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    • 1. 发明授权
    • Collision avoidance technique for a multiple access radio communication system
    • 多址无线电通信系统的避碰技术
    • US06680950B1
    • 2004-01-20
    • US09471607
    • 1999-12-23
    • Masahiro NagataTetsunori Tada
    • Masahiro NagataTetsunori Tada
    • H04L12413
    • H04W74/0816
    • A radio base station, when detecting a collision of reception signals, transmits an access-restricted transmission allow signal IDLE2 to a irrelevant-to-collision radio terminal PS3 for access restriction. A plurality of relevant-to-collision radio terminals PS1 and PS2, when receiving the access-restricted transmission allow signal, set transmission delay times TR1 and TR2 determined by random numbers, respectively, and when receiving the access-restricted transmission allow signal after the lapse of their respective delay times, start the same transmission operation as when receiving a normal transmission allow signal. A separate radio terminal PS3, when receiving the access-restricted transmission allow signal before intended new signal transmission, suspends the new signal transmission until receiving the normal transmission allow signal.
    • 无线基站在检测到接收信号的冲突时,向接入限制的无关的无线终端PS3发送接入限制的发送允许信号IDLE2。 多个相关碰撞无线电终端PS1和PS2在接收到受限制的发送允许信号时,分别设置由随机数确定的发送延迟时间TR1和TR2,并且当接收到接入受限制的发送允许信号 经过其各自的延迟时间,开始与接收正常发送允许信号时相同的发送操作。 单独的无线电终端PS3在接收到受限制的传输之前允许在预期的新信号传输之前的信号,暂停新的信号传输,直到接收到正常的传输允许信号。
    • 2. 发明授权
    • Program logic device for synchronous operation with multiple clock signals
    • 用于与多个时钟信号同步操作的程序逻辑器件
    • US07024577B2
    • 2006-04-04
    • US09891651
    • 2001-06-25
    • Masahiro Nagata
    • Masahiro Nagata
    • G06F1/04G06F1/12
    • G05B19/054
    • An object of the present invention is to provide a programmable logic device capable of exchanging information with a logic constitution connected to a control processor and operating synchronously with a standard clock.The present invention comprises a control processor operating according to a high speed clock obtained by multiplying a standard clock, an input unit for inputting signal information into the control processor, and an output unit for outputting the signal information of the control processor as a signal, and characterized in that while the control processor is executing a plurality of processings according to the high speed clock, control is determined according to a value of the signal captured by the input unit synchronously with the standard clock within one cycle and a value of the output unit is changed by the control.
    • 本发明的目的是提供一种能够与连接到控制处理器并与标准时钟同步操作的逻辑结构交换信息的可编程逻辑器件。 本发明包括一个控制处理器,该控制处理器根据通过将标准时钟,用于将信号信息输入到控制处理器的输入单元和将控制处理器的信号信息作为信号输出而获得的高速时钟, 并且其特征在于,当控制处理器根据高速时钟执行多个处理时,根据在一个周期内与标准时钟同步地由输入单元捕获的信号的值来确定控制,并且输出的值 单位由控制变更。
    • 3. 发明授权
    • High resolution high-value added video transfer method system and storage medium by using pseudo natural image
    • 高分辨率高附加值视频传输方法系统和存储介质采用伪自然图像
    • US06701017B1
    • 2004-03-02
    • US09402852
    • 2000-01-14
    • Masahiro NagataSuguru Yoshioka
    • Masahiro NagataSuguru Yoshioka
    • G06K936
    • H04N7/24H04N19/23
    • There are provided a window setting means for setting a window in a high resolution picture, the window being smaller than the picture; a window moving means for moving the window set by the window setting means at such a predetermined interval that an area in which the window and at least an adjacent window overlap each other exists; an image cutout means for cutting out an image of an area defined by the window, whenever the window is moved; and a picture generation means for generating a large picture by conducting dynamic image processing on images cut out by the image cutout means. By generating an artificial dynamic image, it is made possible to handle a high resolution dynamic picture having a wide area which can be handled almost as a still picture and a frequently changing area, as a dynamic image.
    • 提供了一种用于设置高分辨率图像中的窗口的窗口设置装置,该窗口小于图像; 窗口移动装置,用于以窗口和至少相邻窗口彼此重叠的区域以预定间隔移动由窗口设置装置设置的窗口; 每当窗口移动时,切割由窗口定义的区域的图像的图像切除装置; 以及图像生成装置,用于通过对由图像切割装置剪切的图像进行动态图像处理来产生大的图像。 通过产生人造动态图像,可以将具有广泛区域的高分辨率动态图像作为动态图像作为静止图像和频繁变化的区域进行处理。
    • 5. 发明授权
    • Measurement circuit and test apparatus
    • 测量电路和测试仪器
    • US07521937B2
    • 2009-04-21
    • US11748496
    • 2007-05-15
    • Masahiro Nagata
    • Masahiro Nagata
    • G01R31/08G01R31/26
    • G01R31/31924G01R31/3004
    • There is provided a measurement circuit including a main amplifier that generates a direct voltage in accordance with an input voltage and applies the generated voltage to a device under test, a feedback element that feeds back the direct voltage to the main amplifier and controls the direct voltage generated from the main amplifier to a voltage according to the input voltage, a current detecting circuit that outputs a detecting voltage according to a current value of the direct current, and a clamping circuit that restricts the current value of the direct current output from the main amplifier, in which the clamping circuit includes a first limiting-voltage output section that outputs a limiting voltage according to a limiting value of the direct current, a first bias generating section that generates a bias voltage making use of the input voltage as a reference voltage based on a magnitude relation between the limiting voltage and the detecting voltage, and a limiting-current supplying element that is provided between a connecting point between the main amplifier and the feedback element and the first bias generating section and supplies a limiting current restricting the direct current to the device under test via the feedback element in accordance with a voltage difference between a voltage in the connecting point and the bias voltage.
    • 提供了一种测量电路,包括:主放大器,其根据输入电压产生直流电压,并将产生的电压施加到被测器件;将反馈元件反馈到主放大器的直流电压并控制直流电压 从主放大器产生的电压根据输入电压的电压;电流检测电路,其根据直流电的当前值输出检测电压;以及钳位电路,其限制从主电源输出的直流电流的电流值 放大器,其中钳位电路包括根据直流电流的极限值输出极限电压的第一极限电压输出部分,产生利用输入电压的偏置电压作为参考电压的第一偏置产生部分 基于限制电压和检测电压之间的大小关系,以及极限电流供应 所述元件设置在所述主放大器和所述反馈元件之间的连接点与所述第一偏置产生部之间,并且通过所述反馈元件根据所述电压之间的电压差向所述反馈元件提供限制所述直流电流的限制电流 在连接点和偏置电压。
    • 7. 发明授权
    • Electric power applying circuit and test apparatus
    • 电力施加电路和试验装置
    • US07482829B2
    • 2009-01-27
    • US11683436
    • 2007-03-08
    • Kazunari HirataTadaaki SatohMasahiro Nagata
    • Kazunari HirataTadaaki SatohMasahiro Nagata
    • G01R31/26
    • G01R31/31924
    • There is provided an electric power applying circuit for applying a direct current power to a load. The electric power applying circuit includes an output buffer that (i) is supplied with, as power source voltages, positive and negative high voltages which are determined in accordance with a range of an applied voltage which is to be applied to the load, (ii) generates a voltage in accordance with an input voltage, within a range defined by the power source voltages, and (iii) applies the generated voltage to the load, a main amplifier that amplifies a voltage input thereto to generate the input voltage, and inputs the generated input voltage into the output buffer, wherein the main amplifier exhibits a higher accuracy in terms of voltage generation than the output buffer, and a floating power source that generates positive and negative floating voltages by using, as a reference, a voltage determined in accordance with a voltage output from the output buffer, and supplies the generated positive and negative floating voltages to the main amplifier as power source voltages thereof, wherein a difference in voltage between the positive and negative floating voltages is smaller than a difference in voltage between the positive and negative high voltages.
    • 提供了一种向负载施加直流电力的电力施加电路。 电力施加电路包括输出缓冲器,其(i)被提供作为电源电压,根据施加到负载的施加电压的范围确定的正和负高电压,(ii )在由电源电压限定的范围内根据输入电压产生电压,并且(iii)将所产生的电压施加到负载,放大输入电压以产生输入电压的主放大器,以及输入 将产生的输入电压输入到输出缓冲器中,其中主放大器在电压产生方面表现出比输出缓冲器更高的精度;以及浮动电源,其通过使用以下方式确定的电压来产生正和负浮置电压: 根据来自输出缓冲器的电压输出,并将产生的正和负浮动电压作为其电源电压提供给主放大器, 控制正,负浮动电压之间的电压差小于正电压和负电压之间的电压差。
    • 9. 发明申请
    • Content reception/reproduction device and content reception/reproduction method
    • 内容接收/再现装置和内容接收/再现方法
    • US20060126593A1
    • 2006-06-15
    • US10533871
    • 2003-10-31
    • Masahiro NagataSuguru Yoshioka
    • Masahiro NagataSuguru Yoshioka
    • H04L12/66
    • H04N5/76
    • A content reception and reproduction apparatus and content reception and reproduction method capable of avoiding the discontinuity of content reproduction and preventing the user from experiencing an unpleasant feeling, such as irritation or anxiety, so that the user can pleasantly enjoy the content, has an auxiliary content acquiring mechanism to acquire a reproducible content other than a main content, as an auxiliary content. A content switching mechanism switches a content for reproduction by a reproduction mechanism to any one of the main content and the auxiliary content. The main content for reproduction is switched to the auxiliary content when the amount of accumulation of the main contents falls short of a predetermined reference amount during a reproduction of the main contents. The content for reproduction is returned to the main content when the amount of accumulation exceeds the reference amount.
    • 一种内容接收和再现装置和内容接收和再现方法,其能够避免内容再现的不连续性,并且防止用户体验诸如刺激或焦虑之类的令人不快的感觉,使得用户可以愉悦地享受内容,具有辅助内容 获取机制以获取除主要内容之外的可再现内容作为辅助内容。 内容切换机构通过再现机制将用于再现的内容切换到主要内容和辅助内容中的任何一个。 当在主要内容的再现期间主要内容的累积量低于预定的参考量时,用于再现的主要内容被切换到辅助内容。 当累积量超过参考量时,用于再现的内容返回到主要内容。