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    • 1. 发明授权
    • Compact matrix code and one-touch device and method for code reading
    • 紧凑型矩阵代码和一键式设备和代码读取方法
    • US06830197B2
    • 2004-12-14
    • US10315662
    • 2002-12-09
    • Kim T. RubinKeith BleiJohn R. Haggis
    • Kim T. RubinKeith BleiJohn R. Haggis
    • G06K1906
    • G06K7/1443G06K7/1417G06K19/06037
    • A two-dimensional matrix code, method of producing the code and a method and device for reading the code are presented. The code is a round, compact and distinct code that stores an error-corrected 64-bit number, embedded targets, and quality control information within a space small enough for imaging using a compact, hand-held code finder. The code incorporates white space both between the data areas and targets for easy identification of the code and to aid in image processing, and within the data area to correct for errors that sometimes occur when printing using low-quality techniques. Additionally, the code includes features to correct for other printing errors, such as variations in printing press speed and intentional aspect ratio stretching to fill copy space. The code is thus robust enough to be incorporated within newsprint and is also easily imaged using specially constructed code finders. A code finder device and a method of using the finder for acquiring a code of the present invention is also presented. The finder is portable and easy to use, requiring no rotational orientation for correct acquisition. Several embodiments are described, in which the finder contains illumination and communications electronics and means to notify the user of correct operation of the finder.
    • 提出二维矩阵代码,生成代码的方法以及用于读取代码的方法和装置。 该代码是一个圆形,紧凑且独特的代码,它将错误校正的64位数,嵌入式目标和质量控制信息存储在足够小的空间内,使用紧凑型手持式代码查找器进行成像。 该代码在数据区域和目标之间包含空白区域,以便于识别代码并帮助图像处理,并在数据区域内纠正使用低质量技术打印时有时会发生的错误。 此外,代码还包括用于纠正其他打印错误的功能,例如打印速度的变化和有意的纵横比拉伸以填充复印空间。 因此,代码足够强大,可以并入新闻纸中,也可以使用专门构建的代码查找器轻松地进行映像。 还提出了一种代码识别装置和使用取景器来获取本发明的代码的方法。 取景器便于携带,易于使用,不需要旋转定向来进行正确的采集。 描述了几个实施例,其中取景器包含照明和通信电子装置以及用于通知用户取景器的正确操作的装置。
    • 4. 发明授权
    • Identification and accountability system and method
    • 识别和问责制度和方法
    • US06824065B2
    • 2004-11-30
    • US09934862
    • 2001-08-22
    • Christopher N. BooneJeffrey M. WhynallRui M. CostaRichard MarciniecDonald A. Roy
    • Christopher N. BooneJeffrey M. WhynallRui M. CostaRichard MarciniecDonald A. Roy
    • G06K1906
    • G07C1/10A62B9/006
    • An accountability and identification system includes multiple touch sensors and at least one instrument. At least one of the touch sensors is a personal identification touch sensor having user information on a unique user stored in the memory. One or more touch sensors may be a data touch sensor having user information on a unique group of users stored in the memory. Immediate danger to life and health (IDLH) devices have an IDLH touch sensor mounted thereon having information unique to the specific IDLH device stored in the memory. Each of the instruments includes a receptacle for reading the information stored on touch sensors, a microprocessor having a memory portion for storing operating software and the information read by the receptacle, a display, and an operator interface for controlling operation of the operating software.
    • 责任识别系统包括多个触摸传感器和至少一个仪器。 触摸传感器中的至少一个是具有存储在存储器中的唯一用户的用户信息的个人识别触摸传感器。 一个或多个触摸传感器可以是具有存储在存储器中的唯一用户组的用户信息的数据触摸传感器。 对身体和健康(IDLH)的立即危险的装置具有安装在其上的IDLH触摸传感器,其具有与存储在存储器中的特定IDLH装置唯一的信息。 每个仪器包括用于读取存储在触摸传感器上的信息的插座,具有用于存储操作软件的存储部分和由插座读取的信息的微处理器,显示器和用于控制操作软件的操作的操作界面。
    • 5. 发明授权
    • Frequency sensor for each interface of a data carrier
    • 数据载体的每个接口的频率传感器
    • US06814295B2
    • 2004-11-09
    • US09838999
    • 2001-04-20
    • Stefan PoschPeter KompanPeter ThueringerWolfgang MeindlKlaus Ully
    • Stefan PoschPeter KompanPeter ThueringerWolfgang MeindlKlaus Ully
    • G06K1906
    • G06K19/07769G06K19/07G06K19/0723G06K19/0724
    • A data carrier (4) for the transfer of communication data (KD1, KD2) via at least two interface means (11, 12), having first interface means (11) for receiving a first communication signal (KS1), and having second interface means (12) for receiving a second communication signal (KS2), and having processing means (13) to which a first clock signal (TS1) derived from the first communication signal (KS1) or a second clock signal (TS2) derived from the second communication signal (KS2) can be applied for the processing of the transferred communication data (KD1, KD2), and having reset means (21) for resetting the processing by the processing means (13), now includes a first frequency sensor (22) which is adapted to supply first frequency reset information (RI4) to the reset means (21) when a first clock frequency of the first clock signal (TS1) or the frequency (FKS1) of the first communication signal (KS1) lies below a first lower frequency threshold (FU1), and includes a second frequency sensor (23) which is adapted to supply second frequency reset information (RI5) to the reset means (21) when a second clock frequency of the second clock signal (TS2) or the frequency (FKS2) of the second communication signal (KS2) lies below a second lower frequency threshold (FU2), the reset means (21) being adapted to reset the processing by the processing means (13) when the first clock signal (TS1) is applied to the processing means (13) and the first frequency reset information (RI4) is received or when the second clock signal (TS2) is applied to the processing means (13) and the second frequency reset information (RI5) is received.
    • 一种用于经由至少两个接口装置(11,12)传送通信数据(KD1,KD2)的数据载体(4),具有用于接收第一通信信号(KS1)的第一接口装置(11),并具有第二接口 用于接收第二通信信号(KS2)的装置(12),以及具有从第一通信信号(KS1)导出的第一时钟信号(TS1)或从第一通信信号(KS1)导出的第二时钟信号(TS2)的处理装置 第二通信信号(KS2)可以应用于所传送的通信数据(KD1,KD2)的处理,并且具有用于通过处理装置(13)重新设置处理的复位装置(21),现在包括第一频率传感器 ),其适于在第一时钟信号(TS1)的第一时钟频率或第一通信信号(KS1)的频率(FKS1)位于第一时钟信号(KS1)的下方时将第一频率复位信息(RI4)提供给复位装置(21) 第一低频阈值(FU1),并且包括第二频率 传感器(23),当第二时钟信号(TS2)的第二时钟频率或第二通信信号(KS2)的频率(FKS2)为第二时钟频率时,适于向复位装置提供第二频率复位信息(RI5) 位于第二较低频率阈值(FU2)之下时,当第一时钟信号(TS1)被施加到处理装置(13)时,复位装置(21)适于复位处理装置(13)的处理, 接收频率复位信息(RI4),或者当第二时钟信号(TS2)被施加到处理装置(13)并且接收到第二频率复位信息(RI5)时。
    • 6. 发明授权
    • Method and apparatus for calibrating marking position in chip scale marker
    • 用于校准芯片刻度标记中的标记位置的方法和装置
    • US06808117B2
    • 2004-10-26
    • US10138257
    • 2002-05-06
    • You-hie HanChoong-shin LeeYang-ghi MinByoung-min AhnHyeyg-jeon Chang
    • You-hie HanChoong-shin LeeYang-ghi MinByoung-min AhnHyeyg-jeon Chang
    • G06K1906
    • H01L21/67282H01L21/681
    • A method and apparatus for calibrating a marking position in a chip scale marker are provided. The method includes: (a) placing a screen which is equivalent in shape to the wafer on a wafer holder for holding the wafer; (b) irradiating a laser beam at a predetermined target point on the screen, and measuring the position of the laser beam by a camera being moved above the target point; (c) transmitting the measured position information to a controller; (d) repeating steps (b) and (c) at a plurality of predetermined points; (e) comparing the transmitted position information with the target point; and (f) calibrating the position of the laser beam irradiated on the wafer by adjusting mirrors of the galvano scanner in the event that a deviation between the position information and the target point falls beyond a predetermined value.
    • 提供了一种用于校准芯片尺度标记中的标记位置的方法和装置。 该方法包括:(a)在用于保持晶片的晶片保持器上放置等同于晶片的晶片的屏幕; (b)在屏幕上的预定目标点处照射激光束,并且通过移动到目标点上方的相机测量激光束的位置; (c)将测量的位置信息发送到控制器; (d)在多个预定点处重复步骤(b)和(c); (e)将发送的位置信息与目标点进行比较; 以及(f)在位置信息和目标点之间的偏差超过预定值的情况下,通过调整电流计扫描器的反射镜来校准照射在晶片上的激光束的位置。
    • 7. 发明授权
    • Interleaved sequencing method for multiple two-dimensional scanning codes
    • 用于多个二维扫描码的交错排序方法
    • US06802454B1
    • 2004-10-12
    • US09361548
    • 1999-07-27
    • David H. McMurtryScott MacKenzie
    • David H. McMurtryScott MacKenzie
    • G06K1906
    • G06K19/06037G06K2019/06243
    • A component has three, two-dimensional arrays that each contain three characters of its nine character, alphanumeric serial number. The first three characters of the serial number must be constant for all parts of this type. As a result, the serial number can be divided among the arrays by using the first character as the first digit in the first array, the second character as the first digit in the second array, and the third character as the first digit in the third array. The remaining characters of the serial number are interleaved in the arrays in the following pattern: the fourth and fifth characters are the second and third digits in the first array, the sixth and seventh characters are the second and third digits in the second array, and the eighth and ninth characters are the second and third digits in the third array.
    • 一个组件有三个二维数组,每个数组包含九个字母,字母数字序列号的三个字符。 对于此类型的所有部分,序列号的前三个字符必须是常数。 结果,可以通过使用第一个字符作为第一个数组中的第一个数字,将第二个字符作为第二个数组中的第一个数字,将第三个字符作为第三个字符 数组。 序列号的剩余字符以下列模式在阵列中交错:第四和第五个字符是第一个数组中的第二个和第三个数字,第六个和第七个字符是第二个数组中的第二个和第三个数字, 第八和第九个字符是第三个数组中的第二个和第三个数字。
    • 9. 发明授权
    • Product care label for textiles and method for producing it
    • 用于纺织品的产品护理标签及其生产方法
    • US06779731B2
    • 2004-08-24
    • US09808062
    • 2001-03-14
    • Marianne Duldhardt
    • Marianne Duldhardt
    • G06K1906
    • G06K19/07758D06F93/005G06K19/027
    • A product care label to be attached to a textile product includes a textile carrier part with printed-on or woven-in care instructions reproducing information on the suitable treatment of the textile product and at least one transponder having an electronic component applied thereto. The transponder contains information on the suitable treatment of the textile product, with the information corresponding to the care instructions. Thus, machine readability of the care instructions is achieved and the situation where textile products are damaged due to improper treatment is avoided. A method for producing the product care label includes the steps of printing at least one of a care symbol and a care instruction onto a carrier tape, and simultaneously attaching at least one transponder onto the carrier tape.
    • 要连接到纺织品的产品护理标签包括具有印刷或编织护理指令的纺织品承载部分,其再现关于纺织产品的合适处理的信息以及具有施加到其上的电子部件的至少一个应答器。 转发器包含关于纺织品适当处理的信息,信息与护理说明相对应。 因此,可以实现护理说明书的机器可读性,并且避免了由于不适当的处理而导致纺织品损坏的情况。 用于生产产品护理标签的方法包括以下步骤:将护理符号和护理指令中的至少一个打印到载带上,同时将至少一个应答器连接到载带上。
    • 10. 发明授权
    • Combined flash memory card driver
    • 组合闪存卡驱动
    • US06776348B2
    • 2004-08-17
    • US10216610
    • 2002-08-12
    • Wen-Tsung LiuChia-Li ChenMi-Chang Chen
    • Wen-Tsung LiuChia-Li ChenMi-Chang Chen
    • G06K1906
    • H01R27/00H01R31/06H01R2201/06
    • A combined flash memory card driver can be built in or externally connected to a computer or any other digital product to meet consumers' needs for data storage with the flash memory cards. The combined flash memory card driver provides a kind of universal socket suitable for SM, MMC, MS, and SD cards and another kind of universal socket suitable for Type I and Type II CF cards or Type I, Type II and Type III PC cards to access data in any of above flash memory cards. In addition to support all flash memory cards, shortcomings such as easy resulting in confusion, misunderstanding and damage caused in the conventional flash memory card drivers due to a design with three sockets and a transmission unit thereof combining IDE/ATAPI, USB, PCMCIA, and 1394 interfaces.
    • 组合的闪存卡驱动器可以内置或外部连接到计算机或任何其他数字产品,以满足消费者用闪存卡进行数据存储的需要。 组合闪存卡驱动程序提供了一种适用于SM,MMC,MS和SD卡的通用插座,另一种适用于I型和II型CF卡或I型,II型和III型PC卡的通用插座 访问任何上述闪存卡中的数据。 除了支持所有闪存卡之外,由于具有三个插槽的设计以及其组合IDE / ATAPI,USB,PCMCIA和/或多个插槽的传输单元,容易导致传统闪存卡驱动器引起的混淆,误解和损坏等缺点 1394接口。