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    • 2. 发明申请
    • Axial flow turbine
    • 轴流式涡轮机
    • US20050019157A1
    • 2005-01-27
    • US10487238
    • 2002-08-29
    • Junichi TominagaSakae KawasakiTadashi TanumaKenichi Imai
    • Junichi TominagaSakae KawasakiTadashi TanumaKenichi Imai
    • F01D5/14F01D9/02F01D9/04F01D9/00
    • F01D5/14F01D5/143F01D5/145F01D9/02F01D9/041
    • In the axial turbine according to the present invention, a nozzle blade 1 and/or a movable blade 5 has a profile in which a throat-pitch ratio “s/t” is maximized at a blade-central portion in height, wherein “s” being a shortest distance between a rear edge of a nozzle blade (movable blade) and a back side of another nozzle blade that is adjacent to the nozzle blade, and “t” being a pitch of the nozzle blades disposed in the row, minimized in a position between the blade-central portion in height and a blade-root portion and increased from a minimized value to the blade-root portion. This structure enables to provide the axial turbine, which permits to control flow distribution of the working fluid in the height direction of the blade in the passage between the blades of a turbine nozzle unit and a turbine movable nozzle and reduce the blade profile loss and the secondary flow loss at the blade-root portion, thus making a further improvement in the turbine stage efficiency.
    • 在根据本发明的轴流式涡轮机中,喷嘴叶片1和/或可动叶片5具有在叶片中心部分的高度处喉管间距比“s / t”最大化的轮廓,其中“s “是喷嘴叶片(可移动刀片)的后边缘和与喷嘴刀片相邻的另一喷嘴刀片的后侧之间的最短距离,并且”t“是设置在该行中的喷嘴刀片的间距,最小 在叶片中心部分高​​度与叶片根部之间的位置处,并且从最小值增加到叶片根部部分。 该结构能够提供轴流涡轮机,其允许控制在涡轮喷嘴单元的叶片与涡轮机可移动喷嘴之间的通道中的叶片的高度方向上的工作流体的流量分布并减小叶片轮廓损失 叶片根部的二次流动损失,从而进一步提高涡轮机级效率。
    • 4. 发明授权
    • Information processing apparatus and method for reproducing an output audio signal from midi music playing information and audio information
    • 用于从MIDI音乐播放信息和音频信息再现输出音频信号的信息处理设备和方法
    • US06281424B1
    • 2001-08-28
    • US09454845
    • 1999-12-07
    • Takashi KoikeKenichi ImaiMinoru Tsuji
    • Takashi KoikeKenichi ImaiMinoru Tsuji
    • G10H142
    • G10H1/0066G10H1/42G10H2210/381G10H2240/031G10H2240/325G10H2250/595
    • The MIDI reproducing block has such a sound source as a synthesizer and synthesizes and reproduces electronic sounds sequentially according to entered MIDI playing information, thereby generating MIDI sound signals of an accompaniment music. Generated MIDI sound signals are supplied to the mixer. The audio reproducing block reproduces audio sound signals according to entered audio information. Generated audio sound signals are supplied to the mixer. The tempo change time setting block sets a tempo change time in entered tempo change information. Tempo change information in which a tempo change time is set is supplied to both MIDI reproducing block and audio reproducing block. The mixer mixes supplied MIDI sound signals with audio sound signals, thereby generating reproduction signals, then outputs the signals after the sound volume is adjusted. Generated reproduction signals are then supplied to the speaker. The speaker then outputs supplied reproduction signals as sounds. Thus, MIDI sound signals are synchronized with audio sound signals accurately such way when in reproducing.
    • MIDI再现块具有作为合成器的声源,并根据输入的MIDI播放信息顺序地合成和再现电子声音,从而产生伴奏音乐的MIDI声音信号。 生成的MIDI声音信号被提供给混音器。 音频再现块根据输入的音频信息再现音频声音信号。 生成的音频声音信号被提供给混音器。 速度变化时间设置块设置输入的速度变化信息中的速度变化时间。 提供速度改变时间的速度改变信息被提供给MIDI再现块和音频再现块。 混音器将提供的MIDI声音信号与音频声音信号混合,从而产生再现信号,然后在音量调节后输出信号。 然后将所生成的再现信号提供给扬声器。 扬声器然后将提供的再现信号作为声音输出。 因此,在再现时,MIDI声音信号与音频声音信号准确地同步。
    • 6. 发明授权
    • Method and apparatus for cutting apart of a main signal and recording it
as a synchronous signal
    • 用于分离主信号并将其记录为同步信号的方法和装置
    • US6069865A
    • 2000-05-30
    • US931742
    • 1997-09-16
    • Kenichi Imai
    • Kenichi Imai
    • G11B20/10G11B20/00G11B20/12
    • G11B20/00007
    • Method and apparatus for encoding sub information is provided for synchronizing the main information of a digital audio disk with the sub information thereof. A sub signal encoding unit is composed as part of a unit for recording a signal of a digital audio disk. The sub signal encoding unit is inputted with a main signal having a format of the digital audio disk and a sub signal for improving the sound quality of the audio signal. A data cutting section is provided with the main signal and takes out part of the main signal as a synchronous signal. A Q channel generating section operates to replace the format of the synchronous signal with the Q channel data format so that the synchronous signal may be recorded in the Q channel of the subcode of the digital audio disk. A subcode encoding section is provided with the sub signal and the Q channel data and encodes the sub signal according to the format of the subcode.
    • 提供了用于编码子信息的方法和装置,用于使数字音频盘的主要信息与其子信息同步。 副信号编码单元被构成为用于记录数字音频盘的信号的单元的一部分。 子信号编码单元输入具有数字音频盘的格式的主信号和用于改善音频信号的声音质量的子信号。 数据切断部分设有主信号,并取出部分主信号作为同步信号。 Q信道生成部分操作以用Q信道数据格式替换同步信号的格式,使得同步信号可以被记录在数字音频盘的子码的Q信道中。 子码编码部分具有子信号和Q信道数据,并且根据子码的格式对子信号进行编码。
    • 7. 发明授权
    • Signal recording method and apparatus, recording medium and signal
processing method
    • 信号记录方法和装置,记录介质和信号处理方法
    • US6038369A
    • 2000-03-14
    • US925260
    • 1997-09-08
    • Kenichi Imai
    • Kenichi Imai
    • G11B20/10G11B20/00G11B20/12H04N5/91
    • G11B20/00007
    • A signal recording method for recording a signal having improved sound quality while maintaining interchangeability with the pre-existing format for a digital audio disc or the like. An input signal to a signal recording device is a signal obtained on sampling with the sampling frequency exceeding 4.1 kHz and/or a signal having the number of quantization bits exceeding 16. The input signal is split by a band-splitting filter 3 into a main signal which is a 16-bit signal and a plurality of sub-signals of the frequency range other than the above frequency. Each sub-signal has its priority set by a priority calculating unit 5. The sub-signals are synthesized in the order of the decreasing priority to an inaudible area of the main signal as found by a required bit number calculating unit 4.
    • 一种信号记录方法,用于记录具有改善的声音质量的信号,同时保持与数字音频盘等的预先存在格式的可互换性。 对信号记录装置的输入信号是以采样频率超过4.1kHz的采样获得的信号和/或具有超过16的量化位数的信号。输入信号被带分离滤波器3分成主 信号,其是除了上述频率之外的频率范围的16位信号和多个子信号。 每个子信号具有由优先级计算单元5设置的优先级。子信号按照所要求的比特数计算单元4所发现的按主要信号的不可听区域按优先级顺序被合成。
    • 8. 发明授权
    • Turbine nozzle
    • 涡轮喷嘴
    • US6036438A
    • 2000-03-14
    • US986163
    • 1997-12-05
    • Kenichi Imai
    • Kenichi Imai
    • F01D9/02F01D5/14F01D9/04
    • F01D5/142Y10S415/914Y10S416/05
    • An optimum axial distance is secured by varying the distance between a nozzle blade and a moving blade along the length of a nozzle blade (11). The nozzle blades (11) are curved so that a middle portion of each nozzle blade has a section (b2) dislocated in the flowing direction of a fluid which flows through the fluid passage relative to the root section (b3) and the tip section (b1) of the blade with respect to a circumferential direction and an axial direction. Outlet flow angle of the nozzle is varied with distance along the blade length to vary optimum axial distance properly.
    • 通过沿着喷嘴刀片(11)的长度改变喷嘴刀片和动叶片之间的距离来确保最佳轴向距离。 喷嘴刀片(11)弯曲,使得每个喷嘴刀片的中间部分具有相对于根部(b3)和尖端部分(b3)流过流体通道的流体的流动方向脱位的部分(b2) b1)相对于圆周方向和轴向方向。 喷嘴的出口流动角度随着沿刀片长度的距离而变化,以适当地改变最佳轴向距离。