WO2010091639A1 - 用于在收银台检测和处理数据的装置 - Google Patents

用于在收银台检测和处理数据的装置 Download PDF

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Publication number
WO2010091639A1
WO2010091639A1 PCT/CN2010/070623 CN2010070623W WO2010091639A1 WO 2010091639 A1 WO2010091639 A1 WO 2010091639A1 CN 2010070623 W CN2010070623 W CN 2010070623W WO 2010091639 A1 WO2010091639 A1 WO 2010091639A1
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WO
WIPO (PCT)
Prior art keywords
data
biometric
stored
assigned
detecting
Prior art date
Application number
PCT/CN2010/070623
Other languages
English (en)
French (fr)
Inventor
肯珀·马丁
福尔肯伯格·凯文·科尔内耶·贝尔纳德
王春涛
Original Assignee
山东新北洋信息技术股份有限公司
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 山东新北洋信息技术股份有限公司 filed Critical 山东新北洋信息技术股份有限公司
Priority to US13/148,637 priority Critical patent/US20110309911A1/en
Priority to EP10740928A priority patent/EP2397966A1/en
Publication of WO2010091639A1 publication Critical patent/WO2010091639A1/zh

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Classifications

    • GPHYSICS
    • G07CHECKING-DEVICES
    • G07GREGISTERING THE RECEIPT OF CASH, VALUABLES, OR TOKENS
    • G07G1/00Cash registers
    • G07G1/0036Checkout procedures
    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06QINFORMATION 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
    • G06Q20/00Payment architectures, schemes or protocols
    • G06Q20/38Payment protocols; Details thereof
    • G06Q20/40Authorisation, e.g. identification of payer or payee, verification of customer or shop credentials; Review and approval of payers, e.g. check credit lines or negative lists
    • G06Q20/401Transaction verification
    • G06Q20/4014Identity check for transactions
    • GPHYSICS
    • G07CHECKING-DEVICES
    • G07GREGISTERING THE RECEIPT OF CASH, VALUABLES, OR TOKENS
    • G07G1/00Cash registers
    • G07G1/12Cash registers electronically operated
    • G07G1/14Systems including one or more distant stations co-operating with a central processing unit

Definitions

  • a combined device consisting of an RFID reader and a bar code reader is disclosed by a modern identification terminal, such as a product data page of Helicom Corporation.
  • the item data is also typically a self-sufficient unit that stores, processes, and later transmits the detected ID code.
  • the use of RFID chips for personnel time detection has been well known for many years.
  • the detection device is typically in the entrance area of the company and runs continuously.
  • a mobile time detecting device is also disclosed which registers the user identification of the respective RFID certificate and registers the time stamp.
  • the registration data is often read out via the data carrier, but is also transmitted to the modern device via the radio module.
  • Biometric sensors should detect unambiguous identification features and often serve as the basis for control or access systems.
  • a device for transmitting an identification feature is disclosed in DE 20 2004 015 835 U1, which is used in a checkout counter and transmits the identification features directly and without further processing to the central station.
  • a method is disclosed by DE 10 2004 012 149 B3 to maintain a dedicated line between a cashier-like device having a printer and a central station for the purpose of transmitting a solution code and a release code.
  • a device for processing a contrast image by means of an optical sensor wherein the data of the optical sensor for evaluation is transmitted to a central station.
  • All of the aforementioned techniques have the common feature that these technical solutions only include prominent data features for specific application purposes and are not universally and widely applicable or too expensive in the cashier of the application.
  • SUMMARY OF THE INVENTION The object of the invention to be described hereinafter is to apply the partial point of the above-mentioned technology in such a manner that the identification means can be widely detected and can also be applied practically and the detection device applied for this can also be produced inexpensively, and overall New features can also be fully implemented on the small cashier solution.
  • the object of the present invention is achieved by a device for detecting and processing an identification feature by means of a detection device, the device being assigned a microprocessor having a memory, wherein the localization by means of an interlock circuit, that is to say The identification features detected at the checkout counter using the detection device are linked to the centrally stored features and the local functionality can be locked and released.
  • the device according to the invention may consist of one or more detection devices, to which one or more central stations may correspond.
  • the invention proposes that a single detection device is provided with a microprocessor and a memory, which may comprise or be assigned a display. Furthermore, the invention proposes to assign an RFID module and a biometric identification module.
  • the device according to the invention may preferably be used in conjunction with a cashier system, wherein it may be proposed to associate the merchandise characteristics of the marketable item with the personal identification characteristics of the customer.
  • the product feature is, for example, a known barcode or an RFID tag corresponding to the product.
  • the invention proposes that the product features can be linked to the customer's identification in a manner that, by means of the interlocking circuit, only the determined customer can purchase the determined goods or give the goods different functions, for example different prices. For unauthorized customers, the checkout counter may be locked by an interlock circuit or only standard functions.
  • the invention further provides that the interlock circuit is only associated with the identified item.
  • a lottery ticket described as a purchasable item requires a unique identifier of the customer, thereby giving a clear correspondence when the prize is awarded later.
  • the interlock circuit is implemented by a conventional microprocessor and the microprocessor is assigned a memory.
  • the locking and release of the merchandise can be detected, for example, by a preset list in the comparison memory.
  • an external memory which is connected via a network, for example by means of a wireless module.
  • the wireless module can also be GSM or UMTS ⁇ Block, where locking can be achieved by interaction information from the central station.
  • a conventional WLAN module, Wifi, HSDPA or other future wireless standard can also be applied, in which parallel operation can also be implemented for mobile wireless networks, perhaps with two or more SIM cards, or corresponding admissions
  • the answer code which can be executed in software or hardware.
  • the invention proposes that the interlock circuit is integrated in the hand-held scanner so that a direct connection for detecting the commodity features and the interlocking circuit can be established. Special operator information can be displayed by the preset display, which relates to the unique features of the item associated with the customer's personal identifier.
  • the function of the interlock circuit is implemented in the simplest way by forwarding the product identification code to the checkout counter, so that the cashier must wait for example, until the cash register process can be completed.
  • the part of the logic circuit of the interlock circuit can be centrally arranged and it only starts the exchange of information of the ID code and the release associated therewith. In this way, it is possible that the cashier to date achieves fully compatible data detection without the need to change the cashier software.
  • the entire logic circuit of the interlock circuit itself is integrated in the interlock circuit.
  • a further improved embodiment of the interlock circuit is proposed here, for example by processing a large number of lists in the checkout counter and the database itself or by linking different identification features. Depending on the application, it preferably applies one or another technical principle.
  • a biometric detection module for identifying a customer can be applied, which module can be provided with additional identification features corresponding to the customer, such as a payment card, a customer card or a feature stored in the customer's mobile phone, such as a two-dimensional code. Logically linked, and in turn can generate double insurance that is needed in some cases.
  • a fingerprint recognition sensor can be applied.
  • additional biometric identification methods such as iris recognition or in detecting other unique features (such as light transmission, light reflectivity, vein pattern or pulse wave curve on a finger or hand). Combination means.
  • the results are evaluated from the biometric detection model using tolerances, so that a plurality of users can be quickly and reliably identified depending on the required safety.
  • the parameters of the tolerance range are, for example, divided into basic data and detailed data, or even various information assigned to the detection module until the complete information of the carrier medium assigned to the customer can be stored, for example, on a payment card or a customer card.
  • the ideal way is to apply the already existing features of the network connection, such as to download and change the biometric comparative data, for example via a wireless network, wherein it can be provided that the comparison data can be stored on the detection device or stored in any carrier. , for example on an RFID data carrier.
  • the space code is transmitted for the purpose of obtaining a connected connection according to the virtual dedicated line, and the time interval between the space codes is changed such that the time interval is always minimum. of. It can be proposed here to use a fixed time interval. This feature should be allowed in one instance. If it is a commercially available checkout counter, the checkout counter should be equipped with a commercially available barcode scanner. Typically, the barcode scanner is connected to the cash register system using a USB interface. In this way, the scanned data can be processed and stored in the microprocessor through the software of the station.
  • the interlocking circuit does not apply to the goods or groups of goods in general or to other functions of the terminal, but also to the user itself, for example for canceling the order. .
  • additional links appear in this manner, which can be generated by customer cards, fingerprint sensors and data related to other customers.
  • the default cashless payment function is especially important for customer relationships, or results in a proportional reduction in cash flow, which also results in cost savings. Since the entire preflight of the biometric features associated with the interlock circuit is achieved, the modification of the biometric payment function and other functions can be achieved very simply.
  • FIG. 1 is a schematic view showing the structure of a detecting device according to the present invention
  • FIG. 2 is a schematic structural view showing a preferred embodiment of the detecting device of the present invention
  • Figure 3 is a schematic illustration of the integration of a detection device in accordance with the present invention into a handheld scanner. DETAILED DESCRIPTION OF THE INVENTION
  • the principle of operation shown, for example, in these figures is as follows:
  • Figure 1 shows how a registered barcode works in accordance with the design of the present invention.
  • the scanning unit 1 scans the barcode of the article, which is sent to the interlock circuit 2.
  • the interlock circuit can filter the barcode information and connect to the network 3, which can be a mobile communication network.
  • the central computer 4 receives the information, and the central computer can contain applications and databases.
  • the information is added or changed. For example, the price can be added to the original barcode information.
  • the new and added information is sent back to the interlock circuit 2 via the network 3, waiting for a response and locking the information to prevent it from flowing up to that point.
  • the new and added information will be sent to the receiving unit 5, which may be the cash register.
  • the returned information may be the information added in this embodiment, but may also include the payment price, for example, if the requested information has been paid by the customer. In this simple case, the customer will get the merchandise without paying the bill.
  • Figure 2 shows an enhanced source of information, which may be a barcode, but may also be information from an RFID tag, a fingerprint sensor or any biometric device.
  • the scanning unit 1 may be a combination of the fingerprint recognition sensor 6 and the RFID reader 7, which are connected or mapped with the interlock circuit 2.
  • the interlock circuit 2 is mapped to the GSM module or the UMTS module 8, which transmits the received data to the network 3.
  • the scanning unit includes all the necessary components for the interlock circuit input.
  • all of the devices are integrated into the hand-held scanner 1, as shown in FIG. It also includes a display 9, which may include a touch screen.
  • the fingerprint recognition sensor 6, the RFID reader 7, and the GSM module 8 are connected to the interlock circuit 2 in this embodiment.
  • the present invention protects a related art for transmission and evaluation/confirmation of data transmission to a central console via a mobile communication network.
  • the central control platform adds information, such as product price information, and sends the original and added information back to any cash register.
  • the simpler cashier can add online features and other new features.
  • an interactive cashier can be implemented with this technology, which will be very simple and low cost. All price and product information (such as adding information) can be achieved through a central control platform.

Description

用于在收银台检测和处理数据的装置 技术领域 现代收 4艮系统经常利用自动检测条形码形式的商品识别特征来工作。这 种扫描收银台例如在超市中是公知的并且进一步扩展使用。 然而, 小型收银 台通常不使用条形码读取器来工作, 但是人们通常为之设置用于所谓的手持 扫描仪的接口, 该扫描仪多数情况下通过 USB接口来连接。 背景技术 无线识别通常以所谓的 RFID技术为基础。 该识别技术应用一种无源的 天线芯片系统, 其一旦进入到合适的电场中就被供应与能量并且能够与对方 站进行通信。 这通常被描述为 RFID标签。 通过不同的载体频率和具有数据 存储器的不同的组件来区分 RFID标签。 较高品质的 RFID标签甚至允许存 储数据。 由 RFID阅读器和条形码阅读器构成的组合装置由现代的识别终端 所公开, 例如 Helicom公司的商品数据页。 该商品数据也通常是一种自给自 足的单元, 其存储、 处理并且晚些时候传输检测到的 ID码。 利用 RFID芯片进行人员时间检测多年来是众所周知的。 该检测设备通 常处于公司的入口区域中并且持续地运行。 在少数情况中, 也公开了移动的 时间检测设备,其注册了各自的 RFID证明的使用者标识并且登记时间标志。 登记数据经常通过数据载体读出 ,但是也通过无线电模块传输到现代设备中。 生物测量的传感器应检测明确的识别特征并且经常作为控制或者准入 系统的基础。 指紋传感器已经非常流行, 其已经逐渐发展为大规模生产的商 品并且因此可以费用低廉地进行生产。 新的生物测量方法, 如虹膜扫描也是 非常可靠的, 但是其较昂贵, 并且由于必要的计算要求, 其仅仅在使用复杂 的计算机技术时才能应用。 由 DE 20 2004 015 835 U1公开了一种用于传输识别特征的装置, 其在 收银台中使用并且将识别特征直接地并且不进一步处理地发送给中心站。 由 DE 10 2004 012 149 B3公开了一种方法, 从而保持一种在具有打印 机的类似于收银台的设备和中心站之间的专用线路, 目的是传输解答码和释 放码。 由 DE 20 2006 010 705 Ul公开了一种用于通过光学传感器处理对比图 像的装置, 其中, 用于评估的光学传感器的数据被发送至中心站。 所有前述的技术都有共同的特点,即这些技术方案仅仅包括用于特定应 用目的的突出的数据特征并且不能被普遍和广泛地应用或者在应用的收银台 中时过于昂贵。 发明内容 接下来描述的本发明的目的在于, 这样地应用上述技术的部分观点, 即 可广泛地检测识别手段并且还能实用地应用并且为此所应用的检测装置还可 以廉价地生产, 并且总体上在小型收银台解决方案上也可以完全实现新的功 能特征。 本发明的目的通过一种用于在收 4艮台利用检测装置检测和处理识别特 征的装置来实现, 该装置分配有具有存储器的微处理, 其中, 可通过联锁电 路将本地, 也就是说在收银台利用检测装置检测到的识别特征与中央存储的 特征链接起来, 并且可以锁闭和释放本地功能。 才艮据本发明的装置可以由一个或者多个检测装置构成,一个或多个中心 站可以与之对应。 本发明提出, 单一的检测装置配备有微处理器和存储器, 其中其可以包括或分配有显示器。 此外, 本发明提出, 分配有 RFID模块和 生物测量识别模块。 根据本发明的装置可以优选地与收银台系统联合应用, 其中, 可以提出将可销售的商品的商品特征与顾客的个人识别特征相联系。 商品特征例如是与已知的条形码或者与商品对应的 RFID标签。 本发明提出, 可以以一种方式将商品特征与顾客的识别标识链接起来, 即通过联锁电路, 仅仅确定的顾客可以够买确定的商品或者为该商品赋予不 同的功能, 例如不同的价格。 针对未被授权的顾客, 收银台可能通过联锁电 路锁闭或者仅仅结算标准功能。 本发明还进一步提出, 联锁电路仅仅与确定 的物品相关。例如,被描述成可购买物品的彩票单需要顾客的特有的识别符, 从而给出晚些时候获奖支付奖金时的明确对应关系。 为了构建联锁电路而提出,该联锁电路通过常规的微处理器来执行并且 该微处理器分配有存储器。 商品的锁闭和释放可以例如通过在比较存储器中 的预设的清单来检测。 然而也可以使用外部存储器, 该外部存储器通过网络 连接, 例如通过无线模块来分配。 该无线模块也可以是 GSM或者 UMTS遛 块, 其中可以通过来自中心站的交互信息实现锁定。 可选地, 也可以应用常 规的 WLAN模块、 Wifi、 HSDPA或者其他未来的无线标准, 其中也可以实 施并行运行, 用于移动无线网络, 也许具有两个或者多个 SIM卡, 或者相应 的准入解答码, 其能够以软件或者硬件的方式来执行。 本发明提出, 联锁电路集成在手持式扫描仪中, 从而可以建立用于检测 商品特征和联锁电路的直接连接。 通过预设的显示器可以显示特别的操作者 信息, 其涉及到与顾客的个人识别符相联系的商品的特有特征。 联锁电路的功能以最简单的方式通过部转发商品识别码至收银台来实 现, 这样收银台就必须例如等待条形码, 直至收银过程可以结束。 在此, 联 锁电路的逻辑电路的部分可以中心地设置并且其仅仅开始 ID 码的信息交换 以及与之相关的释放。 通过这种方式可以是至今为止的收银台实现完全兼容 的数据检测, 其不需要改变收银台软件。 在这种情况中可以提出, 联锁电路 的整个逻辑电路本身集成在联锁电路中。 为了改善检测设备的操作性可以提 出, 集成一个条形码阅读器。 在此提出联锁电路的一个进一步改进的实施方式,例如通过处理在收银 台中的大量的清单和数据库本身或者通过链接不同的识别特征。 根据应用情 况而定, 其优选地应用一个或者另外的技术原理。 特别优选的是可以应用用于识别顾客的生物测量检测模块,该模块设置 可以与另外的、 与顾客对应的识别特征, 例如缴费卡、 顾客卡或者存储在顾 客手机中的特征, 例如二维码来逻辑地链接, 并进而可以产生在某些情况下 需要的双保险。 在最简单的情况中可以应用指紋识别传感器。 但是也可以提 出使用另外的生物测量识别方法,如虹膜识别或者在检测其他的特有特征(例 如像在手指或者手上的透光性、 光反射性、 静脉图样或者脉波曲线) 的非常 有意义的组合手段。在此提出, 利用容差从生物测量检测模型中评估出结果, 从而根据需要的安全性而定, 可以快速和可靠地识别出多个使用者。 此外可 以提出, 该容差范围的参数例如分为基本数据和细节数据, 或者甚至分配给 检测模块的多样的信息直至分配给顾客的载体媒介的完整的信息例如可以存 储在缴费卡或者顾客卡上。 然而, 理想的方式是应用网络连接的已具有的特征, 从而例如通过无线 网络来下载和改变生物测量的比较数据, 其中可以提出, 即该比较数据可以 存储在检测装置上或者存储在任意的载体, 例如 RFID数据载体上。 在此可以提出, 在移动无线网络中, 根据虚拟的专用线路, 以获得运行 的连接为目的,发送空电码, 并且在这些空电码之间的时间间隔这样地变化, 即该时间间隔总是最小的。 在此可以提出使用固定的时间间隔。 该功能应该在一个实例中是允许的。 假如是一个商业上通用的收银台, 该收银台应该配备有商业上通用的条形码扫描仪。 通常, 该条形码扫描仪利 用 USB接口与收银系统连接。 通过这种方式, 扫描到的数据可以在微处理器 中通过收 4艮台的软件来处理和存储。 如果应该考虑到顾客卡或者附加的缴费手段的应用而扩展收 4艮台的功 能性, 那么需要大量的新程序编码, 甚至在个别情况下还需要新的收银台硬 件。 然而, 如果通过上述的连锁电路来取代至今的扫描仪, 那么所有的或者 被选出的物品就可以通过才艮据本发明的装置过滤和检查, 直到联锁电路将扫 描到的条形码以最简单的方式传递到收银台。 该过滤和检查可以在中心站中 实现并且通过存在的移动无线网络来传输。 这些分公司可以以该方式和方法 为其收 4艮台配置新的功能, 而无需特别高的投入。 由于较高的通用性而提出,联锁电路并不在总体上而是涉及到商品或者 商品组的方面来应用或者联系到收 4艮台的其他功能也用于使用者本身, 例如 用于取消订货。 对于商品的识别码, 在此以该方式出现了另外的链接, 其可 以通过顾客卡、 指紋传感器和与其他的顾客相关的数据产生。 预设的无现金交款的功能对于客户关系来说尤其是重要的,或者导致成 比例地减少现金周转, 这也会带来成本的节省。 因为实现了与联锁电路相联系的生物测量的特征的整个预检,因此可以 非常简单地实现生物测量的支付功能和其他功能的改装。 附图说明 接下来参考附图对本发明进一步详细说明。 图中示出: 图 1是根据本发明的检测装置结构的示意图; 图 2是 居本发明的检测装置的一个优选实施例的结构示意图; 图 3是根据本发明的检测装置集成到手持式扫描仪中的示意图。 具体实施方式 例如在这些附图中示出的操作原理如下: 在图 1示出, 注册的条形码如何才艮据本发明的设计方案来工作。 扫描单 元 1扫描商品的条形码, 该条形码被发送给联锁电路 2。 联锁电路可以过滤 条形码信息并且连接至网络 3 , 网络可以是移动通信网络。 中央计算机 4接 收该信息, 该中央计算机可以包含应用程序和数据库。 在确认和评估条形码 之后, 信息被添加或者改变。 例如价格可以被加入到原始的条形码信息中。 新的和加入的信息通过网络 3发送回联锁电路 2 , 等待应答并且锁定该信息 防止其向上流动至该点。 新的和加入的信息将被发送至接收单元 5, 其可以 是收款机。 返回的信息可以是在该实施例中加入的信息, 但也可以包括支付 价格, 例如, 如果被请求的信息已经由顾客支付。 在该简单的情况中, 顾客 将会得到商品而无需付账。 图 2示出了增强的信息源, 其可以是条形码, 但也可以是来自 RFID标 签、 指紋识别传感器或者任意的生物测量的设备的信息。 因此, 扫描单元 1 可以是指紋识别传感器 6和 RFID阅读器 7的组合, 它们与联锁电路 2连接 或映射。 联锁电路 2和 GSM模块或者 UMTS模块 8映射, 其将接收到的数 据发送至网络 3。 理想的是, 扫描单元包括所有必要的器件, 用于连锁电路输入。 在本实 施例中, 所有的器件都集成到了手持式扫描仪 1中, 如图 3所示。 其也包括 显示器 9 , 其可以包括触摸屏。 指紋识别传感器 6、 RFID阅读器 7和 GSM 模块 8在该实施例中连接至联锁电路 2。 本发明保护一种通过移动通讯网络发送数据到中央控制台的传输和评 估 /确认的相关技术。 中央控制平台添加信息, 如产品价格信息, 并将原始的 和增加后的信息发回, 该信息可以应用到任何收银机。 比较简单的收银台能 够增加在线功能并且和其他的新功能。 最后同样重要的是, 通过该技术可以 实现一种交互式的收银台, 该收银台将非常简单和低成本。 所有的价格和产 品信息(如增加信息)能够通过中央控制平台实现。 通过该专利申请的技术, 可以实现一个中央控制的、 氐价格多收 4艮台的解决方案。

Claims

权 利 要 求 书
1. 一种用于在收银台利用检测装置检测和处理识别特征的装置, 所述装置 分配有具有存储器的啟处理, 其特征在于, 可通过联锁电路将本地检测 到的识别特征与中央存储的特征链接起来, 并且可以锁闭和释放本地功 能。
2. 根据权利要求 1所述的装置, 其特征在于, 所述检测装置利用该分配的 联锁电路通过网络与中央计算机连接, 其中用于通过本地存在的联锁电 路释放和锁闭的要素在所述中央计算机处中央地存储并且通过所述网络 传输。
3. 根据权利要求 1或 2所述的装置, 其特征在于, 所述联锁电路设计用于 构建与无线模块的网络连接。
4. 根据前述权利要求中任一项所述的装置, 其特征在于, 所述检测装置分 配有一显示器。
5. 根据前述权利要求中任一项所述的装置, 其特征在于, 所述检测装置分 配有一生物测量的检测模块。
6. 根据权利要求 5所述的装置, 其特征在于, 所述生物测量的检测模块被 设计为指紋识别传感器。
7. 居前述权利要求中任一项所述的装置, 其特征在于, 对应于生物测量 的特征的、 并且由所述联锁电路应用的比较数据存储在设备中或者存储 在可从外部通入的存储器上。
8. 才艮据前述权利要求中任一项所述的装置, 其特征在于, 由所述联锁电路 应用的生物测量的信息被分为基本数据和细节数据, 其中所述细节数据 可调整具有可变的容差。
9. 才艮据前述权利要求中任一项所述的装置, 其特征在于, 所述检测装置配 备有条形码阅读器。
10. 才艮据前述权利要求中任一项所述的装置, 其特征在于, 通过无线网络下 载和改变生物测量的比较数据, 其中所述比较数据可存储在所述检测装 置或者说 RFID数据载体上。
11. 根据前述权利要求中任一项所述的装置, 其特征在于, 所述指紋识别传 感器的所述生物测量的数据可以与其他的生物测量的数据链接, 如透光 性、 光反射性、 静脉图样或者脉波曲线。
12. 居前述权利要求中任一项所述的装置, 其特征在于, 生物测量的传感 器的评估处理通过人工神经网络的方法来实现。
13. 根据前述权利要求中任一项所述的装置, 其特征在于将所述装置的一部 分集成到手持式扫描仪中,例如集成到与手持式扫描仪相对应的造型中。
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