CN103679408A - System and method for GPS logistics distribution based on two-dimension codes - Google Patents
System and method for GPS logistics distribution based on two-dimension codes Download PDFInfo
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- CN103679408A CN103679408A CN201210325357.8A CN201210325357A CN103679408A CN 103679408 A CN103679408 A CN 103679408A CN 201210325357 A CN201210325357 A CN 201210325357A CN 103679408 A CN103679408 A CN 103679408A
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Abstract
The invention relates to a system and method for GPS logistics distribution based on two-dimension codes. The system comprises a two-dimension code identification adhered to a delivery article, a first system used for producing the two-dimension code identification, and a second system used for identifying the two-dimension code identification; the first system comprises a first handheld mobile terminal and a remote server which is in communication connection with a first handheld mobile terminal; the second system comprises a second handheld mobile terminal and vehicle navigation equipment which is in communication connection with the second handheld mobile terminal. The method comprises the following steps: 1) collecting information; 2) conducting two-dimensional coding and printing on the collected information; 3) scanning and identifying the two-dimension code; 4) sending identification information to the vehicle navigation equipment; 5) navigating automatically. The system and the method have the advantages that manual faults can be lowered, operation steps are simplified, constraint of a traditional network is broken through, and logistics efficiency is improved.
Description
Technical field
The present invention relates to logistics distribution technical field, specifically a kind of GPS logistics distribution system and method based on Quick Response Code.
Background technology
Current existing most logistics, the express company express delivery list of labeling on goods be Hand writing delivery address, consignee and telephone number, the one-dimensional bar code on express delivery list is the string number that is used for representing certain meaning, the monogram producing already.
Existing logistic distribution vehicle its navigator in transportation all needs to communicate with gps satellite or remote command center, also needs manually to input Shipping Address, and setting navigation, and complex steps requires high to remote-wireless signal of communication.
The chequered with black and white graphic recording data symbol information that Quick Response Code distributes in plane (on two-dimensional directional) according to certain rules with certain specific geometric figure; On coding, utilize dexterously " 0 ", the concept of " 1 " bit stream that forms computer-internal logical foundations, with several geometrical bodies corresponding with scale-of-two, represent word numerical information, by image input device or photoelectric scanning device automatically identifying and reading, to realize information, automatically process: it has some general character of barcode technology; Every kind of code system has its specific character set; Each character occupies certain width; There is certain verifying function etc.Also have features such as the information automatic identification function of different rows and processing graphics rotation variations simultaneously.
Summary of the invention
The object of the invention is to the above-mentioned defect for prior art, a kind of GPS logistics distribution system and method thereof based on Quick Response Code is provided, this system is introduced Quick Response Code, has reduced manually-operated error, has simplified the step of logistics distribution, has improved the efficiency of logistics distribution.
The technical solution adopted for the present invention to solve the technical problems is: a kind of GPS logistics distribution system based on Quick Response Code, it is characterized in that: comprise the Quick Response Code sign being attached on circulation article, and produce the first system of described Quick Response Code sign and the second system identifying for identifying described Quick Response Code; Described the first system comprises for gathering information containing destination GPS geography information, Information Monitoring being carried out to the first hand-held mobile terminal two-dimensional encoded and that print, and by remote-wireless communication, sends the GPS geography information of destination in Information Monitoring the remote server of the first mobile terminal to; Described second system comprises for scanning the second hand-held mobile terminal of Quick Response Code, decoding and transmission identifying information, receives the apparatus for vehicle navigation of above-mentioned identifying information by short-distance wireless communication.
Described remote server comprises CPU (central processing unit), communication unit, data processing unit, and CPU (central processing unit) is worked by the above-mentioned unit of Serial Port Control, wherein:
Data processing unit, for gathering the GPS geography information of destination and by serial port, Information Monitoring being sent to CPU (central processing unit), CPU (central processing unit) is carried out dissection process;
Communication unit, for being sent to above-mentioned the first hand-held mobile terminal by the GPS geography information of destination.
The first described hand-held mobile terminal comprises CPU (central processing unit), load module, display module, communication module, two-dimensional code generation module, and CPU (central processing unit) is by the work of the above-mentioned modules of Serial Port Control, wherein:
Load module, this load module is for being sent to CPU (central processing unit) by serial port by entry information, and CPU (central processing unit) dissection process, is sent to display module by corresponding information and shows;
Communication module, this communication module is sent to CPU (central processing unit) for the GPS geography information of destination that the above-mentioned remote server by remote-wireless communications reception is provided;
Two-dimensional code generation module, this two-dimensional code generation module receives all Information Monitorings of above-mentioned CPU (central processing unit) by serial port, Information Monitoring is encoded to Quick Response Code and prints Quick Response Code.
The second described hand-held mobile terminal comprises CPU (central processing unit), load module, display module, communication module, Quick Response Code identification module, and CPU (central processing unit) is by the work of the above-mentioned modules of Serial Port Control, wherein:
Load module, this load module is used for inputting after various operational order codes, and above-mentioned code is sent to CPU (central processing unit), and CPU (central processing unit) is sent described instruction and is controlled corresponding module and work by corresponding serial port;
Quick Response Code identification module, this Quick Response Code identification module is for Quick Response Code is carried out scanning recognition and identifying information is sent to CPU (central processing unit), and CPU (central processing unit), by dissection process, is sent to display module by corresponding information and shows;
Communication module, this communication module communicates by short-distance wireless communication and other terminal, and this communication module is for sending the GPS geography information of the destination of the above-mentioned Quick Response Code identification module identification after central processing unit for processing to other terminal.
Described apparatus for vehicle navigation comprises CPU (central processing unit), communication module, navigation module, display module, and CPU (central processing unit) is worked by the above-mentioned modules of Serial Port Control, wherein:
Communication module, this communication module is by short-distance wireless communication and other terminal communication, and this communication module, for receiving after above-mentioned identifying information, sends described information to CPU (central processing unit), and CPU (central processing unit) is carried out dissection process;
Navigation module, this navigation module receives after the GPS information of above-mentioned CPU (central processing unit) dissection process by serial port, automatically cooks up the track route that arrives destination, and electronics route map is sent to display module shows, completes navigation.
Above-mentioned the first hand-held mobile terminal and the second hand-held mobile terminal can possess the hand-held mobile terminal that generates and identify Quick Response Code function by one simultaneously and replace.
A Logistics Distribution Method based on said system, is characterized in that, comprises the following steps:
A. Information Monitoring: the first handheld terminal gathers Item Information, and the GPS geography information that article is received to destination by remote-wireless communication sends to remote server;
B. Information Monitoring is carried out two-dimensional encoded and printed: the CPU (central processing unit) of the first hand-held mobile terminal is processed gathered information, two-dimensional code generation module is carried out the information after above-mentioned processing two-dimensional encoded and prints;
C. scanning recognition Quick Response Code: the Quick Response Code identification module of the second handheld terminal carries out scanning recognition to the Quick Response Code sign being attached on article, and CPU (central processing unit) is processed identifying information;
D. send identifying information to apparatus for vehicle navigation: the GPS geography information of the destination in identifying information is sent to apparatus for vehicle navigation by short-distance wireless communication;
E. self-navigation: the navigation module of apparatus for vehicle navigation is according to the rational distribution route of GPS geography information Lookup protocol of the destination after processing, and electronics route map is sent to display module show.
Item Information in above-mentioned steps A comprises delivery address, consignor and telephone number, ship-to, consignee and telephone number thereof.
Implement system and method for the present invention, can reduce manual operation cost, simplify operation steps, break through legacy network constraint, thereby improve logistics distribution efficiency.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the invention will be further described, in accompanying drawing:
Fig. 1 is the system chart that the present invention is based on the GPS logistics distribution system embodiment 1 of Quick Response Code;
Fig. 2 is the structure principle chart that the present invention is based on the GPS logistics distribution system embodiment 1 of Quick Response Code;
Fig. 3 is structure 1 schematic diagram of two-dimensional code generation module in the embodiment of the present invention 1;
Fig. 4 is structure 2 schematic diagrams of two-dimensional code generation module in the embodiment of the present invention 1;
Fig. 5 is the structure principle chart of Quick Response Code identification module in the embodiment of the present invention 1;
Fig. 6 is the Logistics Distribution Method process flow diagram that the present invention is based on embodiment 1 logistics distribution system;
Fig. 7 is the schematic diagram of Quick Response Code in the inventive method embodiment 1;
Fig. 8 is the schematic flow sheet of vehicle self-navigation in the inventive method embodiment 1 delivery process;
Fig. 9 is the system chart that the present invention is based on the GPS logistics distribution system embodiment 2 of Quick Response Code;
Figure 10 is the Logistics Distribution Method process flow diagram that the present invention is based on delivery system flow in Fig. 9;
Embodiment
Embodiment mono-
As shown in Figure 1, a kind of GPS logistics distribution system based on Quick Response Code comprises the Quick Response Code sign 7 being attached on circulation article, and produces the first system of described Quick Response Code sign 7 and identify 7 second system for identifying described Quick Response Code.Wherein the first system comprises the information that comprises destination GPS geography information for gathering, Information Monitoring is carried out to the first hand-held mobile terminal 1 two-dimensional encoded and that print, and the GPS geography information of destination in Information Monitoring is sent to the remote server 8 of the first hand-held mobile terminal 1 by remote-wireless communication; Wherein second system comprises for scanning the second hand-held mobile terminal 12 of Quick Response Code 22, decoding and transmission identifying information, receives the apparatus for vehicle navigation 18 of above-mentioned identifying information by short-distance wireless communication.
In the structure principle chart of the GPS logistics distribution system embodiment that the present invention is based on Quick Response Code as shown in Figure 2, the first hand-held mobile terminal 1 comprises CPU (central processing unit) 5, load module 2, display module 3, communication module 4 and two-dimensional code generation module 6, CPU (central processing unit) 5 is controlled respectively modules by serial port and is worked, and be sent to two-dimensional code generation module 6 generation Quick Response Codes 22 after gathering Information Monitoring, wherein:
Load module 2, the medium contacting as the first hand-held mobile terminal 1 and peripheral operation terminal, peripheral operation terminal is by the information such as delivery address, consignor and telephone number thereof, ship-to, consignee and telephone number thereof of load module 2 input goods, CPU (central processing unit) 5 is received external operation device by the above-mentioned information of load module 2 typings and is processed by serial port, after information is processed, the information temporary storage after processing, by communication module 4, gather on the one hand the GPS geography information of destination (ship-to) on the one hand.
Two-dimensional code generation module 6, this module receives after all information of CPU (central processing unit) 5 collections, its coding module 61(Fig. 3) Information Monitoring is encoded into Quick Response Code 22, the print module 62 having by self or utilize outside printing equipment (Fig. 4) to print Quick Response Code sign 7 by printing interface, labeling is on circulation article.So far, the Quick Response Code that contains GPS latitude and longitude information is on purpose integrated with circulation article, has replaced traditional bar code on circulation article that invests.
In the structure principle chart of the GPS logistics distribution system embodiment that the present invention is based on Quick Response Code as shown in Figure 2, the second hand-held mobile terminal 12 comprises centre unit 13, load module 15, display module 14, communication module 17 and Quick Response Code identification module 16, CPU (central processing unit) 13 is controlled respectively modules by serial port and is worked, and identifies the GPS geography information of the contained Item Information of Quick Response Code 22 and destination.
Quick Response Code identification module 16, this module receives after the instruction of CPU (central processing unit) 13, first by Quick Response Code scanner head 161(Fig. 5 of this module) scanning Quick Response Code 22, and the image in 2 D code of scanning is sent to the decoder module 162 of this module, decoding identifies the entrained information of Quick Response Code 22 and sends identifying information to CPU (central processing unit) 13.
CPU (central processing unit) 13, this unit is to after receiving identifying information and processing, be sent to display module 14 on the one hand and show, by communication module 17, utilize short-distance wireless communication to be sent to apparatus for vehicle navigation 18 the GPS geography information of destination after processing on the one hand.
In the system architecture schematic diagram of the embodiment of the present invention as shown in Figure 2, apparatus for vehicle navigation 18 comprises communication module 19, CPU (central processing unit) 20, navigation module 21, apparatus for vehicle navigation 18 receives the GPS geography information of the destination of the second hand-held mobile terminal 12 transmission by short-distance wireless communication, 20 pairs of above-mentioned information of its CPU (central processing unit) are carried out dissection process, and the information after processing is sent to navigation module 21.Navigation module 21 is cooked up the track route that arrives destination automatically according to the information receiving, and electronics route map is sent to display module 23 shows, completes navigation.The GPS logistics distribution system of being therefore somebody's turn to do based on Quick Response Code is simpler and more direct, efficient, is not subject to the constraint of legacy network.
Above-mentioned the first hand-held mobile terminal 1 and the second hand-held mobile terminal 12 can possess the hand-held mobile terminal that generates and identify Quick Response Code function by one simultaneously and replace.
A kind of flow process of the Logistics Distribution Method based on system shown in Figure 2 as shown in Figure 6, comprises the following steps:
A. Information Monitoring: while receiving, receiving clerk is by the fast 2 typing Item Information of input mould of the first hand-held mobile terminal 1,5 pairs of entry informations of CPU (central processing unit) carry out analyzing and processing, on the one hand information is stored up temporarily, by remote-wireless communication, from remote server 8, gather on the one hand the GPS geography information of destination;
B. Information Monitoring is carried out two-dimensional encoded and printed: the GPS geography information of 5 pairs of destinations of CPU (central processing unit) of the first handheld terminal 1 is processed, and the information after all processing is sent to two-dimensional code generation module 6,6 pairs of above-mentioned information of two-dimensional code generation module are carried out two-dimensional encoded and are printed, and receiving clerk identifies 7 labelings on circulation article by printed Quick Response Code;
C. scanning recognition Quick Response Code: during deliver goods, first deliveryman passes through the instruction code of the load module 15 input scan Quick Response Codes 22 of the second hand-held mobile terminal 12, CPU (central processing unit) 13 receives instruction code and controls 16 pairs of Quick Response Code identification modules and is attached to Quick Response Code on article sign 7 and carries out scanning recognition, Quick Response Code identification module 16 is sent to CPU (central processing unit) 13 by identifying information, 13 pairs of information of CPU (central processing unit) are processed, on the one hand and information is sent to display module 14 show, on the other hand the GPS geography information of the destination in identifying information is delivered to communication module 17 by serial connection oral instructions,
D. send identifying information to apparatus for vehicle navigation 18: delivery person utilizes the second hand-held mobile terminal 12, by short-distance wireless communication, the GPS geography information of destination is sent to apparatus for vehicle navigation 18;
E. self-navigation: the GPS geography information of 20 pairs of destinations that receive of CPU (central processing unit) of apparatus for vehicle navigation 18 is carried out dissection process, and the information after processing is sent to navigation module 21, navigation module 21 parses rational distribution route automatically, and electronics route map is sent to display module 23 shows, completes navigation.Whole navigation procedure, take Quick Response Code 22 as carrier, neither needs to obtain by remote-wireless communication the GPS geography information of destination, and also without artificial input information, thereby the inventive method had not only been simplified operation steps but also broken through the constraint of legacy network.
Item Information in above-mentioned steps A comprises delivery address, consignor and telephone number, ship-to, consignee and telephone number thereof.
Fig. 8 shows in the embodiment of the present invention method flow diagram of distribution vehicle self-navigation in the GPS Logistics Distribution Method based on Quick Response Code.
In step S801, delivery person needs Quick Response Code sign 7 scanning one by one on dispensing goods with 161 pairs of the scanner heads of the second handheld terminal 12, the identification of decode of the second 12 pairs of handheld terminals scanning gained two-dimension code image, delivery person stores its cargo number of information correspondence of scanning recognition.
In step S802, the GPS geography information of the place of departure of scanning recognition, the bluetooth by the second hand-held mobile terminal 12, the short-range wireless communication apparatus such as infrared send to apparatus for vehicle navigation 18 to delivery person one by one.
In step S803, apparatus for vehicle navigation 18 first to receive gps data on purpose carry out dissection process, then according to urban road network's electronic chart of the own this city having itself, N dispensing region of gps data overall planning place in conjunction with the destination after processing, and providing distribution route in each region and interregional travel route figure, each region has a dispensing destination at least.
In step S804, deliveryman selects to arrive first region 1 according to distances travelled and provides and delivers, and apparatus for vehicle navigation first provides from starting point to region 1 Road line chart; Arrive behind region 1, the distribution route figure of magnification region 1, receiving clerk sends to destination goods one by one according to joining goods route.
In step S805, deliveryman selects group region, next destination 2 after need are sent to goods in region 1 and sent, apparatus for vehicle navigation 18 first provide from region 1 to region 2 Road line chart; Arrive behind region 2, the distribution route figure of magnification region 2, receiving clerk sends to destination goods one by one according to joining goods route.
Deliveryman and driver repeat the work in the middle of above-mentioned steps successively, arrive successively region 3,4 ... N sends to its destination all goods.
Embodiment bis-
The first hand-held mobile terminal in logistics distribution system of the present invention and the second hand-held mobile terminal can be replaced by the mobile phone of the generation with Quick Response Code and identification software.
As shown in Figure 9, a kind of GPS logistics distribution system based on Quick Response Code, comprises the Quick Response Code sign being attached on circulation article, and for generation of the first system of described Quick Response Code sign with for identifying the second system of described Quick Response Code sign; Described the first system comprises mobile phone, the remote server being connected with mobile communication and printing device; Described second system comprises mobile phone, the apparatus for vehicle navigation being connected with mobile communication.
Figure 10 shows the method flow of the sending objects based on logistics distribution system shown in Fig. 9.
In step S1001, receiving clerk first deposits delivery address, consignor and telephone number, ship-to, consignee and telephone number thereof in mobile phone in, then by mobile phone, to remote server, asks for the GPS longitude and latitude of the place of acceptance of previously inputting.
In step S1002, the receiving clerk first Quick Response Code by mobile phone generates software the GPS information that previously deposited in and obtained by remote server is carried out to two codings, then the Quick Response Code generating is printed by printing device and labeling on the goods circulating.
In step S1003, deliveryman first takes pictures to the Quick Response Code on goods by the camera of mobile phone, then use Quick Response Code identification software in mobile phone to the two-dimension code image identification of decoding, identifying information comprises the GPS longitude and latitude of delivery address, consignor and telephone number, ship-to, consignee and telephone number thereof, place of departure.
In step S1004, deliveryman first stores article essential information in mobile phone into, then the GPS longitude and latitude in identifying information is sent to apparatus for vehicle navigation by the bluetooth on mobile phone, infrared etc.
In step S1005, apparatus for vehicle navigation is according to the GPS longitude and latitude receiving, in conjunction with the local electronic chart carrying, automatically parse rational goods delivery route, and electronics route map is sent to display device show, thereby assist driver that goods is sent to destination.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any modification of doing, be equal to replacement, improvement etc., within all should being included in claim scope of the present invention.
Claims (8)
1. the GPS logistics distribution system based on Quick Response Code, it is characterized in that: comprise the Quick Response Code sign (7) being attached on circulation article, and produce the second system that described Quick Response Code identifies the first system of (7) and identifies (7) for identifying described Quick Response Code; Described the first system comprises for gathering information containing the GPS geography information of destination, Information Monitoring being carried out to the first hand-held mobile terminal (1) two-dimensional encoded and that print, and the GPS geography information of destination in Information Monitoring is sent to the remote server (8) of the first hand-held mobile terminal (1) by remote-wireless communication; Described second system comprises for scanning second hand-held mobile terminal (12) of Quick Response Code (22), decoding and transmission identifying information, receives the apparatus for vehicle navigation (18) of above-mentioned identifying information by short-distance wireless communication.
2. the GPS logistics distribution system based on Quick Response Code according to claim 1, it is characterized in that, described remote server (8) comprises CPU (central processing unit) (10), communication unit (9), data processing unit (11), CPU (central processing unit) (10) is worked by the above-mentioned unit of Serial Port Control, wherein:
Data processing unit (11), for gathering the GPS geography information of destination and by serial port, Information Monitoring being sent to CPU (central processing unit) (10), CPU (central processing unit) (10) is carried out dissection process;
Communication unit (9), for being sent to above-mentioned the first hand-held mobile terminal (1) by the GPS geography information of destination.
3. the GPS logistics distribution system based on Quick Response Code according to claim 1, it is characterized in that, described the first hand-held mobile terminal (1) comprises CPU (central processing unit) (5), load module (2), display module (3), communication module (4), two-dimensional code generation module (6), CPU (central processing unit) (5) is by the work of the above-mentioned modules of Serial Port Control, wherein:
Load module (2), for by serial port, the information of typing being sent to CPU (central processing unit) (5), CPU (central processing unit) (5) dissection process, is sent to display module (3) by corresponding information and shows;
Communication module (4), is sent to CPU (central processing unit) (5) for the GPS geography information of destination that the above-mentioned remote server (8) by remote-wireless communications reception is provided;
Two-dimensional code generation module (6), is Quick Response Code (22) and prints for all information codings that CPU (central processing unit) (5) is collected.
4. the GPS logistics distribution system based on Quick Response Code according to claim 1, it is characterized in that, described the second hand-held mobile terminal (12) comprises CPU (central processing unit) (13), load module (15), display module (14), communication module (17), Quick Response Code identification module (16), CPU (central processing unit) (13) is by the work of the above-mentioned modules of Serial Port Control, wherein:
Load module (15), for inputting after various operational order codes, is sent to CPU (central processing unit) (13) by above-mentioned code, and CPU (central processing unit) (13) is sent described instruction and controlled corresponding module and work by corresponding serial port;
Quick Response Code identification module (16), for Quick Response Code (22) is carried out scanning recognition and identifying information is sent to CPU (central processing unit) (13), CPU (central processing unit) (13), by dissection process, is sent to display module (14) by corresponding information and shows;
Communication module (15), for sending the GPS geography information of the destination after CPU (central processing unit) (13) processing to other terminal by short-distance wireless communication.
5. the GPS logistics distribution system based on Quick Response Code according to claim 1, it is characterized in that, described apparatus for vehicle navigation (18) comprises CPU (central processing unit) (20), communication module (19), navigation module (21), display module (23), CPU (central processing unit) (20) is worked by the above-mentioned modules of Serial Port Control, wherein:
Communication module (19), by short-distance wireless communication, receive the second hand-held mobile terminal (12) identification destination GPS geography information and send described information to CPU (central processing unit) (20), CPU (central processing unit) (20) is carried out dissection process;
Navigation module (21), by serial port, receive after the GPS geography information of above-mentioned CPU (central processing unit) (20) dissection process, automatically cook up the track route that arrives destination, and electronics route map is sent to display module (23) shows, complete navigation.
6. the GPS logistics distribution system based on Quick Response Code according to claim 1, it is characterized in that, above-mentioned the first hand-held mobile terminal (1) can possess the hand-held mobile terminal that generates and identify Quick Response Code function by one with the second hand-held mobile terminal (12) simultaneously and replace.
7. the Logistics Distribution Method based on system described in claim 1, is characterized in that, comprises the following steps:
A. Information Monitoring: the first hand-held mobile terminal (1) gathers Item Information, and the GPS geography information of the destination gathering by remote-wireless communications reception remote server (8);
B. Information Monitoring is carried out two-dimensional encoded and printed: the CPU (central processing unit) (5) of the first hand-held mobile terminal (1) is processed gathered information, two-dimensional code generation module (6) is carried out the information after above-mentioned processing two-dimensional encoded and prints;
C. scanning recognition Quick Response Code: the Quick Response Code identification module (16) of the second hand-held mobile terminal (12) carries out scanning recognition to the Quick Response Code sign (7) being attached on article, and CPU (central processing unit) (13) is processed identifying information;
D. send identifying information to apparatus for vehicle navigation: the GPS geography information of the destination in identifying information is sent to apparatus for vehicle navigation (18) by short-distance wireless communication;
E. self-navigation: the navigation module (21) of apparatus for vehicle navigation (18) is according to the rational distribution route of GPS geography information Lookup protocol of the destination after processing, and electronics route map is sent to display module (23) show.
8. method according to claim 7, is characterized in that, the Item Information in described steps A comprises delivery address, consignor and telephone number, ship-to, consignee and telephone number thereof.
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| CN201210325357.8A CN103679408A (en) | 2012-09-05 | 2012-09-05 | System and method for GPS logistics distribution based on two-dimension codes |
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