cell can be preset in electric trunk bar-code reader, on electric trunk, undercarriage packets of information is drawn together the information of boot electronic bar code tag.
Embodiment five:
On the basis of embodiment mono-, the overhead baggage rack unit of electric trunk management system of the present invention can comprise a RFID reader, for the RFID label on read electric boot, for electric trunk when added and the information of overhead baggage rack unit cell match, or the shelf guidance information that electric trunk undercarriage Shi Yu central station sends matches, only under the condition of mating completely, just can carry out next step operation of undercarriage flow process on electric trunk, wherein, the information of overhead baggage rack unit cell can be preset in RFID reader, on electric trunk, undercarriage packets of information is drawn together the information of boot RFID label.
Electric trunk management system of the present invention completes the information distribution of boot based on RFID technology and Bar Code under the scheduling of workstation, compare with original manually mode of checking, accuracy rate improves widely, convenient and swift, and system is supported software and hardware upgrading, and technical scheme is safeguarded simple.
Electric trunk management method of the present invention comprises: added step, undercarriage step, outbound step and outbound monitor step, and wherein, added step comprises:
Overhead baggage rack unit obtains the information of added electric trunk, and send to central station: travelling bogie is near overhead baggage rack unit, staff uses the bar code information on bar-code reader scanning electron boot, and the controller of mobile identification module shows corresponding shelf location on display; Staff is scanned in the bar code of specifying shelf by guidance information, and controller judges that whether shelf bar code information and boot bar code information mate, and continue the bar-code label that bar-code reader scans next shelf frame if do not mated; After bar code information has judged, staff sends added request to central station by controller, whether overhead baggage rack unit lattice detect this shelf frame by displacement transducer has electric trunk added and status information is sent to central station, and added request is replied according to shelf status information by central station;
Central station upgrades the added information of electric trunk: staff carries out the added operation of electric trunk, when center workstation collection becomes while having case state to shelf state, send added one-tenth function signal to the controller of mobile identification module, otherwise continue to send added request to central station, until added, complete, after added completing, the controller of mobile identification module upgrades the electric trunk status information in IC-card voucher.
Undercarriage step comprises:
Overhead baggage rack unit obtains the information of the electric trunk of undercarriage, and send to central station: staff pushes to the position near overhead baggage rack unit by travelling bogie, staff inserts the 3rd IC-card read write line by IC-card voucher, controller sends to central station by the electric trunk information of having upgraded in IC-card voucher, central station obtains shelf sequence number and replys, and staff obtains shelf location information; Staff is with the bar-code label of bar-code reader scanning shelf frame, until find the shelf frame of the shelf information matches of shelf bar code information and central station's appointment; After bar code information has judged, staff's operation control sends undercarriage signal to central station, and whether overhead baggage rack unit frame detects this shelf frame by displacement transducer has electric trunk undercarriage and status information is sent to central station;
Central station upgrades the undercarriage information of electric trunk: staff carries out the added operation of electric trunk, when center workstation collection arrives without case state, send undercarriage and become function signal to controller, after undercarriage completes, controller upgrades the electric trunk status information in IC-card voucher by the 3rd IC-card read write line; After undercarriage, by the bar code information on bar-code reader scanning electron boot, controller judges that whether this bar code information mates with shelf bar code information, if do not mated, re-executes undercarriage step.
Outbound step comprises:
Gate control system is obtained the information of the electric trunk on the RFID label of electric trunk: staff pushes travelling bogie through gate control system, the information on gate control system scanning electron boot RFID label;
Gate control system sends to central station by the information of the electric trunk on RFID label: after being sent to central station, this boot gate inhibition license is replied by central station, as license allows electric trunk outbound, otherwise, gate control system is reported to the police, staff carries out authentication with IC-card voucher, being verified can outbound, otherwise reports to the police;
Central station is by the undercarriage information matches of the information of the electric trunk on RFID label and electric trunk, legal to judge whether, if verify illegally, to gate control system, sends error message, and gate control system is reported to the police, otherwise, allow electric trunk outbound.
Outbound monitors that step comprises: after electric trunk outbound, the GPS tracker of being located on electric trunk is opened automatically, and just the positional information of electric trunk is sent to central station at set intervals.
After finishing, above-mentioned outbound step reclaims IC-card voucher.
Before above-mentioned added step, the keeper of central station needs added IC-card voucher prepared in advance, and staff is authorized and provide IC-card voucher.Afterwards, staff pushes travelling bogie through gate control system, information be sent to central station on gate control system scanning electron boot RFID label, gate inhibition's license of confirming this boot is replied by central station, staff carries out authentication with IC-card voucher, if described gate inhibition's license or authentication are not passed through, gate control system alarm is reported to the police.
In said method, operating personnel's authentication information specifically comprises name, event time, doors address, event type (enter swipe the card record, go out swipe the card that record, button open the door, dead card Card Reader, open the door overtime, open the door etc. by force) and record faithfully and record and can not change.When alert event occurs, on computer screen, can eject eye-catching alarm frame, and send alarm sound by sound device.
In the operation of above-described embodiment system and method implementation, if there is unauthorized person to destroy by force access control equipment, or illegal, when trailing competent person etc. and entering important area, will trigger watch-dog, alarm can be reported to the police immediately, the responsible official of notifying bank and bank security personnel.
Above specific embodiments of the invention be have been described in detail, but the present invention is not restricted to specific embodiment described above, it is just as example.To those skilled in the art, any equivalent modifications that this electric trunk management system with GPS function and method are carried out and substituting also all among category of the present invention.Therefore, equalization conversion and the modification done without departing from the spirit and scope of the invention, all should contain within the scope of the invention.
Claims (9)
1. with an electric trunk management system for GPS function, it is characterized in that, on each electric trunk, be provided with RFID electronic tag, comprising:
Central station, for managing the upper undercarriage information of described electric trunk and the library information of coming in and going out;
The overhead baggage rack unit with a plurality of cells, described overhead baggage rack unit is used for identifying the described electric trunk of undercarriage, and described upper undercarriage information is sent to described central station;
Gate control system, is connected with the communication of described central station, and described gate control system is used for reading the electric trunk information of described RFID label, and at the electric trunk information of outbound and the inconsistent alarm of electric trunk information of undercarriage; And,
GPS tracker, is located on electric trunk, every one period of set time, the positional information of electric trunk is sent to central station;
Described in each, on electric trunk, be also provided with electronic bar code tag; One moves identification module, comprising: the first bar-code reader, for the electronic bar code tag information on read electric boot; One has the controller of display screen, can receive described electronic bar code tag information, described controller carries out communication by a radio receiving transmitting module and described central station, and described display screen can show the information of the described cell corresponding with the electric trunk of required upper undercarriage;
Described central station comprises wireless receiving and dispatching base station, for carrying out communication with described radio receiving transmitting module;
Described overhead baggage rack unit comprises bar-code label, and described the first bar-code reader can read the information of described bar-code label.
2. the electric trunk management system with GPS function according to claim 1, is characterized in that, described GPS tracker comprises a gps antenna, and described gps antenna and described central station carry out communication.
3. the electric trunk management system with GPS function according to claim 1, is characterized in that, described mobile identification module is arranged on a boot travelling bogie.
4. according to the electric trunk management system with GPS function described in claim 1 or 3, it is characterized in that, the second bar-code reader that described central station comprises a control desk computing machine, is connected with described control desk computing machine, and the first rfid interrogator being connected with described control desk computing machine; Described overhead baggage rack unit comprises:
Displacement transducer, has or not the added or undercarriage of electric trunk for surveying in described cell;
Overhead baggage rack unit controller, for sending to described central station by described upper undercarriage information;
Gate control system comprises: gate inhibition PC, and the second rfid interrogator and the alarm that are connected with described gate inhibition PC, the RFID label information that described gate inhibition PC can read described the second rfid interrogator sends to described central station, and triggers described alarm when the boot information of described RFID label information and undercarriage is inconsistent.
5. according to the electric trunk management system with GPS function described in claim 1 or 3, it is characterized in that, also comprise portable IC-card voucher, the information that described IC-card voucher comprises electric trunk status information, described cell and carrier's authority information;
Described mobile identification module also comprises one the 3rd IC-card read write line;
Described central station also comprises one first IC-card read write line, for undercarriage status information on electric trunk described in the typing of described IC-card voucher, and described carrier's authority information.
6. the electric trunk management system with GPS function according to claim 5, is characterized in that, described gate control system comprises one second IC-card read write line, for carrying out the checking of described authority information to going out the carrier of warehouse-in.
7. the electric trunk management system with GPS function according to claim 1, it is characterized in that, each electric trunk is also provided with boot electronic bar code tag, described overhead baggage rack unit also comprises electric trunk bar-code reader, for reading the information of described boot electronic bar code tag, the information that described upper undercarriage packets of information is drawn together boot electronic bar code tag.
8. an electric trunk management method for electric trunk management system, is characterized in that, comprising: added step, undercarriage step, outbound step and outbound monitor step, wherein,
Described added step comprises:
By the electronic bar code tag information moving on the first bar-code reader read electric boot of identification module;
The controller of described mobile identification module receives described electronic bar code tag information, and by display screen, shows the information of the cell corresponding with required added electric trunk;
The first bar-code reader of described mobile identification module reads the bar-code label information on overhead baggage rack unit;
The controller of described mobile identification module carries out communication by the wireless receiving and dispatching base station of a radio receiving transmitting module and central station;
Overhead baggage rack unit obtains the information of added described electric trunk, and sends to central station;
Described central station upgrades the added information of described electric trunk;
Described undercarriage step comprises:
Described overhead baggage rack unit obtains the information of the described electric trunk of undercarriage, and sends to described central station;
Described central station upgrades the undercarriage information of described electric trunk;
Described outbound step comprises:
Gate control system is obtained the information of the electric trunk on the RFID label of described electric trunk;
Gate control system sends to described central station by the information of the electric trunk on described RFID label;
Described central station is by the undercarriage information matches of the information of the electric trunk on described RFID label and described electric trunk, legal to judge whether, if verify illegal, to described gate control system, send error message, gate control system is reported to the police, otherwise, allow described electric trunk outbound;
Described outbound monitors that step comprises: the GPS tracker being arranged on electric trunk can send to described central station by the positional information of electric trunk at set intervals automatically.
9. electric trunk management method according to claim 8, is characterized in that,
Described overhead baggage rack unit obtains before the information of described electric trunk of undercarriage, also comprise: by the electronic bar code tag information moving on the first bar-code reader read electric boot of identification module, the controller of described mobile identification module shows the information of the described cell corresponding with the electric trunk of required upper undercarriage.
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| CN107358136A (en) * | 2017-06-05 | 2017-11-17 | 广西荣中科技有限责任公司 | A kind of RFID reader |
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| CN101398484A (en) * | 2007-09-29 | 2009-04-01 | 中卫视讯卫星科技（北京）有限公司 | Container moving satellite object tracking and positioning data terminal system implementing method |
| CN201421627Y (en) * | 2009-05-25 | 2010-03-10 | 郑州大学 | Regional anti-theft detecting system based on RFID double-tag |
| CN201452449U (en) * | 2009-08-12 | 2010-05-12 | 薄玉冰 | Intelligent shelf |
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| JP2005146790A (en) * | 2003-11-19 | 2005-06-09 | Okamura Corp | Locking/unlocking system for fixture |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101398484A (en) * | 2007-09-29 | 2009-04-01 | 中卫视讯卫星科技（北京）有限公司 | Container moving satellite object tracking and positioning data terminal system implementing method |
| CN201421627Y (en) * | 2009-05-25 | 2010-03-10 | 郑州大学 | Regional anti-theft detecting system based on RFID double-tag |
| CN201452449U (en) * | 2009-08-12 | 2010-05-12 | 薄玉冰 | Intelligent shelf |
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