WO2016037367A1 - 一种物流验证系统及方法 - Google Patents

一种物流验证系统及方法 Download PDF

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Publication number
WO2016037367A1
WO2016037367A1 PCT/CN2014/086460 CN2014086460W WO2016037367A1 WO 2016037367 A1 WO2016037367 A1 WO 2016037367A1 CN 2014086460 W CN2014086460 W CN 2014086460W WO 2016037367 A1 WO2016037367 A1 WO 2016037367A1
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WO
WIPO (PCT)
Prior art keywords
terminal
delivery
logistics
code
receipt
Prior art date
Application number
PCT/CN2014/086460
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English (en)
French (fr)
Inventor
张毅
Original Assignee
深圳市银信网银科技有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 深圳市银信网银科技有限公司 filed Critical 深圳市银信网银科技有限公司
Priority to CA2988800A priority Critical patent/CA2988800C/en
Priority to CA3105560A priority patent/CA3105560C/en
Priority to EP14854893.6A priority patent/EP3193290A1/en
Priority to CA3075330A priority patent/CA3075330C/en
Priority to CA3075351A priority patent/CA3075351C/en
Priority to CA3075326A priority patent/CA3075326C/en
Priority to CA3075345A priority patent/CA3075345C/en
Priority to CA3075380A priority patent/CA3075380C/en
Priority to PCT/CN2014/086460 priority patent/WO2016037367A1/zh
Priority to CA3101634A priority patent/CA3101634C/en
Priority to CA3075370A priority patent/CA3075370C/en
Priority to CN201480003225.0A priority patent/CN104838395B/zh
Priority to US14/440,362 priority patent/US20160132825A1/en
Publication of WO2016037367A1 publication Critical patent/WO2016037367A1/zh

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Classifications

    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • 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
    • G06Q10/083—Shipping
    • G06Q10/0833—Tracking
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • 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
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • 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
    • G06Q10/083—Shipping
    • G06Q10/0836—Recipient pick-ups
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • 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
    • G06Q30/00—Commerce
    • G06Q30/06—Buying, selling or leasing transactions

Definitions

  • the present invention relates to the field of Internet, and in particular to a logistics verification system and method.
  • the technical problem to be solved by the present invention is to provide a logistics verification system and method for the above problems in the prior art that the logistics collection and delivery verification mechanism is not perfect, the safety factor is low, the reliability is low, and the degree of automation is low.
  • a logistics verification system comprising: an identification information distribution center, a logistics terminal, a source terminal, a client terminal, a delivery terminal, and a delivery terminal; wherein the identification information distribution center and the logistics terminal and the source terminal respectively a client terminal communication connection, the logistics terminal is respectively connected with a delivery terminal and a delivery terminal, the supply terminal is in communication connection with the delivery terminal, and the client terminal is in communication connection with the delivery terminal;
  • the identification information issuance center is configured to generate a pick-up code and pick-up verification information corresponding to the pick-up code, generate a sign-off code and sign-off verification information corresponding to the sign-off code, and send the pick-up code and the
  • the receipt verification information is sent to the logistics terminal, and the receipt code is sent to the client terminal, and the delivery verification information is sent to the source terminal;
  • the logistics terminal is configured to send the received picking code to the picking terminal, and send the received signing verification information to the shipping terminal;
  • the source terminal is configured to issue the goods after verifying the delivery code according to the delivery verification information
  • the picking terminal is configured to receive the goods at the source terminal according to the picking code, and deliver the goods to a preset shipping place;
  • the delivery terminal is configured to deliver the goods from the delivery location to a preset destination, and verify the receipt code according to the receipt verification information;
  • the client terminal is configured to receive the goods at a destination according to the receipt code.
  • the pick-up terminal is further configured to: after receiving the goods according to the pick-up code, generate a pick-up confirmation information, and feed back to the logistics terminal;
  • the delivery terminal is further configured to generate a receipt confirmation information after the verification of the receipt code according to the receipt verification information, and feed back to the logistics terminal.
  • the logistics terminal is further configured to send the delivery confirmation information and the receipt confirmation information to the identification information distribution center.
  • the picking terminal is further configured to acquire first geographic location information of the picking terminal, and upload the first geographic location information to a logistics terminal in real time;
  • the delivery terminal is further configured to acquire second geographic location information of the delivery terminal, and upload the second geographic location information to the logistics terminal in real time.
  • the logistics terminal is further configured to synchronize the first geographical location information and the second geographic location information to the identification information issuing center in real time.
  • the invention also provides a logistics verification method, which comprises the following steps:
  • the identification information issuing center generates a delivery code and the delivery verification information corresponding to the delivery code, generates a receipt code and the receipt verification information corresponding to the receipt code, and verifies the delivery code and the receipt verification Sending information to the logistics terminal, transmitting the receipt code to the client terminal, and transmitting the delivery verification information to the source terminal;
  • the logistics terminal sends the received delivery code to the delivery terminal, and the delivery terminal requests to receive the goods provided by the source terminal according to the pick-up code request, and according to the delivery verification information at the source terminal After verifying the picking code, handing over the goods to the shipping terminal;
  • the logistics terminal sends the received receipt verification information to the delivery terminal, and the delivery terminal delivers the goods to a preset destination, and verifies the client terminal according to the receipt verification information. Signing a code to confirm that the client terminal receives the goods.
  • the method further includes: D, in the step C Thereafter, the logistics terminal transmits the delivery confirmation information and the receipt confirmation information to the identification information distribution center.
  • the picking terminal acquires the first geographical location information of the picking terminal, and uploads the first geographical location information to the logistics terminal in real time;
  • the method further includes: in the step C The delivery terminal acquires the second geographic location information of the delivery terminal, and uploads the second geographic location information to the logistics terminal in real time.
  • the method further includes: D, in the step C described Thereafter, the logistics terminal synchronizes the first geographical location information and the second geographic location information to the identification information issuance center in real time.
  • the implementation of the logistics verification method disclosed by the present invention has the following beneficial effects: by setting a logistics process using the 'delivery code' and the 'signing code', the logistics terminal obtains the goods from the source terminal through the delivery code, and the client terminal receives the goods through the 'signing code' It avoids the occurrence of pretending to be the counterfeit goods, and it is easy to realize automatic transmission and delivery of goods, improve the logistics collection and delivery verification mechanism, and provide convenience for intelligent goods, to achieve the effect of concealing real identity information and contact methods, and improve
  • the safety factor of logistics and distribution has improved the reliability of logistics and distribution.
  • the goods can be automatically received after the acceptance of the goods.
  • FIG. 1 is a schematic structural diagram of a logistics verification system provided by the present invention.
  • FIG. 2 is a flowchart of a logistics verification method according to a first embodiment of the present invention
  • FIG. 3 is a flowchart of a logistics verification method according to a second embodiment of the present invention.
  • FIG. 4 is a flowchart of a logistics verification method according to a third embodiment of the present invention.
  • the invention provides a logistics verification system and method, the purpose of which is to issue different identity codes to different users, so that their real identity and address information are not directly displayed in the process of logistics. .
  • the system or method guarantees the privacy of each identity in the logistics process, and on the other hand ensures the accuracy of the logistics process, such as picking up and signing.
  • FIG. 1 is a schematic structural diagram of a logistics verification system according to an embodiment of the present invention, as shown in FIG. 1 , the logistics verification system 100 includes the identification information distribution center 1, the logistics terminal 2, the source terminal 3, the client terminal 4, the delivery terminal 5, and the delivery terminal 6 .
  • the identification information issuance center 1 The communication terminal 2 is connected to the logistics terminal 2, the source terminal 3, and the client terminal 4, respectively, and the logistics terminal 2 is separately connected to the delivery terminal 5 and the delivery terminal 6, and the source terminal 3
  • the delivery terminal 5 is in communication connection, and the client terminal 4 is communicatively connected to the delivery terminal 6.
  • the identification information issuing center 1 And generating a pick-up code and the pick-up verification information corresponding to the pick-up code, generating a sign-off code and sign-off verification information corresponding to the sign-off code, and sending the pick-up code and the sign-off verification information to the logistics Terminal 2 Sending the receipt code to the client terminal 4, and transmitting the delivery verification information to the source terminal 3.
  • Identification Information Distribution Center 1 Can be set inside the logistics company, or can be set on other third-party trading platforms, by setting the identification information distribution center 1 , can achieve the unified management of the logistics process from picking up to delivery and finally to receiving goods.
  • the 'delivery code' and 'signing code' mentioned in this section are not limited to a specific string of values, but also can be in the form of a two-dimensional code, or in the form of a short message, as long as a message can be reached. It is ok to pass the verification and verify the identity of the consignee and the consignee.
  • the logistics terminal 2 is configured to send the received picking code to the picking terminal 5, and send the received signing verification information to the shipping terminal. 6 .
  • the logistics terminal 2 can be a server set up inside the logistics company to manage the process of picking up goods and delivering goods.
  • the delivery terminal 5 and the delivery terminal 6 may be by the logistics terminal 2
  • the management terminal that is, the logistics company, when arranging the delivery personnel and the delivery personnel, allows the delivery personnel to carry the delivery terminal 5, and let the delivery personnel carry the delivery terminal 6 .
  • the delivery terminal of the place 6 It can also be set directly on the fixed device at the place of shipment, or just a data input port. As long as you can receive the receipt verification information and can verify the receipt code.
  • the source terminal 3 is configured to verify the pick-up code according to the pick-up verification information, thereby delivering the goods to the holding pick-up terminal 5 Among the pick-up personnel.
  • the source terminal 3 is generally set at the manufacturer, the manufacturer can publish the transaction information of the goods, and can also provide the goods; It is set up at the dealership. After the dealer obtains the goods from the manufacturer, it can also manage the entire process of logistics by cooperating with the above-mentioned identification information distribution center.
  • the client terminal 4 is configured to hold a client terminal 4 When receiving the goods, the user receives the goods at the destination according to the signing code.
  • the destination is the location of the client terminal 4, and the client terminal 4 It can be implemented by software and installed in the mobile terminal held by the buyer to complete the receipt and verification of the receipt code.
  • the client terminal 4 is installed in the form of an APP.
  • the delivery terminal 5 And for receiving the goods according to the pick-up code and transferring the goods to the delivery terminal.
  • the pick-up personnel hold the delivery terminal 5
  • the goods are transferred to the delivery place by means of the preset logistics information, and the delivery personnel holding the delivery terminal are taken to take them away.
  • the delivery terminal 6 And for transferring the goods from the shipping place to a preset destination, and verifying the signing code according to the signing verification information. For example, when the delivery personnel send the goods to the customer, they need to pass the delivery terminal 6 Obtain the signing code provided by the customer and verify it at the same time. When the buyer needs to confirm the delivery, the buyer can pass the delivery terminal 6 Activate the receipt code and get the corresponding goods from the delivery person. Understandably, when the buyer is not in a hurry to pick up the goods, it may also not activate the signing code, but only check whether the signing code is true and effective, and obtain the goods by the signing code when necessary.
  • the delivery terminal 6 and the delivery terminal 5 It can also be set to the same terminal, that is, the terminal can complete both the delivery and delivery functions.
  • the delivery terminal 5 The goods may also be received according to the pick-up code, and after receiving the goods, a pick-up confirmation information is generated, and the pick-up confirmation information is fed back to the logistics terminal 2.
  • the delivery terminal 6 The signing code is verified according to the signing verification information, and after verification, a signing confirmation information is generated and fed back to the logistics terminal 2. In this way, the logistics terminal 2 It is possible to check the circulation status of the goods, that is, to track the flow of the goods, to facilitate monitoring of the goods, and to improve the safety and reliability of the goods.
  • the logistics terminal 2 sends the delivery confirmation information and the receipt confirmation information to the identification information issuing center 1 . Then, the identification information distribution center 1 can query the circulation status of the goods.
  • the client terminal 4 queries the distribution status of the goods by the identification information issuing center 1. This function is passed through the client terminal 4 Sending a customer inquiry request, the customer inquiry request may be an order number, and the circulation status of the corresponding goods is inquired through the order number.
  • the identification information issuance center 1 corresponding to the inquiry request, and returns the inquiry result of the corresponding goods to the client terminal 4 .
  • the source terminal 3 can also query the circulation status of the goods through the identification information issuing center 1.
  • the function passes the source terminal 3 Send a source inquiry request, the source inquiry request may be an order number, and query the circulation status of the corresponding goods by the order number.
  • the identification information issuance center 1 corresponding to the inquiry request, returning the inquiry result of the corresponding goods to the source terminal 3 . Both the buyer and the seller can check the circulation status of the goods.
  • the query is not limited to being implemented by the 'order number', and other methods such as a user name are also feasible.
  • the pick-up terminal 5 is further configured to acquire the pick-up terminal 5
  • the first geographical location information is uploaded to the logistics terminal 2 in real time.
  • the delivery terminal 5 can be provided with a positioning module having a GPS The positioning function is implemented to obtain the first geographical location information.
  • the delivery terminal 6 is further configured to acquire second geographic location information of the delivery terminal 6, and upload the second geographic location information to a logistics terminal in real time. 2 in.
  • the shipping terminal 6 can be configured to provide a positioning module, and the positioning module has a GPS positioning function to obtain the second geographical location information.
  • the positioning module has a GPS positioning function to obtain the second geographical location information.
  • the logistics terminal 2 is further configured to send the first geographical location information and the second geographical location information to the identification information issuing center in real time. . Then, through the identification information distribution center 1, the circulation status of the goods can be queried in real time.
  • FIG. 2 is a flow chart of a logistics verification method according to a first embodiment of the present invention, as shown in FIG. 2, which adopts the method shown in FIG.
  • the logistics verification system specifically, the method comprises the following steps:
  • the identification information issuance center 1 Generating a pick-up code and pick-up verification information corresponding to the pick-up code, generating a sign-off code and sign-off verification information corresponding to the sign-off code, and transmitting the pick-up code and the sign-off verification information to the logistics terminal 2 Sending the receipt code to the client terminal 4, and transmitting the delivery verification information to the source terminal 3. That is, before the goods are circulated, they need to be in the identification information distribution center. And generating a corresponding picking code and the picking verification information corresponding to the picking code, the signing code, and the signing verification information corresponding to the signing code.
  • the logistics terminal 2 sends the received delivery code to the delivery terminal 5, and the delivery terminal 5 Receiving the goods provided by the source terminal 3 according to the pick-up code request, and at the source terminal 3 After verifying the pick-up code according to the pick-up verification information, transferring the goods to the delivery terminal, generally, after transferring the goods to a preset delivery place, waiting for the shipment of the delivery terminal The personnel came to take it away.
  • the pick-up personnel of 5 pick up the goods according to the pick-up code to the source of goods, and the source of goods passes the source terminal 3 to verify the pick-up code, so that the pick-up personnel picks up the goods and delivers them to the delivery terminal 6 , generally, the delivery terminal 6
  • the initial location of the pick-up terminal 5 is at the logistics terminal 2.
  • the logistics terminal 2 sends the received receipt verification information to the delivery terminal 6, and the delivery terminal 6
  • the goods are directed to a destination, and the receipt code of the client terminal 4 is verified in accordance with the receipt verification information to confirm that the customer terminal 4 receives the goods.
  • the destination is the client terminal 4
  • the delivery personnel holding the delivery terminal 6 deliver the goods to the customer holding the customer terminal 4, the customer receives the goods according to the receipt code in the customer terminal 4, and the delivery personnel pass the delivery terminal 6
  • the goods are handed over to the customer after verifying and activating the receipt code.
  • FIG. 3 is a flowchart of a logistics verification method according to a second embodiment of the present invention, as shown in FIG. 3,
  • the embodiment is different from the previous embodiment in that, in the above step B, the pick-up terminal 5 generates a pick-up confirmation information after receiving the goods according to the pick-up code, and feeds back to the logistics terminal 2 .
  • a delivery confirmation information is generated and fed back to the identification information issuing center 1 .
  • the delivery terminal 6 After verifying the signing code according to the signing verification information, a signing confirmation information is generated and fed back to the logistics terminal 2.
  • the logistics terminal 2 It is possible to check the circulation status of the goods, that is, to track the flow of the goods.
  • the client terminal 4 After receiving the goods according to the receipt code, a receipt confirmation information is generated and fed back to the identification information distribution center 1 .
  • the method further includes the step D:
  • the logistics terminal 2 Sending the delivery confirmation information and the receipt confirmation information to the identification information issuing center 1 .
  • the identification information distribution center 1 can query the circulation status of the goods.
  • the client terminal 4 The circulation information status of the goods is checked by the identification information issuing center 1 .
  • This function is passed through the client terminal 4 Sending a customer inquiry request, the customer inquiry request may be an order number, and the circulation status of the corresponding goods is inquired through the order number.
  • the identification information issuing center 1 responds to the query request and returns the query result of the corresponding goods to the client terminal 4 .
  • the source terminal 3 queries the distribution status of the goods through the identification information issuing center 1 .
  • the function passes the source terminal 3 Sending a source inquiry request, the source inquiry request may be an order number, and the circulation status of the corresponding goods is inquired by the order number.
  • the identification information issuing center 1 responds to the query request and returns the query result of the corresponding goods to the source terminal 3 . Both the buyer and the seller can check the circulation status of the goods.
  • FIG. 4 is a flowchart of a logistics verification method according to a third embodiment of the present invention, as shown in FIG. 4,
  • the embodiment is different from the previous embodiment in that, in the above step B, the picking terminal 5 acquires the first geographical location information of the picking terminal 5, and uploads the first geographical location information to the logistics terminal 2 in real time. Medium.
  • the picking terminal 5 can set a positioning module, and the positioning module has a GPS positioning function to obtain the first geographical location information.
  • the delivery terminal 6 acquires the delivery terminal 6
  • the second geographical location information is uploaded to the logistics terminal 2 in real time.
  • the shipping terminal 6 can be configured by a positioning module having a GPS The positioning function is implemented to obtain the second geographical location information.
  • the method further includes the step D:
  • the logistics terminal 2 The first geographical location information and the second geographical location information are sent to the identification information issuing center 1 in real time in real time. Then through the identification information distribution center 1 The circulation status of the goods can be queried in real time.
  • the client terminal 4 queries the real-time circulation status of the goods through the identification information issuing center 1. This function is passed through the client terminal 4 Sending a customer inquiry request, the customer inquiry request may be an order number, and the real-time circulation status of the corresponding goods is inquired through the order number. Identification Information Distribution Center 1 Then, in response to the real-time query request, the real-time query result of the corresponding goods is returned to the client terminal 4 .
  • the function sends a source inquiry request through the source terminal 3, and the source inquiry request can be an order number, and the circulation status of the corresponding goods is inquired through the order number.
  • Identification information distribution center 1 In response to the real-time query request, the query result of the corresponding goods is returned to the source terminal 3 . In this way, both the buyer and the seller can check the real-time circulation status of the goods.

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Abstract

本发明涉及互联网领域，公开了一种物流验证系统及方法，在该物流验证系统中，标识信息发放中心生成一提货码和提货验证信息，生成一签收码和签收验证信息；物流终端将提货码发送至提货终端，将签收验证信息发送至发货终端；货源终端依据提货验证信息验证提货码之后提供货物；提货终端依据提货码于货源终端处提取货物；发货终端从发货地将货物转移至目的地，并依据签收验证信息验证签收码；客户终端依据签收码于目的地接收货物。如此，通过完整的物流流程，健全物流收、发货验证机制，提高了物流配送的安全系数和配送的可靠性。同时，通过物流验证系统与支付系统的对接，可以提高物流流程与支付流程的自动化与安全性，实现一种高度自动化、智能化的交易方式。

Description

一种物流验证系统及方法 技术领域
本发明涉及互联网领域，尤其涉及 一种物流验证系统及方法 。
背景技术
随着电子商务的迅速发展，人们对物流的安全要求也越来越高，对于货物配送时，需要透露自己真实的身份信息，联系方法才能达到配送货物的目的。而且在货物送至目的地时，常常出现由他人代签、误签、快递员有意或无意丢单等等情况，导致无法收到货物。同时，物流签收环节目前仍与支付环节大部分仍处于脱节状态，即无法实现货物签收后达到货款的自动到账。
此外，随着自动化技术的发展，对电子商务的自动化要求也越来越高，需要一种创新的系统满足实现物流服务自动收、发货，实现对物流服务的技术性约束，提高物流服务可靠及安全性，实现物流环节与支付环节的自动挂钩等要求。
发明内容
本发明要解决的技术问题在于，针对上述现有技术中物流收、发货验证机制不健全，安全系数低，可靠程度及自动化程度低的问题，提供 一种物流验证系统及方法 。
本发明解决其技术问题所采用的技术方案是：
一种物流验证系统，该物流验证系统包括标识信息发放中心、物流终端、货源终端、客户终端、提货终端以及发货终端；其中，所述标识信息发放中心分别与所述物流终端、货源终端以及客户终端通讯连接，所述物流终端分别与提货终端和发货终端通讯连接，所述货源终端与所述提货终端通讯连接，所述客户终端与所述发货终端通讯连接；
所述标识信息发放中心，用于生成一提货码及与所述提货码对应的提货验证信息，生成一签收码及与所述签收码对应的签收验证信息，并将所述提货码以及所述签收验证信息发送至物流终端，将所述签收码发送至所述客户终端，将所述提货验证信息发送至所述货源终端；
所述物流终端，用于将所接收的提货码发送至所述提货终端，将所接收的签收验证信息发送至所述发货终端；
所述货源终端，用于依据所述提货验证信息验证所述提货码之后，予以发放货物；
所述提货终端，用于依据所述提货码于所述货源终端处接收所述货物，并将所述货物配送至预设的发货地；
所述发货终端，用于从所述发货地将所述货物配送至预设的目的地，并依据所述签收验证信息验证所述签收码；
所述客户终端，用于依据所述签收码于目的地接收所述货物。
在本发明 所述的系统中，所述提货终端还用于在依据所述提货码接收所述货物之后，生成一提货确认信息，反馈至所述物流终端；
所述发货终端还用于在依据所述签收验证信息验证所述签收码之后，生成一签收确认信息，反馈至所述物流终端。
在本发明 所述的系统中，所述物流终端还用于将所述提货确认信息以及所述签收确认信息发送至所述标识信息发放中心。
在本发明 所述的系统中，所述提货终端还用于获取所述提货终端的第一地理位置信息，将所述第一地理位置信息实时上传至物流终端；
所述发货终端还用于获取所述发货终端的第二地理位置信息，将所述第二地理位置信息实时上传至物流终端。
在本发明 所述的系统中，所述物流终端还用于实时地将所述第一地理位置信息以及第二地理位置信息同步至所述标识信息发放中心。
在本发明 还提供了一种物流验证方法，其包括以下步骤：
A 、所述标识信息发放中心生成一提货码及与所述提货码对应的提货验证信息，生成一签收码及与所述签收码对应的签收验证信息，并将所述提货码以及所述签收验证信息发送至所述物流终端，将所述签收码发送至所述客户终端，将所述提货验证信息发送至所述货源终端；
B 、所述物流终端将所接收的提货码发送至所述提货终端，所述提货终端依据所述提货码请求接收所述货源终端所提供的货物，并在所述货源终端依据所述提货验证信息验证所述提货码后，转交所述货物至所述发货终端；
C 、所述物流终端将所接收的签收验证信息发送至所述发货终端，所述发货终端将所述货物配送至预设的目的地，并依据所述签收验证信息验证所述客户终端的签收码以确认所述客户终端接收所述货物。
在本发明 还提供的方法中，还包括： D 、在所述步骤 C 之后，所述物流终端将所述提货确认信息以及所述签收确认信息发送至所述标识信息发放中心。
在所述步骤 B 中，所述提货终端获取所述提货终端的第一地理位置信息，将所述第一地理位置信息实时上传至物流终端；
在本发明 还提供的方法中，还包括：在所述步骤 C 中，所述发货终端获取所述发货终端的第二地理位置信息，将所述第二地理位置信息实时上传至物流终端。
在本发明 还提供的方法中，还包括： D 、在所述述步骤 C 之后，所述物流终端实时地将所述第一地理位置信息以及第二地理位置信息同步至所述标识信息发放中心。
实施本发明公开的物流验证方法，具有以下有益效果：通过设置采用'提货码'和'签收码'的物流流程，物流终端通过提货码从货源终端获取货物，客户终端通过'签收码'接收货物，避免了冒充发货冒充收货的情况发生，且易实现自动收发货物，健全了物流收、发货验证机制，为货物智能化提供了便利，达到隐蔽真实身份信息以及联系方法的效果，提高了物流配送的安全系数，提高了物流配送的可靠性。此外，通过物流验证系统与支付系统的对接，可实现物品在验收后达成货款自动到账的功能。
附图说明
图 1 为本发明提供的一种物流验证系统的结构示意图；
图 2 为本发明第一实施例提供的一种物流验证方法的流程图；
图 3 为本发明第二实施例提供的一种物流验证方法的流程图；
图 4 为本发明第三实施例提供的一种物流验证方法的流程图 。
具体实施方式
为了对本发明的技术特征、目的和效果有更加清楚的理解，现对照附图详细说明本发明的具体实施方式。
本发明提供了一种物流验证系统及方法，其目的在于通过对不同的用户发放不同的身份标识码，使其在物流的过程中，其真实身份及地址信息不被直接显示 。该系统或方法一方面保障了物流过程中各身份隐私，另一方面确保了物流过程中，如提货和签收的准确性。
图 1 为本发明一实施例提供的 一种物流验证系统的 结构 示意图，如图 1 所示， 该 物流验证 系统 100 包括标识信息发放中心 1 、物流终端 2 、货源终端 3 、客户终端 4 、提货终端 5 以及发货终端 6 。其中，所述标识信息发放中心 1 分别与所述物流终端 2 、货源终端 3 、以及客户终端 4 通讯连接，所述物流终端 2 分别通讯连接于提货终端 5 和发货终端 6 ，所述货源终端 3 与所述提货终端 5 通讯连接，所述客户终端 4 与所述发货终端 6 通讯连接。
所述标识信息发放中心 1 ，用于生成一提货码及与所述提货码对应的提货验证信息，生成一签收码及与所述签收码对应的签收验证信息，并将所述提货码以及所述签收验证信息发送至物流终端 2 ，将所述签收码发送至客户终端 4 ，将所述提货验证信息发送至货源终端 3 。标识信息发放中心 1 可以设置于物流公司内部，也可以设置于其他第三方交易平台，通过设置标识信息发放中心 1 ，可以达到对提货到送货，最后到收货的物流过程统一管理。需要说明的是，该处提及的'提货码'和'签收码'并非局限于一个具体的一串数值，也可以为一个二维码的形式，或者短讯的形式，只要能达到一个信息的传递，验证提货人和收货人的身份，则都是可以的。
所述物流终端 2 ，用于将所接收的提货码发送至所述提货终端 5 ，将所接收的签收验证信息发送至所述发货终端 6 。物流终端 2 可以是设置与物流公司内部的服务器，用来管理物品取货及物品发货的过程。而提货终端 5 以及发货终端 6 可以是由物流终端 2 管理的终端，也就是说，物流公司通过安排提货人员和发货人员时，让提货人员携带提货终端 5 ，让发货人员携带发货终端 6 。需要说明的是，该处的发货终端 6 也可以使直接设置在发货地的固定设备，又或者只是一个数据输入端口。只要能接收签收验证信息并能验证签收码即可。
所述货源终端 3 ，用于依据所述提货验证信息验证所述提货码，从而将货物交至持有提货终端 5 的提货人员中。货源终端 3 一般设置于制造商处，制造商可以发布货物的交易信息，也可以提供货物；还可以将货源终端 3 设置于经销商处，经销商从制造商取得货物后，再与上述标识信息发放中心 1 合作也可实现物流整个流程的管理。
所述客户终端 4 ，用于使持有客户终端 4 的用户在接收到货物时，依据所述签收码于目的地接收所述货物。一般地，目的地即为客户终端 4 所在地，客户终端 4 可以采用软体实现，安装在买家所持有的移动终端中以完成签收码的接收和验证。具体地，所述客户终端 4 以 APP 的形式安装。
所述提货终端 5 ，用于依据所述提货码接收所述货物，并将货物转交至所述发货终端。一般地，提货人员持有提货终端 5 ，接收货物后凭借预先设定的物流信息将货物转移至发货地，等待持有所述发货终端的发货人员前来取走。
所述发货终端 6 ，用于从所述发货地将所货物转移至预设的目的地，并依据所述签收验证信息验证所述签收码。例如，发货人员将货物发送至客户处时，需要通过发货终端 6 获取客户提供的签收码，同时予以验证。当买家需要确认提货时，可以通过该发货终端 6 激活该签收码，从送货人员处获得对应的货物。可以理解地，当买家不急于提货时，其也可以不激活签收码，而只是查验该签收码是否真实有效，待需要时再凭借该签收码取得货物。
容易想到地，发货终端 6 与提货终端 5 也可以设置为同一终端，即该终端可以完成提货和发货两种功能。
优选的，所述提货终端 5 还可依据所述提货码接收所述货物，并在接收货物之后，生成一提货确认信息，同时将该提货确认信息反馈至所述物流终端 2 。
所述发货终端 6 依据所述签收验证信息验证所述签收码，并在验证后，生成一签收确认信息，并将其反馈至所述物流终端 2 。这样，物流终端 2 就可以查询所述货物的流通状态，也就是可追踪货物的流动过程，便于监控货物，提高了货物运输的安全可靠性。
所述物流终端 2 将所述提货确认信息以及所述签收确认信息发送至所述标识信息发放中心 1 。那么通过标识信息发放中心 1 可以查询所述货物的流通状态。
所述客户终端 4 通过所述标识信息发放中心 1 查询所述货物的流通状态。该功能通过客户终端 4 发送一客户查询请求，客户查询请求可以是订单号，通过订单号查询对应的货物的流通状态。标识信息发放中心 1 则相应该查询请求，返回相应货物的查询结果至客户终端 4 。
同样的，货源终端 3 也可通过所述标识信息发放中心 1 查询所述货物的流通状态。这样，该功能通过货源终端 3 发送一货源查询请求，货源查询请求可以是订单号，通过订单号查询对应的货物的流通状态。标识信息发放中心 1 则相应该查询请求，返回相应货物的查询结果至货源终端 3 。买方和卖方均可以查询货物的流通状态。
需要说明的是，该查询并非局限于通过'订单号'实现，也可通过用户名等其他方式也是可行的。
优选的，所述提货终端 5 还用于获取所述提货终端 5 的第一地理位置信息，将所述第一地理位置信息实时上传至物流终端 2 中。提货终端 5 可以通过设置一定位模块，该定位模块具有 GPS 定位功能以实现获取所述第一地理位置信息。
所述发货终端 6 还用于获取所述发货终端 6 的第二地理位置信息，将所述第二地理位置信息实时上传至物流终端 2 中。发货终端 6 可以通过设置一定位模块，该定位模块具有 GPS 定位功能以实现获取所述第二地理位置信息。通过实时上传地理位置信息，可以使物流终端 2 实时地查询货物的流通状态。对于实时的流通状态，可以更加合理地安排货物配送与发货。
所述物流终端 2 还用于实时地将所述第一地理位置信息以及第二地理位置信息发送至所述标识信息发放中心 1 。那么通过标识信息发放中心 1 可以实时地查询所述货物的流通状态。
图 2 为本发明第一实施例提供的 一种物流验证方法的流程 图，如图 2 所示，该方法采用图 1 所示的 物流验证系统，具体地，该方法包括以下步骤：
A 、 所述标识信息发放中心 1 生成一提货码及与所述提货码对应的提货验证信息，生成一签收码及与所述签收码对应的签收验证信息，并将所述提货码以及所述签收验证信息发送至物流终端 2 ，将所述签收码发送至客户终端 4 ，将所述提货验证信息发送至货源终端 3 。即在货物流通之前，需在标识信息发放中心 1 中生成对应的提货码及与所述提货码对应的提货验证信息、签收码及与所述签收码对应的签收验证信息。
B 、所述物流终端 2 将所接收的提货码发送至所述提货终端 5 ，所述提货终端 5 依据所述提货码请求接收所述货源终端 3 所提供的货物，并在所述货源终端 3 依据所述提货验证信息验证所述提货码后，转交所述货物至所述发货终端，一般地，转移所述货物至预设的发货地后，再等待持有发货终端的发货人员前来取走。例如，持有提货终端 5 的提货人员接到提货码后，根据提货码到货源处提货，货源处通过货源终端 3 验证该提货码，从而使提货人员提货送至发货终端 6 处，一般地，发货终端 6 和提货终端 5 的初始地点均在物流终端 2 处。
C 、所述物流终端 2 将所接收的签收验证信息发送至所述发货终端 6 ，所述发货终端 6 将所述货物导引至目的地，并依据所述签收验证信息验证所述客户终端 4 的签收码以确认所述客户终端 4 接收所述货物。例如，目的地为客户终端 4 所在地，持有发货终端 6 的发货人员将货物配送至持有客户终端 4 的客户处，客户依据客户终端 4 中的签收码接收该货物，发货人员通过发货终端 6 验证并激活该签收码之后才将所述货物交至客户手中。
图 3 为本发明第二实施例提供的一种物流验证方法的流程图，如图 3 所示，该 实施例不同于上一实施例之处在于，在上述步骤 B 中，所述提货终端 5 在依据所述提货码接收所述货物之后，生成一提货确认信息，反馈至所述物流终端 2 。优选地，所述货源终端 3 提供并交出所述货物之后生成一提货确认信息，反馈至所述标识信息发放中心 1 。
在上述步骤 C 中，所述发货终端 6 在依据所述签收验证信息验证所述签收码之后，生成一签收确认信息，反馈至所述物流终端 2 。这样，物流终端 2 就可以查询所述货物的流通状态，也就是追踪货物的流动过程。优选地，所述客户终端 4 在依据所述签收码接收所述货物之后，生成一签收确认信息，反馈至所述标识信息发放中心 1 。
该方法还包括步骤 D ：
D 、在上述步骤 C 之后，所述物流终端 2 将所述提货确认信息以及所述签收确认信息发送至所述标识信息发放中心 1 。那么通过标识信息发放中心 1 可以查询所述货物的流通状态。优选地，所述客户终端 4 通过所述标识信息发放中心 1 查询所述货物的流通状态。该功能通过客户终端 4 发送一客户查询请求，客户查询请求可以是订单号，通过订单号查询对应的货物的流通状态。标识信息发放中心 1 则响应该查询请求，返回相应货物的查询结果至客户终端 4 。
同样的，货源终端 3 通过所述标识信息发放中心 1 查询所述货物的流通状态。这样，该功能通过货源终端 3 发送一货源查询请求，货源查询请求可以是订单号，通过订单号查询对应的货物的流通状态。标识信息发放中心 1 则响应该查询请求，返回相应货物的查询结果至货源终端 3 。买方和卖方均可以查询货物的流通状态。
图 4 为本发明第三实施例提供的一种物流验证方法的流程图，如图 4 所示，该 实施例不同于上一实施例之处在于，在上述步骤 B 中，所述提货终端 5 获取所述提货终端 5 的第一地理位置信息，将所述第一地理位置信息实时上传至物流终端 2 中。提货终端 5 可以通过设置一定位模块，该定位模块具有 GPS 定位功能以实现获取所述第一地理位置信息。
在上述步骤 C 中，所述发货终端 6 获取所述发货终端 6 的第二地理位置信息，将所述第二地理位置信息实时上传至物流终端 2 中。发货终端 6 可以通过设置一定位模块，该定位模块具有 GPS 定位功能以实现获取所述第二地理位置信息。通过实时上传地理位置信息，可以使物流终端 2 实时地查询货物的流通状态。对于实时的流通状态，可以更加合理地安排货物配送与发货。
该方法还包括步骤 D ：
D 、在上述步骤 C 之后，所述物流终端 2 实时地将所述第一地理位置信息以及第二地理位置信息实时发送至所述标识信息发放中心 1 。那么通过标识信息发放中心 1 可以实时地查询所述货物的流通状态。优选地，所述客户终端 4 通过所述标识信息发放中心 1 查询所述货物的实时流通状态。该功能通过客户终端 4 发送一客户查询请求，客户查询请求可以是订单号，通过订单号查询对应的货物的实时流通状态。标识信息发放中心 1 则响应该实时查询请求，返回相应的货物的实时查询结果至客户终端 4 。货源终端 3 通过所述标识信息发放中心 1 查询所述货物的实时流通状态。这样，该功能通过货源终端 3 发送一货源查询请求，货源查询请求可以是订单号，通过订单号查询对应的货物的流通状态。标识信息发放中心 1 则响应该实时查询请求，返回相应货物的查询结果至货源终端 3 。如此，买方和卖方均可以查询货物的实时流通状态。
上面结合附 图对本发明的实施例进行了描述，但是本发明并不局限于上述的具体实施方式，上述的具体实施方式仅仅是示意性的，而不是限制性的，本领域的普通技术人员在本发明的启示下，在不脱离本发明宗旨和权利要求所保护的范围情况下，还可做出很多形式，这些均属于本发明的保护之内。

Claims (10)

1 、一种物流验证 系统，其特征在于，该物流验证系统包括标识信息发放中心、物流终端、货源终端、客户终端、提货终端以及发货终端；其中，所述标识信息发放中心分别与所述物流终端、货源终端以及客户终端通讯连接，所述物流终端分别与提货终端和发货终端通讯连接，所述货源终端与所述提货终端通讯连接，所述客户终端与所述发货终端通讯连接；
所述标识信息发放中心，用于生成一提货码和与所述提货码对应的提货验证信息，生成一签收码和与所述签收码对应的签收验证信息，并将所述提货码以及所述签收验证信息发送至物流终端，将所述签收码发送至所述客户终端，将所述提货验证信息发送至所述货源终端；
所述物流终端，用于将所接收的提货码发送至所述提货终端，将所接收的签收验证信息发送至所述发货终端；
所述货源终端，用于依据所述提货验证信息验证所述提货码之后，予以发放货物；
所述提货终端，用于依据所述提货码于所述货源终端处接收所述货物，并将所述货物转交至所述发货终端；
所述发货终端，用于从所述发货地将所述货物配送至预设的目的地，并依据所述签收验证信息验证所述签收码；
所述客户终端，用于依据所述签收码于目的地接收所述货物。
2 、根据权利要求 1 所述的物流验证系统，其特征在于，所述提货终端还用于在依据所述提货码接收所述货物之后，生成一提货确认信息，反馈至所述物流终端；
所述发货终端还用于在依据所述签收验证信息验证所述签收码之后，生成一签收确认信息，反馈至所述物流终端。
3 、根据权利要求 2 所述的 物 流验证系统，其特征在于， 所述物流终端还用于将所述提货确认信息以及所述签收确认信息发送至所述标识信息发放中心。
4 、根据权利要求 1 所述的物流验证系统，其特征在于，所述提货终端还用于获取所述提货终端的第一地理位置信息，将所述第一地理位置信息实时上传至物流终端；
所述发货终端还用于获取所述发货终端的第二地理位置信息，将所述第二地理位置信息实时上传至物流终端。
5 、根据权利要求 4 所述的物流验证系统，其特征在于，所述物流终端还用于实时地将所述第一地理位置信息以及第二地理位置信息同步至所述标识信息发放中心。
6 、一种物流验证方法，提供如权利要求 1 所述的物流验证系统，其特征在于，所述物流验证方法包括以下步骤：
A 、所述标识信息发放中心生成一提货码及与所述提货码对应的提货验证信息，生成一签收码及与所述签收码对应的签收验证信息，并将所述提货码以及所述签收验证信息发送至所述物流终端，将所述签收码发送至所述客户终端，将所述提货验证信息发送至所述货源终端；
B 、所述物流终端将所接收的提货码发送至所述提货终端，所述提货终端依据所述提货码请求接收所述货源终端所提供的货物，并在所述货源终端依据所述提货验证信息验证所述提货码后，转交所述货物至所述发货终端；
C 、所述物流终端将所接收的签收验证信息发送至所述发货终端，所述发货终端将所述货物配送至预设的目的地，并依据所述签收验证信息验证所述客户终端的签收码以确认所述客户终端接收所述货物。
7 、根据权利要求 6 所述的物流验证方法，其特征在于，在所述步骤 B 中，所述提货终端在依据所述提货码接收所述货物之后，生成一提货确认信息，反馈至所述物流终端。
在所述步骤 C 中，所述发货终端在依据所述签收验证信息验证所述签收码之后，生成一签收确认信息，反馈至所述物流终端。
8 、根据权利要求 7 所述的物流验证方法，其特征在于，该方法还包括：
D 、在所述步骤 C 之后，所述物流终端将所述提货确认信息以及所述签收确认信息发送至所述标识信息发放中心。
9 、根据权利要求 6 所述的物流验证方法，其特征在于，在所述步骤 B 中，所述提货终端获取所述提货终端的第一地理位置信息，将所述第一地理位置信息实时上传至物流终端；
在所述步骤 C 中，所述发货终端获取所述发货终端的第二地理位置信息，将所述第二地理位置信息实时上传至物流终端。
10 、根据权利要求 9 所述的物流验证方法，其特征在于，该方法还包括：
D 、在所述述步骤 C 之后，所述物流终端实时地将所述第一地理位置信息以及第二地理位置信息同步至所述标识信息发放中心。
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