CN104200352A - Logistics positioning control method - Google Patents
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- CN104200352A CN104200352A CN201410476963.9A CN201410476963A CN104200352A CN 104200352 A CN104200352 A CN 104200352A CN 201410476963 A CN201410476963 A CN 201410476963A CN 104200352 A CN104200352 A CN 104200352A
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Abstract
The invention provides a logistics positioning control method. The logistics positioning control method includes steps of matching a certain selected barcode tag with a certain selected express delivery item at a starting point, generating a starting point serial number and uploading the starting point serial number to at least one server; selecting a selected object from various selected express delivery items and selected barcode tags associated with the selected express delivery items at an initial meeting point, associating a certain selected radiofrequency identification tag with the selected object, generating an initial meeting point serial number and uploading the initial meeting point serial number to at least one server; reading information of the selected radiofrequency identification tag at each node, generating corresponding node serial numbers and uploading each node serial number to at least one server; reading the information of the selected radiofrequency identification tag at a tail meeting point, disassociating the selected radiofrequency identification tag from the selected object, generating a tail meeting point serial number and uploading the tail meeting point serial number to at least one server; reading information of the selected barcode tags at an end point, matching the selected barcode tags with the selected express delivery items, generating end point serial numbers and uploading each end point serial number to at least one server. The various selected express delivery items belong to the same end point.
Description
Technical field
The present invention relates to logistics transportation, in particular, a kind of physical distribution localization control method.
Background technology
Along with the development of technology, logistics has become the industry for national economy with material impact power, has wherein also occurred many new technologies.
For example, physical distribution localization control method 200510075460.1 discloses a kind of logistic car and material-flow method, the method comprises: first go out trader place one multiple goods are placed at least one logistic car, and the bottom of this logistic car has multiple deflecting rollers, then logistic car is transported to a client place, locates to use logistic car that these goods are sent to processing or sell client afterwards.Owing to being all to complete whole Logistics Process with same logistic car from going out trader to client in above-mentioned material-flow method, and goods do not need to carry out excessive packaging, therefore can effectively improve the operating efficiency of logistics and reduce the cost of logistics.
And for example, physical distribution localization control method 200910112443.9 discloses the concept of network logistics, thinks that network logistics and the network business are mutually to integrate.For logistics information and the logistics function realized between loglstics enterprise, industrial and commercial enterprises and logistics supervision government department are shared, network logistics must with network government affairs can be interconnected, intercommunication and interoperability.By means of network government affairs, can effectively solve the logistics information comprehensive integration problem between loglstics enterprise in logistics, industrial and commercial enterprises, financial institution and government regulator.Network logistics system and the network business, network government affairs and network intelligence traffic system etc. are closely related.Network logistics commercial affairs Network Based, network government affairs and network intelligence traffic system etc.By some identification equipments and a multi-purpose computer, according to the physical topological structure of LAN (Local Area Network) (star, annular, tree-like or type trunk etc.), connect mutually by transmission medium short distance, with regard to construct flow network unit.Every identification equipment stationary distribution, in monitoring district, is born respectively in logistics system one and monitors the identification mission of district's goods etc.
But these technology all cannot change the technical matters that logistics is more and more relied on for counsel for paper labels, especially bar coded sticker etc.
But paper labels needs manual typing one by one, and object in logistics need to pass through multiple nodes, multiple position, if all by manual typing, efficiency is extremely low.As not typing, cannot realize the complete monitoring that comes from each node.
Therefore, there is defect in prior art, needs to improve.
Summary of the invention
Technical matters to be solved by this invention is to provide a kind of new physical distribution localization control method.
Technical scheme of the present invention is as follows: a kind of physical distribution localization control method, it comprises the following steps: in starting point, a certain selected bar-code label and a certain selected quick despatch are matched, match time and described starting point when matching, for described selected bar-code label generates starting point sequence number, upload at least one server; At initial sets point, the each selected quick despatch of same terminal and the selected bar-code label being associated thereof will be belonged to, as a selected object, a certain selected wireless identification label is associated with described selected object, correlation time and described initial sets point when being associated, for described selected wireless identification label generates initial sets point sequence number, upload at least one server; Read described selected wireless identification label information at each node, the time of reading and described node when reading, for described selected wireless identification label generates corresponding sequence node number, upload at least one server; Described selected wireless identification label information is read in meeting point endways, by described selected wireless identification mark and described selected object disassociation, releasing time during according to disassociation and described end set terminal, for described selected wireless identification label generates end meeting point sequence number, upload at least one server; Read described selected bar-code label information at terminal, described selected bar-code label is finished to mate with described selected quick despatch, end time and described terminal during according to end coupling, for described selected bar-code label generates terminal sequence number, upload at least one server.
Preferably, in described physical distribution localization control method, described starting point sequence number and described terminal sequence number, share a selected quick despatch sequence number.
Preferably, in described physical distribution localization control method, described starting point sequence number, described initial sets point sequence number, each described sequence node number, described end meeting point sequence number and described terminal sequence number, share one described in selected quick despatch sequence number.
Preferably, in described physical distribution localization control method, described initial sets point sequence number, each described sequence node number and described end meeting point sequence number, share a selected object sequence number.
Preferably, in described physical distribution localization control method, some described servers are set, each server is interrelated.
Preferably, in described physical distribution localization control method, each server sync is stored described starting point sequence number, described initial sets point sequence number, each described sequence node number, described end meeting point sequence number and described terminal sequence number.
Preferably, in described physical distribution localization control method, in the time that described starting point sequence number, described initial sets point sequence number, each described sequence node number, described end meeting point sequence number and described terminal sequence number exist, generate the location drawing of described selected quick despatch sequence number respectively.
Preferably, in described physical distribution localization control method, according to the location drawing described in described selected bar-code label communication.
Preferably, in described physical distribution localization control method, also according to cellphone information and the demand thereof obtained in starting point, transmit afterwards the information of described selected quick despatch in checking.
Preferably, in described physical distribution localization control method, further comprising the steps of: some bar-code labels and some bar code readers, some wireless identification labels and some wireless reader to be set, and to register at least one server.
Adopt such scheme, the present invention is by matching a certain selected bar-code label and a certain selected quick despatch, and a certain selected wireless identification label is associated with a certain selected object, carry out cloud service management, thereby realize the complete monitoring network that comes from each node, make the object in logistics all have monitoring in arbitrary link, therefore there is very high market using value.
Brief description of the drawings
Fig. 1 is the schematic diagram of one embodiment of the present of invention.
Embodiment
For the ease of understanding the present invention, below in conjunction with the drawings and specific embodiments, the present invention will be described in more detail.In this instructions and accompanying drawing thereof, provided preferred embodiment of the present invention, still, the present invention can realize in many different forms, is not limited to the described embodiment of this instructions.On the contrary, providing the object of these embodiment is to make to the understanding of disclosure of the present invention more thoroughly comprehensively.
It should be noted that, when a certain element is fixed on another element, comprise this element is directly fixed on to this another element, or this element is fixed on to this another element by least one other element placed in the middle.When an element connects another element, comprise this element is directly connected to this another element, or this element is connected to this another element by least one other element placed in the middle.
As shown in Figure 1, one embodiment of the present of invention are, a kind of physical distribution localization control method, it comprises the following steps: in starting point, a certain selected bar-code label and a certain selected quick despatch are matched, match time and described starting point when matching, for described selected bar-code label generates starting point sequence number, upload at least one server; At initial sets point, the each selected quick despatch of same terminal and the selected bar-code label being associated thereof will be belonged to, as a selected object, a certain selected wireless identification label is associated with described selected object, correlation time and described initial sets point when being associated, for described selected wireless identification label generates initial sets point sequence number, upload at least one server; Read described selected wireless identification label information at each node, the time of reading and described node when reading, for described selected wireless identification label generates corresponding sequence node number, upload at least one server; Described selected wireless identification label information is read in meeting point endways, by described selected wireless identification mark and described selected object disassociation, releasing time during according to disassociation and described end set terminal, for described selected wireless identification label generates end meeting point sequence number, upload at least one server; Read described selected bar-code label information at terminal, described selected bar-code label is finished to mate with described selected quick despatch, end time and described terminal during according to end coupling, for described selected bar-code label generates terminal sequence number, upload at least one server.
For example, a kind of physical distribution localization control method, it comprises the following steps.
Some wireless identification labels and some readers are set, and register at least one server; For example, reader is RFID fetch equipment, and and for example, reader is NFC fetch equipment; Preferably, reader is to have the long-range mobile terminal that reads wireless identification label; Preferably, reader is mobile phone.Preferably, in described physical distribution localization control method, further comprising the steps of: some bar-code labels and some bar code readers, some wireless identification labels and some wireless reader to be set, and to register at least one server.Preferably, some described servers are set, each server is interrelated.Preferably, bar code reader is mobile phone.Preferably, described bar code is Quick Response Code, and Quick Response Code is also the one of the bar code of broad sense in essence.
In starting point, a certain selected bar-code label and a certain selected quick despatch are matched, i.e. a corresponding selected quick despatch of selected bar-code label, match time and described starting point when matching, for described selected bar-code label generates starting point sequence number, upload at least one server; Preferably, also, by starting point sequence number described in place of receipt and consignee's information association, upload at least one server; Preferably, in described physical distribution localization control method, described starting point sequence number comprise origin information and correlation time information.Preferably, described origin information and described information order setting correlation time; Or described correlation time, information and described origin information order arranged.For example, described starting point sequence number is string number, and and for example, described starting point sequence number is string number and alphabetical combination; For example, starting point is YY subregion, XX region, Chaoyang District, city of BeiJing, China, and be 9: 9: 9 on the 9th September in 2014 correlation time, and selected object is parcel, and described starting point sequence number is ZGBJCYXXYY20140909090909BG.Conventionally express delivery can be omitted ZG at home.Preferably, automatically generated correlation time by cargo collection terminal, and preferred, cargo collection terminal is RFID fetch equipment, and and for example, cargo collection terminal is NFC fetch equipment; Preferably, cargo collection terminal is to have the long-range mobile terminal that reads wireless identification label; Preferably, cargo collection terminal be mobile phone; And for example, cargo collection terminal is the one of reader.
At initial sets point, the each selected quick despatch of same terminal and the selected bar-code label being associated thereof will be belonged to, as a selected object, a certain selected wireless identification label is associated with described selected object, correlation time and described initial sets point when being associated, for described selected wireless identification label generates initial sets point sequence number, upload at least one server; Like this, pulling branch office or the branch of part or cargo collection, the each selected quick despatch of same terminal and the selected bar-code label being associated thereof will be belonged to, as a selected object, uniform packing, puts a selected wireless identification label, it is associated with described selected object, correlation time and described initial sets point when being associated, for described selected wireless identification label generates initial sets point sequence number, upload at least one server; The setting of the described starting point sequence number of initial sets point sequence reference, preferably, initial sets point sequence number also arranges endpoint information, for example, and for described selected object, its starting point is YY subregion, XX region, Chaoyang District, city of BeiJing, China, terminal is ZZ position, Baiyun District, GuangZhou, China city, and be 12: 13: 14 on the 11st October in 2014 correlation time, and selected object is carton, described initial sets point sequence number is ZGBJCYXXYYGZBYZZ20141011121314ZX, by that analogy.Preferably, initial sets point sequence number also arranges corresponding selected wireless identification label information, like this, can also effectively prevent wireless identification label loss, reduces its proportion of goods damageds.
Read described selected wireless identification label information at each node, the time of reading and described node when reading, for described selected wireless identification label generates corresponding sequence node number, upload at least one server.Preferably, read described selected wireless identification label information each node is long-range.Preferably, in the long-range described selected wireless identification label information of automatic identification that reads of each node.Preferably, in described physical distribution localization control method, described sequence node number comprises node location information and reads temporal information.Preferably, described node location information with described in read the setting of temporal information order; Or, described in read temporal information and described node location information order and arrange.Sequence node number also can arrange with reference to above-mentioned starting point sequence number.
Described selected wireless identification label information is read in meeting point endways, by described selected wireless identification mark and described selected object disassociation, releasing time during according to disassociation and described end set terminal, for described selected wireless identification label generates end meeting point sequence number, upload at least one server.Meeting point endways, for example, is sending branch office or the branch of part or deliver goods, by described selected wireless identification mark and described selected object disassociation.Preferably, in described physical distribution localization control method, described end sequence of sets number comprises end aggregate information and removes temporal information.Preferably, described end aggregate information and described releasing temporal information order arrange; Or in described physical distribution localization control method, described releasing temporal information and described end aggregate information order arrange.
Read described selected bar-code label information at terminal, described selected bar-code label is finished to mate with described selected quick despatch, end time and described terminal during according to end coupling, for described selected bar-code label generates terminal sequence number, upload at least one server.In the physical distribution localization control method of various embodiments of the present invention, terminal sequence number is very crucial, this also current each logistics company all do not accomplish, terminal sequence number is representing the termination of logistics foreground program, information enters background program.Preferably, terminal sequence number comprises user's confirmation; For example, while receiving, upload user's confirmation to server, empirical tests after passing through again by described selected wireless identification label and described selected object disassociation; Wherein, described terminal sequence number comprises described user's confirmation.And for example, before user receives, server sends and receives password to user, and the password of receiving described in user incites somebody to action is informed deliveryman, after deliveryman is verified, by described selected wireless identification label and described selected object disassociation, releasing time during according to disassociation and described terminal, for described selected wireless identification label generates terminal sequence number, upload at least one server, wherein, the described terminal sequence number password of receiving described in comprising.
Preferably, each server sync is stored described starting point sequence number, described initial sets point sequence number, each described sequence node number, described end meeting point sequence number and described terminal sequence number.Like this, contribute to provide cloud service, strengthen user and experience; Also be conducive to the data management of company.
Preferably, each described sequence number also comprises current operation personnel's information, such as job number etc.Preferably, described starting point sequence number and described terminal sequence number, share a selected quick despatch sequence number; Or, described starting point sequence number, described initial sets point sequence number, each described sequence node number, described end meeting point sequence number and described terminal sequence number, share one described in selected quick despatch sequence number; Or in described physical distribution localization control method, described initial sets point sequence number, each described sequence node number and described end meeting point sequence number, share a selected object sequence number.Like this, to a certain extent, can save manpower cost of serving, raise the efficiency.
Preferably, in described physical distribution localization control method, in the time that described starting point sequence number, described initial sets point sequence number, each described sequence node number, described end meeting point sequence number and described terminal sequence number exist, generate the location drawing of described selected quick despatch sequence number respectively.Like this, facilitate the logistics information of user's real-time follow-up express delivery.Preferably, transmit the described location drawing according to described selected bar-code label information and/or described selected wireless identification label.Preferably, also according to cellphone information and the demand thereof obtained in starting point, transmit afterwards the information of described selected quick despatch in checking.
Preferably, described selected object is a package, for example parcel, carton etc.Preferably, also described selected quick despatch is made a video recording in starting point, and the photo obtaining is associated with described starting point sequence number, upload to together at least one server.Preferably, cargo collection terminal is a mobile phone, described selected object is made a video recording with mobile phone in starting point.Preferably, also described selected object is made a video recording at initial sets point, and the photo obtaining is associated with described initial sets point sequence number, upload to together at least one server.Preferably, in the time that each node reads described selected wireless identification label information, also described selected object is made a video recording, and the photo obtaining is associated with corresponding sequence node number, upload to together at least one server.Preferably, also make a video recording to described selected object in meeting point endways, and the photo obtaining is associated with described end meeting point sequence number, uploads to together at least one server.Preferably, also described selected quick despatch is made a video recording at terminal, and the photo obtaining is associated with described terminal sequence number, upload to together at least one server.Preferably, also make a video recording to signing for receipt at terminal, and the photo obtaining is associated with described terminal sequence number, upload to together at least one server.Like this, be very beneficial for supvr and effectively control the normal condition of object, for example, once dispute occurs, in the time of customer complaint; can recall in time photo and position, clearly defining responsibilities, judges whether to have an accident; determine person liable, make a response rapidly, be especially applicable to Crisis.
Preferably, each server cloud connects; Preferably, each server sync is upgraded its storage information, and each described sequence number, and/or each described photo, be stored on each server jointly.Preferably, after the first predetermined period, delete each photo; Like this, can vacate storage space.Preferably, after the second predetermined period, delete each sequence node number; Preferably, after the 3rd predetermined period, delete each described terminal sequence number; Common, be conducive to like this orderly management historical information.Preferably, after the 4th predetermined period, delete each described starting point sequence number, need to clear up historical summary in particular cases, process like this, can deleting history data.
Further, embodiments of the invention also comprise, each technical characterictic of the various embodiments described above, the physical distribution localization control method being mutually combined to form.
It should be noted that, above-mentioned each technical characterictic continues combination mutually, forms the various embodiment that do not enumerate in the above, is all considered as the scope that instructions of the present invention is recorded; And, for those of ordinary skills, can be improved according to the above description or convert, and all these improvement and conversion all should belong to the protection domain of claims of the present invention.
Claims (10)
1. a physical distribution localization control method, is characterized in that, comprises the following steps:
In starting point, a certain selected bar-code label and a certain selected quick despatch are matched, match time and described starting point when matching, for described selected bar-code label generates starting point sequence number, upload at least one server;
At initial sets point, the each selected quick despatch of same terminal and the selected bar-code label being associated thereof will be belonged to, as a selected object, a certain selected wireless identification label is associated with described selected object, correlation time and described initial sets point when being associated, for described selected wireless identification label generates initial sets point sequence number, upload at least one server;
Read described selected wireless identification label information at each node, the time of reading and described node when reading, for described selected wireless identification label generates corresponding sequence node number, upload at least one server;
Described selected wireless identification label information is read in meeting point endways, by described selected wireless identification mark and described selected object disassociation, releasing time during according to disassociation and described end set terminal, for described selected wireless identification label generates end meeting point sequence number, upload at least one server;
Read described selected bar-code label information at terminal, described selected bar-code label is finished to mate with described selected quick despatch, end time and described terminal during according to end coupling, for described selected bar-code label generates terminal sequence number, upload at least one server.
2. physical distribution localization control method according to claim 1, is characterized in that, described starting point sequence number and described terminal sequence number share a selected quick despatch sequence number.
3. physical distribution localization control method according to claim 2, it is characterized in that, described starting point sequence number, described initial sets point sequence number, each described sequence node number, described end meeting point sequence number and described terminal sequence number, share one described in selected quick despatch sequence number.
4. physical distribution localization control method according to claim 1, is characterized in that, described initial sets point sequence number, each described sequence node number and described end meeting point sequence number, share a selected object sequence number.
5. physical distribution localization control method according to claim 1, is characterized in that, some described servers are set, and each server is interrelated.
6. physical distribution localization control method according to claim 5, is characterized in that, each server sync is stored described starting point sequence number, described initial sets point sequence number, each described sequence node number, described end meeting point sequence number and described terminal sequence number.
7. physical distribution localization control method according to claim 6, it is characterized in that, in the time that described starting point sequence number, described initial sets point sequence number, each described sequence node number, described end meeting point sequence number and described terminal sequence number exist, generate the location drawing of described selected quick despatch sequence number respectively.
8. physical distribution localization control method according to claim 7, is characterized in that, according to the location drawing described in described selected bar-code label communication.
9. physical distribution localization control method according to claim 8, is characterized in that, also according to cellphone information and the demand thereof obtained in starting point, transmits afterwards the information of described selected quick despatch in checking.
10. according to the arbitrary described physical distribution localization control method of claim 1 to 9, it is characterized in that, further comprising the steps of: some bar-code labels and some bar code readers, some wireless identification labels and some wireless reader to be set, and to register at least one server.
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| CN105404997A (en) * | 2015-12-16 | 2016-03-16 | 辽宁方圆国际物流有限公司 | Express information acquisition system and method |
| CN107871266A (en) * | 2016-09-28 | 2018-04-03 | 菜鸟智能物流控股有限公司 | Method for acquiring interactive certificate and related device |
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