WO2018119755A1 - 智能型物流装置控制方法 - Google Patents

智能型物流装置控制方法 Download PDF

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Publication number
WO2018119755A1
WO2018119755A1 PCT/CN2016/112669 CN2016112669W WO2018119755A1 WO 2018119755 A1 WO2018119755 A1 WO 2018119755A1 CN 2016112669 W CN2016112669 W CN 2016112669W WO 2018119755 A1 WO2018119755 A1 WO 2018119755A1
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operator
module
cash
intelligent
control method
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PCT/CN2016/112669
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English (en)
French (fr)
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方远辉
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联达亚洲发展有限公司
安迅香港有限公司
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Priority to PCT/CN2016/112669 priority Critical patent/WO2018119755A1/zh
Publication of WO2018119755A1 publication Critical patent/WO2018119755A1/zh

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    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07B—TICKET-ISSUING APPARATUS; FARE-REGISTERING APPARATUS; FRANKING APPARATUS
    • G07B17/00—Franking apparatus

Definitions

  • the present disclosure relates to a control method, and in particular, to a control method of an intelligent logistics device.
  • online shopping also has its shortcomings. For example, some users do not feel comfortable trading through the network, or they do not have the right time to receive the goods at the designated place, or the goods purchased by the user are limited by the volume, but not The method of picking up the goods to the store can only be delivered to the home service, but there is no proper time to pick up the goods, which causes a series of problems. Moreover, there are no automatic withdrawal devices in the vicinity of the location of some logistics devices, and the payment method of the logistics device itself does not support cash payment. If the user does not have a credit card at hand, only the ATM card. And the amount of cash is not enough, then there will be not enough money to pay for the goods to pick up the goods, which will cause troubles in use.
  • the main object of the present disclosure is to provide an intelligent logistics device a control method, the method comprising the steps of: the operator selects a picking option through an operating module on the intelligent logistics device; the operator inputs an operator's account number and password through the operating module; the operator selects a payment method through the operating module; The payment is made through the transaction module on the intelligent logistics device; the logistics unit corresponding to the goods to be picked up is opened in the plurality of logistics units on the intelligent logistics device; and the operator extracts the goods through the opened logistics unit and closes the logistics unit to complete the retrieval.
  • the transaction module includes an automatic withdrawal module, and the operator withdraws cash through the automatic withdrawal module.
  • the operator reads the transaction card in a contact manner through the contact card reading unit in the automatic withdrawal module.
  • the operator after reading the transaction card, the operator inputs the password of the transaction card and the amount of cash to be extracted through the operation module, and then the operator passes the cash outlet in the automatic withdrawal module to extract the cash.
  • the operator extracts the transaction schedule through the receipt exit in the automatic withdrawal module.
  • the operator further selects to use the cash payment through the operation module.
  • the operator places cash through a cash placement portal on the intelligent logistics device.
  • the operator extracts the change through the zero-out exit on the intelligent logistics device.
  • FIG. 1 is a flow chart illustrating a method of controlling an intelligent logistics device in accordance with at least one embodiment of the present disclosure
  • FIG. 2 is a schematic diagram illustrating an intelligent logistics device in accordance with at least one embodiment of the present disclosure
  • FIG. 3 is a flow chart illustrating a withdrawal method of at least one embodiment of the present disclosure
  • FIG. 4 is a flow chart illustrating a cash payment method of at least one embodiment of the present disclosure
  • FIG. 5 is a flow chart illustrating a method of controlling an intelligent logistics device according to at least one embodiment of the present disclosure
  • FIG. 6 is a schematic diagram illustrating the structure of a single logistics unit in at least one embodiment of the present disclosure
  • FIG. 7 is a flow chart illustrating a method of controlling an intelligent logistics device in accordance with at least one embodiment of the present disclosure.
  • the intelligent logistics device control method according to the embodiment of the present disclosure includes steps S111-S121.
  • the step S111 is: the first operator selects the pickup by the operation module 11 disposed on the intelligent logistics device 1.
  • the operation module 11 can be a touch display; step S113 is: the first operator inputs through the operation module 11
  • the account number and password of the first operator, and the account number may be a phone number registered by the first operator when shopping on the online shopping platform (or may be used for managing intelligence by the first operator connected to the online shopping platform)
  • the phone number registered by the back-end management platform of the type logistics device 1 is the password or QR code obtained by the first operator after completing the shopping on the online shopping platform (the phone number registered when shopping after completing the shopping)
  • the online shopping platform or the back-end management platform for managing the intelligent logistics device 1 connected to the online shopping platform sends a pickup message to the first operator's mobile device, and the pickup message includes a set of passwords and a link URL, the QR code for picking up may be obtained when the first operator presses the link URL, wherein the smart logistics device 1 may include a scanner (not shown), the first operator may operate The module 11 turns on the scanner to scan the QR code.
  • the operation module 11 can display a keypad for use by the first operator; in step S115, the first operator selects through the operation module 11.
  • a logistics unit 15 opens the logistics unit 15 for the goods to be picked up (for example, a goods to be taken); and step S121 is: the first operator extracts the goods through the opened logistics unit 15 and closes the logistics unit 15 Complete the picking process.
  • the transaction module 13 may further include at least one contact card reading unit 131, which reads the transaction card in a contact manner, or the transaction module 13 further includes at least one contactless card reading unit 133.
  • the transaction card is read by wireless sensing.
  • the contact card reading unit 131 is configured to receive and identify a transaction card in the market in a contact manner, for example, an IC provided with an IC chip.
  • the transaction module 13 may further include a receipt exit 135, which may be used to output a transaction schedule for the first operator to retain after the transaction is completed.
  • the transaction module 13 may include an automatic withdrawal module 139, the first operator may withdraw cash through the automatic withdrawal module 139, and the automatic withdrawal module 139 is operated by the contact card reading unit 131. It consists of a receipt export 135 and a cash outlet 137.
  • Figure 3 is a flow chart, A method of withdrawing money for describing an embodiment of the present disclosure. Referring to FIG. 2 and FIG. 3, in detail, the withdrawal method of the embodiment of the present disclosure includes steps S211-S215. The step S211 is: the first operator contacts the contact card reading unit 131 in the automatic withdrawal module 139.
  • Reading the transaction card for example, an IC financial card provided with an IC chip
  • step S213 is: after reading the transaction card, the first operator inputs the password of the transaction card through the operation module 11 and wants to extract The amount of cash, which is then passed through the cash outlet 137 in the automatic withdrawal module 139 to extract the cash
  • step S215 is: after extracting the cash, the first operator passes the receipt exit 135 in the automatic withdrawal module 139, To extract the transaction schedule.
  • step S115 of the embodiment of the present disclosure the first operator may pay the payment by means of cash payment.
  • the cash payment method of the embodiment of the present disclosure includes steps S1151-S1155, and the step S1151 is: in the manner that the first operator selects to pay the payment through the operation module 11, the first operator Further, the operation module 11 selects to pay the payment by using cash; step S1153 is: the first operator places the cash through the cash placement entry 21 on the intelligent logistics device 1; step S1155 is: if the amount of the cash is greater than the amount The amount, the first operator extracts the change through the change exit 23 on the intelligent logistics device 1.
  • FIG. 5 is a flow chart for explaining a smart logistics device control method according to another embodiment of the present disclosure.
  • the intelligent logistics device control method of the embodiment may further include steps S1131-S1137.
  • the step S1131 is: after the second operator inputs the account number of the first operator and the password through the operation module 11, the smart The type logistics device 1 further displays, by the operation module 11, information of the overdue goods that the first operator has overdrafted (the overdue goods are goods that were purchased by the first operator but have not been extracted yet), and further, in the present disclosure
  • the second operator may be a courier of the intelligent logistics device operator;
  • step S1133 is: the second operator selects an option for extracting the overdue item through the operation module 11;
  • step S1135 is: setting in the smart A logistics unit 15 of the plurality of logistics units 15 on the type logistics device 1 corresponding to the overdue goods is opened; and
  • step S1137 is: the second operator extracts the overdue goods through the opened logistics unit 15 corresponding to the over
  • FIG 6 is a schematic diagram for explaining the structure of a single logistics unit in an embodiment of the present disclosure.
  • each of the plurality of logistics units 15 of the embodiment of the present disclosure has an accommodation space 151 for accommodating goods (including overdue goods), and an electronic device disposed at an opening of the accommodation space 151.
  • the accommodating space 151 has a space size sufficient for accommodating goods of various sizes.
  • the accommodating space 151 can be an envelope size (accommodating various envelopes) and a small size (9.5 cm high x 34 cm wide).
  • the electronic gate 152 disposed at the opening of the accommodating space 151 is electrically connected to a processor (not shown) in the intelligent logistics device 1 and can be controlled in a closed position according to the control of the processor (not shown) and Moving between open positions to close or open the accommodating space 151.
  • a light source module 153 for illumination which is composed of LED lights, may be disposed in the accommodating space 151.
  • FIG. 7 is a flow chart for explaining a smart logistics device control method according to still another embodiment of the present disclosure.
  • the intelligent logistics device control method of the embodiment includes steps S51-S515.
  • the step S51 is: the operator selects the delivery item option through the operation module 11 disposed on the intelligent logistics device 1.
  • the operation module 11 can be a touch display;
  • step S53 is: the operator inputs the operator's account number and password through the operation module 11, and the account number can be the phone number registered by the operator when shopping on the online shopping platform (or The password may be an account registered by the operator on the back-end management platform for managing the smart logistics device 1.
  • the password is a self-configured password registered by the operator when shopping on the online shopping platform (or may be The operator registers the password on the backend management platform for managing the smart logistics device 1.
  • the operation module 11 can display a keypad for the operator to use; step S55 is: the operation The operator enters relevant information of the sender and the recipient through the operation module 11, and the related information of the recipient includes the recipient name, the recipient's phone number, the address of the addressee, and the address to be sent ( Select another intelligent logistics device as the delivery location, and let the recipient go to another intelligent logistics device to perform the pickup operation.
  • the intelligent logistics device control method of the embodiment of the present disclosure can make the goods in two intelligent types.
  • Step S57 is: the operator selects the size of the item to be shipped through the operation module 11; wherein, when the operator selects the size of the item to be shipped through the operation module 11, the operation module 11 The size of each size can be displayed at the same time, including the envelope size (can accommodate various envelopes), small size (9.5 cm high ⁇ 34 cm wide ⁇ 45.5 cm deep), medium size Inch (17.5 cm high x 34 cm wide x 45.5 cm deep) and large size (34.5 cm high x 34 cm wide x 45.5 cm deep); step S59 is: the operator selects the payment method through the operation module 11, and pays The amount of money may vary depending on the size selected by the operator; step S511 is: the operator makes a payment through the transaction module 13 provided on the intelligent logistics device 1; step S513 is: after the deduction is successful, set to the smart A logistics unit 15 of the plurality of logistics units 15 on the type logistics device 1 corresponding to the size of the shipment to be shipped is opened; and step S515 is: the operator places the desired delivery item through the opened logistics
  • the transaction module 13 may further include at least one contact card reading unit 131 that reads the transaction card in a contact manner, or the transaction module 13 may further include at least one contactless card reader.
  • the unit 133 reads the transaction card in a wirelessly sensed manner.
  • the contact card reading unit 131 can be used to receive and identify the transaction card in the market in a contact manner, for example, with an IC.
  • the transaction module 13 may further include a receipt exit 135, which may be used to output a transaction schedule for the operator to retain after the transaction is completed.
  • the configuration of each of the plurality of logistics units 15 is the same as that shown in FIG. 4 above, and details are not described herein again.
  • the operator may also use a cash payment method to pay the payment.
  • the present disclosure provides an intelligent logistics device control method that allows an operator to pick up and/or deliver goods at a designated place at any time, and the operator can directly perform payment operations through the intelligent logistics device itself. Further, the intelligent logistics device control method of the present disclosure allows an operator to withdraw cash through an intelligent logistics device and pay the payment in a cash payment manner. Therefore, the intelligent logistics device control method of the present disclosure has the advantages of 24-hour service, simple, fast, inexpensive, safe, and diversified payment methods.

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Abstract

一种智能型物流装置（1）控制方法，该方法包括以下步骤：操作者通过智能型物流装置（1）上的操作模块（11）选择取货选项（S111）；操作者通过操作模块（11）输入操作者的账号及密码（S113）；操作者通过操作模块（11）选择支付款项的方式（S115）；操作者通过智能型物流装置（1）上的交易模块（13）进行付款（S117）；智能型物流装置（1）上的多个物流单元（15）中对应待取货物的物流单元（15）开启（S119)；以及操作者通过开启的物流单元（15）提取货物并关闭物流单元（15）以完成取货（S121），其中交易模块（13）包括自动取款模块（139），操作者通过自动取款模块（139）提取现金。

Description

智能型物流装置控制方法 技术领域
本公开涉及一种控制方法，特别地，涉及一种智能型物流装置的控制方法。
背景技术
随着网络的普及，台湾有超过九成的民众有网络购物的经验，且目前网络购物的市场商机庞大，消费者最常拜访的零售通路，购物网站已超越百货公司，表示消费者已经开始养成选择到网络购物的习惯。再者，网络购物拥有便利，且不受限于天候等优点。
此外，随着科技的进步，如智能型手机、平板计算机等各种行动装置也逐渐成为人们生活中的日常必需品。上述的各种行动装置的出现，让人们能够在外出行动时，也能透过上述的各种行动进行网络购物，达到随时随地购买的目的。
然而，网络购物却也有其缺点，例如，一些用户不放心通过网络来进行交易，或者，没有恰当的时间在指定的地点接收货物，又或者，使用者购买的货物因受限于体积，而没办法进行到店取货服务，只能进行送货到家服务，但又没有适当的时间进行取货，如此即造成一系列的困扰。再者，现今一些物流装置的设置位置附近没有设置任何的自动取款装置，且物流装置本身的取货支付款项的方式也不支持现金支付，假如使用者手边刚好没有带信用卡而只有提款卡，且现金金额也不足，那将会没有足够金钱支付物品款项以进行取货，如此即造成使用上的困扰。
基于上述理由，需要提供一种便利的智能型物流装置控制方法，让用户能随时利用该智能型物流装置取货，并达到用该智能型物流装置进行提款、付款的目的。
发明内容
鉴于上述传统技术的缺点，本公开的主要目的为提供一种智能型物流装置 控制方法，该方法包括以下步骤：操作者通过智能型物流装置上的操作模块选择取货选项；操作者通过操作模块输入操作者的账号及密码；操作者通过操作模块选择支付款项的方式；操作者通过智能型物流装置上的交易模块进行付款；智能型物流装置上的多个物流单元中对应待取货物的物流单元开启；以及操作者通过开启的物流单元提取货物并关闭物流单元以完成取货；其中交易模块包括自动取款模块，操作者通过自动取款模块提取现金。
可选地，操作者通过自动取款模块中的接触式读卡单元，以接触式的方式读取交易卡片。
可选地，在读取完交易卡片后，操作者通过操作模块输入交易卡片的密码及欲提取的现金的金额，之后操作者通过自动取款模块中的现金出口，以提取出现金。
可选地，在提取出现金后，操作者通过自动取款模块中的收据出口，以提取出交易明细表。
可选地，在操作者通过操作模块选择支付该款项的方式中，操作者进一步通过操作模块选择使用现金支付款项。
可选地，操作者通过智能型物流装置上的现金放置入口放置现金。
可选地，若现金的金额大于款项的金额，操作者通过智能型物流装置上的找零出口提取找零。
本公开的其它目的、好处与创新特征将可由以下本公开的详细范例连同附图而得知。
附图说明
当连同附图一起阅览时，即可更佳了解本公开可选范例、摘要以及上文详细说明。为达到本公开的说明目的，各图中绘有可选的范例。应当了解本公开并不限于附图所描绘的精确排置方式及设备装置。
图1为说明本公开至少一个实施例的智能型物流装置控制方法的流程图；
图2为说明本公开至少一个实施例的智能型物流装置的示意图；
图3为说明本公开至少一个实施例的取款方法的流程图；
图4为说明本公开至少一个实施例的现金支付方法的流程图；
图5为说明本公开至少一个实施例的智能型物流装置控制方法的流程图；
图6为说明本公开至少一个实施例中单个物流单元的结构的示意图；以及
图7为说明本公开至少一个实施例的智能型物流装置控制方法的流程图。
附图中的符号说明
1    智能型物流装置
11   操作模块
13   交易模块
131  接触式读卡单元
133  非接触式读卡单元
135  收据出口
137  现金出口
139  自动取款模块
15   物流单元
151  容置空间
152  电子闸门
153  灯源模块
21   现金放置入口
23   找零出口
具体实施方式
现将详细参照本公开附图所示的范例。在图中尽可能以相同组件符号来代表相同或类似的部份。请注意这些图是以简化形式绘成，并未依精确比例绘制。
图1为一流程图，用以说明本公开实施例的智能型物流装置控制方法。图2为一示意图，用以说明本公开实施例的智能型物流装置。请同时参照图1及图2，本公开实施例的智能型物流装置控制方法包括步骤S111-S121，步骤S111为：第一操作者通过设置于智能型物流装置1上的操作模块11选择取货选项，而操作模块11可为触控式显示器；步骤S113为：该第一操作者通过操作模块11输入 该第一操作者的账号及密码，而该账号可为该第一操作者于网购平台购物时登记的电话号码(或是可为该第一操作者在与该网购平台连接的用于管理智能型物流装置1的后端管理平台注册的电话号码)，该密码则为该第一操作者于该网购平台完成购物后获取的密码或QR码(在完成购物后，通过购物时登记的电话号码，该网购平台或是与该网购平台连接的用于管理智能型物流装置1的后端管理平台会发送取货短信至该第一操作者的行动装置，该取货短信内含一组密码及链接网址，当该第一操作者按下该链接网址后可获取用于取货的QR码)，其中智能型物流装置1可包括扫描仪(未示出)，该第一操作者可通过操作模块11开启该扫描仪以扫描该QR码，此外，在要输入数据时，操作模块11可显示出一小键盘供第一操作者使用；步骤S115为：该第一操作者通过操作模块11选择支付款项的方式；步骤S117为：该第一操作者通过设置于智能型物流装置1上的交易模块13进行付款；步骤S119为：扣款成功后，设置于智能型物流装置1上的多个物流单元15中对应该待取货物(如欲拿取的一货物)的一物流单元15开启；以及步骤S121为：该第一操作者通过开启的物流单元15提取该货物并关闭物流单元15以完成取货流程。
在本公开实施例中，交易模块13可以进一步包括至少一个接触式读卡单元131，其是以接触式的方式读取交易卡片，或交易模块13进一步包括至少一个非接触式读卡单元133，其是以无线感应的方式读取该交易卡片，在本公开实施例中，接触式读卡单元131是用于以接触式的方式接收与识别市面上的交易卡片，例如设置有IC芯片的IC金融卡、或者设置有磁条的信用卡、储值卡等必须以物理性方式读取的交易卡片；而非接触式读卡单元133是透过无线的方式感应并且识别交易卡片，例如悠游卡、储值卡或是信用卡等设置有感应芯片或是利用无线电技术感应的交易卡片。此外，在本公开实施例中，交易模块13可以进一步包括收据出口135，收据出口135则可以在交易完成后用于输出交易明细表供第一操作者留存。
另一方面，在本公开的一些实施例中，交易模块13可以包括自动取款模块139，该第一操作者可通过自动取款模块139提取现金，而自动取款模块139是由接触式读卡单元131、收据出口135及现金出口137所构成。图3为一流程图， 用以说明书本公开实施例的取款方法。请参照图2及图3，详细而言，本公开实施例的取款方法包括步骤S211-S215，步骤S211为：该第一操作者通过自动取款模块139中的接触式读卡单元131，以接触式的方式读取交易卡片(例如设置有IC芯片的IC金融卡)；步骤S213为：在读取完该交易卡片后，该第一操作者通过操作模块11输入该交易卡片的密码及欲提取的现金的金额，之后通过自动取款模块139中的现金出口137，以提取出该现金；步骤S215为：在提取出该现金后，该第一操作者通过自动取款模块139中的收据出口135，以提取出交易明细表。
再者，在本公开实施例的步骤S115中，该第一操作者可使用现金支付的方式来支付款项。图4为一流程图，用以说明本公开实施例的现金支付方法。请同时参照图2及图4，本公开实施例的现金支付方法包括步骤S1151-S1155，步骤S1151为：在该第一操作者通过操作模块11选择支付该款项的方式中，该第一操作者进一步通过操作模块11选择使用现金支付该款项；步骤S1153为：该第一操作者通过智能型物流装置1上的现金放置入口21放置该现金；步骤S1155为：若该现金的金额大于该款项的金额，该第一操作者通过智能型物流装置1上的找零出口23提取找零。
图5为一流程图，用以说明本公开另一实施例的智能型物流装置控制方法。请参照图5，该实施例的智能型物流装置控制方法可以进一步包括步骤S1131-S1137，步骤S1131为：第二操作者通过操作模块11输入该第一操作者的该账号及该密码后，智能型物流装置1进一步通过操作模块11显示该第一操作者有逾期未提取的逾期货物的信息(该逾期货物是第一操作者之前所购买但一直没有去提取的货物)，此外，在本公开的一些实施例中，该第二操作者可为智能型物流装置经营方的快递员；步骤S1133为：该第二操作者通过操作模块11选择提取逾期货物的选项；步骤S1135为：设置于智能型物流装置1上的多个物流单元15中对应逾期货物的一物流单元15开启；以及步骤S1137为：该第二操作者通过开启的对应该逾期货物的物流单元15提取该逾期货物，并关闭对应该逾期货物的物流单元15以完成提取逾期货物。
图6为一示意图，用以说明本公开实施例中单个物流单元的结构。请参照 图6，本公开实施例的多个物流单元15中的每一个物流单元，皆具有用于容置货物(包括逾期货物)的容置空间151，以及设置于容置空间151的开口处的电子闸门152。上述的容置空间151中具有足以容纳各种尺寸货物的空间大小，举例而言，容置空间151的尺寸可为信封尺寸(可容纳各式信封)、小尺寸(高9.5公分×宽34公分×深45.5公分)、中尺寸(高17.5公分×宽34公分×深45.5公分)及大尺寸(高34.5公分×宽34公分×深45.5公分)，应了解的是，容置空间151的尺寸应不受上述尺寸的限制，而可依需求做调整。设置于容置空间151开口处的电子闸门152是与智能型物流装置1中的处理器(未示出)电性连接，并且可以根据该处理器(未示出)的控制在一关闭位置以及一开放位置之间移动，以关闭或开放容置空间151。此外，在该实施例中，容置空间151中可以设置有由LED灯构成的用于照明的灯源模块153。
图7为一流程图，用以说明本公开又一实施例的智能型物流装置控制方法。请同时参照图2及图7，该实施例的智能型物流装置控制方法包括步骤S51-S515，步骤S51为：操作者通过设置于智能型物流装置1上的操作模块11选择寄送货物选项，而操作模块11可为触控式显示器；步骤S53为：该操作者通过操作模块11输入该操作者的账号及密码，而该账号可为该操作者在网购平台购物时登记的电话号码(或可为该操作者在用于管理智能型物流装置1的后端管理平台上注册的账号)，该密码则为该操作者于该网购平台购物时登记的自行设定的密码(或可为该操作者在用于管理智能型物流装置1的后端管理平台上注册的密码)，此外，在要输入数据时，操作模块11可显示出一小键盘供操作者使用；步骤S55为：该操作者通过操作模块11输入寄件人及收件人的相关信息，该收件人的相关信息包括收件人姓名、收件人电话号码、收件人住址及欲寄送的地址(可选择另一智能型物流装置作为送达地点，让收件人自行前往另一智能型物流装置进行取货动作，换言之，本公开实施例的智能型物流装置控制方法可让货物在两个智能型物流装置之间流通)；步骤S57为：该操作者通过操作模块11选择欲寄送货物的尺寸；其中，在该操作者通过操作模块11选择该欲寄送货物的该尺寸时，操作模块11可同时显示各个尺寸的大小，该各个尺寸包括信封尺寸(可容纳各式信封)、小尺寸(高9.5公分×宽34公分×深45.5公分)、中尺 寸(高17.5公分×宽34公分×深45.5公分)及大尺寸(高34.5公分×宽34公分×深45.5公分)；步骤S59为：该操作者通过操作模块11选择支付款项的方式，要支付的款项会因为该操作者所选择的尺寸大小而不同；步骤S511为：该操作者通过设置于智能型物流装置1上的交易模块13进行付款；步骤S513为：扣款成功后，设置于智能型物流装置1上的多个物流单元15中与该欲寄送货物的该尺寸相对应的一物流单元15开启；以及步骤S515为：该操作者通过开启的物流单元15放置该欲寄送货物，并关闭物流单元15以完成寄送货物。
类似地，在该实施例中，交易模块13可以进一步包括至少一个接触式读卡单元131，其是以接触式的方式读取交易卡片，或交易模块13可以进一步包括至少一个非接触式读卡单元133，其是以无线感应的方式读取该交易卡片，在该实施例中，接触式读卡单元131可以是用于以接触式的方式接收与识别市面上的交易卡片，例如设置有IC芯片的IC金融卡、或者设置有磁条的信用卡、储值卡等必须以物理性方式读取的交易卡片；而非接触式读卡单元133是透过无线的方式感应并且识别交易卡片，例如悠游卡、储值卡或是信用卡等设置有感应芯片或是利用无线电技术感应的交易卡片。此外，在本公开一些实施例中，交易模块13可以进一步包括收据出口135，收据出口135则可以在交易完成后用于输出交易明细表供操作者留存。另一方面，在本公开一些实施例中，多个物流单元15中的每一个物流单元的构造与上述图4所示的构造相同，在此不再赘述。再者，在本公开一些实施例的步骤S511中，操作者也可使用现金支付方式来支付款项。
由上述内容可知，本公开提供一种可以让操作者随时于指定地点进行取货及/或寄送货物的智能型物流装置控制方法，且操作者可直接通过该智能型物流装置本身进行付款作业，更进一步地，本公开的智能型物流装置控制方法可让操作者通过智能型物流装置来提取现金，并可以现金支付方式来支付款项。因此，本公开的智能型物流装置控制方法具有24小时服务、简单、快捷、价格便宜、安全、多元化的付款方式等优点。
在说明本公开的代表性范例时，本说明书已经提出操作本公开的该方法及/或程序作为某一特定顺序的步骤。但是，某种程度上该方法或程序并不会依 赖此处所提出的特定顺序的步骤，该方法或程序不应限于上述这些特定的步骤顺序。如本领域技术人员将可了解，其它的步骤顺序也是可行的。因此，在本说明书中所提出的特定顺序的步骤不应被视为对于申请专利范围的限制。此外，关于本公开的方法及/或程序的申请专利范围不应限于在所提出顺序中的步骤的效能，本领域技术人员可立即了解这些顺序可以改变，且仍维持在本公开的精神及范围内。
本领域技术人员应了解可对上述各项范例进行变化，而不致悖离其广义的发明性概念。因此，应了解本公开并不限于本公开所揭露的特定范例，而应为涵盖归属如后所附各权利要求请求项所定义的本公开精神及范围内的修饰。

Claims (7)

  1. 一种智能型物流装置控制方法，该方法包括以下步骤：
    操作者通过智能型物流装置上的操作模块选择取货选项；
    该操作者通过该操作模块输入该操作者的账号及密码；
    该操作者通过该操作模块选择支付款项的方式；
    该操作者通过该智能型物流装置上的交易模块进行付款；
    该智能型物流装置上的多个物流单元中对应待取货物的物流单元开启；以及
    该操作者通过开启的该物流单元提取该货物并关闭该物流单元以完成取货；
    其中该交易模块包括自动取款模块，该操作者通过该自动取款模块提取现金。
  2. 根据权利要求1所述的智能型物流装置控制方法，其中，该操作者通过该自动取款模块中的接触式读卡单元，以接触式的方式读取交易卡片。
  3. 根据权利要求2所述的智能型物流装置控制方法，其中，在读取完该交易卡片后，该操作者通过该操作模块输入该交易卡片的密码及欲提取的现金的金额，之后该操作者通过该自动取款模块中的现金出口，以提取出该现金。
  4. 根据权利要求3所述的智能型物流装置控制方法，其中，在提取出该现金后，该操作者通过该自动取款模块中的收据出口，以提取出交易明细表。
  5. 根据权利要求1所述的智能型物流装置控制方法，其中，在该操作者通过该操作模块选择支付该款项的方式中，该操作者进一步通过该操作模块选择使用现金支付该款项。
  6. 根据权利要求5所述的智能型物流装置控制方法，其中，该操作者通过该智能型物流装置上的现金放置入口放置该现金。
  7. 根据权利要求6所述的智能型物流装置控制方法，其中，若该现金的金额大于该款项的金额，该操作者通过该智能型物流装置上的找零出口提取找零。
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