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    • 1. 发明申请
    • AUDIO MIXING/REPRODUCING DEVICE
    • 音频混合/再现设备
    • US20100254548A1
    • 2010-10-07
    • US12746061
    • 2008-12-15
    • Shinji KojimaIchiro KawashimaNaoki ShindouYoshiaki SawadaKosuke Nishio
    • Shinji KojimaIchiro KawashimaNaoki ShindouYoshiaki SawadaKosuke Nishio
    • H04B1/00
    • G10L19/173G10L19/18H04N5/144
    • An audio mixing/reproducing device includes an audio decoder (11) configured to decode an encoded audio input signal, an audio mixer (13) configured to mix an audio signal output from the audio decoder (11) with a non-encoded external audio input signal, and an audio encoder (12) configured to encode an audio signal output from the audio mixer (13) to generate an encoded audio output signal, and in addition, a switch (14) configured to generate a switch signal for controlling operations of each of the audio decoder (11) and the audio encoder (12) in response to a switch activation signal. The audio decoder (11) and the audio encoder (12) each support a plurality of encoding schemes, and the switch (14), when switching the encoding scheme of the audio decoder (11) from a first encoding scheme to a second encoding scheme, controls the audio decoder (11) and the audio encoder (12) so that the encoding scheme of the audio encoder (12) is switched from the first encoding scheme to the second encoding scheme as in the audio decoder (11).
    • 音频混合/再现装置包括被配置为对编码音频输入信号进行解码的音频解码器(11),配置成将从音频解码器(11)输出的音频信号与非编码外部音频输入 信号和音频编码器(12),被配置为对从音频混频器(13)输出的音频信号进行编码,以产生经编码的音频输出信号,并且还包括一个开关(14),用于产生用于控制 每个音频解码器(11)和音频编码器(12)响应于开关激活信号。 当将音频解码器(11)的编码方案从第一编码方案切换到第二编码方案时,音频解码器(11)和音频编码器(12)各自支持多种编码方案,而开关(14) 控制音频解码器(11)和音频编码器(12),使得音频编码器(12)的编码方案如在音频解码器(11)中那样从第一编码方案切换到第二编码方案。
    • 2. 发明授权
    • Audio mixing/reproducing device
    • 音频混合/再现装置
    • US08416962B2
    • 2013-04-09
    • US12746061
    • 2008-12-15
    • Shinji KojimaIchiro KawashimaNaoki ShindouYoshiaki SawadaKosuke Nishio
    • Shinji KojimaIchiro KawashimaNaoki ShindouYoshiaki SawadaKosuke Nishio
    • H04B3/00G06F17/00
    • G10L19/173G10L19/18H04N5/144
    • An audio mixing/reproducing device includes an audio decoder (11) configured to decode an encoded audio input signal, an audio mixer (13) configured to mix an audio signal output from the audio decoder (11) with a non-encoded external audio input signal, and an audio encoder (12) configured to encode an audio signal output from the audio mixer (13) to generate an encoded audio output signal, and in addition, a switch (14) configured to generate a switch signal for controlling operations of each of the audio decoder (11) and the audio encoder (12) in response to a switch activation signal. The audio decoder (11) and the audio encoder (12) each support a plurality of encoding schemes, and the switch (14), when switching the encoding scheme of the audio decoder (11) from a first encoding scheme to a second encoding scheme, controls the audio decoder (11) and the audio encoder (12) so that the encoding scheme of the audio encoder (12) is switched from the first encoding scheme to the second encoding scheme as in the audio decoder (11).
    • 音频混合/再现装置包括被配置为对编码音频输入信号进行解码的音频解码器(11),配置成将从音频解码器(11)输出的音频信号与非编码外部音频输入 信号和音频编码器(12),被配置为对从音频混频器(13)输出的音频信号进行编码,以产生经编码的音频输出信号,并且还包括一个开关(14),用于产生用于控制 每个音频解码器(11)和音频编码器(12)响应于开关激活信号。 当将音频解码器(11)的编码方案从第一编码方案切换到第二编码方案时,音频解码器(11)和音频编码器(12)各自支持多种编码方案,而开关(14) 控制音频解码器(11)和音频编码器(12),使得音频编码器(12)的编码方案如在音频解码器(11)中那样从第一编码方案切换到第二编码方案。
    • 3. 发明授权
    • Apparatus for cleaning conveyor chuck
    • 清洁输送机卡盘的设备
    • US5379784A
    • 1995-01-10
    • US183971
    • 1994-01-21
    • Mituo NishiNaoki ShindouKazuya Yamaguchi
    • Mituo NishiNaoki ShindouKazuya Yamaguchi
    • B08B11/02H01L21/00H01L21/687B08B3/02
    • H01L21/67028B08B11/02H01L21/68707
    • The chuck for conveying semiconductor wafers has a pair of swing arms. Each arm has lower horizontal rods provided with a plurality of grooves for holding wafers and with vertical rods sandwiching the horizontal rods between them. A chuck cleaning apparatus has a cleaning chamber in a casing. A partition plate extends along the center of the cleaning chamber to divide it into first and second compartments. The top of the cleaning chamber is closed by a shielding plate, which has a pair of openings through which the arms come into and out of the cleaning chamber. A washing liquid pipe is incorporated with the partition plate in a horizontal direction. A pair of drying gas pipes extend horizontally in each of the first and second compartments and they are positioned a little higher than the liquid pipe, sandwiching each arm between them. Each gas pipe has a plurality of gas jetting apertures which are divided into a first group to jet gas to the vertical rods and a second group to jet gas to the horizontal rods. The first group of the apertures are inclined downward in a vertical plane and directed to converge toward the vertical rod in a horizontal plane. The second group of the apertures are also inclined downward in the vertical plane and directed perpendicular to the horizontal rod in the horizontal plane.
    • 用于输送半导体晶片的卡盘具有一对摆臂。 每个臂具有下部水平杆,其具有用于保持晶片的多个凹槽,并且具有将水平杆夹在它们之间的垂直杆。 卡盘清洁装置在壳体中具有清洁室。 分隔板沿着清洁室的中心延伸以将其分成第一和第二隔室。 清洁室的顶部由屏蔽板封闭,该屏蔽板具有一对开口,臂通过该开口进出清洁室。 洗涤液管沿水平方向与隔板结合。 一对干燥气体管道在第一和第二隔室中的每一个中水平地延伸,并且它们被定位成比液体管道稍微高一点,将每个臂夹在它们之间。 每个气体管道具有多个气体喷射孔,其被分成第一组,以将气体喷射到垂直杆,第二组将气体喷射到水平杆。 第一组孔径在垂直平面中向下倾斜并且在水平面中被引导朝向垂直杆会聚。 第二组孔也在垂直平面中向下倾斜并且在水平面中垂直于水平杆指向。