CN102376112A - 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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- CN102376112A CN102376112A CN2010102516435A CN201010251643A CN102376112A CN 102376112 A CN102376112 A CN 102376112A CN 2010102516435 A CN2010102516435 A CN 2010102516435A CN 201010251643 A CN201010251643 A CN 201010251643A CN 102376112 A CN102376112 A CN 102376112A
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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 electronics boot management system and method with the GPS function.
Background technology
At present, after goods was deposited by a lot of companies, the extraction of goods for ease all can be done sign on goods.Way of the prior art be with label through electronic printable, or print additional affix one's seal wait first on package printed relevant information, the package that will be printed on information is then deposited goods; The shortcoming of this way is; Dirigibility is low, is easy to make mistakes, and cost is high; The outside information of package is difficult to remove in addition, has caused trouble for the repeatedly use of package.
Especially in banking system, for example for more bank storehouse center, circuit site, because it is pressed for time, the store management personnel need be perfectly clear to the information of boot, so that extract quickly and accurately during the morning shipment.If boot information is obtained trouble, then be easy to cause the wrong or wrong chest of taking All other routes of boot point, and the artificial boot of checking extended time of outbound, reduced work efficiency.
The RFID RF identification is a kind of contactless automatic identification technology, and it is through the automatic recognition objective object of radiofrequency signal and obtain related data, 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: after label gets into magnetic field; Receive the radiofrequency signal that plug-in reader sends; Rely on the energy that induction current obtained to send out the product information that is stored in the chip; Perhaps initiatively send the signal of a certain frequency, after plug-in reader reads information and decoding, deliver to CIS and carry out the relevant data processing.
Summary of the invention
The purpose of this invention is to provide a kind of electronics boot management system and method, carry out manual work and check easily and make the mistake in order to solve the store management personnel that occur in the existing store management process, and the outbound time is long, the problem of reduction work efficiency with the GPS function.
The objective of the invention is to realize through following technical proposals:
A kind of electronics boot management system with the GPS function is characterized in that, is provided with the RFID electronic tag on each electronics boot, comprising:
The central station is used for the last undercarriage information of said electronics boot and the library information of coming in and going out are managed;
Overhead baggage rack unit with a plurality of cells, said overhead baggage rack unit can be discerned the said electronics boot of undercarriage, and the said undercarriage information that goes up is sent to said central station;
Gate control system is connected with the communication of said central station, and said gate control system can read the electronics boot information of said RFID label, and when the electronics boot information inconsistency of the electronics boot information of outbound and undercarriage, reports to the police; And,
The GPS tracker is located on the electronics boot, and regularly the positional information with the electronics boot sends to the central station.
The electronics boot management system of above-mentioned band GPS function, wherein, said GPS tracker comprises a gps antenna, said gps antenna and said central station carry out communication.
The electronics boot management system of above-mentioned band GPS function wherein, also is provided with electronic bar code tag on each said electronics boot; One moves identification module, comprising: first bar-code reader is used to read the electronic bar code tag information on the electronics boot; One has the controller of display screen; Can receive said electronic bar code tag information; Said controller carries out communication through a radio receiving transmitting module and said central station, and said display screen can show the information of the said cell corresponding with the electronics boot of required upward undercarriage;
Said central station comprises the wireless receiving and dispatching base station, is used for carrying out communication with said radio receiving transmitting module;
Said overhead baggage rack unit comprises bar-code label, and said first bar-code reader can read the information of said bar-code label.
The electronics boot management system of above-mentioned band GPS function, wherein, said mobile identification module is installed on the boot travelling bogie.
The electronics boot management system of above-mentioned band GPS function, wherein, second bar-code reader that said central station comprises a control desk computing machine, is connected with said control desk computing machine, and first rfid interrogator that is connected with said control desk computing machine; Said overhead baggage rack unit comprises:
Displacement transducer is used to survey and has or not the electronics boot to put on the shelf or undercarriage in the said cell;
The overhead baggage rack unit controller is used for the said undercarriage information that goes up is sent to said central station;
Gate control system comprises: gate inhibition PC; And second rfid interrogator and the alarm that are connected with said gate inhibition PC; Said gate inhibition PC can send to said central station with the RFID label information that said second rfid interrogator reads, and when the boot information inconsistency of said RFID label information and undercarriage, triggers said alarm.
The electronics boot management system of above-mentioned band GPS function wherein, also comprises the IC-card voucher that the carrier carries, and said IC-card voucher comprises the information of electronics boot status information, said cell and carrier's authority information;
Said mobile identification module also comprises one the 3rd IC-card read write line;
Said central station also comprises one first IC-card read write line, is used for undercarriage status information on the said electronics boot of said IC-card voucher typing, and said carrier's authority information.
Said gate control system comprises one second IC-card read write line, is used for the carrier who warehouse-in is carried out the checking of said authority information.
The electronics boot management system of above-mentioned band GPS function; Wherein, Each electronics boot also is provided with the boot electronic bar code tag; Said overhead baggage rack unit also comprises electronics boot bar-code reader, is used to read the information of said boot electronic bar code tag, the information that said upward undercarriage packets of information is drawn together the boot electronic bar code tag.
The electronics boot management system of above-mentioned band GPS function, wherein, said overhead baggage rack unit also comprises the RFID reader, is used to read the RFID label on the said electronics boot.
A kind of electronics boot management method of the electronics boot management system with the GPS function, it comprises: the step of putting on the shelf, undercarriage step, outbound step and outbound monitoring step, wherein,
The said step of putting on the shelf comprises:
Overhead baggage rack unit obtains the information of the said electronics boot of putting on the shelf, and sends to the central station;
Said central station upgrades the information of putting on the shelf of said electronics boot;
Said undercarriage step comprises:
Said overhead baggage rack unit obtains the information of the said electronics boot of undercarriage, and sends to said central station;
Said central station upgrades the undercarriage information of said electronics boot;
Said outbound step comprises:
Gate control system is obtained the information of the electronics boot on the RFID label of said electronics boot;
Gate control system sends to said central station with the information of the electronics boot on the said RFID label;
Said central station is with the information of the electronics boot on the said RFID label and the undercarriage information matches of said electronics boot, and is legal to judge whether, if verify illegal; Then send error message to said gate control system; Gate control system is reported to the police, otherwise, allow the outbound of said electronics boot;
Said outbound monitoring step comprises: be installed in GPS tracker on the electronics boot and at set intervals can be automatically the positional information of electronics boot be sent to said central station.
Above-mentioned electronics boot management method, wherein,
Before said overhead baggage rack unit obtains the information of said electronics boot of undercarriage; Also comprise: through one move identification module first bar-code reader read the electronic bar code tag information on the electronics boot, the controller of said mobile identification module show with required on the information of the corresponding said cell of the electronics boot of undercarriage.
Above-mentioned electronics boot management method, wherein,
Before the said step of putting on the shelf; The keeper of central station is with the bar-code label of bar-code reader scanning electron boot; And information submitted to the central station, through wireless mode information is write the RFID electronic tag of electronics boot with rfid interrogator, and information is submitted to the central station.
Advantage of the present invention and beneficial effect are:
1, system accomplishes the information distribution of boot based on RFID technology and Bar Code under the scheduling of workstation, and is convenient and swift;
2, compare with original manual work mode of checking, accuracy rate improves;
3, system is advanced, and technical scheme is safeguarded simple.
Description of drawings
Fig. 1 is a kind of structural representation of electronics boot management system of the present invention;
Fig. 2 is the another kind of structural representation of electronics boot management system of the present invention.
Embodiment
Below in conjunction with schematic diagram and concrete operations embodiment the present invention is described further.
Embodiment one:
The keeper of central station sticks the RFID label on every electronics boot, through central station 1 information of electronics boot is write the RFID label, and the use-pattern of RFID label is a known technology.Please referring to Fig. 1, the basic composition of electronics boot management system of the present invention comprises the RFID label that is provided with on central station 1, gate control system 2, overhead baggage rack unit 3 and each the electronics boot, wherein:
Central station 1 is used for the undercarriage information on the electronics boot and the library information of coming in and going out are managed in system;
Gate control system 2 is connected through the EPA communication with central station 1; Communications protocol is Telnet; Gate control system 2 can read the electronics boot information in the RFID label, and when the electronics boot information inconsistency of the electronics boot information of outbound and undercarriage, reports to the police;
Overhead baggage rack unit 3 is made up of a plurality of cells; Each cell is in advance according to the size design of electronics boot; Only allow to place an electronics boot, overhead baggage rack unit 3 can be discerned the electronics boot of the undercarriage of putting on the shelf, and the last undercarriage information of electronics boot is sent to central station 1;
The GPS tracker is located on the electronics boot, and regularly the positional information with the electronics boot sends to the 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 with shelf, boot, site information, manages all basic documents by central station 1.
Gate control system 2 in the electronics boot management system of the present invention waits the collaborative work under the management of central station 1 of each sub-systems with overhead baggage rack unit 3, and the wiring rule between the system is followed international standard ISO/IEC11801
Embodiment two:
Please referring to Fig. 2; On the basis of embodiment one; Electronics boot management system of the present invention all is provided with electronic bar code tag on each electronics boot 5 and outside each cell of overhead baggage rack unit 3; Electronics boot management system of the present invention comprises a mobile identification module, can be hand-held, specifically comprises first bar-code reader 401 and a controller 402 that has LCDs 403; First bar-code reader 401 is used to read electronic bar code tag information and the bar-code label information on the overhead baggage rack unit 3 on the electronics boot 5, and the electronic bar code tag information that reads is sent to behind the controller 402 within it that portion carries out matching treatment.Controller 402 inside are provided with a radio receiving transmitting module; Adopt the RS232 serial ports to connect wireless antenna; Frequency of operation and central station 1 based on 433MHz carry out communication; Correspondingly, central station 1 is provided with a wireless receiving and dispatching base station 103, also is the wireless antenna that connects 433MHz through the RS232 serial ports.Display screen 403 shows the electronic bar code tag information of electronics boot 5 and the guidance information that workstation1 sends from the center; Guide for the staff who carries out undercarriage provides flow process, can also show the overhead baggage rack unit lattice information corresponding with the required electronics boot of going up undercarriage 5.When the electronics boot is put on the shelf; The staff is with the bar code information on first bar-code reader, the 401 scanning electron boots; The controller 402 that moves identification module shows corresponding shelf location on display screen 403; The staff is scanned on the bar code of specifying shelf by guidance information, and controller 402 judges whether shelf bar code information and boot bar code information mate, up to the overhead baggage rack unit lattice that find coupling; During electronics boot undercarriage, the staff is after obtaining shelf location information, with the bar-code label of first bar-code reader, 401 scanning shelf frames, up to the shelf frame of the shelf information matches that finds shelf bar code information and appointment.
Further, mobile identification module can also be installed on the boot travelling bogie.
Further; Central station 1 comprises a control desk computing machine 101; Be connected with first rfid interrogator 102 and second bar-code reader 105 with this control desk computing machine 101; Central station 1 is responsible for registration, granting and the recovery of electronics boot; Control desk computing machine 101 is provided with data management system, and the keeper of central station is with the bar-code label of hand-held second bar-code reader 105 scanning electron boots 5, and information is submitted to the data management system of control desk computing machine 101; Through wireless mode information is write the outside RFID electronic tag in electronics boot 5 casing both sides with hand-held first rfid interrogator 102, and information is submitted to the data management system of control desk computing machine 101.In the present embodiment, all can adopt the USB inserting mode between control desk computing machine 101 and second bar-code reader 105, control desk computing machine 101 and first rfid interrogator 102.The keeper of central station also imports data management system with shelf and site information in advance.Overhead baggage rack unit 3 is made up of one group of overhead baggage rack unit lattice 301; Each overhead baggage rack unit lattice 301 comprises shelf frame 3011, overhead baggage rack unit controller 3012 and detects the displacement transducer 3013 of shelf frame state that wherein displacement transducer 3013 is installed in each shelf frame 3011, is used for having or not in the probe unit lattice electronics boot 5 to put on the shelf or undercarriage; When being arranged in the shelf frame 3011, casing puts on the shelf or during undercarriage; Produce trigger pip owing to having blocked displacement transducer 3013, and send to central station 1 through the communication modes of overhead baggage rack unit controller 3012 through RS485, the 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; Second rfid interrogator 202 and alarm 204 that is connected with gate inhibition PC 201; Second rfid interrogator 202 is used for reading the RFID label information of electronics boot; Gate inhibition PC can send to central station 1 with the RFID label information that second rfid interrogator 202 reads; And when the boot information inconsistency of RFID label information and undercarriage, trigger alarm 204, and wherein alarm 204 can be electronics alarm bell, warning light or visual miscue device, RFID emission receive frequency is 915MHz.
The GPS tracker of installing on the electronics boot is built-in omnibearing gps antenna; Can receive tens signal channels simultaneously; Support four channels (850/900/1800/1900MHz) GSM, SMS, GPRS, can preestablish interval time and send SMS message or the Email position of reporting the electronics boot to the designated centers workstation.
Embodiment three:
Please referring to Fig. 2, on the basis of the foregoing description, electronics boot management system of the present invention also comprises the IC-card voucher that is carried by the staff, comprises the information of electronics boot status information, overhead baggage rack unit lattice and staff's authority information in the 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; Be used for undercarriage status information and staff's authority information on IC-card voucher typing electronics boot, and information is submitted to the data management system of control desk computing machine 101.Adopt the USB inserting mode between the central task station control desk computing machine 101 and the first IC-card read write line 104.
Gate control system 2 comprises the second IC-card read write line 203, carries out authentication with the IC-card voucher through the second IC-card card reader 203 during staff's process gate control system.
Mobile identification module also comprises the 3rd IC-card read write line, is used for the electronics boot status information in the IC-card voucher is upgraded.
The IC-card voucher both can help to verify staff's identity; Can also on the electronics boot, can play the effect that a flow process is guided in the undercarriage process: in the process of putting on the shelf, the controller 402 that moves in the identification module after electronics boot 5 is put on the shelf and accomplished upgrades the electronics boot status information in the IC-card voucher through the 3rd IC-card read write line; Before the undercarriage, the staff inserts the 3rd IC-card read write line with the IC-card voucher, and the staff can obtain and the corresponding shelf location information of required electronics boot of putting on the shelf, and the controller 402 that moves in the identification module sends the undercarriage signal to central station 1; After undercarriage was accomplished, the controller 402 that moves identification module upgraded the electronics boot status information in the IC-card voucher through the 3rd IC-card read write line; In the outbound process, the staff carries out authentication with the IC-card voucher, and gate control system judges whether electronics boot status information and the electronics boot RFID label information in the IC-card matees, as not through or do not match, the alarm of gate control system 2 can be reported to the police.Outbound finishes back IC-card voucher to be needed to reclaim.
The renewal of the boot of the electronics each time status information of IC-card voucher is mainly due to put on the shelf or more than one of the electronics boot of undercarriage at every turn; Accomplished at an electronics boot under the situation of undercarriage; The state renewal of IC-card voucher can let the corresponding generation increase and decrease of Record ID field in the voucher fund table, therefore can confirm next electronics boot information and its corresponding cells lattice information of undercarriage on the needs according to Record ID field and boot status field information automatically.
Embodiment four:
On the basis of embodiment one; Electronics boot management system of the present invention is sticked electronic bar code tag on each electronics boot; Overhead baggage rack unit can be established an electronics boot bar-code reader; Be used to read the bar-code label information on the electronics boot; When being used for the electronics boot and putting on the shelf and the shelf guidance information that the information of overhead baggage rack unit cell is complementary or during electronics boot undercarriage and central station sends mate, only under the condition of coupling fully, just can carry out next step operation of undercarriage flow process on the electronics boot, wherein; The information of overhead baggage rack unit cell can be preset in the electronics boot bar-code reader, and the undercarriage packets of information is drawn together the information of boot electronic bar code tag on the electronics boot.
Embodiment five:
On the basis of embodiment one; The overhead baggage rack unit of electronics boot management system of the present invention can comprise a RFID reader; Be used to read the RFID label on the electronics boot; When being used for the electronics boot and putting on the shelf and the shelf guidance information that the information of overhead baggage rack unit cell is complementary or during electronics boot undercarriage and central station sends be complementary, only under the condition of coupling fully, just can carry out next step operation of undercarriage flow process on the electronics boot, wherein; The information of overhead baggage rack unit cell can be preset in the RFID reader, and the undercarriage packets of information is drawn together the information of boot RFID label on the electronics boot.
Electronics boot management system of the present invention is accomplished the information distribution of boot under the scheduling of workstation based on RFID technology and Bar Code; Compare with original manual work mode of checking, accuracy rate improves widely, and is convenient and swift; And system supports the software and hardware upgrading, and technical scheme is safeguarded simple.
Electronics boot management method of the present invention comprises: the step of putting on the shelf, undercarriage step, outbound step and outbound monitoring step, and wherein, the step of putting on the shelf comprises:
Overhead baggage rack unit obtains the information of the electronics boot of putting on the shelf; And send to the central station: travelling bogie is near overhead baggage rack unit; The staff is with the bar code information on the bar-code reader scanning electron boot, and the controller that moves identification module shows corresponding shelf location on display; The staff is scanned specifying on the bar code of shelf by guidance information, and controller judges whether shelf bar code information and boot bar code information mate, as does not match and then continue the bar-code label that bar-code reader scans next shelf frame; After bar code information is judged completion; The staff sends the request of putting on the shelf through controller and gives the central station; Whether the overhead baggage rack unit lattice have the electronics boot to put on the shelf through this shelf frame of displacement transducer detection and status information are sent to the central station, and the request of putting on the shelf is replied according to the shelf status information by the central station;
The central station upgrades the information of putting on the shelf of electronics boot: the staff carries out the operation of putting on the shelf of electronics boot; When collecting the shelf state, the center workstation becomes when the case state is arranged; Transmission is put into function signal on the shelf and is given the controller that moves identification module; Give the central station otherwise continue to send the request of putting on the shelf, up to the completion of putting on the shelf, the controller that moves identification module after the completion of putting on the shelf upgrades the electronics boot status information in the IC-card voucher.
The undercarriage step comprises:
Overhead baggage rack unit obtains the information of the electronics boot of undercarriage; And send to the central station: the staff pushes to the position near overhead baggage rack unit with travelling bogie; The staff inserts the 3rd IC-card read write line with the IC-card voucher; Controller sends to the central station with the electronics boot information of having upgraded in the IC-card voucher, and the central station obtains the shelf sequence number and replys, and the staff obtains shelf location information; The staff is with the bar-code label of bar-code reader scanning shelf frame, up to the shelf frame of the shelf information matches that finds shelf bar code information and central station's appointment; After bar code information was judged completion, staff's operation control sent the undercarriage signal and gives the central station, and whether the overhead baggage rack unit frame detects this shelf frame through displacement transducer has electronics boot undercarriage and status information is sent to the central station;
The central station upgrades the undercarriage information of electronics boot: the staff carries out the operation of putting on the shelf of electronics boot; When the center workstation collects no case state; Send undercarriage and become function signal to give controller, controller upgraded the electronics boot status information in the IC-card voucher through the 3rd IC-card read write line after undercarriage was accomplished; With the bar code information on the bar-code reader scanning electron boot, controller judges whether this bar code information and shelf bar code information mate behind the undercarriage, if do not match then carry out the undercarriage step again.
The outbound step comprises:
Gate control system is obtained the information of the electronics boot on the RFID label of electronics boot: the staff pushes travelling bogie through gate control system, the information on the gate control system scanning electron boot RFID label;
Gate control system sends to the central station with the information of the electronics boot on the RFID label: this boot gate inhibition permission is replied by the central station after being sent to the central station; Then allow the outbound of electronics boot like permission; Otherwise gate control system is reported to the police, and the staff carries out authentication with the IC-card voucher; Checking is through can outbound, otherwise warning;
The central station is with the information of the electronics boot on the RFID label and the undercarriage information matches of electronics boot, and is legal to judge whether, if verify illegally, then sends error message to gate control system, and gate control system is reported to the police, otherwise, allow the outbound of electronics boot.
The outbound monitoring step comprises: after the outbound of electronics boot, the GPS tracker of being located on the electronics boot is opened automatically, and just the positional information of electronics boot is sent to the central station at set intervals.
Finish the back in above-mentioned outbound step and reclaim the IC-card voucher.
Before the above-mentioned step of putting on the shelf, the keeper of central station needs to work out in advance the IC-card voucher of putting on the shelf, and the staff is authorized and provide the IC-card voucher.Afterwards; The staff pushes travelling bogie through gate control system; Information and be sent to the central station on the gate control system scanning electron boot RFID label, gate inhibition's permission of confirming this boot is replied by the central station, and the staff carries out authentication with the IC-card voucher; Said gate inhibition's permission or authentication be not if pass through, and the gate control system alarm is reported to the police.
In said method; Operating personnel's authentication information specifically comprises name; Event time, the doors address, event type (enter swipe the card record, go out swipe the card that record, button open the door, the dead card Card Reader, open the door overtime, open the door etc. by force) and record faithfully and write down and can not change.When alert event takes place, can eject eye-catching alarm frame on the computer screen, and send alarm sound through sound device.
In operation of the foregoing description system and the method implementation; If it is there is unauthorized person to destroy gate inhibition's equipment by force, perhaps illegal, when trailing competent person etc. and getting into important area, will trigger watch-dog; Alarm can be reported to the police immediately, responsible official of notifying bank and the security personnel of bank.
More than specific embodiment of the present invention is described in detail, but the present invention is not restricted to the specific embodiment of above description, it is just as example.To those skilled in the art, any equivalent modifications that the electronics boot management system and the method for this band GPS function are carried out with substitute also all among category of the present invention.Therefore, not breaking away from impartial conversion and the modification of having done under the spirit and scope of the present invention, all should contain within the scope of the invention.
Claims (10)
1. the electronics boot management system with the GPS function is characterized in that, is provided with the RFID electronic tag on each electronics boot, comprising:
The central station is used for the last undercarriage information of said electronics boot and the library information of coming in and going out are managed;
Overhead baggage rack unit with a plurality of cells, said overhead baggage rack unit are used to discern the said electronics boot of undercarriage, and the said undercarriage information that goes up is sent to said central station;
Gate control system is connected with the communication of said central station, and said gate control system is used to read the electronics boot information of said RFID label, and when the electronics boot information inconsistency of the electronics boot information of outbound and undercarriage, reports to the police; And,
The GPS tracker is located on the electronics boot, whenever at a distance from one period set time the positional information of electronics boot is sent to the central station.
2. the electronics boot management system of band GPS function according to claim 1 is characterized in that said GPS tracker comprises a gps antenna, and said gps antenna and said central station carry out communication.
3. the electronics boot management system of band GPS function according to claim 1 is characterized in that, also is provided with electronic bar code tag on each said electronics boot; One moves identification module, comprising: first bar-code reader is used to read the electronic bar code tag information on the electronics boot; One has the controller of display screen; Can receive said electronic bar code tag information; Said controller carries out communication through a radio receiving transmitting module and said central station, and said display screen can show the information of the said cell corresponding with the electronics boot of required upward undercarriage;
Said central station comprises the wireless receiving and dispatching base station, is used for carrying out communication with said radio receiving transmitting module;
Said overhead baggage rack unit comprises bar-code label, and said first bar-code reader can read the information of said bar-code label.
4. the electronics boot management system of band GPS function according to claim 3 is characterized in that said mobile identification module is installed on the boot travelling bogie.
5. according to claim 3 or the 4 described electronics boot management systems of being with the GPS functions; It is characterized in that; Second bar-code reader that said central station comprises a control desk computing machine, is connected with said control desk computing machine, and first rfid interrogator that is connected with said control desk computing machine; Said overhead baggage rack unit comprises:
Displacement transducer is used to survey and has or not the electronics boot to put on the shelf or undercarriage in the said cell;
The overhead baggage rack unit controller is used for the said undercarriage information that goes up is sent to said central station;
Gate control system comprises: gate inhibition PC; And second rfid interrogator and the alarm that are connected with said gate inhibition PC; Said gate inhibition PC can send to said central station with the RFID label information that said second rfid interrogator reads, and when the boot information inconsistency of said RFID label information and undercarriage, triggers said alarm.
6. according to the electronics boot management system of claim 3 or 4 described band GPS functions, it is characterized in that also comprise portable IC-card voucher, said IC-card voucher comprises the information of electronics boot status information, said cell and carrier's authority information;
Said mobile identification module also comprises one the 3rd IC-card read write line;
Said central station also comprises one first IC-card read write line, is used for undercarriage status information on the said electronics boot of said IC-card voucher typing, and said carrier's authority information.
7. said gate control system comprises one second IC-card read write line, is used for the carrier who warehouse-in is carried out the checking of said authority information.
8. the electronics boot management system of band GPS function according to claim 1; It is characterized in that; Each electronics boot also is provided with the boot electronic bar code tag; Said overhead baggage rack unit also comprises electronics boot bar-code reader, is used to read the information of said boot electronic bar code tag, the information that said upward undercarriage packets of information is drawn together the boot electronic bar code tag.
9. the electronics boot management method of an electronics boot management system is characterized in that, comprising: the step of putting on the shelf, undercarriage step, outbound step and outbound monitoring step, wherein,
The said step of putting on the shelf comprises:
Overhead baggage rack unit obtains the information of the said electronics boot of putting on the shelf, and sends to the central station;
Said central station upgrades the information of putting on the shelf of said electronics boot;
Said undercarriage step comprises:
Said overhead baggage rack unit obtains the information of the said electronics boot of undercarriage, and sends to said central station;
Said central station upgrades the undercarriage information of said electronics boot;
Said outbound step comprises:
Gate control system is obtained the information of the electronics boot on the RFID label of said electronics boot;
Gate control system sends to said central station with the information of the electronics boot on the said RFID label;
Said central station is with the information of the electronics boot on the said RFID label and the undercarriage information matches of said electronics boot, and is legal to judge whether, if verify illegal; Then send error message to said gate control system; Gate control system is reported to the police, otherwise, allow the outbound of said electronics boot;
Said outbound monitoring step comprises: be installed in GPS tracker on the electronics boot and at set intervals can be automatically the positional information of electronics boot be sent to said central station.
10. electronics boot management method according to claim 8 is characterized in that,
Before said overhead baggage rack unit obtains the information of said electronics boot of undercarriage; Also comprise: through one move identification module first bar-code reader read the electronic bar code tag information on the electronics boot, the controller of said mobile identification module show with required on the information of the corresponding said cell of the electronics boot of undercarriage.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010251643.5A CN102376112B (en) | 2010-08-12 | 2010-08-12 | Electronic tail box management system having global position system (GPS) function and method therefor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010251643.5A CN102376112B (en) | 2010-08-12 | 2010-08-12 | Electronic tail box management system having global position system (GPS) function and method therefor |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102376112A true CN102376112A (en) | 2012-03-14 |
| CN102376112B CN102376112B (en) | 2014-04-23 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201010251643.5A Active CN102376112B (en) | 2010-08-12 | 2010-08-12 | Electronic tail box management system having global position system (GPS) function and method therefor |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105894052A (en) * | 2014-10-21 | 2016-08-24 | 上海贞易信息技术有限公司 | RFID (Radio Frequency Identification) based cargo transportation and checkout system |
| 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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| JP2005146790A (en) * | 2003-11-19 | 2005-06-09 | Okamura Corp | Locking/unlocking system for fixture |
| 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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| 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 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105894052A (en) * | 2014-10-21 | 2016-08-24 | 上海贞易信息技术有限公司 | RFID (Radio Frequency Identification) based cargo transportation and checkout system |
| 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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| Publication number | Publication date |
|---|---|
| CN102376112B (en) | 2014-04-23 |
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