CN107819800A - Package management method and related equipment - Google Patents
Package management method and related equipment Download PDFInfo
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- CN107819800A CN107819800A CN201610822097.3A CN201610822097A CN107819800A CN 107819800 A CN107819800 A CN 107819800A CN 201610822097 A CN201610822097 A CN 201610822097A CN 107819800 A CN107819800 A CN 107819800A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/50—Network services
- H04L67/52—Network services specially adapted for the location of the user terminal
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
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- G06—COMPUTING; CALCULATING OR COUNTING
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- G06F16/90—Details of database functions independent of the retrieved data types
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/08—Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
- G06Q10/087—Inventory or stock management, e.g. order filling, procurement or balancing against orders
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
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Abstract
A package management system is provided in which packages are placed in a package storage device having a location tag. The mobile terminal can send the package waybill number, the position label of the package storage device and the logistics network point identification which have corresponding relations to the logistics management server. The logistics management server directly saves the corresponding relation between the logistics network point identification, the freight note number and the position label. Therefore, the logistics management server can record the position information of the packages which are put in storage so as to facilitate the follow-up search of the packages and the check of the waybill information. Meanwhile, the logistics management server can store the input information of a plurality of logistics outlets, so that the management of the logistics outlets is realized, and the application is wide. Moreover, the mobile terminal does not limit the scanning of the packages to the length of the cable, the scanning mode is convenient, and the warehousing efficiency is high.
Description
Technical field
The application is related to logistics management technical field, more particularly, to parcel management method and relevant device.
Background technology
Logistics, it is that will wrap up the flow process that another ground is transported to from a ground.It is wrapped in after arriving at, by destination
The logistics node of setting receives.In order to record the physical state of parcel, the logistics node of destination needs to enter the parcel of arrival
Row in-stockroom operation.
Current storage flow is that the logistics node for being wrapped in destination is arbitrarily stacked, and the operator of logistics node uses
The Air Way Bill No. of scanner scanning parcel, and Air Way Bill No. is sent to backstage logistic management system and carries out storage registration.Existing bag
Storehouse flow is entrained into, more inconvenience is searched to the parcel of storage.
The content of the invention
In view of this, this application provides one kind to wrap up management system, for recording the deposit position information of parcel, with reality
Now to the quick lookup of parcel.To realize the purpose, the technical scheme that the application provides is as follows：
The first aspect of the application provides a kind of parcel management method, applied to parcel management server, this method bag
Include：
Receive typing information, wherein, the typing information include with corresponding relation logistics node mark, Air Way Bill No. and
Location tags；
Preserve the typing information.
Alternatively, the parcel management method also includes：
Receive the first parcel inquiry request；Target Air Way Bill No. is included in wherein described parcel inquiry request；
From the typing information of preservation, location tags corresponding to the target Air Way Bill No. are inquired about；
Return to the location tags inquired.
Alternatively, the parcel management method also includes：
Receive the second parcel inquiry request；Object drift net point identification and target are included in wherein described parcel inquiry request
Location tags；
From the typing information of preservation, inquire about and transported corresponding to the object drift net point identification and the target location label
Odd numbers；
Return to the Air Way Bill No. inquired.
Alternatively, the parcel management method also includes：
After receiving typing information, contact method corresponding to the Air Way Bill No. inquired about in the typing information；
Picking announcement information is sent to consignee's equipment corresponding to the contact method.
Alternatively, the parcel management method also includes：
Logistics node mark and corresponding placement regulation are received, wherein, the placement regulation is used to represent the logistics net
Multiple disposing ways for wrapping up storing units in storage area in the logistics node that point identification is identified；
According to the placement regulation, generation is each described to wrap up the position encoded of storing unit；
By each position encoded return in the form of scan code.
Alternatively, the parcel management method also includes：
Receive logging request；Wherein, object manager's account is included in the logging request；
In the keeper's account pre-established with the corresponding relation of logistics node mark, inquiring about object manager's account
Logistics node corresponding to number identifies；
Return to the logistics node mark.
The second aspect of the application additionally provides a kind of parcel management method, and applied to pickup point terminal, this method includes：
Logistics node mark is obtained, and gathers the Air Way Bill No. of parcel and places the position mark of the parcel storing unit of the parcel
Label；
Establish the corresponding relation of the logistics node mark, the Air Way Bill No. and the location tags；
Logistics node mark, the Air Way Bill No. and the location tags with corresponding relation are sent to stream tube
Manage server.
Alternatively, the acquisition logistics node mark specifically includes：
Logging request is sent to the logistics management server；Wherein, keeper's account is included in the logging request；
Receive logistics node mark corresponding to keeper's account that the logistics management server returns.
Alternatively, the parcel management method also includes：
Target Air Way Bill No. is sent to the logistics management server；
Receive location tags corresponding to the target Air Way Bill No. that the logistics management server returns.
Alternatively, the parcel management method also includes：
Object drift net point identification and target location label are sent to the logistics management server；
Receive the object drift net point identification and the target location label pair that the logistics management server returns
The Air Way Bill No. answered.
Alternatively, the parcel management method also includes：
Placement regulation is sent to the logistics management server；Wherein, the placement regulation is used to represent the logistics net
Multiple disposing ways for wrapping up storing units in storage area in the logistics node that point identification is identified；
Print the scan code that the logistics management server returns；Wherein, the scan code is used to represent the stream tube
Reason server wraps up the position encoded of storing unit according to what the placement regulation generated.
The third aspect of the application additionally provides a kind of parcel management system, including：
Pickup point terminal, for obtaining logistics node mark, and gather the Air Way Bill No. of parcel and place the parcel of the parcel
The location tags of storing unit, the corresponding relation of the logistics node mark, the Air Way Bill No. and the location tags is established, and
Logistics node mark, the Air Way Bill No. and the location tags with corresponding relation are sent to logistics management service
Device；
Logistics management server, for receiving logistics node mark, the Air Way Bill No. and institute with corresponding relation
State location tags and preserve.
Alternatively, the pickup point terminal, it is additionally operable to send target Air Way Bill No., Yi Jijie to the logistics management server
Receive the location tags that the logistics management server returns；
The logistics management server, the corresponding relation according to Air Way Bill No. and location tags is additionally operable to, inquires about the target
Location tags corresponding to Air Way Bill No., and the location tags inquired are returned into the pickup point terminal.
Alternatively, the logistics management server, be additionally operable to receive with corresponding relation the logistics node mark,
After the Air Way Bill No. and the location tags, contact method corresponding to the Air Way Bill No. is inquired about, and it is corresponding to the contact method
Consignee's equipment send picking announcement information.
Alternatively, the pickup point terminal, it is additionally operable to send logging request to the logistics management server, wherein described
Keeper's account is included in logging request；And receive the logistics node mark that the logistics management server returns；
The logistics management server, it is additionally operable to receive the logging request that the pickup point terminal is sent, wherein described step on
Object manager's account is included in record request；In the corresponding relation that the keeper's account pre-established identifies with logistics node,
Logistics node corresponding to object manager's account is inquired about to identify；And return to the logistics node mark.
Alternatively, the pickup point terminal, it is additionally operable to send placement regulation to the logistics management server；Wherein, institute
State placement regulation and be used to representing that the logistics node to identify in identified logistics node multiple parcel storage dresses in storage area
The disposing way put；And the scan code that the printing logistics management server returns；Wherein, the scan code is used to represent institute
State the position encoded of the parcel storing unit that logistics management server generates according to the placement regulation.
The logistics management server, it is additionally operable to receive logistics node mark and corresponding placement regulation；According to the pendulum
Rule is put, generation is each described to wrap up the position encoded of storing unit；And by each position encoded shape with scan code
Formula returns.
The fourth aspect of the application provides a kind of parcel managing device, including：
Typing information receiving module, for receiving typing information, wherein, the typing information is included with corresponding relation
Logistics node mark, Air Way Bill No. and location tags；
Typing information preserving module, for preserving the typing information.
Alternatively, the parcel managing device also includes：
First inquiry request receiving module, inquiry request is wrapped up for receiving；Wherein, included in the parcel inquiry request
Object drift net point identification and target Air Way Bill No.；
Location tags enquiry module, for from the typing information of preservation, inquiring about the object drift net point identification and institute
State location tags corresponding to target Air Way Bill No.；
Location tags return to module, for returning to the location tags inquired.
Alternatively, the parcel managing device also includes：
Second inquiry request receiving module, for receiving the second parcel inquiry request；In wherein described parcel inquiry request
Include object drift net point identification and target location label；
Air Way Bill No. enquiry module, for from the typing information of preservation, inquiring about the object drift net point identification and described
Air Way Bill No. corresponding to the label of target location；
Air Way Bill No. returns to module, for returning to the Air Way Bill No. inquired.
The 5th aspect of the application additionally provides a kind of parcel managing device, including：
Package information acquisition module, for obtaining logistics node mark, and gather the Air Way Bill No. of parcel and place the parcel
Parcel storing unit location tags；
Corresponding relation building module, for establishing the logistics node mark, the Air Way Bill No. and the location tags
Corresponding relation；
Package information sending module, for by the logistics node mark with corresponding relation, the Air Way Bill No. and institute
Location tags are stated to send to logistics management server.
Alternatively, parcel managing device also includes：
Air Way Bill No. sending module, for sending target Air Way Bill No. to the logistics management server；
Location tags receiving module, position corresponding to the Air Way Bill No. returned for receiving the logistics management server
Label.
Alternatively, parcel managing device also includes：
Site identifies and location tags sending module, for sending target logistics node mark to the logistics management server
Knowledge and target location label；
Air Way Bill No. receiving module, for receive the object drift net point identification that the logistics management server returns and
Air Way Bill No. corresponding to the target location label.
Alternatively, parcel managing device also includes：
Placement regulation sending module, for sending placement regulation to the logistics management server；Wherein, it is described to put rule
It is then multiple in storage area in the logistics node identified for representing the logistics node mark to wrap up putting for storing unit
Mode；
Scan code print module, the scan code returned for printing the logistics management server；Wherein, the scan code
For representing that the logistics management server wraps up the position encoded of storing unit according to what the placement regulation generated.
The 6th aspect of the application provides a kind of pickup point terminal, including processor and memory, wherein, the processing
Device is at least performed by running the software program being stored in the memory, calling the data being stored in the memory
Following steps：
Logistics node mark is obtained, and gathers the Air Way Bill No. of parcel and places the position mark of the parcel storing unit of the parcel
Label；
Establish the corresponding relation of the logistics node mark, the Air Way Bill No. and the location tags；
Logistics node mark, the Air Way Bill No. and the location tags with corresponding relation are sent to stream tube
Manage server.
The 7th aspect of the application provides a kind of logistics management server, including processor and memory, wherein, it is described
Processor is by running the software program being stored in the memory, calling the data being stored in the memory, at least
Perform following steps：
Logistics node mark is obtained, and gathers the Air Way Bill No. of parcel and places the position mark of the parcel storing unit of the parcel
Label；
Establish the corresponding relation of the logistics node mark, the Air Way Bill No. and the location tags；
Logistics node mark, the Air Way Bill No. and the location tags with corresponding relation are sent to stream tube
Manage server.
From above technical scheme, the parcel management system that the application provides is used to carry out pipe to the parcel of logistics node
Reason, parcel can be placed in parcel storing unit, and parcel storing unit has location tags.Mobile terminal not only can be to
Logistics management server sends the Air Way Bill No. of parcel, can also send the location tags of parcel storing unit.Further, since logistics
Management server manages the package information of multiple logistics nodes, then mobile terminal also needs to send logistics node mark.It is mobile whole
Logistics node mark, Air Way Bill No. and the location tags that end is sent have corresponding relation, and logistics management server directly preserves logistics
The corresponding relation of site mark, Air Way Bill No. and location tags, and package status is arranged to be put in storage.So, stream tube
Reason server can record the positional information for the parcel be put in storage, to facilitate the subsequently lookup to parcel.
Brief description of the drawings
, below will be to embodiment or existing in order to illustrate more clearly of the embodiment of the present application or technical scheme of the prior art
There is the required accompanying drawing used in technology description to be briefly described, it should be apparent that, drawings in the following description are only this
The embodiment of application, for those of ordinary skill in the art, on the premise of not paying creative work, can also basis
The accompanying drawing of offer obtains other accompanying drawings.
Fig. 1 is the structural representation of existing parcel Input System；
Fig. 2 is a kind of structural representation for parcel Input System that the application provides；
Fig. 3 is a kind of schematic diagram for parcel management process that the application provides；
Fig. 4 is the schematic diagram for another parcel management process that the application provides；
Fig. 5 is a kind of schematic diagram for location tags setting procedure that the application provides；
Fig. 6 is the structural representation applied in the parcel managing device of logistics management server-side that the application provides；
Fig. 7 is the structural representation applied in the parcel managing device of pickup point terminal side that the application provides；
Fig. 8 is the main frame general computer architecture schematic diagram that the application provides.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present application, the technical scheme in the embodiment of the present application is carried out clear, complete
Site preparation describes, it is clear that described embodiment is only some embodiments of the present application, rather than whole embodiments.It is based on
Embodiment in the application, those of ordinary skill in the art are obtained every other under the premise of creative work is not made
Embodiment, belong to the scope of the application protection.
In Logistics Process, after parcel generally goes through the transfer of multiple logistics nodes, the address of consignee is sent to.In order to just
In being described below, the logistics node that wrap up the destination reached can be referred to as to ending logistics site, before ending logistics site
Logistics node be referred to as transfer logistics node.
, it is necessary to carry out in-stockroom operation to parcel behind parcel arrival ending logistics site, the thing is come into identify parcel
Drift net point.
It is existing parcel Input System as shown in figure 1, including be arranged on ending logistics site scene computer desktop computer and
Scanner, and backstage logistic management system.Wherein, scanner passes through USB (Universal Serial Bus, general serial
Bus) cable is connected with computer desktop computer, and computer desktop computer is connected by cable network with backstage logistic management system.
Parcel storage flow based on said system is, artificial to use scanning after parcel is transported to ending logistics site
Air Way Bill No. is sent to computer desktop computer, computer desktop computer and sends Air Way Bill No. to rear by the Air Way Bill No. of rifle scanning parcel, scanner
Platform logistic management system, backstage logistic management system inquire about consignee's name and phone number corresponding to the Air Way Bill No., and should
Air Way Bill No. and corresponding consignee's name and phone number are stored in database, so as to complete in-stockroom operation.
However, at least there are the following problems for above-mentioned parcel Input System and storage flow：
Wrap up after reaching ending logistics site, arbitrarily storage, be not easy to discover after searching very inconvenient and loss, parcel is searched
It is less efficient.In addition, scanner is connected by USB line with computer desktop computer, length of cable is limited so as to the pole in physical space
The earth limits the use range of scanner, and in the case where package quantity is more, parcel warehouse-in efficiency is relatively low.
On the other hand, this application provides one kind to wrap up Input System, the system can be applied in ending logistics site, to solve
At least one problem existing for above ending logistics site.Certainly, the parcel Input System is not limited to apply in end thing
In drift net point, other logistics nodes such as transfer logistics node are can be applied in, to improve the parcel management of other logistics nodes
Efficiency.
It should be noted that in order to solve the problems, such as to wrap up, search efficiency is relatively low, and logistics node site setup has parcel to deposit
Put device.
A kind of form for wrapping up storing unit can be the pallet on shelf.Specifically, multiple pallets are provided with shelf,
Each pallet has respective location tags, and location tags can be specifically the scan codes such as bar code, Quick Response Code, and location tags are used
In uniquely position of the mark pallet in whole shelf.
For example, shelf include 5 layers, there are 11 pallets in every layer, then bar code can include two marks, the first mark
The number of plies is represented, the second mark represents the position in this layer, as bar code 5-8 represents the support of the 5th layer of the 8th position of shelf
Disk.
Certainly, the concrete form of shelf and bar code can be other, such as in order to deposit more parcels, and small shelf can be with
It is stored on goods carrier, then the bar code of pallet can include three marks, and the first mark represents shelf numbering, the second mark table
Show the shelf number of plies, the 3rd mark represents the position in this layer, as bar code 3-5-8 represents the 8th of the 5th layer of the 3rd shelf
Position.
Another form of parcel storing unit can be the independent device such as counter, the parcel storing unit of this type
Storage area is not subdivided into, it individually has location tags, for uniquely marking parcel storing unit in whole site
Position in space.For example, the bar code on certain counter is 1-8, the counter can be represented in the 1st counter for arranging the 8th position.
Certainly, it can be other forms to wrap up storing unit, it is not limited to above-mentioned examples cited.
After parcel enters logistics node, using the parcel Input System being provided below, in-stockroom operation is carried out to parcel.See figure
2, a kind of structural representation of the parcel Input System provided it illustrates the application, including：Multiple mobile terminals 21 and stream tube
Manage server 22.
Mobile terminal 21 can be specially smart mobile phone, tablet personal computer or handheld devices such as rifles.Set on mobile terminal
There are the module that can be scanned to location tags, such as bar code scanner module or Response Code scan module.Mobile terminal 21
It can be communicated wirelessly such as WI-FI access networks by network with logistics management server 22.
It should be noted that multiple mobile terminals 21 can be corresponding from multiple different logistics nodes, specific corresponding to pass
System can be the corresponding logistics node of a mobile terminal 21 or the corresponding same logistics net of multiple mobile terminals 21
Point.
Such a corresponding relation can be embodied in：The corresponding relation of keeper's account and logistics node mark.Specifically,
The operator of logistics node can 22 registration management person's account on logistics management server in advance, after succeeding in registration, stream tube
Manage the logistics node mark that server 22 is uniqueness corresponding to the generation of keeper's account.Logistics node is identified for representing management
The logistics node of member's account ownership.
If the operator of logistics node uses certain mobile terminal 21, certain pipe registered is logged on logistics management server 22
During reason person's account, then logistics management server 22 sends logistics node mark corresponding to keeper's account to the mobile terminal
21, so, mobile terminal 21 can be identified with obtaining logistics node.
Fig. 3 is may refer to using the parcel storage flow of above-mentioned parcel Input System.As shown in figure 3, parcel storage stream
Journey may include steps of S31~S34.
S31：Acquisition for mobile terminal logistics node identifies, and gathers the Air Way Bill No. of parcel and wrap up the position mark of storing unit
Label.
The mode of acquisition for mobile terminal logistics node mark can log in logistics management by keeper's account used above
The mode of server.In addition, after parcel is put into parcel storing unit, node operation uses the scanning parcel of mobile terminal 21
Air Way Bill No. and the location tags for wrapping up storing unit for depositing the parcel.
S32：Mobile terminal identifies logistics node, Air Way Bill No. and location tags are sent to logistics management server.
Mobile terminal can access network network wirelessly, logistics node is identified by network, Air Way Bill No. and position
Label is sent to logistics management server 22.
It should be noted that have between logistics node mark, Air Way Bill No. and location tags that mobile terminal is sent corresponding
Relation.Corresponding relation is generated in mobile terminal side, and a kind of manifestation mode of corresponding relation can be, mobile terminal is by three
Person together enters as information and sent to logistics management server.The corresponding relation is used for what expression thing drift net point identification was identified
In logistics node, parcel is stored in position corresponding to location tags corresponding to Air Way Bill No..
S33：Logistics management server preserves logistics node mark, Air Way Bill No. and location tags to database.
Wherein, logistics management server 22 can be preserved directly after receiving a typing information.It should be noted that protect
Logistics node mark, Air Way Bill No. and location tags in the typing message deposited equally have corresponding relation.
Logistics management server 22 can access the database in database server, therefore, can deposit typing message
Storage is in database.It is of course also possible to it is stored in the data storage device of other forms, such as distributed memory system.
S34：Package status corresponding to the Air Way Bill No. in database is arranged to be put in storage by logistics management server.
Wherein, in the logistics information of the parcel of databases storage, including package status this parameter.Package status table
Show and include whether to enter logistics node, and in this application, can further indicate that whether parcel is stored in logistics node
Certain parcel storing unit in.Package status is arranged to be put in storage, then it represents that aforesaid operations have been completed, i.e., parcel be stored into
In parcel storing unit in logistics node.
Above in parcel Input System, parcel can be placed in parcel storing unit, and parcel storing unit has position
Put label.Mobile terminal can not only send the Air Way Bill No. of parcel to logistics management server, can also send parcel storage dress
The location tags put.Further, since the package information of the multiple logistics nodes of logistics management server admin, then mobile terminal also needs
Send logistics node mark.Logistics node mark, Air Way Bill No. and the location tags that mobile terminal is sent have corresponding relation, thing
Flow management server directly preserves logistics node mark, the corresponding relation of Air Way Bill No. and location tags, and by package status
It is arranged to be put in storage.So, logistics management server can record the positional information for the parcel be put in storage, to facilitate subsequently to bag
The lookup wrapped up in.Meanwhile logistics management server can preserve the typing information of multiple logistics nodes, realize to more logistics nodes
Management, application are wider.
It should be noted that in the parcel Input System of the above, the pickup point terminal being arranged in logistics node is movement
Terminal, collection of the mobile terminal to package information are not limited to by length of cable, and scan mode is more convenient and warehouse-in efficiency
It is higher.Certainly, in actual applications, pickup point terminal can and immobile terminal, can be computer desktop computer and scanner.
Wherein, scanner is connected with computer desktop computer, and computer desktop computer can pass through browser or parcel storage application visitor
The modes such as family end, connect logistics management server.Scanner obtains logistics node mark, gathers Air Way Bill No. and location tags, and
Logistics node is identified, Air Way Bill No. and location tags are sent to logistics management server by computer desktop computer.
In actual applications, above-mentioned logistics node can be ending logistics site, and ending logistics site can be green hand post
Standing etc. has the site of parcel collecting business.After parcel reaches ending logistics site, ending logistics site can be temporarily stored in, is received
People oneself collects parcel to ending logistics site.
Based on this, as shown in figure 3, apply ending logistics site parcel storage flow can also include step S35 and
S36。
S35：Logistics management server inquires about consignee's contact method according to Air Way Bill No. in database.
Wherein, logistics management server 22 can inquire about parcel corresponding to the Air Way Bill No. by Air Way Bill No. from database
Waybill, the contact method of consignee can be included in waybill, such as phone number, the account of instant messaging application.
S36：Consignee's equipment corresponding to logistics management server to the contact method sends picking notification message, with notice
Consignee collects parcel.
Wherein, if contact method is phone number, to the mobile phone of consignee on send short message；If contact method is instant
The account of communications applications, then send picking notification message picking notice to the equipment that can log in the instant messaging application account and disappear
Breath, for example, instant messaging application account is a kind of wechat (instant messaging application) account, then sent out to the wechat on consignee's mobile phone
Send picking notification message picking notification message.
The information such as position comprising ending logistics site, further, may be used also in picking notification message picking notification message
With the location tags comprising parcel, to notify deposit position that consignee is wrapped in ending logistics site.Consignee can be straight
Connect and parcel is collected according to the deposit position, package pickup is more convenient.
After location tags corresponding to logistics management server storage parcel, mobile terminal can be looked into logistics management server
Ask the position of parcel.
One concrete application scene of parcel inquiry is the picking notification message picking notice that logistics management server is sent
Not comprising location tags corresponding to parcel in message, the pickup point terminal of logistics node can be to logistics management server lookup
The location tags of parcel.Specifically, as shown in figure 3, parcel querying flow can include step S37~S39.
S37：Mobile terminal sends Air Way Bill No. or location tags to logistics management server.
Wherein, if it is desired to the particular location of certain parcel is inquired about, for example, including waybill in the picking notification message of consignee
Number, then consignee can provide Air Way Bill No. to logistics node, and Air Way Bill No. is inputted into mobile terminal.Input mode can be hand
Dynamic typing, or mobile scanning terminal word, bar code or Quick Response Code, to read Air Way Bill No..
In order to be distinguished for the Air Way Bill No. of inquiry and other Air Way Bill No.s, the former can be referred to as to target Air Way Bill No..
Or mobile terminal can send location tags to logistics management server, such as logistics node operating personnel make
With the location tags of certain pallet on mobile scanning terminal shelf, mobile terminal sends the location tags to logistics management service
Device.It should be noted that because Air Way Bill No. has uniqueness, logistics management server can inquire the fortune by the Air Way Bill No.
The unique corresponding location tags of odd numbers, still, station location marker does not simultaneously have uniqueness, the location tags in different logistics nodes
Can be with identical, therefore, it is necessary to send logistics node mark simultaneously when mobile terminal sends location tags.
In order to by for the location tags of inquiry and logistics node mark and other positions label and logistics node tag slot
Point, the location tags for inquiry can be referred to as to target location label, the logistics node mark for inquiry is referred to as target
Logistics node identifies.S38：Logistics management server inquires about location tags or inquiring position corresponding to Air Way Bill No. from database
Air Way Bill No. corresponding to label.
Addressed in parcel storage flow, the corresponding relation of logistics node mark, Air Way Bill No. and location tags can store
In database.Therefore, if mobile terminal transmission is Air Way Bill No., logistics management server can be inquired about from database
Location tags corresponding to Air Way Bill No..
If mobile terminal send be location tags and logistics node identifies, logistics management server from database,
Inquire about the location tags and the corresponding Air Way Bill No. of logistics node mark.Due to the Air Way Bill No. in the picking announcement information of consignee
Can not be complete Air Way Bill No., if Air Way Bill No. is latter four, mobile terminal can notify the Air Way Bill No. inquired and picking
Part Air Way Bill No. in message is compared, and the accuracy of parcel is taken with check and correction.
For example, latter four of Air Way Bill No. are included in the picking notification message of consignee, in addition, also being wrapped in picking notification message
Containing the deposited positional information of parcel.Then logistics node operating personnel use position corresponding to the mobile scanning terminal positional information
After label, complete Air Way Bill No. is got at logistics management server, by the waybill in the Air Way Bill No. and picking notification message
Number it is compared, to judge whether the parcel deposited at the position is corresponding with the parcel in picking notification message.
S39：Location tags or Air Way Bill No. are returned to mobile terminal by logistics management server.
Certainly, wrap up in querying flow, the pickup point terminal for sending Air Way Bill No. or location tags is not limited to movement eventually
End, can also be computer desktop computer.Computer desktop computer can pass through browser or applications client and logistics management server
Communication.
Parcel querying flow in this implementation is not limited to above-mentioned application scenarios, and logistics node is looked into using pickup point terminal
The parcel querying flow can be used by asking other scenes of parcel location.
In order to improve the accuracy of the waybill of parcel, more than in parcel storage flow, waybill can be increased
Inquiry and modification process.Specifically, another parcel management process as shown in Figure 4, comprises the following steps S41~S49.
S41：Mobile terminal sends Air Way Bill No. to logistics management server.
S42：Logistics management server inquires about waybill corresponding to Air Way Bill No. from database.
Wherein, name and contact method of consignee etc. can be included in waybill.
S43：Waybill is returned to mobile terminal by logistics management server.
S44：Mobile terminal shows waybill.
Wherein, superscribing for logistics node also has waybill, the waybill that mobile terminal is shown, can be used for
Compared with the waybill of the parcel of logistics node.
S45：Mobile terminal sends the modification information of waybill to logistics management server.
Usually, consignee can be changed, it is necessary to when updating waybill during parcel transports by logistics system
The waybill superscribed, so, the waybill for reaching the parcel of logistics node are newest waybill.If logistics node
Parcel waybill it is different from the waybill that mobile terminal is shown, then need to change be in database waybill letter
Breath.
So as to, sent the waybill of the parcel of logistics node as modification information to logistics management server, so that
Waybill in logistics management server modification database.
S46：Logistics management server changes the waybill in database according to modification information.
S47：Mobile terminal sends the location tags on parcel storing unit to logistics management server.
S48：Logistics management server preserves the corresponding relation of Air Way Bill No. and location tags to database.
S49：Package status corresponding to the Air Way Bill No. in database is arranged to be put in storage by logistics management server.
Wherein, the step S41 in this flow (mobile terminal sends Air Way Bill No. to logistics management server) and step S47
(mobile terminal sends the location tags on parcel storing unit to logistics management server) can be equivalent to the step in Fig. 3
S32 (mobile terminal sends Air Way Bill No. and location tags to logistics management server), namely step S41 in this flow can be with
Replace with step S32, and corresponding delete step S47.
Other explanations of the relevant flow may refer to the explanation about the parcel storage flow shown in Fig. 3, herein not
Repeat.
Preceding to have addressed, the logistics node in the application is provided with parcel storing unit, and parcel storing unit has position mark
Label.
A kind of generating mode of location tags can be mobile terminal itself the generation location tags of logistics node.Position
Label is sent to logistics management server as a data, and logistics management server needs to identify location tags, therefore, position
Label has default mark, so that logistics management server determines that this data is location tags by the mark.
For example, the default of location tags is identified as loc, logistics management server receives a data as being loc=5-
8, the logistics management server can determine that the data is location tags according to the default mark loc, the value of location tags
For 5-8.
The value of location tags can also have preset format, so that logistics wall calendar server can be according to the preset format solution
Separate out the particular location of parcel storing unit.For example, the data in 5-8 before "-" represent the number of plies of shelf, tables of data afterwards
Show the particular location in this layer.Certainly, it can be other forms to preset mark and preset format, be not limited to showing herein
Example.
Another generating mode of location tags can be generated by logistics management server.As shown in figure 5, position is marked
The setting procedure of label can include step S51~S55.
S51：The mobile terminal of logistics node sends the placement regulation of parcel storing unit to logistics management server.
Preceding to have addressed, logistics node site setup has multiple parcel storing units, and parcel storing unit can be in shelf
A storage area or the form such as independent counter.Region where all parcel storing units is properly termed as storage area
Domain, placement regulation are used to represent parcel storing unit is put in the storage area according to what kind of rule.
For example, parcel storing unit, according to 5 layers, the mode of 20 every layer is put, then placement regulation includes 5 and 20.
Placement regulation can have default data format, such as 5*20, wherein the numerical value before " * " represents total number of plies,
Numerical value after " * " represents the total number in one layer.Certainly, data format can be other, it is not limited to this.So, thing
Flow management server can determine that certain data is placement regulation by the data format.
S52：Logistics management server generates the position encoded of each parcel storing unit according to placement regulation.
Wherein, parcel storing unit is put according to certain placement regulation, according to the placement regulation, is sequentially generated with pre-
If form is position encoded.Each position encoded parcel storing unit corresponding respectively.Therefore, placement regulation can represent to wrap
Wrap up in position of the storing unit in storage area.
For example, parcel placement regulation is 5*20, then position encoded respectively 1-1,1-2,1-3 ... 1-20, the 2- generated
1、2-2、……5-20。
Certainly, it is if more complicated in placement regulation, it can include more parts in position encoded.For example, put rule
It is then 10*5*20, represents totally 10 row, often arranges 5 layers and 20 every layer.Then generate it is position encoded in include 3 parts, Part I
Total row is represented, Part II represents total number of plies, and Part III represents the total number in one layer.Position encoded respectively 1-1-1,
1-1-2……1-1-20、1-2-1、1-2-2……1-2-20……10-5-1、10-5-2……10-5-20。
S53：Logistics management server is preserved position encoded to database.
Wherein, logistics management server can be that the logistics node store that this is each position encoded, for subsequent query etc.
Operation.
S54：Logistics management server returns to mobile terminal by position encoded in the form of scan code.
Wherein, logistics management server is by position encoded generation scan code such as bar code, Quick Response Code etc., and scan code is returned
Return the mobile terminal of logistics node.
S55：The print scanned code of mobile terminal, the scan code are used to be arranged on parcel storing unit.
After mobile terminal prints each scan code, each scan code is successively set on by the operator of logistics node each
Wrap up on storing unit.
Position encoded i.e. location tags in the present embodiment, position encoded to be generated by logistics management server, logistics
The position encoded of management server generation has preset format, and the preset format is that logistics management server can identify, after
After certain data is sent to logistics management server by the mobile terminal of continuous logistics node, logistics management server is default according to this
Form, it may be determined that the data is position encoded.
For the ease of understanding above-mentioned location tags product process, parcel storage flow and parcel querying flow, below in conjunction with
Concrete application scene, related art scheme is illustrated.
Location tags product process.
For example, the parcel that the A green hand post house (logistics node) of Pests in Tianjin Binhai New Area is arrived at a station in order to facilitate management, in logistics
10 row's shelf are provided with site, each shelf are of five storeys, and every layer there are 20 pallets.Post house operator is accessed using computer equipment
The shelf management page that logistics management server provides, the placement regulation of shelf is filled in the page, such as fill in 10 rows, 5
Layer and 20.
Computer equipment sends the placement regulation to logistics management server, logistics management server according to placement regulation,
Generate 1000 position encoded, respectively 1-1-1,1-1-2 ... 1-1-20,1-2-1,1-2-2 ... 1-2-20 ... 10-5-
1、10-5-2……10-5-20.Logistics management server returns to post by position encoded generation bar code, and by 1000 bar codes
The computer equipment stood.
Computer equipment is downloaded this little bar code and printed, and is pasted onto by post house operator on each pallet of shelf.
Parcel storage flow.
After parcel reaches A green hand post house, post house operator is using the Air Way Bill No. of mobile phone scanning parcel, and then, mobile phone will be transported
Odd numbers is sent to logistics management server, and logistics management server is according to corresponding to the Air Way Bill No. in the data base querying Air Way Bill No.
Waybill, such as name of contact person and phone number.
Waybill is returned to the mobile phone by logistics management server, and post house operator checks the waybill that mobile phone receives
It is whether identical with the waybill that superscribes, if it is different, the waybill that then modification mobile phone receives, and by amended waybill
Information return logistics management server preserves.
If the waybill that mobile phone receives is identical with the waybill superscribed, parcel is put into bag by post house operator
Storing unit is wrapped up in, and the bar code of the parcel storing unit is scanned using mobile phone.Mobile phone parse the bar code obtain it is position encoded,
And the position encoded and Air Way Bill No. is together sent to logistics management server.
Logistics management server is in database, save location coding and the corresponding relation of Air Way Bill No., and by the parcel
Package status is revised as being put in storage.In addition, logistics management server can send picking notice to the mobile phone of the contact person, such as
" parcel that your Air Way Bill No. is 100001 has reached A green hand post house, woulds you please picking, and parcel deposit position is 5 layer 7 of 1 row's shelf
Position." or, positional information, such as picking notice are not included in picking notice as " parcel that your Air Way Bill No. is 100001 is
A green hand post house is reached, woulds you please picking.”
Wrap up querying flow.
In the case where picking notice is not comprising parcel deposit position, consignee can carry to the operator of green hand post house
For Air Way Bill No., operator inputs Air Way Bill No. on computer equipment, is sent Air Way Bill No. to logistics management server by computer terminal.
Logistics management server is position encoded according to corresponding to being inquired about Air Way Bill No., and to computer terminal home position information.
For example, the position encoded of Air Way Bill No. 100001 is 1-5-7, then the positional information returned can be 5 layers 7 of 1 row's shelf.
Operator can be according to the positional information, to position parcel location corresponding to Air Way Bill No., so as to complete looking into for parcel
Ask.
See Fig. 6, the structure of the parcel managing device provided it illustrates the application, the parcel managing device can be applied
Logistics management server-side, is specifically included：
Typing information receiving module 601, for receiving typing information, wherein, the typing information includes having corresponding close
Logistics node mark, Air Way Bill No. and the location tags of system；
Typing information preserving module 602, for preserving the typing information.
In addition, in order to realize the locating query to parcel, parcel managing device can also include：
First inquiry request receiving module, inquiry request is wrapped up for receiving；Wherein, included in the parcel inquiry request
Object drift net point identification and target Air Way Bill No.；
Location tags enquiry module, for from the typing information of preservation, inquiring about the object drift net point identification and institute
State location tags corresponding to target Air Way Bill No.；
Location tags return to module, for returning to the location tags inquired.
In addition, in order to inquire about Air Way Bill No. according to logistics node mark and location tags, parcel managing device can also include：
Second inquiry request receiving module, for receiving the second parcel inquiry request；In wherein described parcel inquiry request
Include object drift net point identification and target location label；
Air Way Bill No. enquiry module, for from the typing information of preservation, inquiring about the object drift net point identification and described
Air Way Bill No. corresponding to the label of target location；
Air Way Bill No. returns to module, for returning to the Air Way Bill No. inquired.
See Fig. 7, the structure of the parcel managing device provided it illustrates the application, the parcel managing device can be applied
Pickup point terminal side, is specifically included：
Package information acquisition module 701, for obtaining logistics node mark, and gather the Air Way Bill No. of parcel and place the bag
The location tags for the parcel storing unit wrapped up in；
Corresponding relation building module 702, for establishing logistics node mark, the Air Way Bill No. and the location tags
Corresponding relation；
Package information sending module 703, for by with corresponding relation the logistics node mark, the Air Way Bill No. and
The location tags are sent to logistics management server.
In addition, in order to be positioned to parcel, the parcel managing device can specifically include：
Air Way Bill No. sending module, for sending target Air Way Bill No. to the logistics management server；
Location tags receiving module, position corresponding to the Air Way Bill No. returned for receiving the logistics management server
Label.
Furthermore Air Way Bill No. is inquired about according to logistics node mark and location tags, the parcel managing device can also include：
Site identifies and location tags sending module, for sending target logistics node mark to the logistics management server
Knowledge and target location label；
Air Way Bill No. receiving module, for receive the object drift net point identification that the logistics management server returns and
Air Way Bill No. corresponding to the target location label.
See Fig. 8, it illustrates a kind of possible structural representation of pickup point terminal/logistics management server, including：
Bus, controller/processor 1, memory 2, communication interface 3, input equipment 4 and output equipment 5.Processor 1, deposit
Reservoir 2, communication interface 3, input equipment 4 and output equipment 5 are connected with each other by bus.Wherein：
Bus may include a path, and information is transmitted between computer system all parts.
Controller/processor 1 can be general processor, such as general central processor (CPU), network processing unit
(Network Processor, abbreviation NP), microprocessor etc. or ASIC (application-
Specific integrated circuit, ASIC), or one or more collection for being used to control the present invention program program to perform
Into circuit.It can also be digital signal processor (DSP), application specific integrated circuit (ASIC), ready-made programmable gate array (FPGA)
Either other PLDs, discrete gate or transistor logic, discrete hardware components.Controller/processor 1
It can be the combination for realizing computing function, such as be combined comprising one or more microprocessors, combination of DSP and microprocessor etc.
Deng.Specifically：
Controller/processor 1 of pickup point terminal, which can be used for performing in Fig. 3-5, is related to the processing procedure of mobile terminal (such as
The S55 in S31 and Fig. 5 in Fig. 3) and/or other processes for technology described herein.Logistics management server
Controller/processor 1 can be used for perform Fig. 3-5 in be related to mobile terminal processing procedure (S33-S36 and S38 in such as Fig. 3,
S42, S46, S48 and S49 in Fig. 4, S52, S53 in Fig. 5) and/or other processes for technology described herein.
The program for performing technical scheme is preserved in memory 2, operating system can also be preserved and other should
Use program.Specifically, program can include program code, and program code includes computer-managed instruction.More specifically, memory
It 2 can be read-only storage (read-only memory, ROM), the other kinds of static state of static information and instruction can be stored
Storage device, random access memory (random access memory, RAM), can storage information and instruction other types
Dynamic memory, magnetic disk storage etc..
Communication interface 3 may include using a kind of device of any transceiver, so as to other equipment or communication,
Such as Ethernet, wireless access network (RAN), WLAN (WLAN) etc..
Wherein, the communication interface 3 of pickup point terminal is used to performing S32, S37 and S39 part in Fig. 3, S41 in Fig. 4,
S43, S45-S47 part, S51 the and S54 parts in Fig. 5.
Input equipment 4 may include to receive the data of user's input and the device of information, such as keyboard, mouse, camera, sweep
Retouch instrument, light pen, speech input device, touch-screen etc..
Output equipment 5 may include the device for allowing output information to user, such as display screen, printer, loudspeaker etc..
Wherein, output equipment 5 can be used for performing the S44 parts in Fig. 4.
It should be noted that each embodiment in this specification is described by the way of progressive, each embodiment weight
Point explanation is all difference with other embodiment, between each embodiment identical similar part mutually referring to.
It should also be noted that, herein, such as first and second or the like relational terms are used merely to one
Entity or operation make a distinction with another entity or operation, and not necessarily require or imply between these entities or operation
Any this actual relation or order be present.Moreover, term " comprising ", "comprising" or its any other variant are intended to contain
Lid nonexcludability includes, so that process, method, article or equipment including a series of elements not only will including those
Element, but also the other element including being not expressly set out, or it is this process, method, article or equipment also to include
Intrinsic key element.In the absence of more restrictions, the key element limited by sentence "including a ...", it is not excluded that
Other identical element also be present in process, method, article or equipment including above-mentioned key element.
The foregoing description of the disclosed embodiments, professional and technical personnel in the field are enable to realize or using the application.
A variety of modifications to these embodiments will be apparent for those skilled in the art, as defined herein
General Principle can be realized in other embodiments in the case where not departing from spirit herein or scope.Therefore, the application
The embodiments shown herein is not intended to be limited to, and is to fit to and principles disclosed herein and features of novelty phase one
The most wide scope caused.
Claims (25)
1. one kind parcel management method, it is characterised in that applied to parcel management server, this method includes：
Typing information is received, wherein, the typing information includes logistics node mark, Air Way Bill No. and position with corresponding relation
Label；
Preserve the typing information.
2. the parcel management method according to the claim 1, it is characterised in that also include：
Receive the first parcel inquiry request；Target Air Way Bill No. is included in wherein described parcel inquiry request；
From the typing information of preservation, location tags corresponding to the target Air Way Bill No. are inquired about；
Return to the location tags inquired.
3. parcel management method according to claim 1, it is characterised in that also include：
Receive the second parcel inquiry request；Object drift net point identification and target location are included in wherein described parcel inquiry request
Label；
From the typing information of preservation, waybill corresponding to the object drift net point identification and the target location label is inquired about
Number；
Return to the Air Way Bill No. inquired.
4. parcel management method according to claim 1, it is characterised in that also include：
After receiving typing information, contact method corresponding to the Air Way Bill No. inquired about in the typing information；
Picking announcement information is sent to consignee's equipment corresponding to the contact method.
5. parcel management method according to claim 1, it is characterised in that also include：
Logistics node mark and corresponding placement regulation are received, wherein, the placement regulation is used to represent the logistics node mark
Know the disposing way of multiple parcel storing units in storage area in identified logistics node；
According to the placement regulation, generation is each described to wrap up the position encoded of storing unit；
By each position encoded return in the form of scan code.
6. the parcel management method according to claim 1 to 5 any one, it is characterised in that also include：
Receive logging request；Wherein, object manager's account is included in the logging request；
In the keeper's account pre-established with the corresponding relation of logistics node mark, inquiring about object manager's account pair
The logistics node mark answered；
Return to the logistics node mark.
7. one kind parcel management method, it is characterised in that applied to pickup point terminal, this method includes：
Logistics node mark is obtained, and gathers the Air Way Bill No. of parcel and places the location tags of the parcel storing unit of the parcel；
Establish the corresponding relation of the logistics node mark, the Air Way Bill No. and the location tags；
Logistics node mark, the Air Way Bill No. and the location tags with corresponding relation are sent to logistics management and taken
Business device.
8. parcel management method according to claim 7, it is characterised in that the acquisition logistics node mark, including：
Logging request is sent to the logistics management server；Wherein, keeper's account is included in the logging request；
Receive logistics node mark corresponding to keeper's account that the logistics management server returns.
9. parcel management method according to claim 7, it is characterised in that also include：
Target Air Way Bill No. is sent to the logistics management server；
Receive location tags corresponding to the target Air Way Bill No. that the logistics management server returns.
10. parcel management method according to claim 7, it is characterised in that also include：
Object drift net point identification and target location label are sent to the logistics management server；
Receive corresponding to the object drift net point identification and the target location label of the logistics management server return
Air Way Bill No..
11. parcel management method according to claim 7, it is characterised in that also include：
Placement regulation is sent to the logistics management server；Wherein, the placement regulation is used to represent the logistics node mark
Know the disposing way of multiple parcel storing units in storage area in identified logistics node；
Print the scan code that the logistics management server returns；Wherein, the scan code is used to represent the logistics management clothes
Business device wraps up the position encoded of storing unit according to what the placement regulation generated.
12. one kind parcel management system, it is characterised in that including：
Pickup point terminal, for obtaining logistics node mark, and gather the Air Way Bill No. of parcel and place the parcel storage of the parcel
The location tags of device, the corresponding relation of the logistics node mark, the Air Way Bill No. and the location tags is established, and will tool
Logistics node mark, the Air Way Bill No. and the location tags for having corresponding relation are sent to logistics management server；
Logistics management server, for receiving logistics node mark, the Air Way Bill No. and institute's rheme with corresponding relation
Put label and preserve.
13. parcel management system according to claim 12, it is characterised in that
The pickup point terminal, it is additionally operable to send target Air Way Bill No. to the logistics management server, and receives the logistics
The location tags that management server returns；
The logistics management server, the corresponding relation according to Air Way Bill No. and location tags is additionally operable to, inquires about the target waybill
Location tags corresponding to number, and the location tags inquired are returned into the pickup point terminal.
14. parcel management system according to claim 12, it is characterised in that
The logistics management server, it is additionally operable to receive the logistics node mark with corresponding relation, the Air Way Bill No.
And after the location tags, contact method corresponding to the Air Way Bill No. is inquired about, and set to consignee corresponding to the contact method
Preparation send picking announcement information.
15. parcel management system according to claim 12, it is characterised in that
The pickup point terminal, it is additionally operable to send logging request to the logistics management server, wherein in the logging request
Include keeper's account；And receive the logistics node mark that the logistics management server returns；
The logistics management server, it is additionally operable to receive the logging request that the pickup point terminal is sent, wherein the login please
Object manager's account is included in asking；In the keeper's account pre-established with the corresponding relation of logistics node mark, inquiring about
Logistics node corresponding to object manager's account identifies；And return to the logistics node mark.
16. parcel management system according to claim 12, it is characterised in that
The pickup point terminal, it is additionally operable to send placement regulation to the logistics management server；Wherein, the placement regulation is used
In the disposing ways for representing multiple parcel storing units in storage area in the identified logistics node of the logistics node mark；
And the scan code that the printing logistics management server returns；Wherein, the scan code is used to represent the logistics management clothes
Business device wraps up the position encoded of storing unit according to what the placement regulation generated；
The logistics management server, it is additionally operable to receive logistics node mark and corresponding placement regulation；Rule are put according to described
Then, each parcel storing unit of generation is position encoded；And described position encoded returned each in the form of scan code
Return.
17. one kind parcel managing device, it is characterised in that including：
Typing information receiving module, for receiving typing information, wherein, the typing information includes the logistics with corresponding relation
Site mark, Air Way Bill No. and location tags；
Typing information preserving module, for preserving the typing information.
18. parcel managing device according to claim 17, it is characterised in that also include：
First inquiry request receiving module, inquiry request is wrapped up for receiving；Wherein, target is included in the parcel inquiry request
Logistics node identifies and target Air Way Bill No.；
Location tags enquiry module, for from the typing information of preservation, inquiring about the object drift net point identification and the mesh
Mark location tags corresponding to Air Way Bill No.；
Location tags return to module, for returning to the location tags inquired.
19. parcel managing device according to claim 17, it is characterised in that also include：
Second inquiry request receiving module, for receiving the second parcel inquiry request；Included in wherein described parcel inquiry request
Object drift net point identification and target location label；
Air Way Bill No. enquiry module, for from the typing information of preservation, inquiring about the object drift net point identification and the target
Air Way Bill No. corresponding to location tags；
Air Way Bill No. returns to module, for returning to the Air Way Bill No. inquired.
20. one kind parcel managing device, it is characterised in that including：
Package information acquisition module, for obtaining logistics node mark, and gather the Air Way Bill No. of parcel and place the bag of the parcel
Wrap up in the location tags of storing unit；
Corresponding relation building module, for establishing the logistics node mark, the Air Way Bill No. and the correspondence of the location tags
Relation；
Package information sending module, for by logistics node mark, the Air Way Bill No. and institute's rheme with corresponding relation
Label is put to send to logistics management server.
21. parcel managing device according to claim 20, it is characterised in that also include：
Air Way Bill No. sending module, for sending target Air Way Bill No. to the logistics management server；
Location tags receiving module, position mark corresponding to the Air Way Bill No. returned for receiving the logistics management server
Label.
22. parcel managing device according to claim 20, it is characterised in that also include：
Site identify and location tags sending module, for the logistics management server send object drift net point identification and
Target location label；
Air Way Bill No. receiving module, for receiving the object drift net point identification that the logistics management server returns and described
Air Way Bill No. corresponding to the label of target location.
23. parcel managing device according to claim 20, it is characterised in that also include：
Placement regulation sending module, for sending placement regulation to the logistics management server；Wherein, the placement regulation is used
In the disposing ways for representing multiple parcel storing units in storage area in the identified logistics node of the logistics node mark；
Scan code print module, the scan code returned for printing the logistics management server；Wherein, the scan code is used for
Represent the position encoded of the parcel storing unit that the logistics management server generates according to the placement regulation.
A kind of 24. pickup point terminal, it is characterised in that including processor and memory, wherein, the processor is deposited by operation
Store up the software program in the memory, call the data being stored in the memory, at least perform following steps：
Logistics node mark is obtained, and gathers the Air Way Bill No. of parcel and places the location tags of the parcel storing unit of the parcel；
Establish the corresponding relation of the logistics node mark, the Air Way Bill No. and the location tags；
Logistics node mark, the Air Way Bill No. and the location tags with corresponding relation are sent to logistics management and taken
Business device.
A kind of 25. logistics management server, it is characterised in that including processor and memory, wherein, the processor passes through fortune
The capable software program being stored in the memory, the data being stored in the memory are called, at least perform following steps：
Logistics node mark is obtained, and gathers the Air Way Bill No. of parcel and places the location tags of the parcel storing unit of the parcel；
Establish the corresponding relation of the logistics node mark, the Air Way Bill No. and the location tags；
Logistics node mark, the Air Way Bill No. and the location tags with corresponding relation are sent to logistics management and taken
Business device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610822097.3A CN107819800A (en) | 2016-09-13 | 2016-09-13 | Package management method and related equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610822097.3A CN107819800A (en) | 2016-09-13 | 2016-09-13 | Package management method and related equipment |
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| CN107819800A true CN107819800A (en) | 2018-03-20 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201610822097.3A Pending CN107819800A (en) | 2016-09-13 | 2016-09-13 | Package management method and related equipment |
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| CN112508492A (en) * | 2020-12-18 | 2021-03-16 | 苏州协同创新智能制造装备有限公司 | Drug transportation management system |
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