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    • 2. 发明授权
    • RFID system and reader writer
    • RFID系统和读写器
    • US07902961B2
    • 2011-03-08
    • US11822397
    • 2007-07-05
    • Takanori YamazoeMasaaki YamamotoToshiyuki Kuwana
    • Takanori YamazoeMasaaki YamamotoToshiyuki Kuwana
    • H04Q5/22G08B13/14
    • G06K7/0008G01D21/00G06K7/10128
    • A technology for detecting an RFID by a reader writer and transmitting harmonics for reading and writing the RFID timely without using an object detection sensor is provided. Using a nonlinearity of a rectifier or a demodulator in an IC chip of the RFID, a continuous wave or a modulated wave of two or more different frequencies is output from the reader writer. The RFID receives the continuous wave or the modulated wave of two or more different frequencies and the reader writer receives harmonics intermodulation generated by the rectifier or the demodulator in the IC chip. Therefore, the RFID can be detected without any special object detection sensor, and a modulated wave for reading or writing the RFID can be transmitted.
    • 提供了一种用于由读写器检测RFID并且在不使用对象检测传感器的情况下及时发送用于读取和写入RFID的谐波的技术。 使用RFID的IC芯片中的整流器或解调器的非线性,从读写器输出两个或更多个不同频率的连续波或调制波。 RFID接收两个或多个不同频率的连续波或调制波,读写器接收由IC芯片中的整流器或解调器产生的谐波互调。 因此,可以在没有任何特殊物体检测传感器的情况下检测RFID,并且可以发送用于读取或写入RFID的调制波。
    • 3. 发明申请
    • RFID system and reader writer
    • RFID系统和读写器
    • US20080018430A1
    • 2008-01-24
    • US11822397
    • 2007-07-05
    • Takanori YamazoeMasaaki YamamotoToshiyuki Kuwana
    • Takanori YamazoeMasaaki YamamotoToshiyuki Kuwana
    • H04Q5/22
    • G06K7/0008G01D21/00G06K7/10128
    • A technology for detecting an RFID by a reader writer and transmitting harmonics for reading and writing the RFID timely without using an object detection sensor is provided. Using a nonlinearity of a rectifier or a demodulator in an IC chip of the RFID, a continuous wave or a modulated wave of two or more different frequencies is output from the reader writer. The RFID receives the continuous wave or the modulated wave of two or more different frequencies and the reader writer receives harmonics intermodulation generated by the rectifier or the demodulator in the IC chip. Therefore, the RFID can be detected without any special object detection sensor, and a modulated wave for reading or writing the RFID can be transmitted.
    • 提供了一种用于由读写器检测RFID并且在不使用对象检测传感器的情况下及时发送用于读取和写入RFID的谐波的技术。 使用RFID的IC芯片中的整流器或解调器的非线性,从读写器输出两个或更多个不同频率的连续波或调制波。 RFID接收两个或多个不同频率的连续波或调制波,读写器接收由IC芯片中的整流器或解调器产生的谐波互调。 因此,可以在没有任何特殊物体检测传感器的情况下检测RFID,并且可以发送用于读取或写入RFID的调制波。
    • 7. 发明申请
    • RFID tag system and data processing method executed by RFID tag system
    • RFID标签系统和RFID标签系统执行的数据处理方法
    • US20070120651A1
    • 2007-05-31
    • US11442281
    • 2006-05-30
    • Yuichi KobayashiToshiyuki KuwanaAtsushi HonzawaShinichiro Fukushima
    • Yuichi KobayashiToshiyuki KuwanaAtsushi HonzawaShinichiro Fukushima
    • H04Q5/22
    • H04B5/0056H04B5/0062
    • In order to provide a highly secure system at a low cost without providing a complicated logic circuit for an RFID tag, in a system including an RFID tag (10) and a interrogator (20), the interrogator (10) is provided with a password creating unit (1100) which computes an electronic key (131) and a keyword unique to the RFID tag with a predetermined irreversible function to create a password. By using the password as a key, item information of an item attached with the RFID tag (20) is encrypted with a predetermined encryption function. The encrypted item information and the keyword are written to the RFID tag (20). The interrogator (10) reads the encrypted item information and the keyword from the RFID tag (20), causes the password creating unit (1100) to compute the password by using the keyword, and uses the password as a key to decrypt the read encrypted item information.
    • 为了以低成本提供高度安全的系统,而不需要为RFID标签提供复杂的逻辑电路,在包括RFID标签(10)和询问器(20)的系统中,询问器(10)提供密码 创建单元(1100),其计算电子密钥(131)和具有预定不可逆函数的RFID标签唯一的关键字以创建密码。 通过使用密码作为密钥,用RFID标签(20)附着的物品的项目信息用预定的加密功能加密。 加密物品信息和关键字被写入RFID标签(20)。 询问器(10)从RFID标签(20)读取加密的项目信息和关​​键词,使得密码创建单元(1100)通过使用该关键字来计算密码,并使用密码作为密钥对读取的加密 项目信息。
    • 8. 发明授权
    • Graphics system
    • 图形系统
    • US06266072B1
    • 2001-07-24
    • US08930674
    • 1997-10-03
    • Kazuyoshi KogaRyo FujitaKoyo KatsuraKatsunori SuzukiToshiyuki Kuwana
    • Kazuyoshi KogaRyo FujitaKoyo KatsuraKatsunori SuzukiToshiyuki Kuwana
    • G06F1580
    • G06T15/503G06T11/00
    • A graphics system which accelerates generation of pixels including transparent objects by simply adding more rendering devices. The system has composition means and a plurality of rendering devices each comprising a geometric processor, a rendering processor and a frame memory that holds color, depth and weight data in a screen bit map format. Given a plurality of sets of color, depth and weight data about any one pixel position from the frame memories, the composition means first compares the depth data, and multiplies successively the weight and color data starting with those corresponding to the depth data closest to the foreground, thereby generating new pixel data. The system thus permits merging of transparent objects.
    • 一种图形系统,通过简单地添加更多的渲染设备来加速像素的生成,包括透明对象。 该系统具有组合装置和多个渲染装置,每个渲染装置包括几何处理器,渲染处理器和以屏幕位图格式保存颜色,深度和重量数据的帧存储器。 给定关于来自帧存储器的任何一个像素位置的多组颜色,深度和重量数据,合成装置首先比较深度数据,并且从与最接近 前景,从而生成新的像素数据。 因此,该系统允许透明对象的合并。