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    • 2. 发明授权
    • Disk-cartridge-type adapter
    • 磁盘盒式适配器
    • US06193162B1
    • 2001-02-27
    • US09055884
    • 1998-04-07
    • Tsuyoshi NiwataShigeru HashimotoNobuhiko Akasaka
    • Tsuyoshi NiwataShigeru HashimotoNobuhiko Akasaka
    • G06K1900
    • G06K19/077
    • A disk-cartridge-type adapter is capable of preventing damage to a head of the adapter and a head of a disk cartridge drive into which the adapter is inserted, even if these heads are deviated from each other. The adapter is also capable of effectively using the functions of the disk cartridge drive. The head of the adapter has a gap width and a head length that are sufficiently large to cover a setting error between the heads of the adapter and disk cartridge drive. The head of the adapter is covered with protective films having grooves. The head of the adapter has reinforcing supports each having a hollow in which the head of the disk cartridge drive moves. The head and supports of the adapter have holes for passing a shaft fixed to the adapter. The diameter of the holes is greater than that of the shaft. The adapter has a write-protect mechanism and a double-density detecting mechanism. The adapter has a card slot provided with a stepped part, and a hole used to extract an IC card from the adapter. The adapter has a unit for sidewardly inserting and extracting a power source into and from the adapter. The adapter has heat radiation holes.
    • 磁盘盒式适配器能够防止适配器的头部和插入适配器的盘盒驱动器的头部的损坏,即使这些头部彼此偏离。 适配器还能够有效地使用盘盒驱动器的功能。适配器的头部具有足够大的间隙宽度和头部长度,以覆盖适配器和盘盒驱动器的头部之间的设置误差。 适配器的头部覆盖有具有凹槽的保护膜。 适配器的头部具有每个具有中空部分的加强支撑件,其中盘盒驱动器的头部移动。 适配器的头部和支撑件具有用于使固定到适配器的轴通过的孔。 孔的直径大于轴的直径。 适配器具有写保护机制和双密度检测机构。 适配器具有设置有阶梯部分的卡槽,以及用于从适配器提取IC卡的孔。 适配器具有用于将电源侧向插入和从适配器中提取的单元。 适配器具有散热孔。
    • 5. 发明授权
    • Serial communication device
    • 串行通信设备
    • US07403582B2
    • 2008-07-22
    • US10899072
    • 2004-07-27
    • Nobuhiko Akasaka
    • Nobuhiko Akasaka
    • H04L7/00
    • H04L7/044H04L7/0331H04L25/068
    • The invention is a serial communication device for receiving serial data and sampling the serial data with synchronizing with communication clocks. The device has a clock generation unit for dividing a reference clock according to a predetermined dividing value, generating the communication clock each time the number of dividing value of the reference clock is generated, and generating a supplemental clock at any timing of the reference clock between adjacent communication clock; and a data decision circuit for receiving serial data, sampling 1-bit data at sampling timings including at least the adjacent communication clocks and the supplemental clock therebetween, and deciding the 1-bit data according to the decision by majority of the plurality of the sampling data which is sampled.
    • 本发明是用于接收串行数据并且与通信时钟同步地对串行数据进行采样的串行通信设备。 该设备具有时钟生成单元,用于根据预定的分频值对参考时钟进行分频,每当生成基准时钟的分频值的数量时产生通信时钟,并且在参考时钟的任何定时产生补充时钟 相邻通讯时钟; 以及数据判定电路,用于接收串行数据,以至少包括相邻通信时钟和其间的补充时钟的采样定时对1位数据进行采样,并根据多个采样中的多数决定来确定1位数据 数据采样。
    • 8. 发明申请
    • Serial communication device
    • 串行通信设备
    • US20050123069A1
    • 2005-06-09
    • US10899072
    • 2004-07-27
    • Nobuhiko Akasaka
    • Nobuhiko Akasaka
    • H04L25/08H03K9/00H04L7/033H04L7/04H04L25/06H04L25/40
    • H04L7/044H04L7/0331H04L25/068
    • The invention is a serial communication device for receiving serial data and sampling the serial data with synchronizing with communication clocks. The device has a clock generation unit for dividing a reference clock according to a predetermined dividing value, generating the communication clock each time the number of dividing value of the reference clock is generated, and generating a supplemental clock at any timing of the reference clock between adjacent communication clock; and a data decision circuit for receiving serial data, sampling 1-bit data at sampling timings including at least the adjacent communication clocks and the supplemental clock therebetween, and deciding the 1-bit data according to the decision by majority of the plurality of the sampling data which is sampled.
    • 本发明是用于接收串行数据并且与通信时钟同步地对串行数据进行采样的串行通信设备。 该设备具有时钟生成单元,用于根据预定的分频值对参考时钟进行分频,每当生成基准时钟的分频值的数量时产生通信时钟,并且在参考时钟的任何定时产生补充时钟 相邻通讯时钟; 以及数据判定电路,用于接收串行数据,以至少包括相邻通信时钟和其间的补充时钟的采样定时对1位数据进行采样,并根据多个采样中的多数决定来确定1位数据 数据采样。
    • 10. 发明授权
    • Clock supply circuit and method
    • 时钟供电电路及方法
    • US07489175B2
    • 2009-02-10
    • US11391290
    • 2006-03-29
    • Nobuhiko Akasaka
    • Nobuhiko Akasaka
    • G06F1/04
    • G06F1/04
    • An object is to provide a clock supply circuit capable of supplying a clock signal with a short oscillation stabilization waiting time. There is provided a clock supply circuit having a filter removing from a first clock signal pulses having a shorter pulse width than a threshold value and passing pulses having a longer pulse width than the threshold value to thereby output a second clock signal; and a divider dividing the second clock signal to thereby output a third clock signal.
    • 目的是提供一种能够提供具有短振荡稳定等待时间的时钟信号的时钟供应电路。 提供了一种具有滤波器的滤波器的滤波器,其从第一时钟信号消除具有比阈值更短的脉冲宽度的脉冲,并且通过具有比阈值更长的脉冲宽度的脉冲,从而输出第二时钟信号; 以及除法器,对第二时钟信号进行分频,从而输出第三时钟信号。