WO2018072573A1 - 自动售取票机及自动售取票系统和运行方法 - Google Patents
自动售取票机及自动售取票系统和运行方法 Download PDFInfo
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- WO2018072573A1 WO2018072573A1 PCT/CN2017/101515 CN2017101515W WO2018072573A1 WO 2018072573 A1 WO2018072573 A1 WO 2018072573A1 CN 2017101515 W CN2017101515 W CN 2017101515W WO 2018072573 A1 WO2018072573 A1 WO 2018072573A1
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07B—TICKET-ISSUING APPARATUS; FARE-REGISTERING APPARATUS; FRANKING APPARATUS
- G07B1/00—Machines for printing and issuing tickets
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F17/00—Coin-freed apparatus for hiring articles; Coin-freed facilities or services
- G07F17/42—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for ticket printing or like apparatus, e.g. apparatus for dispensing of printed paper tickets or payment cards
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- the present application relates to the field of automatic ticketing technology, and in particular, to an automatic ticket collecting machine and an Internet automatic ticketing system and a running method.
- Automated ticket machines have been widely used in rail transit, tourism parks, cinemas and museums to provide ticketing and ticketing functions. Users use cash to purchase tickets on site, which requires users to carry cash, otherwise they cannot trade.
- the user uses the mobile payment method to purchase tickets on the spot. This method requires the user to interact with the machine frequently, resulting in long transaction time, resulting in a large number of subsequent users queuing.
- the user places an order on the Internet line and collects the ticket by means of a two-dimensional code generated after the machine scans the order. This method requires a two-dimensional code recognition module to be configured on the machine, and the capital investment of the merchant is very high.
- the present application provides an automatic ticket vending machine, which realizes the Internet order without the configuration of the two-dimensional code recognition module. And on-site ticket collection.
- the invention also provides an automatic ticket sales system and a running method.
- the automatic ticket vending machine comprises a machine main body frame for mounting and supporting the following modules: a human-computer interaction module for accepting user operation instructions and realizing information interaction with the user; a ticket processing module for making notes And sent to the user; a control module for controlling the interaction and control of the human-computer interaction module and the ticket processing module; a communication module for realizing the information communication between the automatic ticket-selling machine and the external device; wherein the human-machine
- the interaction module accepts the ticketing instruction input by the user and transmits the ticketing instruction to the control module, and the control module provides the two-dimensional code with the automatic ticketing machine identification to the user through the human-computer interaction module, and the control module passes the communication module
- the human-computer interaction module acquires the order information that the user confirms the ticket, and transmits the order information of the confirmed ticket to the ticket processing module through the control module, to complete
- the ticket and the ticket result information are transmitted to the order system through the communication module.
- the human-computer interaction module includes a display module for displaying human-computer interaction information and a touch module for accepting user operation instructions.
- a display module for displaying human-computer interaction information
- a touch module for accepting user operation instructions.
- a prompt message for assisting in completing the transaction and a ticket picking button icon are displayed.
- the automatic ticketing system includes an automatic ticketing machine, a mobile communication device, and an order system, wherein the mobile communication device is configured to implement an interaction between the user and the order system through application software and a network, the interaction including Sending an order request; the order system is configured to obtain an order request issued by the mobile communication device and generate one or more orders according to the order request, send order information to the user-specified vending machine, and transmit the ticket result information to Mobile communication device, notifying the user of the order execution result and modifying the order execution in the order system; the automatic ticket vending machine includes: a machine The main body frame is used for installing and supporting the following modules: a human-computer interaction module for accepting user operation instructions and realizing information interaction with the user; a ticket processing module for preparing the ticket and sending it to the user; a control module, The utility model is configured to control interaction and control between the human-computer interaction module and the ticket processing module; a communication module is configured to implement information communication between the automatic ticket vending machine and the external device; the human-computer interaction module accepts the user
- the interaction between the user and the order system further includes confirming the order, payment, specifying the automatic ticket machine to be picked up, selecting the order information to be ticketed, and receiving the ticket result information.
- the automatic ticket vending machine that specifies the ticket to be picked up means that the user obtains the two-dimensional code with the auto-sale ticket machine identification by the mobile communication device and sends the two-dimensional code to the order system to specify the automatic Ticket machine for sale.
- the method for operating the automatic ticketing system includes: in step 1, the mobile communication device initiates an order request to the order system through the application software and the network, and the order system generates one or more orders according to the order request; step 2, the mobile communication device Obtaining a two-dimensional code displayed by the automatic ticket vending machine, the two-dimensional code includes identity identification information of the automatic ticket vending machine; and step 3, the mobile communication device obtains the identity identification information and the user's information from the automatic ticket vending machine The identity information is transmitted to the order system; in step 4, the order system retrieves the order information of the user from the order data of the completed payment; in step 5, the order system transmits the order information to the automatic ticket vending machine through the network; Automatic ticket machine completes the ticketing and The ticketing result information is transmitted to the order system via the network; and in step 7, the order system transmits the ticketing result information to the mobile communication device via the network, notifies the user of the order execution result, and modifies the order execution status in the order system.
- the method further includes: step 41, the order system pushes the order information of the user to the mobile communication device through the mobile network; and in step 42, the mobile communication device displays all the order information of the user and prompts The user selects an order that needs to be issued; and in step 43, the mobile communication device transmits the order information that needs to be issued to the order system via the mobile network.
- the step 1 further comprises the step of the user paying the order fee in the order system by the mobile communication device.
- the automatic ticketing system uses an internet communication device or a personal computer to make an operation by placing an order on the internet, paying, etc., and acquiring a two-dimensional code of the automatic ticketing machine identification by the mobile communication device and transmitting it to the order system.
- the automatic ticket-selling machine realizes the ticket-collecting function, and the automatic ticket-selling machine does not need to set a higher-priced two-dimensional code recognition module to realize the Internet ordering and on-site ticket collecting functions, enrich the existing ticket vending machine business, and reduce the implementation.
- the capital investment of the ticket-taking function can reduce the dependence on cash and facilitate users.
- FIG. 1 is a schematic diagram showing the structure of an automatic ticket sales system and the mutual transmission of information according to an embodiment of the present invention
- FIG. 2 is a schematic perspective structural view of an automatic ticket vending machine according to an embodiment of the present invention.
- FIG. 4 is a flow chart of a method for executing an automatic ticketing system to perform a ticket sales process according to an embodiment of the present invention.
- the automatic ticketing system provided by this embodiment includes a mobile communication device M, an automatic ticket vending machine T, and an order system S.
- the mobile communication device M is configured to implement an interaction operation between the user and the order system S through application software and a network, and the interaction operation includes sending an order request, confirming an order, paying, and specifying an automatic ticket machine T to be collected. , select the order information that needs to be issued, and receive the ticket result information.
- the order system S is configured to obtain an order request issued by the mobile communication device M and generate one or more orders according to the order request, send order information to the user-specified vending machine T, and transmit the ticket result information to the mobile
- the communication device M notifies the user of the order execution result and modifies the order execution in the order system S.
- the automatic ticket vending machine includes a machine main body frame 10 for mounting and supporting a human-machine interaction module, a ticket processing module 13, a communication module, and a control module.
- the human-computer interaction module is configured to accept user operation instructions and implement information interaction with the user.
- the human-computer interaction module includes a display module 11 for displaying human-computer interaction information and a touch module 12 for accepting user operation instructions.
- the ticket processing module 13 is configured to produce a ticket and send it to the user.
- the ticket gate is visible outside the machine body frame 10, so the ticket processing module 13 is labeled in FIG. 2, and the control module for controlling the human-computer interaction module and the ticket processing module is used to implement the automatic ticket-selling machine.
- the communication module of the information communication of the external device is disposed inside the machine theme frame 10, and is not visible from the outside of the stereo structure of the automatic ticket vending machine shown in FIG. 2, so the control module and the communication module are not indicated in FIG. .
- the human-computer interaction module accepts the ticketing instruction input by the user and transmits the ticketing instruction to the control module, and the control module provides the two-dimensional code with the automatic ticketing machine identification identifier to the user through the human-computer interaction module, and the control
- the module obtains the order information of the user pushed by the order system in the network through the communication module, and the human-computer interaction module acquires the order information that the user confirms the ticket, and transmits the order information of the confirmed ticket to the ticket processing through the control module.
- Module to complete the ticketing and transfer the ticketing result information to the order system through the communication module.
- the workflow of the automatic ticket vending machine is as shown in the figure.
- the display module 11 displays prompt information for assisting in completing the transaction and a ticket button icon, and the touch module 12 waits for the user.
- the control module determines whether someone clicks the ticket button, and if someone clicks, controls the display module 11 to display the QR code with the ticket identifier of the automatic ticket machine, if no one clicks, then continue Waiting; after the display module 11 displays the two-dimensional code, the control module waits for the order system S to issue the order information, determines that there is order information, controls the communication module to receive the order information, and transmits the ticket issuing instruction to the ticket processing module. 3. If there is no order information, it continues to wait; the ticket processing module 13 receives the ticket issuing instruction and issues the ticket and transmits the ticketing result information to the order system S through the communication module.
- the human-computer interaction module can further include a printing device, and the printing device can pass the real
- the two-dimensional code with the automatic ticket machine identification is printed out
- the identity information is provided to the user.
- the function can be omitted on the product with the display module.
- the two-dimensional code of the above-mentioned automatic ticket machine identification also includes time stamp information to ensure the real-time and security of the system.
- the method for operating the automatic ticketing system includes:
- Step 1 The mobile communication device initiates an order request to the order system through the application software and the network, and the order system generates one or more orders according to the order request;
- Step 2 The mobile communication device acquires a two-dimensional code displayed by the automatic ticketing machine, where the two-dimensional code includes identity identification information of the automatic ticketing machine;
- Step 3 The mobile communication device transmits the identity identification information acquired by the automatic ticketing machine and the identity information of the user to the order system;
- Step 4 The order system retrieves the order information of the user from the order data that has been paid out;
- Step 5 the order system transmits the order information to the automatic ticket collecting machine through the network
- Step 6 the automatic ticketing machine completes the ticketing and transmits the ticketing result information to the order system through the network;
- step 7 the order system transmits the ticketing result information to the mobile communication device via the network, notifies the user of the order execution result, and modifies the order execution status in the order system.
- step 4 and step 5 the method further includes:
- Step 41 The order system pushes the order information of the user to the mobile communication device through the mobile network;
- Step 42 The mobile communication device displays all the order information of the user and prompts the user to select a desired Order for ticketing;
- step 43 the mobile communication device transmits the order information that needs to be issued to the order system through the mobile network.
- the user can select the order information that needs to be issued, and provide more convenience for the user.
- Step 1 may also include the step of the user paying the order fee in the order system via the mobile communication device.
- a device such as a personal computer can perform step 1 on the network instead of the mobile communication device, including sending an order request, confirming an order, and paying.
- the automatic ticketing system uses an internet communication device or a personal computer to make an operation by placing an order on the internet, paying, etc., and acquires a two-dimensional code of the automatic ticketing machine identification by the mobile communication device and sends it to the order system.
- the method specifies the automatic ticket machine to realize the ticket collecting function. In this way, the automatic ticket machine does not need to set a higher cost two-dimensional code recognition module, realizes the Internet ordering and on-site ticket collecting function, and enriches the existing automatic ticketing.
- the business of the machine reducing the capital investment to achieve the ticket-taking function, can reduce the dependence on cash and facilitate users.
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Abstract
一种自动售取票机，其包括一机器主体框架（10），一人机交互模块，一票处理模块（13），一控制模块以及一通信模块，其中该人机交互模块接受用户输入的取票指令并传送至该控制模块，该控制模块接收到该取票指令后将带有该自动售取票机身份标识的二维码通过人机交互模块提供给用户，该控制模块通过该通信模块获取网络中订单系统推送的该用户的订单信息，该人机交互模块获取用户确认出票的订单信息，并通过该控制模块将该确认出票的订单信息传送给该票处理模块（13），以完成出票。该自动售取票机在没有配置二维码识别模块的条件下实现了互联网下单和现场取票功能。
Description
本申请要求于2016年10月21日提交中国专利局、申请号为201610920890.7、发明名称为“自动售取票机及自动售取票系统和运行方法”的中国专利申请的优先权，其全部内容通过引用结合在本申请中。
本申请涉及自动售票技术领域，尤其涉及一种自动售取票机以及互联网自动售取票系统及运行方法。
自动售取票机已经广泛应用于轨道交通、旅游园区、影院和博物馆等领域，提供售票和取票功能。用户在现场使用现金进行购票，这种方式需要用户必须携带现金，否则无法交易。用户在现场使用移动支付方式进行购票，这种方式需要用户频繁与机器进行交互，造成交易时间长，导致后续用户大量排队。用户在互联网线上下订单，到现场通过机器扫描下订单后生成的二维码的方式进行取票，这种方式要求在机器上必须配置有二维码识别模块，商家资金投入非常高。
发明内容
为了丰富已有自动售票机的业务、降低实现取票功能的资金投入，本申请提供一种自动售取票机，在没有配置二维码识别模块的条件下实现互联网下单
和现场取票功能。
本发明还提供一种自动售取票系统及运行方法。
该自动售取票机包括一机器主体框架，用于安装与支撑如下模块：一人机交互模块，用于接受用户操作指令并实现与用户的信息交互；一票处理模块，用于对票据的制作并送出给用户；一控制模块，用于控制人机交互模块与票处理模块的交互与控制；一通信模块，用于实现该自动售取票机与外界设备的信息通讯；其中，该人机交互模块接受用户输入的取票指令并传送至该控制模块，该控制模块将带有该自动售取票机身份标识的二维码通过人机交互模块提供给用户，该控制模块通过该通信模块获取网络中订单系统推送的该用户的订单信息，该人机交互模块获取用户确认出票的订单信息，并通过该控制模块将该确认出票的订单信息传送给该票处理模块，以完成出票并将出票结果信息通过通信模块传送至订单系统。
优选的，该人机交互模块包括一用于显示人机交互信息的显示模块和一用于接受用户操作指令的触摸模块。该显示模块待机时，显示协助完成交易的提示信息以及取票按钮图标。
该自动售取票系统包括一自动售取票机、一移动通信设备以及一订单系统，其中该移动通信设备用于通过应用软件和网络实现用户与订单系统之间的交互操作，该交互操作包括发送订单请求；该订单系统用于获得该移动通信设备发出的订单请求并根据该订单请求产生一个或多个订单、给用户指定的自动售取票机发送订单信息以及将出票结果信息传送至移动通信设备、通知用户订单执行结果并修改订单系统内的订单执行情况；该自动售取票机包括：一机器
主体框架，用于安装与支撑如下模块：一人机交互模块，用于接受用户操作指令并实现与用户的信息交互；一票处理模块，用于对票据的制作并送出给用户；一控制模块，用于控制人机交互模块与票处理模块的交互与控制；一通信模块，用于实现该自动售取票机与外界设备的信息通讯；该人机交互模块接受用户输入的取票指令并传送至该控制模块，该控制模块将带有该自动售取票机身份标识的二维码通过人机交互模块提供给用户，该控制模块通过该通信模块获取网络中订单系统推送的该用户的订单信息，该人机交互模块获取用户确认出票的订单信息，并通过该控制模块将该确认出票的订单信息传送给该票处理模块，以完成出票并将出票结果信息通过通信模块传送至订单系统。
具体的，该用户与订单系统之间的交互操作还包括确认下单、付款、指定待取票的自动售取票机、选择需要出票的订单信息以及接收出票结果信息。
具体的，该指定待取票的自动售取票机是指用户通过该移动通信设备获取带有自动售取票机身份标识的二维码并将该二维码发送至该订单系统而指定自动售取票机。
该自动售取票系统的运行方法，依次包括：步骤1，移动通信设备通过应用软件和网络向订单系统发起订单请求，订单系统根据该订单请求产生一个或多个订单；步骤2，移动通信设备获取自动售取票机显示的二维码，该二维码包含该自动售取票机的身份标识信息；步骤3，移动通信设备将从该自动售取票机获取的身份标识信息和用户的身份信息传送至订单系统；步骤4，订单系统从已完成支付的订单数据中检索出该用户的订单信息；步骤5，订单系统将该订单信息通过网络传送至自动售取票机；步骤6，自动售取票机完成出票并
将出票结果信息通过网络传送至订单系统；以及步骤7，订单系统将出票结果信息通过网络传送至移动通信设备，通知用户订单执行结果，并修改订单系统内的订单执行情况。
优选的，该步骤4与步骤5之间还包括：步骤41，订单系统将该用户的订单信息通过移动网络推送至该移动通信设备；步骤42，该移动通信设备显示该用户所有订单信息并提示用户选择需要出票的订单；以及步骤43，该移动通信设备将需要出票的订单信息通过移动网络传送至该订单系统。
优选的，该步骤1中还包括用户通过该移动通信设备在订单系统中支付订单费用的步骤。
本申请提供的自动售取票系统通过移动通信设备或个人电脑利用互联网络下单、支付等操作，并且通过移动通信设备获取自动售取票机身份标识的二维码发送给订单系统的方式指定自动售取票机实现取票功能，自动售取票机不需要额外设置造价较高的二维码识别模块，实现互联网下单和现场取票功能，丰富已有自动售票机的业务，降低实现取票功能的资金投入，可以减少对现金的依赖，方便使用者。
图1是本发明实施例提供的自动售取票系统的构成及信息相互传送示意图；
图2是本发明实施例提供的自动售取票机的立体结构示意图；
图3是本发明实施例提供的自动售取票机的工作流程图；以及
图4是本发明实施例提供的自动售取票系统执行一次售取票的运行方法流程图。
下面所描述的实施例仅仅是本发明一部分实施例，而不是全部的实施例。基于本发明中的实施例，本领域普通技术人员在没有作出创造性劳动前提下所获得的所有其他实施例，都属于本发明保护的范围。
如图1所示，本实施例提供的自动售取票系统包括移动通信设备M、自动售取票机T以及订单系统S。
其中，移动通信设备M用于通过应用软件和网络实现用户与订单系统S之间的交互操作，该交互操作包括发送订单请求、确认下单、付款、指定待取票的自动售取票机T、选择需要出票的订单信息以及接收出票结果信息等。该订单系统S用于获得该移动通信设备M发出的订单请求并根据该订单请求产生一个或多个订单、给用户指定的自动售取票机T发送订单信息以及将出票结果信息传送至移动通信设备M、通知用户订单执行结果并修改订单系统S内的订单执行情况。
如图2所示，该自动售取票机包括一机器主体框架10，用于安装与支撑一人机交互模块、一票处理模块13、一通信模块以及一控制模块。
该人机交互模块用于接受用户操作指令并实现与用户的信息交互。本实施例中该人机交互模块包括用于显示人机交互信息的显示模块11和用于接受用户操作指令的触摸模块12。该票处理模块13用于对票据的制作并送出给用户，
其出票口在机器主体框架10外侧可见，因此图2中标示了该票处理模块13，而用于控制人机交互模块与票处理模块的控制模块以及用于实现该自动售取票机与外界设备的信息通讯的通信模块则设置于该机器主题框架10的内部，从图2所示的自动售取票机的立体结构外部不可见，因此图2中没有标示该控制模块与该通信模块。
其中，该人机交互模块接受用户输入的取票指令并传送至该控制模块，该控制模块将带有该自动售取票机身份标识的二维码通过人机交互模块提供给用户，该控制模块通过该通信模块获取网络中订单系统推送的该用户的订单信息，该人机交互模块获取用户确认出票的订单信息，并通过该控制模块将该确认出票的订单信息传送给该票处理模块，以完成出票并将出票结果信息通过通信模块传送至订单系统。
本实施例中，参阅图3，该自动售取票机的工作流程如图所示，在待机状态下，该显示模块11显示协助完成交易的提示信息以及取票按钮图标，触摸模块12等待用户点击取票按钮图标，控制模块判断是否有人点击该取票按钮，如果有人点击，则控制该显示模块11显示带有该自动售取票机身份标识的二维码，如果没有人点击，则继续等待；该显示模块11显示二维码后，该控制模块等待订单系统S下发订单信息，判断为有订单信息时，控制该通信模块接收订单信息，并将出票指令传送给该票处理模块3，如无订单信息则继续等待；票处理模块13接收到出票指令后出票并将出票结果信息通过通信模块传送至订单系统S。
可选择的，该人机交互模块还可包括一打印装置，该打印装置可以通过实
时打印输出带有该自动售取票机身份标识的二维码的方式将身份标识信息提供给用户，当然为了环保，在具有显示模块的产品上该功能可以省略，优选的，为了保证系统的安全与稳定，上述自动售取票机身份标识的二维码还包括时间戳信息，以保证系统的实时性和安全性。
如图4所示，该自动售取票系统的运行方法依次包括：
步骤1，移动通信设备通过应用软件和网络向订单系统发起订单请求，订单系统根据该订单请求产生一个或多个订单；
步骤2，移动通信设备获取自动售取票机显示的二维码，该二维码包含该自动售取票机的身份标识信息；
步骤3，移动通信设备将从该自动售取票机获取的身份标识信息和用户的身份信息传送至订单系统；
步骤4，订单系统从已完成支付的订单数据中检索出该用户的订单信息；
步骤5，订单系统将该订单信息通过网络传送至自动售取票机；
步骤6，自动售取票机完成出票并将出票结果信息通过网络传送至订单系统；
步骤7，订单系统将出票结果信息通过网络传送至移动通信设备，通知用户订单执行结果，并修改订单系统内的订单执行情况。
该步骤4与步骤5之间还包括：
步骤41，订单系统将该用户的订单信息通过移动网络推送至该移动通信设备；
步骤42，该移动通信设备显示该用户所有订单信息并提示用户选择需要
出票的订单；
步骤43，该移动通信设备将需要出票的订单信息通过移动网络传送至该订单系统。
这样，用户可以选择需要出票的订单信息，为用户提供更多方便。
步骤1中还可以包括用户通过移动通信设备在订单系统中支付订单费用的步骤。另外，作为可替代的方案，个人电脑等设备通过网络可代替移动通信设备执行步骤1，包括发送下单请求、确认下单、付款。
本申请实施例提供的自动售取票系统通过移动通信设备或个人电脑利用互联网络下单、支付等操作，并且通过移动通信设备获取自动售取票机身份标识的二维码发送给订单系统的方式指定自动售取票机实现取票功能，如此一来，自动售取票机不需要额外设置造价较高的二维码识别模块，实现互联网下单和现场取票功能，丰富已有自动售票机的业务，降低实现取票功能的资金投入，可以减少对现金的依赖，方便使用者。
以上所揭露的仅为本发明一种较佳实施例而已，当然不能以此来限定本发明之权利范围，因此依本发明申请专利范围所作的等同变化，仍属本发明所涵盖的范围。
Claims (9)
- 一种自动售取票机，其包括：一机器主体框架，用于安装与支撑如下模块：一人机交互模块，用于接受用户操作指令并实现与用户的信息交互；一票处理模块，用于对票据的制作并送出给用户；一控制模块，用于控制人机交互模块与票处理模块的交互与控制；一通信模块，用于实现该自动售取票机与外界设备的信息通讯；其特征在于，该人机交互模块接受用户输入的取票指令并传送至该控制模块，该控制模块将带有该自动售取票机身份标识的二维码通过人机交互模块提供给用户，该控制模块通过该通信模块获取网络中订单系统推送的该用户的订单信息，该人机交互模块获取用户确认出票的订单信息，并通过该控制模块将该确认出票的订单信息传送给该票处理模块，以完成出票并将出票结果信息通过通信模块传送至订单系统。
- 如权利要求1所示的自动收取票机，其特征在于，该人机交互模块包括一用于显示人机交互信息的显示模块和一用于接受用户操作指令的触摸模块。
- 如权利要求2所示的自动收取票机，其特征在于，该显示模块待机时，显示协助完成交易的提示信息以及取票按钮图标。
- 一种自动售取票系统，包括一自动售取票机、一移动通信设备以及一订单系统，其特征在于，该移动通信设备用于通过应用软件和网络实现用户与订单系统之间的交互操作，该交互操作包括发送订单请求；该订单系统用于获得该移动通信设备发出的订单请求并根据该订单请求产生一个或多个订单、给用户指定的自动售取票机发送订单信息以及将出 票结果信息传送至移动通信设备、通知用户订单执行结果并修改订单系统内的订单执行情况；该自动售取票机包括：一机器主体框架，用于安装与支撑如下模块：一人机交互模块，用于接受用户操作指令并实现与用户的信息交互；一票处理模块，用于对票据的制作并送出给用户；一控制模块，用于控制人机交互模块与票处理模块的交互与控制；一通信模块，用于实现该自动售取票机与外界设备的信息通讯；其中，该人机交互模块接受用户输入的取票指令并传送至该控制模块，该控制模块将带有该自动售取票机身份标识的二维码通过人机交互模块提供给用户，该控制模块通过该通信模块获取网络中订单系统推送的该用户的订单信息，该人机交互模块获取用户确认出票的订单信息，并通过该控制模块将该确认出票的订单信息传送给该票处理模块，以完成出票并将出票结果信息通过通信模块传送至订单系统。
- 如权利要求4所述的自动售取票系统，其特征在于，该用户与订单系统之间的交互操作还包括确认下单、付款、指定待取票的自动售取票机、选择需要出票的订单信息以及接收出票结果信息。
- 如权利要求5所述的自动售取票系统，其特征在于，该指定待取票的自动售取票机是指用户通过该移动通信设备获取带有自动售取票机身份标识的二维码并将该二维码发送至该订单系统而指定自动售取票机。
- 一种自动售取票系统的运行方法，其特征在于，包括：步骤1，移动通信设备通过应用软件和网络向订单系统发起订单请求，订单系统根据该订单请求产生一个或多个订单；步骤2，移动通信设备获取自动售取票机显示的二维码，该二维码包含该自动售取票机的身份标识信息；步骤3，移动通信设备将从该自动售取票机获取的身份标识信息和用户的身份信息传送至订单系统；步骤4，订单系统从已完成支付的订单数据中检索出该用户的订单信息；步骤5，订单系统将该订单信息通过网络传送至自动售取票机；步骤6，自动售取票机完成出票并将出票结果信息通过网络传送至订单系统；以及步骤7，订单系统将出票结果信息通过网络传送至移动通信设备，通知用户订单执行结果，并修改订单系统内的订单执行情况。
- 如权利要求7所述的自动售取票系统的运行方法，其特征在于，该步骤4与步骤5之间还包括：步骤41，订单系统将该用户的订单信息通过移动网络推送至该移动通信设备；步骤42，该移动通信设备显示该用户所有订单信息并提示用户选择需要出票的订单；以及步骤43，该移动通信设备将需要出票的订单信息通过移动网络传送至该订单系统。
- 如权利要求7所述的自动售取票系统的运行方法，其特征在于，该步骤1中还包括用户通过该移动通信设备在订单系统中支付订单费用的步骤。
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