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    • 71. 发明申请
    • Audio system, audio apparatus, and method for performing audio signal output processing
    • 用于执行音频信号输出处理的音频系统,音频设备和方法
    • US20050100180A1
    • 2005-05-12
    • US10968470
    • 2004-10-19
    • Kiyoshi Nakamura
    • Kiyoshi Nakamura
    • G01C21/00G08G1/0969G10L13/00G11B20/10H03G3/34H04R3/00H04S3/02H03G3/20
    • G01C21/3629H03G3/342H04S3/02
    • An audio system, an audio apparatus, and a method for performing audio signal output processing are provided that prevent the occurrence of sound interruption of high-priority voice signal output, such as voice guidance for navigation. The audio system includes the audio apparatus communicatively connected to an electronic device for producing an audio signal and to an electronic device for producing a high-priority voice signal (voice guidance signal). When the voice guidance signal is received with the audio signal being received, the audio apparatus starts to perform a mixing operation of the voice guidance signal. If a request for switching a sample rate of the audio signal is made during the mixing operation, the audio apparatus suspends a sample-rate switching operation until the mixing operation is completed.
    • 提供了音频系统,音频装置和用于执行音频信号输出处理的方法,其防止诸如用于导航的语音引导之类的高优先级语音信号输出的声音中断的发生。 音频系统包括通信地连接到用于产生音频信号的电子设备的音频设备和用于产生高优先级语音信号(语音引导信号)的电子设备。 当接收到音频信号的语音引导信号时,音频装置开始执行语音引导信号的混合操作。 如果在混合操作期间进行切换音频信号的采样率的请求,则音频设备暂停采样率切换操作,直到混合操作完成。
    • 72. 发明授权
    • Multilevel inverter having voltage dividing capacitors distributed
across multiple arms
    • 具有分布在多个臂上的分压电容器的多电平逆变器
    • US5481448A
    • 1996-01-02
    • US329374
    • 1994-10-25
    • Kiyoshi NakataKiyoshi NakamuraTokunosuke TanamachiYoshio TsutsuiMutsuhiro Terunuma
    • Kiyoshi NakataKiyoshi NakamuraTokunosuke TanamachiYoshio TsutsuiMutsuhiro Terunuma
    • H02M7/48H02M7/483H02M7/487H02M7/5387H02M7/521
    • H02M7/487
    • The power converter of the invention relates to a small-sized highly efficient power converter for generating an a.c. voltage output of multiple levels with less harmonic content. In the power converter, a d.c. voltage source is separated into plural sections by series connected voltage dividing capacitors and multiple levels of a.c. output voltage are obtained from the divided d.c. voltage by on-off control of switching devices. The power converter has plural sets of the voltage dividing capacitors disposed separately adjacent to each switching devices, and series connection point of each set of the voltage dividing capacitors are connected to division points of the corresponding switching devices of each phase. The voltage dividing capacitors are connected with each other at their series connection points. Thereby, the arrangement makes wiring length short and equal between the switching devices and the voltage dividing capacitors for each phase and reduce a loss in the snubber circuit, resulting in an a.c. voltage output with less harmonic content.
    • 本发明的功率转换器涉及一种小型高效率功率转换器,用于产生一个直流 具有较少谐波含量的多级电压输出。 在电源转换器中, 电压源通过串联连接的分压电容器和多个等级的交流电源分成多个部分。 输出电压从分压直流 开关器件的开 - 关控制电压。 电力转换器具有与各开关元件分开设置的多组分压电容器,各组分压电容器的串联连接点与各相的开关元件的分断点连接。 分压电容器在其串联连接点处彼此连接。 因此,该布置使得各相的开关器件和分压电容器之间的布线长度短并且相等,并且减小了缓冲电路的损耗,导致了直流。 电压输出谐波含量较少。
    • 78. 发明授权
    • Power supply system for a linear motor type transportation system
    • 用于线性电机类型运输系统的电源系统
    • US5125347A
    • 1992-06-30
    • US603329
    • 1990-10-25
    • Youji TakahashiToyoharu UchiyamaKiyoshi NakamuraAkira KimuraShigeyoshi KoikeKoumei Miyairi
    • Youji TakahashiToyoharu UchiyamaKiyoshi NakamuraAkira KimuraShigeyoshi KoikeKoumei Miyairi
    • B60L13/03B61B13/08
    • B60L13/03B61B13/08B60L2200/26
    • A power supply system for a linear motor type transportation system includes a series of driving coils disposed along a railroad track for producing a moving magnetic field to drive a train, a plurality of feeding blocks disposed along the railroad track for supplying electric power to the series of driving coils, a plurality of power converters each connected to the corresponding feeding blocks to supply electric power to each corresponding feeding section composed of the feeding blocks, and a plurality of block switches connected between neighboring two feeding blocks of the feeding blocks. Each of main controllers for determining each feeding section includes a boundary candidate operation unit for calculating a feeding section boundary candidate of a power converter between the neighboring power converters on the basis of the position information of a train being present in the feeding section, a section boundary determining unit, and a feeding block switch control unit for controlling on-off states of the block switches so as to define the feeding section boundary between neighboring two feeding blocks. Each boundary determining unit selects one boundary from two boundary candidates supplied from the boundary candidate operation units of the main controller of the neighboring two power converters.
    • 一种用于线性电动机型运输系统的供电系统,包括一列沿着轨道设置的驱动线圈,用于产生用于驱动列车的运动磁场,沿铁路轨道设置的多个供电块,用于向系列提供电力 驱动线圈的多个电源转换器,每个电源转换器各自连接到相应的馈电块,以向由馈电块组成的每个相应的馈电部分提供电力;以及多个块开关,其连接在馈电块的相邻的两个馈电块之间。 用于确定每个馈送部分的每个主控制器包括边界候选操作单元,用于基于存在于馈送部分中的列车的位置信息来计算相邻功率转换器之间的功率转换器的馈电部分边界候选, 边界确定单元和用于控制块开关的开关状态的馈送块开关控制单元,以便限定相邻的两个馈送块之间的馈送部分边界。 每个边界确定单元从相邻两个电力转换器的主控制器的边界候选运算单元提供的两个边界候选中选择一个边界。
    • 79. 发明授权
    • Color cathode-ray tube
    • 彩色阴极射线管
    • US4885503A
    • 1989-12-05
    • US272065
    • 1988-11-16
    • Eiki TakahashiMasahiro MiyazakiKiyoshi Nakamura
    • Eiki TakahashiMasahiro MiyazakiKiyoshi Nakamura
    • H01J29/48
    • H01J29/484H01J2229/882
    • A particle shielding element of a shape memory metal is installed between an electroconductive layer on the inner peripheral surface of a neck glass tube of a cathode-ray tube and a shield cup of an electron gun therein to close a gap between the neck glass tube and the shield cup for thereby guarding the electronic gun against invasion of particles, Before the particle shielding element is inserted into the neck glass tube, the element is deformed to reduce its outer diameter so that the element can be inserted into the neck glass tube without scratching the electroconductive layer. After the element has been installed in Position in the neck glass tube, the temperature therein is adjusted to cause the element to recovery to its initial shape into dust sealing engagement with the electroconductive layer.
    • 形状记忆金属的粒子屏蔽元件安装在阴极射线管的颈部玻璃管的内周面上的导电层和电子枪的屏蔽杯之间,以封闭颈部玻璃管与颈部玻璃管之间的间隙 屏蔽杯,从而防止电子枪侵入颗粒。在将颗粒屏蔽元件插入颈部玻璃管之前,元件变形以减小其外径,使得元件可以插入颈部玻璃管而不会刮伤 导电层。 在元件已经安装在颈部玻璃管中的位置之后,调节其中的温度以使元件恢复到其初始形状,使其与导电层成灰尘密封接合。