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    • 31. 发明授权
    • Apparatus and method for forming deposited film
    • 用于形成沉积膜的装置和方法
    • US07001640B2
    • 2006-02-21
    • US10627603
    • 2003-07-28
    • Hirokazu OtoshiHiroshi IzawaMasatoshi Tanaka
    • Hirokazu OtoshiHiroshi IzawaMasatoshi Tanaka
    • C23C16/00
    • C23C16/4402C23C16/545Y10T137/0452
    • The object of the present invention is to provide an apparatus and method for forming a deposited film which can repeatedly form a large amount of functional deposited films with good reproducibility without degradation in the characteristics of films formed even when gas leakage occurs in a shut-off valve, and without reducing the yield as a result when gas leakage occurs in the shut-off valve, by immediately detecting and repairing it. The deposited film forming apparatus according to the present invention comprises: a chamber capable of maintaining an interior thereof under vacuum; a source gas supply piping for supplying a source gas into the chamber; an evacuation system piping for evacuating the interior of the chamber; a gas supply piping for use in opening to atmosphere, for supplying a gas for returning a pressure within the chamber to atmospheric pressure, wherein a plurality of shut-off valves are provided in series between a gas source of the gas for returning the pressure within the chamber to the atmospheric pressure and the chamber, and a pressure-gauge and/or evacuating means are provided between the plurality of shut-off valves.
    • 本发明的目的是提供一种用于形成沉积膜的装置和方法,其可以重复地形成大量的具有良好重现性的功能性沉积膜,而不会在形成的膜的特性中劣化,即使在关闭时发生气体泄漏 阀,并且在通过立即检测和修理关闭阀时发生气体泄漏的结果而不降低产量。 根据本发明的沉积膜形成装置包括:能够将其内部保持在真空下的室; 用于将源气体供应到所述室中的源气体供应管道; 用于排空室内部的抽空系统管道; 用于向大气开放的气体供应管道,用于供应用于将所述室内的压力返回到大气压力的气体,其中多个截止阀串联设置在所述气体的气体源之间,用于使所述气体中的压力返回 所述室到大气压力和所述室,并且在所述多个截止阀之间设置有压力表和/或排气装置。
    • 35. 发明授权
    • Video and audio signal multiplex sending apparatus, receiving apparatus
and transmitting apparatus
    • 视频和音频信号多路复用发送装置,接收装置和发送装置
    • US5929921A
    • 1999-07-27
    • US616191
    • 1996-03-15
    • Kenshi TaniguchiTomotaka TakeuchiMasatoshi Tanaka
    • Kenshi TaniguchiTomotaka TakeuchiMasatoshi Tanaka
    • H04N7/04H04N7/084H04N7/087H04N7/08
    • H04N7/04H04N7/084H04N7/087
    • The present invention provides a video and audio signal multiplex transmitting apparatus having a video and audio signal multiplex sending apparatus for grouping audio data to packets of a fixed length in the sending side, and multiplexing video and audio signals by multiplexing horizontal and vertical phase signal outputs from horizontal and vertical counters that are in synchronization with a video signal to an audio data as video phase information, and a video and audio signal multiplex receiving apparatus provided with an audio packet interpolating device for separating the signal received to video and audio signals, detecting, if any audio data is lost, a lost audio data from a data block number of the audio data and audio clock phase information, and recovering an audio clock by means of horizontal and vertical counters and the clock phase information transmitted.
    • 本发明提供一种视频和音频信号多路复用发送装置,其具有用于将音频数据分组到发送侧的固定长度的分组的视频和音频信号多路复用发送装置,并且通过复用水平和垂直相位信号输出来复用视频和音频信号 从与视频信号同步的水平和垂直计数器作为视频相位信息的音频数据;以及视频和音频信号多路复用接收装置,其具有用于将接收到的信号分离成视频和音频信号的音频分组内插装置,检测 如果任何音频数据丢失,则从音频数据的数据块号和音频时钟相位信息中丢失的音频数据,以及通过水平和垂直计数器和所发送的时钟相位信息来恢复音频时钟。
    • 40. 发明授权
    • Frame synchronizing circuit for frame synchronization of digital signals
    • 帧同步电路,用于数字信号的帧同步
    • US5442405A
    • 1995-08-15
    • US172025
    • 1993-12-22
    • Kenshi TaniguchiMasatoshi TanakaNoboru MizuguchiKiyoshi Uchimura
    • Kenshi TaniguchiMasatoshi TanakaNoboru MizuguchiKiyoshi Uchimura
    • H04N7/56H04N11/04H04N5/08
    • H04N11/04H04N7/56
    • A frame synchronizing apparatus is disclosed which includes a serial-parallel converter for converting input serial data into parallel data of a plurality of channels; a plurality of intra-channel synchronization detecting circuits each for detecting a synchronization pattern and a pseudo-synchronization pattern in one channel, and generating a channel synchronization detect signal and a pseudo-synchronization detect signal in one channel; a plurality of bit-shift error pattern detecting circuits each for detecting a bit-shift error pattern in one channel, and generating a bit-shift error pattern signal in one channel; a synchronization/bit-shift error detecting circuit for detecting a synchronization between channels and specifying the amount of erroneously shifted bits, and generating a frame synchronization detect signal and bit-shift error detect signals; and a bit-shift signal generating circuit for calculating the number of erroneously shifted bits in the serial-parallel converter based on the bit-shift error detect signals and the bit-shift error pattern signals, and generating a bit-shift signal to be supplied to the serial-parallel converter, whereby bits of the calculated number are shifted.
    • 公开了一种帧同步装置,其包括用于将输入串行数据转换为多个通道的并行数据的串并转换器; 多个通道内同步检测电路,用于检测一个通道中的同步模式和伪同步模式,并在一个通道中产生通道同步检测信号和伪同步检测信号; 多个位移误差模式检测电路,用于检测一个通道中的位移误差模式,并在一个通道中产生位移误差模式信号; 用于检测通道之间的同步并指定错误位移量的同步/位移错误检测电路,以及产生帧同步检测信号和位移错误检测信号; 以及位移信号发生电路,用于根据位移误差检测信号和位移误差模式信号计算串并转换器中错误位数的数目,并产生要提供的位移信号 到串行并行转换器,由此计算出的数量的位被移位。