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    • 2. 发明申请
    • Status indication method and status indication system
    • 状态指示方式和状态指示系统
    • US20090118856A1
    • 2009-05-07
    • US12287222
    • 2008-10-06
    • Takahiro NakagawaMasashi TsuyamaShigeto NishiuchiYouichi Nonaka
    • Takahiro NakagawaMasashi TsuyamaShigeto NishiuchiYouichi Nonaka
    • G06F19/00G06Q10/00
    • G06Q10/06G06Q10/0631G06Q30/0202
    • Embodiments of the present invention provide a method and system for solving a location designation problem to give specific instructions to workers as to where the device that has completed processing is in the production site, and a setup starting time designation problem to give instructions to workers as to when the setup for operation after a test is completed is conducted. One embodiment includes a means for recognizing the processing progress statuses of the devices in the production site, means for indicating the processing progress statuses of the devices, means for predicting the processing completion times of the devices, and means for indicating when a preparation (setup operation) is started for a particular device. A worker receives the processing progress statuses of the respective devices of the respective units from the means for indicating the processing progress statuses of the devices, and records the time to carry in the works to be placed in the devices to the devices and start placement from the means for indicating when a setup operation is started for a particular device.
    • 本发明的实施例提供了一种用于解决位置指定问题的方法和系统,以向工作人员提供关于完成处理的设备在哪里处于生产现场的具体指令,以及向工作人员指示的设置开始时间指定问题 到达完成测试完成后的操作设置。 一个实施例包括用于识别生产现场中的设备的处理进度状态的装置,用于指示设备的处理进程状态的装置,用于预测设备的处理完成时间的装置,以及用于指示何时准备(设置 操作)被启动用于特定设备。 工人从用于指示设备的处理进度状态的装置接收各单元的各个设备的处理进度状态,并记录将要放置在设备中的作品的时间进行到设备并开始放置 用于指示何时为特定设备启动设置操作的装置。
    • 4. 发明授权
    • Multi drive test system for data storage device
    • 用于数据存储设备的多驱动测试系统
    • US08027801B2
    • 2011-09-27
    • US11513788
    • 2006-08-30
    • Shigeto NishiuchiSatoshi TakahashiMasashi TsuyamaTakahiro Nakagawa
    • Shigeto NishiuchiSatoshi TakahashiMasashi TsuyamaTakahiro Nakagawa
    • G01R31/28G01R11/02G01L1/00G01D9/02
    • G01R33/1207G11B19/048G11B20/1816G11B2220/2516
    • Embodiments of the invention provide a data storage device test method and data storage device manufacture method which allow a tester to perform an operation test of plural data storage devices connected thereto in a shorter period of time. In one embodiment, an operation test of each of plural HDDs 81-84 connected to a tester is performed by making plural HDDs 81-84 execute commands received from the tester, wherein, during a waiting period when exchange stops between the tester and, for example, HDD 81 of which operation test is being executed, the tester executes the operation test of another HDD. Such a waiting period occurs, for example, before HDD 81 becomes ready to receive a command, before a data transfer is completed and before HDD 81 becomes ready to receive the subsequent command. By using this waiting period, the tester issues a command to, for example, HDD 82 if the HDD is ready to receive a command or transfers data to the HDD if data transfer is possible.
    • 本发明的实施例提供了一种数据存储设备测试方法和数据存储设备制造方法,其允许测试者在更短的时间内对与其连接的多个数据存储设备进行操作测试。 在一个实施例中,通过使多个HDD 81-84执行从测试者接收到的命令来执行连接到测试器的多个HDD81-84中的每一个的操作测试,其中,在测试者之间的交换停止的等待期间, 例如,正在执行操作测试的HDD 81,测试者执行另一HDD的操作测试。 例如,在数据传送完成之前和HDD 81准备好接收后续命令之前,例如在HDD 81准备好接收命令之前发生这样的等待时段。 通过使用该等待期间,如果HDD准备好接收命令,则测试者向例如HDD 82发出命令,或者如果数据传输是可能的话将数据传送到HDD。
    • 5. 发明申请
    • Multi drive test system for data storage device
    • 用于数据存储设备的多驱动测试系统
    • US20070061638A1
    • 2007-03-15
    • US11513788
    • 2006-08-30
    • Shigeto NishiuchiSatoshi TakahashiMasashi TsuyamaTakahiro Nakagawa
    • Shigeto NishiuchiSatoshi TakahashiMasashi TsuyamaTakahiro Nakagawa
    • G11C29/00
    • G01R33/1207G11B19/048G11B20/1816G11B2220/2516
    • Embodiments of the invention provide a data storage device test method and data storage device manufacture method which allow a tester to perform an operation test of plural data storage devices connected thereto in a shorter period of time. In one embodiment, an operation test of each of plural HDDs 81-84 connected to a tester is performed by making plural HDDs 81-84 execute commands received from the tester, wherein, during a waiting period when exchange stops between the tester and, for example, HDD 81 of which operation test is being executed, the tester executes the operation test of another HDD. Such a waiting period occurs, for example, before HDD 81 becomes ready to receive a command, before a data transfer is completed and before HDD 81 becomes ready to receive the subsequent command. By using this waiting period, the tester issues a command to, for example, HDD 82 if the HDD is ready to receive a command or transfers data to the HDD if data transfer is possible.
    • 本发明的实施例提供了一种数据存储设备测试方法和数据存储设备制造方法,其允许测试者在更短的时间内对与其连接的多个数据存储设备进行操作测试。 在一个实施例中,连接到测试器的多个HDD 8 1〜8 4中的每一个的操作测试是通过使多个HDD 8 1到/ 执行从测试器接收的命令,其中,在测试者和例如其操作测试的HDD 8 1之间的交换停止的等待期间 执行,测试人员执行另一个HDD的操作测试。 例如,在HDD 8 1准备好接收命令之前,在数据传送完成之前,并且在HDD 8< 1> 1准备好接收命令之前,这样的等待周期发生 后续命令。 通过使用该等待期间,如果HDD准备好接收命令或者如果数据传送是可能的话将数据传送到HDD,则测试者向例如HDD 8< 2> 2发出命令。
    • 6. 发明申请
    • POWER DETECTOR AND WIRELESS DEVICE
    • 电力检测器和无线设备
    • US20120008669A1
    • 2012-01-12
    • US13053506
    • 2011-03-22
    • Takayuki TeraguchiMasahiro HasegawaNoriyoshi OdakiShigehiro HosoiTakahiro Nakagawa
    • Takayuki TeraguchiMasahiro HasegawaNoriyoshi OdakiShigehiro HosoiTakahiro Nakagawa
    • H04B17/00G01R21/00
    • G01R21/10
    • According to one embodiment, a power detector includes a reference voltage generator, a square signal generator, a detection circuit, and an output circuit. The reference voltage generator is configured to receive a bias voltage and generate a reference voltage. The square signal generator is configured to receive a voltage having a high frequency input voltage superimposed on the bias voltage and output a signal including the reference voltage, a voltage of a square of the high frequency input voltage, and a high-frequency signal. The detection circuit has a first lowpass filter, a first operational amplifier configured to amplify error between an output voltage of the first lowpass filter and the reference voltage and output the error as a control voltage, and a feedback transistor configured to feed a feedback current according to the control voltage back to an output terminal of the square signal generator.
    • 根据一个实施例,功率检测器包括参考电压发生器,方形信号发生器,检测电路和输出电路。 参考电压发生器被配置为接收偏置电压并产生参考电压。 方波信号发生器被配置为接收具有叠加在偏置电压上的高频输入电压的电压,并输出包括基准电压,高频输入电压的平方的电压和高频信号的信号。 检测电路具有第一低通滤波器,第一运算放大器,被配置为放大第一低通滤波器的输出电压与参考电压之间的误差,并输出误差作为控制电压;以及反馈晶体管,被配置为馈送反馈电流, 到控制电压返回到方形信号发生器的输出端。
    • 7. 发明申请
    • NAVIGATION SYSTEM
    • 导航系统
    • US20110181540A1
    • 2011-07-28
    • US13121594
    • 2009-09-29
    • Fumitake NakamuraNoriyuki KamikawaTakahiro NakagawaSatoru Nagamoto
    • Fumitake NakamuraNoriyuki KamikawaTakahiro NakagawaSatoru Nagamoto
    • G06F3/041
    • G01C21/26G01C21/265G09B29/007G09B29/10
    • A navigation system is provided. A medium insertion port is disposed on the front surface of a main unit and a portable recording medium is loaded into or unloaded from the main unit through the medium insertion port. A display unit is disposed on the front surface of the main unit and can move between a closed position where the medium insertion port is covered and an opened position where the medium insertion port is exposed. A limitation section limits the movement of the display unit to the opened position. A limitation removing section removes the limitation by the limitation section. An operation section receives an operation on the navigation system. The operation section can receive an operation other than an operation to be intrinsically received by the operation section. The limitation removing section removes the limitation by the limitation section when the operation section receives the operation other than the operation to be intrinsically received.
    • 提供导航系统。 介质插入口设置在主单元的前表面上,并且便携式记录介质通过介质插入口装载到主单元或从主单元卸载。 显示单元设置在主单元的前表面上,并且可以在介质插入口被覆盖的关闭位置和介质插入口露出的打开位置之间移动。 限制部分将显示单元的移动限制到打开位置。 限制删除部分消除限制部分的限制。 操作部接收导航系统的动作。 操作部可以接收由操作部本身接收的操作以外的操作。 当操作部接收除了本体接收的操作之外的操作时,限制消除部分消除限制部分的限制。