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    • 55. 发明申请
    • SIGNAL PROCESSING APPARATUS
    • 信号处理装置
    • US20130257509A1
    • 2013-10-03
    • US13544444
    • 2012-07-09
    • Kun-Yin WANGTao-Yao CHANGChorng-Kuang WANGShen-Iuan LIU
    • Kun-Yin WANGTao-Yao CHANGChorng-Kuang WANGShen-Iuan LIU
    • G06G7/04
    • G06G7/04H03F3/602
    • The signal processing apparatus contains a first signal transforming circuit and a second signal transforming circuit. The first signal transforming circuit includes four first coupled lines and two second coupled lines, wherein two ends of each first coupled line are configured to carry a first pair of differential signals respectively, each second coupled line is magnetically coupled to two of the first coupled lines in parallel and comprises two signal ports, to which the two ends of each of the magnetically-coupled first coupled lines are placed symmetrically for transferring a second pair of differential signals. The second signal transforming circuit is configured to convert between the second pairs of differential signals at the signal ports and a third pair of differential signals at connecting ports of the second signal transforming circuit.
    • 信号处理装置包含第一信号变换电路和第二信号变换电路。 第一信号变换电路包括四个第一耦合线和两个第二耦合线,其中每个第一耦合线的两端被配置为分别承载第一对差分信号,每个第二耦合线被磁耦合到两个第一耦合线 并联并且包括两个信号端口,每个磁耦合的第一耦合线的两端对称地放置在其上以传送第二对差分信号。 第二信号变换电路被配置为在信号端口处的第二对差分信号和第二信号变换电路的连接端口处的第三对差分信号之间进行转换。
    • 58. 发明授权
    • System and method for providing secure access to password-protected resources
    • 提供对密码保护资源的安全访问的系统和方法
    • US07958539B2
    • 2011-06-07
    • US11567463
    • 2006-12-06
    • Nick E. GavrilosWilliam S. HedeHisashi D. Watanabe
    • Nick E. GavrilosWilliam S. HedeHisashi D. Watanabe
    • G06G7/04
    • G06F21/31G06F2221/2103
    • A method of a wireless communication device for accessing secure resources of a resource provider. For one embodiment, a password associated with the wireless communication device is partitioned into a plurality of portions, such as individual alphanumeric characters. A multiple choice question is queried for each portion of the password. Access is granted in response to determining that all portions of the password have been answered correctly by the user. For another embodiment, the password is presented as one of choices for a multiple choice question for a session where the user attempts to access the secure resources. The choices for the query remain the same for each session, but the order in which these choices are presented changes from session-to-session.
    • 一种用于访问资源提供商的安全资源的无线通信设备的方法。 对于一个实施例,与无线通信设备相关联的密码被划分成多个部分,例如单独的字母数字字符。 查询密码的每个部分的多项选择问题。 响应确定密码的所有部分已被用户正确应答,授予访问权限。 对于另一个实施例,密码被呈现为用户尝试访问安全资源的会话的多项选择问题的选择之一。 查询的选项对于每个会话保持不变,但是这些选项的显示顺序会从会话到会话更改。
    • 60. 发明授权
    • Digital delay line correlator
    • US3947672A
    • 1976-03-30
    • US234596
    • 1972-03-14
    • Raymond E. HarrisonMarvin L. KissDouglas E. Ott
    • Raymond E. HarrisonMarvin L. KissDouglas E. Ott
    • G06F17/15G06G7/04
    • G06F17/15
    • The correlator disclosed herein detects in a stream of input pulses a plurality of sequences of time spaced signals, each of the plurality of sequences having a different one of a plurality of pulse repetition intervals disposed within a given pulse repetition interval range. This is accomplished by clocking the input pulses into a first shift register by a first clock pulse having a given frequency. N groups of n bistable stages (N being an integer greater than one and n being an integer greater than zero) are disposed at different spaced time positions along the first register corresponding to the pulse repetition intervals and the pulse repetition interval range. First logic circuitry is coupled to each of the N groups of n stages to provide an output pulse when the time spaced pulses of the plurality of sequences of time spaced pulses are simultaneously present at appropriate ones of the n stages of a given number of the N groups of n stages. A second shift register receives on its input stage the output pulse from the first logic circuitry. The output pulse is clocked through the second register by a second clock pulse having the given frequency but phase shifted relative to the first clock pulse. The length of the second register is determined by the plurality of pulse repetition intervals. A plurality of stages at the end of the second register produce through second logic circuitry a gate pulse which predicts when the next pulse of each of the plurality of sequences should occur. Several embodiments are disclosed which enable the production of the output signal from the first logic circuitry when all the pulses of the plurality of sequences are present or when there is a pulse missing from any of the plurality of sequences. An additional embodiment is disclosed which enables the detection of M plurality of sequences of time spaced pulses when only (N-1) out of N pulses of each of the M plurality of sequences are present employing M first logic circuitry. A gate signal is produced by the second register and second logic circuitry for each of the output signals from the M first logic circuitry to predict when the next pulse of each of the plurality of sequences of the M plurality of sequence should occur.