WO2018214589A1 - 集装箱运营系统及其运营方法 - Google Patents

集装箱运营系统及其运营方法 Download PDF

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WO2018214589A1
WO2018214589A1 PCT/CN2018/074452 CN2018074452W WO2018214589A1 WO 2018214589 A1 WO2018214589 A1 WO 2018214589A1 CN 2018074452 W CN2018074452 W CN 2018074452W WO 2018214589 A1 WO2018214589 A1 WO 2018214589A1
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container
delivery
terminal device
order
inspection
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PCT/CN2018/074452
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English (en)
French (fr)
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张轶骏
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上海撬动网络科技有限公司
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Publication of WO2018214589A1 publication Critical patent/WO2018214589A1/zh

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    • 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

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  • the invention belongs to the field of application of electronic technology, the container operation system and the operation method thereof, and the inspection box and the distribution link of the container.
  • container transportation plays an extremely important position in the global cargo transportation.
  • the second empty driving of container vehicles trucks, etc. reduces the efficiency of container use.
  • the shipper cannot find a suitable shipper, and the freighter cannot receive the goods, which also creates a waste of certain resources.
  • One object of the present invention is to provide a container operation system, and a second object of the invention is to provide a container operation method, which improves the flow efficiency of a container through a container operation system and a container operation method.
  • a container operation system comprising a distribution input module, a distribution database, a check box processing module and a receiving processing module;
  • the delivery input module is configured to receive the delivery order sent by each delivery terminal device, and store the delivery order in the distribution database;
  • the inspection box processing module is configured to, after receiving the container box image and the container related information sent by each inspection box terminal device, inspect the integrity of the container box according to the container box image, and send the inspection result to the inspection box terminal.
  • Equipment if the inspection result is that the container box is intact, the delivery processing module sends a delivery instruction;
  • the receiving processing module is configured to, after receiving the delivery instruction, retrieve a matching delivery order from the distribution database according to the container related information and send it to the inspection terminal device for receiving the order.
  • the delivery order includes the packing time and location, the shipping company, the port area, the box type, the weight, the number of pieces, the volume, the port of departure, the port of destination, the transit port, the bill of lading number, the product name, the contact person and the contact information, Value of goods; container-related information includes the current location of the box, shipping company and container.
  • the receiving processing module is further configured to receive the order information of the delivery order returned by the inspection terminal device, and if the delivery order selected by the inspection terminal device is in a detachable state, modify the corresponding delivery order in the distribution database. State, complete the distribution.
  • the receiving processing module is further configured to receive the order receiving order information returned by the inspecting terminal device, and if the matching order selected by the inspecting terminal device has been allocated to another inspecting terminal device, send to the inspecting terminal device The delivery order failed to receive a message.
  • the receiving processing module is further configured to send the delivery result to the delivery terminal device after the delivery is completed.
  • the receiving processing module is further configured to send payment information to the delivery terminal device.
  • the container operation system further includes an information distribution module, configured to generate an empty box reuse information that is connected to the third-party system after the receiving processing module completes the matching of the delivery order.
  • the object 2 of the present invention is achieved by the following technical solutions:
  • a container operation method using the above container operation system includes the following steps:
  • the inspection box processing module checks the integrity of the container box according to the container box image, and sends the inspection result to the inspection box terminal device. If the inspection result is that the container box is intact, the delivery processing module is sent a delivery instruction;
  • the receiving processing module is configured to, after receiving the delivery instruction, send a matching delivery order from the distribution database according to the container related information to the inspection terminal device for receiving the order.
  • the container operation method further includes the following steps:
  • the inspection terminal device After receiving the delivery order, the inspection terminal device performs a selection operation, and feeds back the order information to the container operation system;
  • the receiving processing module receives the order information of the delivery order returned by the inspection terminal device, and if the matching order selected by the inspection terminal device is in the arrangable state, the state of the corresponding distribution order in the distribution database is modified, Complete the delivery.
  • the container operation method further includes the following steps:
  • the receiving processing module receives the order information of the delivery order returned by the inspection terminal device, and if the delivery order selected by the inspection terminal device has been assigned to another inspection terminal device, the delivery order is sent to the inspection terminal device. The message that the order failed.
  • the container operation method further includes the following steps:
  • the receiving processing module sends the delivery result to the delivery terminal device.
  • the container operation method further includes the following steps:
  • the S07A and the receiving processing module send payment information to the delivery terminal device.
  • the container operation method further includes the following steps:
  • the S07B and the information distribution module generate empty box reuse information that is connected to the third-party system.
  • the invention has the beneficial effects of improving container use efficiency, reducing the driving mileage of the vehicle, reducing costs and increasing efficiency for both parties, and better arranging crowding conditions and improving safety conditions for transportation, for economy and trade.
  • This is a standard supply-side reform, and it also provides a strong guarantee for the upgrading of Industry 4.0 and related industries.
  • the shipper and the shipper use the information exchange between the corresponding terminal equipment and the server to realize the paperless operation, it is beneficial to protect natural resources and save energy and reduce emissions.
  • Embodiment 1 is a schematic structural view of a container operation system shown in Embodiment 1;
  • Embodiment 2 is a schematic flow chart of a container operation method shown in Embodiment 2.
  • Embodiment 1 is a diagrammatic representation of Embodiment 1:
  • a container operation system disclosed in this embodiment is applied to a server, as shown in FIG. 1 , and includes a distribution input module, a distribution database, a check box processing module, and a receiving processing module.
  • the delivery input module is used to receive the delivery order sent by each delivery terminal device and store the delivery order in the distribution database.
  • the delivery terminal device may be a handheld terminal device such as a mobile phone or a tablet computer, or may be a fixed device such as a PC computer, and sends a delivery order to the container operation system through an application program.
  • the delivery order can include the packing time and location, shipping company, port area, box type, weight, number of pieces, volume, port of departure, destination port, transit port, bill of lading number, product name, contact person and contact information, and goods. Value and other information, on the one hand, can facilitate the subsequent distribution, and on the other hand, it can facilitate future statistical work.
  • the inspection box processing module is configured to, after receiving the container box image and the container related information sent by each inspection box terminal device, inspect the integrity of the container box according to the container box image, and send the inspection result to the inspection box terminal.
  • Equipment if the inspection result is that the container is intact, the delivery processing module sends a delivery instruction; if the inspection result is that the provided image is incorrect, the image verification to the inspection terminal device does not pass the request to re-provide the image; if the inspection result If the container is damaged, the inspection box will be issued to the inspection terminal equipment and the container will not be repaired by the information request.
  • the inspection of the integrity of the container can be carried out by means of manual judgment, AI map, video stream screenshot and module of the template library.
  • the terminal device can be a handheld terminal device such as a mobile phone or a tablet computer, including image acquisition, human-computer interaction, data processing, data transmission, etc., or can be dedicated to image acquisition, human-computer interaction, data processing, and data.
  • a device that transmits functions such as transmission.
  • the container box image sent by the box inspection terminal device may be a box plane image, a box video or a box 3D image.
  • the container-related information sent by the inspection terminal equipment includes the box type, the shipping company and the current location of the container.
  • the receiving processing module is configured to, after receiving the delivery instruction, retrieve a matching delivery order from the distribution database according to the container related information and send it to the inspection terminal device for receiving the order.
  • the receiving processing module can send matching matching multiple order orders from the distribution database to the inspection terminal equipment according to the box type required in the delivery order, the distance between the container location and the packing location.
  • the detailed information of the matching delivery order can be queried for selection by the relevant personnel.
  • the receiving processing module is further configured to receive the order information of the delivery order returned by the inspection terminal device, and if the delivery order selected by the inspection terminal device is in a detachable state, modify the status of the corresponding delivery order in the distribution database. , complete the distribution. If the delivery order selected by the inspection terminal device has been assigned to another inspection terminal device, a message that the delivery order has failed to be sent to the inspection terminal device is sent. After the completion of the distribution, according to the subsequent logistics links, the receiving processing module can also change the status of the delivery order in the distribution database to the state of being boxed, sent in transit, unloaded at the destination, completed, and the like.
  • the receiving processing module is also used to send the delivery result to the delivery terminal device after the delivery is completed.
  • the receiving processing module is also used to send payment information to the delivery terminal device.
  • the container operation system further includes an information distribution module, configured to generate empty box reuse information that is connected to the third-party system.
  • the third-party system can be a ship company system, a terminal system or a yard system.
  • the empty container reuse information is equivalent to a ship company system, a dock system or a yard system with relevant requirements, and the shipping company system, the terminal system or The import process in the yard system is completed, and an export process is restarted to other relevant demand parties.
  • Empty container reuse information can be printed in standard traditional form or in two-dimensional code for use by shipping company systems, terminal systems or yard systems, or directly connected to relevant modules in third-party systems by information distribution modules. .
  • the empty container reuse information provided to the shipping company system, the terminal system or the yard system as the importing party may include the inspection time, the box type, the box number, the shipping company, the import bill of lading number, the container import seal number, and the like.
  • the empty container reuse information provided to the shipping company system, the terminal system or the yard system as the exporting party may include the inspection time, the box type, the box number, the shipping company, the export bill of lading number, the container export number, the number of the product name, the gross weight , volume, transit port information, destination port information, etc.
  • the information contained in the empty container reuse information can be adjusted according to actual needs.
  • the delivery party sends the delivery order to the container operation system by using the delivery terminal device, and the delivery input module stores the delivery order in the distribution database;
  • the freighter uses the container box image and the container related information sent by the inspection terminal device to the container operation system, and the inspection box processing module checks the integrity of the container box according to the container box image, and sends the inspection result to the inspection box.
  • the terminal device if the inspection result is that the container box is intact, sends a delivery instruction to the receiving processing module; if the inspection result is that the provided image is incorrect, the image review to the inspection terminal device does not pass the request to re-provide the image; If the inspection result is that the container box is damaged, the inspection box will be issued to the inspection box terminal equipment and the container will not be repaired by the information request.
  • the receiving processing module is configured to, after receiving the delivery instruction, send a matching delivery order from the distribution database according to the container related information to the inspection terminal device for receiving the order.
  • the inspection terminal device After receiving the delivery order, the inspection terminal device performs a selection operation, and feeds back the order information of the delivery order to the container operation system, for example, whether to perform an order operation, and select which distribution order to place an order;
  • the receiving processing module receives the order information of the delivery order returned by the inspection terminal device, and if the matching order selected by the inspection terminal device is in the arrangable state, the state of the corresponding delivery order in the distribution database is modified. Complete the delivery. If the delivery order selected by the inspection terminal device has been assigned to another inspection terminal device, a message that the delivery order has failed to be sent to the inspection terminal device is sent.
  • the receiving processing module sends the delivery result to the delivery terminal device.
  • the receiving processing module sends payment information to the delivery terminal device.
  • the information distribution module can also generate the empty box reuse information that is connected to the third-party system.

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Abstract

本发明公开了一种集装箱运营系统及其运营方法，包含配货输入模块、配货数据库、验箱处理模块和接货处理模块，配货输入模块用于接收由各配货终端设备发送的配货订单，并将配货订单存入配货数据库；验箱处理模块用于在接收到由各验箱终端设备发送的集装箱箱体图像和集装箱相关信息后，根据集装箱箱体图像对集装箱箱体的完好性进行检验，将检验结果发送给验箱终端设备，检验结果为集装箱箱体的完好，则给接货处理模块发送配货指令；接货处理模块用于在接收到配货指令后，根据集装箱相关信息从配货数据库中调取匹配的配货订单发送给验箱终端设备进行接单。本发明全面解决了集装箱信息流转的问题，从而打破原有的传统运营模式，进而提高运营效率。

Description

集装箱运营系统及其运营方法 技术领域
本发明属于电子技术应用领域，集装箱运营系统及其运营方法，包含集装箱的验箱环节和配货环节。
背景技术
集装箱运输作为现代最先进的一种运输方式，在全球的货物运输中占据极其重要的位置。现有技术中，首先，装有货物的集装箱在送达目的地后，需要将空的集装箱还回到指定场地由专门人员进行检验，检验符合再次使用标准后再将集装箱投入使用，这样就造成集装箱载具(卡车等)的二次空驶，降低了集装箱的使用效率。其次，由于发货方和货运方的信息不公开，造成了发货方找不到合适的货运方，货运方接不到货，也形成了一定资源的浪费。
发明内容
本发明的发明目的一在于提供一种集装箱运营系统，发明目的二在于提供集装箱运营方法，通过集装箱运营系统和集装箱运营方法提高集装箱的流转效率。
本发明的发明目的一通过以下技术方案实现：
一种集装箱运营系统，包含配货输入模块、配货数据库、验箱处理模块和接货处理模块；
配货输入模块用于接收由各配货终端设备发送的配货订单，并将配货订单存入配货数据库；
验箱处理模块用于在接收到由各验箱终端设备发送的集装箱箱体图像和集装箱相关信息后，根据集装箱箱体图像对集装箱箱体的完好性进行检验，将检验结果发送给验箱终端设备，如果检验结果为集装箱箱体完好，则给接货处理模块发送配货指令；
接货处理模块用于在接收到配货指令后，根据集装箱相关信息从配货数据 库中调取匹配的配货订单发送给验箱终端设备进行接单。
优选地，配货订单包含装箱时间和地点、船公司、进港港区、箱型、重量、件数、体积、起运港、目的港、中转港、提单号、品名、联系人和联系方式、货值；集装箱相关信息包含箱型、船公司和集装箱当前所在地。
进一步，接货处理模块还用于接收验箱终端设备返回的配货订单接单信息，如果验箱终端设备选择的配货订单处于可配货状态，则修改配货数据库中相应的配货订单的状态，完成配货。
进一步，接货处理模块还用于接收验箱终端设备返回的配货订单接单信息，如果验箱终端设备选择的配货订单已分配给其它的验箱终端设备，则向验箱终端设备发送配货订单接单失败的消息。
进一步，接货处理模块还用于在配货完成后，向配货终端设备发送配货结果。
进一步，接货处理模块还用于向配货终端设备发送付款信息。
进一步，集装箱运营系统还包含信息分配模块，用于在接货处理模块完成配货订单匹配后用生成与第三方系统对接的空箱再使用信息。
本发明的发明目的二通过以下技术方案实现：
一种集装箱运营方法，采用上述集装箱运营系统，包含以下步骤：
S01、使用配货终端设备向集装箱运营系统发送配货订单，配货输入模块将配货订单存入配货数据库；
S02、使用验箱终端设备向集装箱运营系统发送的集装箱箱体图像和集装箱相关信息，验箱处理模块根据集装箱箱体图像对集装箱箱体的完好性进行检验，将检验结果发送给验箱终端设备，如果检验结果为集装箱箱体的完好，则给接货处理模块发送配货指令；
S03、接货处理模块用于在接收到配货指令后，根据集装箱相关信息从配货数据库中调取匹配的配货订单发送给验箱终端设备进行接单。
进一步，集装箱运营方法还包含以下步骤：
S04、验箱终端设备接收到配货订单后进行选择操作，向集装箱运营系统反馈接单信息；
S05A、接货处理模块接收验箱终端设备返回的配货订单接单信息，如果验箱终端设备选择的配货订单处于可配货状态，则修改配货数据库中相应的配货订单的状态，完成配货。
进一步，集装箱运营方法还包含以下步骤：
S05B、接货处理模块接收验箱终端设备返回的配货订单接单信息，如果验箱终端设备选择的配货订单已分配给其它的验箱终端设备，则向验箱终端设备发送配货订单接单失败的消息。
进一步，集装箱运营方法还包含以下步骤：
S06、接货处理模块向配货终端设备发送配货结果。
进一步，集装箱运营方法还包含以下步骤：
S07A、接货处理模块向配货终端设备发送付款信息。
进一步，集装箱运营方法还包含以下步骤：
S07B、信息分配模块生成与第三方系统对接的空箱再使用信息。
本发明的有益效果在于：提高集装箱使用效率，减少载具空驶里程，对于交易双方来说降本增效，对于交通来说能更好的梳理拥挤状况和改善安全状况，对于经济和贸易来说这是标准的供给侧改革，也为工业4.0和相关产业的升级提供有力的保障。同时，由于发货方和货运方都使用相应的终端设备和服务器之间进行信息交互，实现无纸化操作，有利于保护自然资源和节能减排。
附图说明
图1为实施例一所示集装箱运营系统的结构示意图；
图2为实施例二所示集装箱运营方法的流程示意图。
具体实施方式
下面结合附图和实施例对本发明作进一步的详细说明。
实施例一：
本实施例所公开的一种集装箱运营系统，应用在服务器上，如图1所示，包含配货输入模块、配货数据库、验箱处理模块和接货处理模块。
配货输入模块用于接收由各配货终端设备发送的配货订单，并将配货订单存入配货数据库。配货终端设备可以是如手机、平板电脑等手持式终端设备，也可以是如PC电脑等固定设备，通过应用程序向集装箱运营系统发送配货订单。配货订单中可以包含装箱时间和地点、船公司、进港港区、箱型、重量、件数、体积、起运港、目的港、中转港、提单号、品名、联系人和联系方式、货值等信息，一方面可以方便后续的配货环节，另一方面也可以方便以后的统计工作。
验箱处理模块用于在接收到由各验箱终端设备发送的集装箱箱体图像和集装箱相关信息后，根据集装箱箱体图像对集装箱箱体的完好性进行检验，将检验结果发送给验箱终端设备，如果检验结果为集装箱箱体完好，则给接货处理模块发送配货指令；如果检验结果为提供图像不正确，则向验箱终端设备发出图像审核不通过要求重新提供图像；如果检验结果为集装箱箱体破损，则向验箱终端设备发出验箱不通过信息要求维修集装箱。其中，对集装箱箱体的完好性进行检验可以采用人工判断、AI识图、视频流截图与模板库的模块进行比较等方式进行。验箱终端设备可以是如手机、平板电脑等包含图像采集、人机交互、数据处理、数据传输等功能的手持式终端设备，也可以是专门的具有图像采集、人机交互、数据处理、数据传输等功能的设备。验箱终端设备发送的集装箱箱体图像可以是箱体平面图像、箱体视频或者箱体3D图像。验箱终端设备发送的集装箱相关信息包含箱型、船公司和集装箱当前所在地等。
接货处理模块用于在接收到配货指令后，根据集装箱相关信息从配货数据库中调取匹配的配货订单发送给验箱终端设备进行接单。接货处理模块可以根据配货订单中要求的箱型、集装箱所在地与装箱地点之间的距离等条件从配货 数据库中调取匹配的多条配货订单发送给验箱终端设备。在验箱终端设备可以查询到匹配的配货订单的详细信息以供相关人员选择。
接货处理模块还用于接收验箱终端设备返回的配货订单接单信息，如果验箱终端设备选择的配货订单处于可配货状态，则修改配货数据库中相应的配货订单的状态，完成配货。如果验箱终端设备选择的配货订单已分配给其它的验箱终端设备，则向验箱终端设备发送配货订单接单失败的消息。在配货完成后，根据后续的各个物流环节，接货处理模块还可以将配货数据库中配货订单的状态改为已装箱、发送途中、到达目的地卸货、已完成等状态。
接货处理模块还用于在配货完成后，向配货终端设备发送配货结果。
接货处理模块还用于向配货终端设备发送付款信息。
在本实施例中，集装箱运营系统还包含信息分配模块，用于生成与第三方系统对接的空箱再使用信息。第三方系统可以为船公司系统、码头系统或者堆场系统等，空箱再使用信息相当于给有相关需求的船公司系统、码头系统或者堆场系统一个平台，把船公司系统、码头系统或者堆场系统里面的进口流程完成，同时重启一个出口流程，给其它的相关需求方。空箱再使用信息可以通过以标准传统形式打印或以二维码形式流转以供船公司系统、码头系统或者堆场系统录入使用，也可以由信息分配模块与第三方系统中的相关模块直接对接。提供给作为进口方的船公司系统、码头系统或者堆场系统的空箱再使用信息可以包含验箱时间、箱型、箱号、船公司、进口提单号、集装箱进口封号等。提供给作为出口方的船公司系统、码头系统或者堆场系统的空箱再使用信息中可以包含验箱时间、箱型、箱号、船公司、出口提单号、集装箱出口封号、品名件数、毛重、体积、中转港信息、目的港信息等。空箱再使用信息所包含的信息可以根据实际需求做出相应的调整。
除以上所述的各模块外，在集装箱运营系统中还可以配置其它的功能模块，例如数据统计模块等。
实施例二
一种集装箱运营方法，采用实施例一中所述的集装箱运营系统，包含以下步骤：
S01、发货方使用配货终端设备向集装箱运营系统发送配货订单，配货输入模块将配货订单存入配货数据库；
S02、货运方使用验箱终端设备向集装箱运营系统发送的集装箱箱体图像和集装箱相关信息，验箱处理模块根据集装箱箱体图像对集装箱箱体的完好性进行检验，将检验结果发送给验箱终端设备，如果检验结果为集装箱箱体的完好，则给接货处理模块发送配货指令；如果检验结果为提供图像不正确，则向验箱终端设备发出图像审核不通过要求重新提供图像；如果检验结果为集装箱箱体破损，则向验箱终端设备发出验箱不通过信息要求维修集装箱。
S03、接货处理模块用于在接收到配货指令后，根据集装箱相关信息从配货数据库中调取匹配的配货订单发送给验箱终端设备进行接单。
S04、验箱终端设备接收到配货订单后进行选择操作，向集装箱运营系统反馈配货订单接单信息，例如是否进行接单操作，选择哪一个配货订单进行订单；
S05、接货处理模块接收验箱终端设备返回的配货订单接单信息，如果验箱终端设备选择的配货订单处于可配货状态，则修改配货数据库中相应的配货订单的状态，完成配货。如果验箱终端设备选择的配货订单已分配给其它的验箱终端设备，则向验箱终端设备发送配货订单接单失败的消息。
S06、接货处理模块向配货终端设备发送配货结果。
S07、接货处理模块向配货终端设备发送付款信息。同时还可以由信息分配模块生成与第三方系统对接的空箱再使用信息。
可以理解的是，对本领域普通技术人员来说，可以根据本发明的技术方案及其发明构思加以等同替换或改变，而所有这些改变或替换都应属于本发明所附的权利要求的保护范围。

Claims (13)

  1. 一种集装箱运营系统，包含配货输入模块、配货数据库、验箱处理模块和接货处理模块，其特征在于：
    所述配货输入模块用于接收由各配货终端设备发送的配货订单，并将配货订单存入配货数据库；
    所述验箱处理模块用于在接收到由各验箱终端设备发送的集装箱箱体图像和集装箱相关信息后，根据集装箱箱体图像对集装箱箱体完好性进行检验，将检验结果发送给验箱终端设备，如果检验结果为集装箱箱体的完好，则给接货处理模块发送配货指令；
    所述接货处理模块用于在接收到配货指令后，根据集装箱相关信息从配货数据库中调取匹配的配货订单发送给验箱终端设备进行接单。
  2. 根据权利要求1所述的一种集装箱运营系统，其特征在于所述配货订单包含装箱时间和地点、船公司、进港港区、箱型、重量、件数、体积、起运港、目的港、中转港、提单号、品名、联系人和联系方式、货值；所述集装箱相关信息包含箱型、船公司和集装箱当前所在地。
  3. 根据权利要求1所述的一种集装箱运营系统，其特征在于接货处理模块还用于接收验箱终端设备返回的配货订单接单信息，如果验箱终端设备选择的配货订单处于可配货状态，则修改配货数据库中相应的配货订单的状态，完成配货。
  4. 根据权利要求1所述的一种集装箱运营系统，其特征在于接货处理模块还用于接收验箱终端设备返回的配货订单接单信息，如果验箱终端设备选择的配货订单已分配给其它的验箱终端设备，则向验箱终端设备发送配货订单接单失败的消息。
  5. 根据权利要求1或3或4所述一种集装箱运营系统，其特征在于所述接货处理模块还用于在配货完成后，向配货终端设备发送配货结果。
  6. 根据权利要求5所述一种集装箱运营系统，其特征在于所述接货处理模 块还用于向配货终端设备发送付款信息。
  7. 根据权利要求1所述一种集装箱运营系统，其特征在于还包含信息分配模块，用于在接货处理模块完成配货订单匹配后生成与第三方系统对接的空箱再使用信息。
  8. 一种集装箱运营方法，应用权利要求1至7任一所述的集装箱运营系统，包含以下步骤：
    S01、使用配货终端设备向集装箱运营系统发送配货订单，配货输入模块将配货订单存入配货数据库；
    S02、使用验箱终端设备向集装箱运营系统发送的集装箱箱体图像和集装箱相关信息，验箱处理模块根据集装箱箱体图像对集装箱箱体的完好性进行检验，将检验结果发送给验箱终端设备，如果检验结果为集装箱箱体的完好，则给接货处理模块发送配货指令；
    S03、接货处理模块用于在接收到配货指令后，根据集装箱相关信息从配货数据库中调取匹配的配货订单发送给验箱终端设备进行接单。
  9. 根据权利要求8所述的一种集装箱运营方法，其特征在于还包含以下步骤：
    S04、验箱终端设备接收到配货订单后进行选择操作，向集装箱运营系统反馈配货订单接单信息；
    S05A、接货处理模块接收验箱终端设备返回的配货订单接单信息，如果验箱终端设备选择的配货订单处于可配货状态，则修改配货数据库中相应的配货订单的状态，完成配货。
  10. 根据权利要求8所述的一种集装箱运营方法，其特征在于还包含以下步骤：
    S04、验箱终端设备接收到配货订单后进行选择操作，向集装箱运营系统反馈配货订单接单信息；
    S05B、接货处理模块接收验箱终端设备返回的配货订单接单信息，如果验箱终端设备选择的配货订单已分配给其它的验箱终端设备，则向验箱终端设备发送配货订单接单失败的消息。
  11. 根据权利要求9或10所述的一种集装箱运营方法，其特征在于还包含以下步骤：
    S06、接货处理模块向配货终端设备发送配货结果。
  12. 根据权利要求11所述的一种集装箱运营方法，其特征在于还包含以下步骤：
    S07A、接货处理模块向配货终端设备发送付款信息。
  13. 根据权利要求11所述的一种集装箱运营方法，其特征在于还包含以下步骤：
    S07B、信息分配模块生成与第三方系统对接的空箱再使用信息。
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