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    • 1. 发明申请
    • Key code filter apparatus and method
    • 钥匙码过滤装置及方法
    • US20050030289A1
    • 2005-02-10
    • US10634287
    • 2003-08-05
    • Timothy CrockettPaul KangasRex Wills
    • Timothy CrockettPaul KangasRex Wills
    • G06F3/023G06F21/00G09G5/00
    • G06F21/83G06F3/023
    • An apparatus for use in kiosks or other computerized devices for filtering out selected key codes transmitted between an input device, such as a keyboard, and a host computer. The apparatus includes an input port to receive key codes transmitted from a keyboard en route to a host computer or workstation. A key code filter may be used to filter out or block selected key codes, sequences of key codes, and combinations of key codes, and to prevent unauthorized persons from accessing certain functions of the host computer. Key codes blocked or filtered out may be modified in accordance with each particular system. Once selected key codes are filtered out, an output port passes the remaining unblocked key codes to a host computer.
    • 一种用于在自动售货亭或其他计算机化设备中使用的装置,用于过滤输入设备(例如键盘)和主机之间传输的所选密钥代码。 该装置包括用于接收从路由到主机或工作站的键盘发送的键码的输入端口。 密钥代码过滤器可以用于过滤掉或阻止所选择的密钥代码,密钥代码序列和密钥代码的组合,并且防止未经授权的人访问主计算机的某些功能。 阻塞或过滤的密钥代码可以根据每个特定系统进行修改。 一旦选择的密钥代码被过滤掉,输出端口将剩余的未阻塞的密钥代码传递给主计算机。
    • 3. 发明申请
    • Compact infrared touch screen apparatus
    • 紧凑型红外触摸屏设备
    • US20070165008A1
    • 2007-07-19
    • US11334149
    • 2006-01-17
    • Timothy Crockett
    • Timothy Crockett
    • G06F3/042
    • G06F3/0421
    • An infrared touch screen apparatus includes a display screen mounted within a frame, a circuit board disposed behind a back side of the display screen, an infrared transmitting device mounted on the circuit board and an infrared receiving device mounted on the circuit board. A first reflective device is in optical communication with the infrared transmitting device, said first reflective device configured to redirect an infrared beam originating from the infrared transmitting device behind the display screen, over a front side of said display screen. A second reflective device is in optical communication with the first reflective device, the second reflective device configured to redirect the infrared beam from the front side of said display screen to the infrared detecting device behind the display screen.
    • 一种红外线触摸屏设备包括安装在框架内的显示屏幕,设置在显示屏后侧的电路板,安装在电路板上的红外线传输设备和安装在电路板上的红外线接收设备。 第一反射装置与红外发射装置进行光通信,所述第一反射装置被配置成在所述显示屏的前侧上将来自所述红外发射装置的红外光束重新定位在所述显示屏后面。 第二反射装置与第一反射装置光学通信,第二反射装置被配置为将红外光束从所述显示屏的前侧重定向到显示屏后面的红外检测装置。
    • 5. 发明申请
    • Enhanced Purchase Verification for Self Checkout System
    • 自检系统增强采购验证
    • US20080048029A1
    • 2008-02-28
    • US11846573
    • 2007-08-29
    • Timothy CrockettPhuc DoJustin Pierce
    • Timothy CrockettPhuc DoJustin Pierce
    • G06K15/00
    • G07G1/0054G06Q20/20G06Q20/208G06Q20/209G07G3/003
    • A method and system for enabling reliable verification of items being purchased using a self checkout system. The self checkout system is equipped with a verification mark dispenser and verification mark detectors that respectively dispenses a mark on an item as the item is being scanned for purchasing and then verifies, by detecting the mark on the item, that the item being bagged (or passed through the tunnel) is the same item that was scanned. When a customer scans an item for purchase, and if purchase transaction is successful, a mark (made of a non-reactive but detectable material or ink) is placed on the exterior packaging of the item. When the item is placed in the tunnel, the detector, sensitive to the activation of the specific marking and located at or in the tunnel, detects the marking on the item. If the activated marking is not detected by the detector, an alert condition is triggered.
    • 一种用于使用自助结帐系统可靠地验证正在购买的物品的方法和系统。 自动结帐系统配备有验证标记分配器和验证标记检测器,其在物品被扫描购买时分别分配物品上的标记,然后通过检测物品上的标记来验证被包装的物品(或 穿过隧道)是扫描的相同项目。 当客户扫描物品进行购买时,如果购买交易成功,则在物品的外包装上放置标记(由非反应但可检测的材料或墨水制成)。 当物品放置在隧道中时,检测器对特定标记的激活敏感,位于隧道内或隧道内,检测到物品上的标记。 如果检测器未检测到激活的标记,则触发警报条件。
    • 6. 发明申请
    • Enhanced purchase verification for self checkout system
    • 增强自检系统的采购验证
    • US20060131402A1
    • 2006-06-22
    • US11020979
    • 2004-12-22
    • Timothy CrockettPhuc DoJustin Pierce
    • Timothy CrockettPhuc DoJustin Pierce
    • G06K15/00
    • G07G1/0054G06Q20/20G06Q20/208G06Q20/209G07G3/003
    • A method and system for enabling reliable verification of items being purchased using a self checkout system. The self checkout system is equipped with a verification mark dispenser and verification mark detectors that respectively dispenses a mark on an item as the item is being scanned for purchasing and then verifies, by detecting the mark on the item, that the item being bagged (or passed through the tunnel) is the same item that was scanned. When a customer scans an item for purchase, the purchase transaction is processed and, if the item is successfully purchased (i.e., transaction confirmed), a mark (made of a non-reactive but detectable material or ink) is placed on the exterior packaging of the item. When the item is placed in the tunnel, the detector, sensitive to the activation of the specific marking and located at or in the tunnel, detects the marking on the item. If the activated marking is not detected by the detector, an alert condition is triggered indicating that an un-purchased product is being placed in the customer's sack.
    • 一种用于使用自助结帐系统可靠地验证正在购买的物品的方法和系统。 自动结帐系统配备有验证标记分配器和验证标记检测器,其在物品被扫描购买时分别分配物品上的标记,然后通过检测物品上的标记来验证被包装的物品(或 穿过隧道)是扫描的相同项目。 当客户扫描购买物品时,将处理采购交易,如果该物品成功购买(即确认交易),则将一个标记(由非反应但可检测的材料或油墨制成)放置在外包装上 的项目。 当物品放置在隧道中时,检测器对特定标记的激活敏感,位于隧道内或隧道内,检测到物品上的标记。 如果检测器未检测到激活的标记,则会触发警报条件,指示未购买的产品被放置在客户的袋中。
    • 7. 发明申请
    • Method and system for providing a frustrated total internal reflection touch interface
    • 提供沮丧的全内反射触摸界面的方法和系统
    • US20060114237A1
    • 2006-06-01
    • US10991668
    • 2004-11-17
    • Timothy CrockettRobert Fortenberry
    • Timothy CrockettRobert Fortenberry
    • G09G5/00
    • G06F3/0421G06F2203/04109
    • A method and system for providing a touch interface on a display are described. The method and system include providing an emitter on a first side of the display and providing a detector on a second side of the display. The emitter provides an electromagnetic signal to the display. The electromagnetic signal has a path from the emitter to the detector through the display in the absence of a user's touch such that the electromagnetic signal is detected by the detector in the absence of the user's touch. The path includes at least one total internal reflection in the display. The emitter and the detector are configured such that the user's touch at any of the at least one total internal reflection alters the path such that a portion of the electromagnetic signal does not reach the detector.
    • 描述了用于在显示器上提供触摸界面的方法和系统。 该方法和系统包括在显示器的第一侧上提供发射器,并在显示器的第二侧提供检测器。 发射器向显示器提供电磁信号。 电磁信号在没有用户触摸的情况下具有通过显示器从发射器到检测器的路径,使得在没有用户触摸的情况下由检测器检测到电磁信号。 该路径在显示器中包括至少一个全内反射。 发射器和检测器被配置为使得用户在至少一个全内反射中的任一个处的触摸改变路径,使得电磁信号的一部分没有到达检测器。
    • 8. 发明申请
    • Resistive scanning grid touch panel
    • 电阻扫描网格触摸屏
    • US20050275634A1
    • 2005-12-15
    • US10867830
    • 2004-06-15
    • Hye ChiTimothy CrockettAlbert Makley
    • Hye ChiTimothy CrockettAlbert Makley
    • G06F3/045G09G3/36
    • G06F3/045
    • An improved resistive touch panel is disclosed. The improved resistive touch panel includes a first plurality of stripes of a resistive coating on a front sheet running in a first direction and a second plurality of stripes of a resistive coating on a back sheet running in a second direction. The overlapping regions between the first and second plurality of stripes are scanned by a controller circuit to detect voltage drops at these regions. Because the overlapping regions are independent of each other, the controller circuit is able to detect the individual regions involved in the touch area. In this manner, the controller circuit is able to determine between small and large areas of contact by detecting adjacent contact areas.
    • 公开了一种改进的电阻式触摸面板。 改进的电阻式触摸面板包括在第一方向上运行的前片上的电阻涂层的第一多个条纹和在第二方向上运行的背片上的第二多个电阻涂层的条纹。 第一和第二多个条纹之间的重叠区域由控制器电路扫描以检测这些区域处的电压降。 由于重叠区域彼此独立,因此控制器电路能够检测触摸区域中涉及的各个区域。 以这种方式,控制器电路能够通过检测相邻的接触区域来确定小的和大的接触区域。