CN107093043A - A kind of international logistics management method and its system - Google Patents
A kind of international logistics management method and its system Download PDFInfo
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- CN107093043A CN107093043A CN201710220906.8A CN201710220906A CN107093043A CN 107093043 A CN107093043 A CN 107093043A CN 201710220906 A CN201710220906 A CN 201710220906A CN 107093043 A CN107093043 A CN 107093043A
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Abstract
The invention discloses a kind of international logistics management method and its system, its drip irrigation device is that management platform transmission goods information is put on record into electronic port server；Management platform is forwarding this goods information into goods station server after receiving the receipt of electronic port server；Goods station server transfers warehouse information in its goods station database and detects whether remaining idle warehouse, if there is remaining idle warehouse, the mark in one of warehouse is carried in this goods information and is fed back in management platform；If without the idle warehouse of residue, then transfer the warehouse information in the database of goods station, and detect warehouse in warehouse information go out whether ETCD estimated time of commencing discharging is less than preset time, if less than preset time, the mark in one of warehouse being carried in this goods information and is fed back in management platform；If more than preset time, goods information directly is fed back into management platform, the logistics speed of air transport is improved, it is to avoid goods, which is constantly sent, causes the accumulation of goods station goods to goods station.
Description
Technical field
The present invention relates to logistics management technical field, more particularly to a kind of international logistics management method and its system.
Background technology
With flourishing for internet economy, net purchase has turned into the current main shopping way of people, in particular with
The fast development of international and national logistic industry, many residents have been not content with the net purchase platform of the country, and they throw sight
To overseas electric business website, the commodity that particularly overseas website is sold with the country compare with better quality, more
Species and more preferential price, promote domestic resident to buy commodity amount rapid growth, therefore customs overseas by internet
Postal articles enter the territory in fast-developing trend.
Traditional international logistics conveying is generally carried out in the following way, and goods odd numbers is sent into electronic port into progress
Put on record, after the clearance feedback for receiving electronic port, directly by the delivery of goods to goods station, such a mode easily causes goods station goods
The accumulation of thing, influences the speed of airborne logistics, accordingly, there exist certain improvements.
The content of the invention
In view of the deficienciess of the prior art, it is an object of the invention to provide a kind of international logistics management method, having
The characteristics of improving logistics speed.
The present invention above-mentioned technical purpose technical scheme is that：
A kind of international logistics management method, comprises the following steps：
Management platform sends goods information and put on record into electronic port server；
Management platform is forwarding this goods information into goods station server after receiving the receipt of electronic port server；
Goods station server transfers warehouse information in its goods station database and detects whether remaining idle warehouse, if there is residue
Idle warehouse, then carry the mark in one of warehouse in this goods information and feed back in management platform；
If without the idle warehouse of residue, transferring the warehouse information in the database of goods station, and detect warehouse in warehouse information
Go out whether ETCD estimated time of commencing discharging is less than preset time, if less than preset time, the mark in one of warehouse is carried in this goods information
Know and feed back in management platform；If more than preset time, goods information directly is fed back into management platform.
It is preferred that, in the step of management platform forwards this goods information to goods station server, also comprise the following steps：
Goods station server receives this goods information, calculates the goods space R that goods takes in the goods information；
When server detects residue idle warehouse in goods station, the warehouse space information in the remaining warehouse that leaves unused further is obtained
Table list1, the warehouse space by goods space R one by one with warehouse in warehouse space information table list1 is compared, to obtain storehouse
Storehouse space is more than warehouse space information table list2 during goods space R；
Warehouse space in warehouse spatial information table list2 is extracted, closest to goods space R warehouse, the mark in this warehouse to be matched somebody with somebody
Put and enter in goods information.
It is preferred that, if having in goods information has nature of goods, quantity of goods in dry cargo odd numbers, each goods odd numbers
With goods specification；
The quantity of goods A and goods specification B in each goods odd numbers are obtained respectively, are calculated according to quantity of goods A and goods specification B
Go out the space C that goods takes in the goods odd numbers, wherein, the height of the width D * goods of the length L* goods of goods specification B=goods
Spend H；
The space C taken according to goods in each goods odd numbers, calculates the goods space R that goods takes in the goods information.
It is preferred that, if the ETCD estimated time of commencing discharging that goes out in warehouse is less than preset time in warehouse information, obtains and be less than preset time warehouse
Warehouse space information table list3；
Warehouse space by goods space R one by one with warehouse in warehouse space information table list3 is compared, empty to obtain warehouse
Between be more than goods space R when warehouse space information table list4；
Warehouse space in warehouse spatial information table list4 is extracted, closest to goods space R warehouse, the mark in this warehouse to be matched somebody with somebody
Put and enter in goods information.
It is preferred that, goods station server transfers warehouse information in its goods station database and detects whether remaining idle storehouse
Storehouse, if without the idle warehouse of residue, also comprising the following steps：
The IP address of goods station server and the IP address of management platform are obtained respectively；
According to the IP address of goods station server and the IP address of management platform, with the electronic map that is prestored in the database of goods station
Generation initial reference point and end reference point respectively, and according to initial reference point and end reference point to obtain the road between 2 points
Journey S；
The speed V of end reference point is gone in setting from initial reference point；
According to formula distance S/ speed V to obtain preset time T.
In view of the deficienciess of the prior art, being it is another object of the present invention to provide a kind of management of international logistics
System, with improve logistics speed the characteristics of.
The present invention above-mentioned technical purpose technical scheme is that：
A kind of international logistics management system, including management platform, electronic port server and goods station server；
Management platform includes sending module and forwarding module, and the sending module is used to send goods information to electronic port service
Put on record in device；The forwarding module is used to forward this goods information to goods station to take after the receipt of electronic port server is received
It is engaged in device；
Goods station server includes receiving module, position in storehouse detection module, shipment detection module and feedback module；
The receiving module is used to receive goods information；
The position in storehouse detection module is used to transfer warehouse information in its goods station database and detects whether remaining idle storehouse
Storehouse, if there is remaining idle warehouse, carries the mark in one of warehouse and anti-by feedback module in this goods information
It is fed in management platform；
If without the idle warehouse of residue, transferring the warehouse information in the database of goods station, and detect by shipment detection module
Warehouse goes out whether ETCD estimated time of commencing discharging is less than preset time in warehouse information, if less than preset time, carried in this goods information
The mark in one of warehouse is simultaneously fed back in management platform by feedback module；If more than preset time, directly by anti-
Goods information is fed back to management platform by feedback module.
It is preferred that, the position in storehouse detection module is additionally operable to calculate the goods space R that goods takes in the goods information；
When server detects residue idle warehouse in goods station, the warehouse space information in the remaining warehouse that leaves unused further is obtained
Table list1, the warehouse space by goods space R one by one with warehouse in warehouse space information table list1 is compared, to obtain storehouse
Storehouse space is more than warehouse space information table list2 during goods space R；
Warehouse space in warehouse spatial information table list2 is extracted, closest to goods space R warehouse, the mark in this warehouse to be matched somebody with somebody
Put and enter in goods information.
It is preferred that, if having in goods information has nature of goods, quantity of goods in dry cargo odd numbers, each goods odd numbers
With goods specification；
The position in storehouse detection module obtains quantity of goods A and goods specification B in each goods odd numbers respectively, according to quantity of goods
A and goods specification B calculate the space C that goods takes in the goods odd numbers, wherein, the length L* goods of goods specification B=goods
Width D * goods height H；
The space C taken according to goods in each goods odd numbers, calculates the goods space R that goods takes in the goods information.
It is preferred that, the shipment detection module is additionally operable to the ETCD estimated time of commencing discharging that goes out in warehouse in warehouse information and is less than preset time
When, obtain the warehouse space information table list3 less than preset time warehouse；
Warehouse space by goods space R one by one with warehouse in warehouse space information table list3 is compared, empty to obtain warehouse
Between be more than goods space R when warehouse space information table list4；
Warehouse space in warehouse spatial information table list4 is extracted, closest to goods space R warehouse, the mark in this warehouse to be matched somebody with somebody
Put and enter in goods information.
It is preferred that, the shipment detection module is additionally operable to obtain the IP address of goods station server and the IP of management platform respectively
Address；
According to the IP address of goods station server and the IP address of management platform, with the electronic map that is prestored in the database of goods station
Generation initial reference point and end reference point respectively, and according to initial reference point and end reference point to obtain the road between 2 points
Journey S；
The speed V of end reference point is gone in setting from initial reference point；
According to formula distance S/ speed V to obtain preset time T.
In summary, having the beneficial effect that in contrast to prior art of the invention：
When receiving the goods of client, goods information is entered into management platform in advance, management platform is by the goods of typing
Information sends into electronic port server and put on record, and electronic port server feeds back receipt into management platform after putting on record,
Management platform forwards the goods information into goods station server therewith, and goods station server has detected whether that warehouse leaves unused, if so, directly
Connect and would sit idle for the mark in warehouse and be carried along into goods information and feed back to management platform, to notify management platform to be sent out
Goods；
If idle without warehouse, the delivery availability in all warehouses in goods station can be detected, if the delivery availability in warehouse is less than preset time,
Then the mark in this warehouse is carried along into goods information and management platform is fed back to, management platform is delivered in advance so that goods
When thing is transported to goods station, this warehouse just shipment so that this warehouse leaves unused, to improve the logistics speed of air transport, it is to avoid goods is not
Disconnected send causes the accumulation of goods station goods to goods station.
Brief description of the drawings
Fig. 1 is the system block diagram of international logistic management system in embodiment one；
Fig. 2 is the schematic diagram of goods information in embodiment one；
Fig. 3 is goods space and warehouse space information table list1 contrast schematic diagrams；
Fig. 4 is goods space and warehouse space information table list3 contrast schematic diagrams；
Fig. 5 is the schematic flow sheet of international commodity distribution control method in embodiment two.
Embodiment
The present invention is described in further detail below in conjunction with accompanying drawing.
Embodiment one：
With reference to shown in Fig. 1 and Fig. 2, a kind of international logistics management system, including management platform, electronic port server and goods station clothes
Business device.Having in the server of electronic port has goods station database in electronic port database, goods station server.
Electronic port is the abbreviation of China Electronics's port enforcement system, and there are China Electronics port and each place in electronic port
Electronic port, the electronic port in the present embodiment is China Electronics port.At present, China Electronics port with customs, state
There is provided the business such as customs declaration, processing trade, Foreign Exchange Management and Control Form, export tax rebate for the networking of the law enforcement agencies such as inspection, national tax, outer tube
Electronic port in function, the present embodiment is mainly networked with customs, and there is provided the business function of customs declaration.
Management platform includes sending module and forwarding module, and sending module is used to send goods information to electronic port service
Put on record in device；Specifically, if goods information is made up of dry cargo odd numbers, there is nature of goods, goods number in each goods odd numbers
Amount, goods specification and goods weight；Thus, when receiving the goods of client, it is necessary to which goods information is entered into management in advance
, it is necessary to when declaring at customs in platform, then goods information sent into electronic port server.Electronic port server is by goods information
Veritified and be stored in the server of electronic port, and send corresponding receipt into management platform, to show to declare at customs successfully.
Forwarding module in management platform is used to forward this goods information after the receipt of electronic port server is received
Into goods station server.
With reference to shown in Fig. 1 and Fig. 3, goods station server includes receiving module, position in storehouse detection module, shipment detection module and anti-
Present module.
When management platform is sent goods information into goods station server by forwarding module, receiving module is used to receive
The goods information.
Position in storehouse detection module is used to transfer warehouse information in its goods station database and detects whether remaining idle storehouse
Storehouse, if there is remaining idle warehouse, carries the mark in one of warehouse and anti-by feedback module in this goods information
It is fed in management platform.Specifically, warehouse information is logged in the database of goods station in advance, and according to the service condition of goods station,
In warehouse by use, goods station server will mark the warehouse in warehouse information is used, so as to inquire about remaining idle storehouse
, will be without display during storehouse.
In the present embodiment, position in storehouse detection module is additionally operable to calculate the goods space R that goods takes in the goods information, and
When server detects residue idle warehouse in goods station, the warehouse space information table in the remaining warehouse that leaves unused further is obtained
There is the warehouse mark screened and the warehouse sky corresponding to each warehouse in list1, warehouse space information table list1
Between size.It is compared by the warehouse space by goods space R one by one with warehouse in warehouse space information table list1, with
Obtain warehouse space information table list2 when warehouse space is more than goods space R；
Warehouse space in warehouse spatial information table list2 is extracted, closest to goods space R warehouse, the mark in this warehouse to be matched somebody with somebody
Put and enter in goods information.
Specifically, if it is all remaining that warehouse space information table list1, which filters out 1# warehouses, 5# warehouses, 7# warehouses, 8# warehouses,
Idle state, is obtained after being contrasted one by one with the warehouse space in warehouse in warehouse space information table list1 by goods space R
Warehouse space information table list2, wherein, meet warehouse space has 5# warehouses and 8# warehouses more than goods space R requirements, if goods
Object space R is 100m3, and the warehouse space in 5# warehouses is 102m3, and the warehouse space in 8# warehouses is 110m3, so that, 5# warehouses
Warehouse space is more nearly goods space R, therefore, and the mark 5# for extracting 5# warehouses is carried along into goods information and fed back
To management platform, management platform is got after goods information, accordingly to obtain the mark in warehouse, with time by cargo transport to goods
Stand and carry out customs inspection, shipment.
What deserves to be explained is, goods space R calculation is as follows：
Position in storehouse detection module obtains quantity of goods A and goods specification B in each goods odd numbers respectively, according to quantity of goods A and
Goods specification B calculates the space C that goods takes in the goods odd numbers, wherein, the length L* goods of goods specification B=goods
The height H of width D * goods；
The space C taken according to goods in each goods odd numbers, calculates the goods space R that goods takes in the goods information.
With reference to shown in Fig. 1 and Fig. 4, do not detected if position in storehouse detection module transfers warehouse information in its goods station database
During the warehouse that residue is left unused, then the warehouse information in the database of goods station is transferred, and passes through shipment detection module and detects warehouse information
Middle warehouse goes out whether ETCD estimated time of commencing discharging is less than preset time, if less than preset time, one of them is carried in this goods information
The mark in warehouse is simultaneously fed back in management platform by feedback module.
Go out the transmission time that ETCD estimated time of commencing discharging carries out airborne logistics for goods from warehouse.
In the present embodiment, shipment detection module is additionally operable to the ETCD estimated time of commencing discharging that goes out in warehouse in warehouse information and is less than preset time
When, obtain the warehouse space information table list3 less than preset time warehouse；By goods space R one by one with warehouse space information table
The warehouse space in warehouse is compared in list3, warehouse space information table during obtaining warehouse space more than goods space R
list4；Warehouse space is closest to goods space R warehouse in extraction warehouse spatial information table list4, by the mark in this warehouse
Configuration is entered in goods information.
Specifically, if warehouse space information table list3 filters out 3# warehouses, 6# warehouses, 9# warehouses, 10# warehouses and gone out
ETCD estimated time of commencing discharging is less than preset time, and the warehouse space by goods space R one by one with warehouse in warehouse space information table list3 is entered
Warehouse space information table list4 is obtained after row contrast, wherein, meet warehouse space has 6# warehouses more than goods space R requirements
With 10# warehouses, if goods space R is 100m3, the warehouse space in 6# warehouses is 112m3, and the warehouse space in 10# warehouses is 115m
3, so that, the warehouse space in 6# warehouses is more nearly goods space R, therefore, and the mark 6# for extracting 6# warehouses is carried along into
In goods information and management platform is fed back to, management platform is got after goods information, accordingly to obtain the mark in warehouse, and
When by cargo transport to goods station carry out customs inspection, shipment so that goods sent at management platform and plus goods defeated
The time sent so that when goods reaches goods station, the goods just shipment in the warehouse so that goods can be timely entered to warehouse
In, so as to avoid goods from nowhere depositing, accumulate in goods station, cause to check difficulty, reduce logistics speed.
Wherein, the selection of warehouse information can be by the way of whole warehouse, and accordingly may be selected mutually to spell the mode in storehouse, i.e.,
Storage has two shipments in a warehouse, so that the goods space by calculating every shipments, in the shipments shipment,
The warehouse space in the warehouse can be learnt, so as to improve the utilization rate of warehouse space.
What deserves to be explained is, shipment detection module is additionally operable to obtain the IP address and management platform of goods station server respectively
IP address；
According to the IP address of goods station server and the IP address of management platform, with the electronic map that is prestored in the database of goods station
Generation initial reference point and end reference point respectively, and according to initial reference point and end reference point to obtain the road between 2 points
Journey S；The speed V of end reference point is gone in setting from initial reference point；According to formula distance S/ speed V to obtain preset time T.
Specifically, if the distance S between management platform and goods station is 200Km, average speed is set as 20Km/h（Count road in
The condition time）, it is 10h thus to calculate preset time, so as to be gone to filter out satisfactory warehouse according to the preset time.
In the present embodiment, shipment detection module is additionally operable to the ETCD estimated time of commencing discharging that goes out in warehouse in warehouse information and is all higher than preset time
When, then goods information is directly fed back to by management platform by feedback module, to show that no warehouse is remaining, management platform is connecing
Receive when the goods information feeds back, it is necessary to postpone the delivery of goods to goods station.
Embodiment two：
As shown in figure 5, a kind of international logistics management method, comprises the following steps：
S1, management platform sends goods information and put on record into electronic port server；
S2, management platform is forwarding this goods information into goods station server after receiving the receipt of electronic port server；
S3, goods station server transfers warehouse information in its goods station database and detects whether remaining idle warehouse；
Specifically, goods station server receives this goods information, calculates the goods space R that goods takes in the goods information；
When server detects residue idle warehouse in goods station, the warehouse space information table in the remaining warehouse that leaves unused further is obtained
List1, the warehouse space by goods space R one by one with warehouse in warehouse space information table list1 is compared, to obtain warehouse
Space is more than warehouse space information table list2 during goods space R；
Warehouse space in warehouse spatial information table list2 is extracted, closest to goods space R warehouse, the mark in this warehouse to be matched somebody with somebody
Put and enter in goods information.
Wherein, the calculation of goods space is as follows：The quantity of goods A in each goods odd numbers and goods rule are obtained respectively
Lattice B, the space C that goods takes in the goods odd numbers is calculated according to quantity of goods A and goods specification B, wherein, goods specification B=
The height H of the width D * goods of the length L* goods of goods；
The space C taken according to goods in each goods odd numbers, calculates the goods space R that goods takes in the goods information.
S4, if there is remaining idle warehouse, carries the mark in one of warehouse and feeds back in this goods information
In management platform；
S5, if without the idle warehouse of residue, transferring the warehouse information in the database of goods station, and detect warehouse in warehouse information
Go out whether ETCD estimated time of commencing discharging is less than preset time, if less than preset time, one of warehouse is carried in this goods information
Identify and feed back in management platform；If more than preset time, goods information directly is fed back into management platform.
Specifically, if the ETCD estimated time of commencing discharging that goes out in warehouse is less than preset time in warehouse information, obtain and be less than preset time warehouse
Warehouse space information table list3；
Warehouse space by goods space R one by one with warehouse in warehouse space information table list3 is compared, empty to obtain warehouse
Between be more than goods space R when warehouse space information table list4；
Warehouse space in warehouse spatial information table list4 is extracted, closest to goods space R warehouse, the mark in this warehouse to be matched somebody with somebody
Put and enter in goods information.
The calculation of preset time T is as follows：The IP address of goods station server and the IP address of management platform are obtained respectively；
According to the IP address of goods station server and the IP address of management platform, with the electronic map that is prestored in the database of goods station respectively
Generate initial reference point and end reference point, and according to initial reference point and end reference point to obtain the distance S between 2 points；
The speed V of end reference point is gone in setting from initial reference point；According to formula distance S/ speed V to obtain preset time T.
The course of work：
When receiving the goods of client, goods information is entered into management platform in advance, management platform is by the goods of typing
Information sends into electronic port server and put on record, and electronic port server feeds back receipt into management platform after putting on record,
Management platform forwards the goods information into goods station server therewith, and goods station server has detected whether that warehouse leaves unused, if so, directly
Connect and would sit idle for the mark in warehouse and be carried along into goods information and feed back to management platform, to notify management platform to be sent out
Goods；
If idle without warehouse, the delivery availability in all warehouses in goods station can be detected, if the delivery availability in warehouse is less than preset time,
Then the mark in this warehouse is carried along into goods information and management platform is fed back to, management platform is delivered in advance so that goods
When thing is transported to goods station, this warehouse just shipment so that this warehouse leaves unused, to improve the logistics speed of air transport, it is to avoid goods is not
Disconnected send causes the accumulation of goods station goods to goods station.
Described above is only the exemplary embodiment of the present invention, not for limiting the scope of the invention, this hair
Bright protection domain is determined by appended claim.
Claims (10)
1. a kind of international logistics management method, it is characterized in that, comprise the following steps：
Management platform sends goods information and put on record into electronic port server；
Management platform is forwarding this goods information into goods station server after receiving the receipt of electronic port server；
Goods station server transfers warehouse information in its goods station database and detects whether remaining idle warehouse, if there is residue
Idle warehouse, then carry the mark in one of warehouse in this goods information and feed back in management platform；
If without the idle warehouse of residue, transferring the warehouse information in the database of goods station, and detect warehouse in warehouse information
Go out whether ETCD estimated time of commencing discharging is less than preset time, if less than preset time, the mark in one of warehouse is carried in this goods information
Know and feed back in management platform；If more than preset time, goods information directly is fed back into management platform.
2. a kind of international logistics management method according to claim 1, it is characterized in that, management platform forwards this goods information
Into the step of the server of goods station, also comprise the following steps：
Goods station server receives this goods information, calculates the goods space R that goods takes in the goods information；
When server detects residue idle warehouse in goods station, the warehouse space information in the remaining warehouse that leaves unused further is obtained
Table list1, the warehouse space by goods space R one by one with warehouse in warehouse space information table list1 is compared, to obtain storehouse
Storehouse space is more than warehouse space information table list2 during goods space R；
Warehouse space in warehouse spatial information table list2 is extracted, closest to goods space R warehouse, the mark in this warehouse to be matched somebody with somebody
Put and enter in goods information.
3. a kind of international logistics management method according to claim 2, it is characterized in that, if having dry cargo in goods information
There is nature of goods, quantity of goods and goods specification in odd numbers, each goods odd numbers；
The quantity of goods A and goods specification B in each goods odd numbers are obtained respectively, are calculated according to quantity of goods A and goods specification B
Go out the space C that goods takes in the goods odd numbers, wherein, the height of the width D * goods of the length L* goods of goods specification B=goods
Spend H；
The space C taken according to goods in each goods odd numbers, calculates the goods space R that goods takes in the goods information.
4. a kind of international logistics management method according to claim 2, it is characterized in that, if in warehouse information warehouse shipment
Time is less than preset time, then obtains the warehouse space information table list3 less than preset time warehouse；
Warehouse space by goods space R one by one with warehouse in warehouse space information table list3 is compared, empty to obtain warehouse
Between be more than goods space R when warehouse space information table list4；
Warehouse space in warehouse spatial information table list4 is extracted, closest to goods space R warehouse, the mark in this warehouse to be matched somebody with somebody
Put and enter in goods information.
5. a kind of international logistics management method according to claim 1, it is characterized in that, goods station server is in its goods station data
Warehouse information is transferred in storehouse and remaining idle warehouse is detected whether, if without the idle warehouse of residue, in addition to following step
Suddenly：
The IP address of goods station server and the IP address of management platform are obtained respectively；
According to the IP address of goods station server and the IP address of management platform, with the electronic map that is prestored in the database of goods station
Generation initial reference point and end reference point respectively, and according to initial reference point and end reference point to obtain the road between 2 points
Journey S；
The speed V of end reference point is gone in setting from initial reference point；
According to formula distance S/ speed V to obtain preset time T.
6. a kind of international logistics management system, it is characterized in that, including management platform, electronic port server and goods station server；
Management platform includes sending module and forwarding module, and the sending module is used to send goods information to electronic port service
Put on record in device；The forwarding module is used to forward this goods information to goods station to take after the receipt of electronic port server is received
It is engaged in device；
Goods station server includes receiving module, position in storehouse detection module, shipment detection module and feedback module；
The receiving module is used to receive goods information；
The position in storehouse detection module is used to transfer warehouse information in its goods station database and detects whether remaining idle storehouse
Storehouse, if there is remaining idle warehouse, carries the mark in one of warehouse and anti-by feedback module in this goods information
It is fed in management platform；
If without the idle warehouse of residue, transferring the warehouse information in the database of goods station, and detect by shipment detection module
Warehouse goes out whether ETCD estimated time of commencing discharging is less than preset time in warehouse information, if less than preset time, carried in this goods information
The mark in one of warehouse is simultaneously fed back in management platform by feedback module；If more than preset time, directly by anti-
Goods information is fed back to management platform by feedback module.
7. a kind of international logistics management method according to claim 6, it is characterized in that, the position in storehouse detection module is additionally operable to
Calculate the goods space R that goods takes in the goods information；
When server detects residue idle warehouse in goods station, the warehouse space information in the remaining warehouse that leaves unused further is obtained
Table list1, the warehouse space by goods space R one by one with warehouse in warehouse space information table list1 is compared, to obtain storehouse
Storehouse space is more than warehouse space information table list2 during goods space R；
Warehouse space in warehouse spatial information table list2 is extracted, closest to goods space R warehouse, the mark in this warehouse to be matched somebody with somebody
Put and enter in goods information.
8. a kind of international logistics management method according to claim 7, it is characterized in that, if having dry cargo in goods information
There is nature of goods, quantity of goods and goods specification in odd numbers, each goods odd numbers；
The position in storehouse detection module obtains quantity of goods A and goods specification B in each goods odd numbers respectively, according to quantity of goods
A and goods specification B calculate the space C that goods takes in the goods odd numbers, wherein, the length L* goods of goods specification B=goods
Width D * goods height H；
The space C taken according to goods in each goods odd numbers, calculates the goods space R that goods takes in the goods information.
9. a kind of international logistics management method according to claim 7, it is characterized in that, the shipment detection module is additionally operable to
When going out ETCD estimated time of commencing discharging less than preset time of warehouse, obtains the warehouse space information table less than preset time warehouse in warehouse information
list3；
Warehouse space by goods space R one by one with warehouse in warehouse space information table list3 is compared, empty to obtain warehouse
Between be more than goods space R when warehouse space information table list4；
Warehouse space in warehouse spatial information table list4 is extracted, closest to goods space R warehouse, the mark in this warehouse to be matched somebody with somebody
Put and enter in goods information.
10. a kind of international logistics management method according to claim 6, it is characterized in that, the shipment detection module is also used
In the IP address of the IP address of acquisition goods station server and management platform respectively；
According to the IP address of goods station server and the IP address of management platform, with the electronic map that is prestored in the database of goods station
Generation initial reference point and end reference point respectively, and according to initial reference point and end reference point to obtain the road between 2 points
Journey S；
The speed V of end reference point is gone in setting from initial reference point；
According to formula distance S/ speed V to obtain preset time T.
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