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    • 2. 发明授权
    • Image formation apparatus
    • 图像形成装置
    • US4542985A
    • 1985-09-24
    • US602755
    • 1984-04-23
    • Toshio HonmaHiroaki TakedaTadashi Suzuki
    • Toshio HonmaHiroaki TakedaTadashi Suzuki
    • G03G15/00G03B27/72
    • G03G15/5025
    • An image formation apparatus such as a copying machine has an image forming section including an optical system, an AE mode selection key for setting the automatic density adjustment mode, UP and DOWN keys for manually adjusting the density level, an interruption selection key, a control circuit including a microcomputer for setting a standard density level in the automatic density adjustment mode, and a display for displaying the selected density adjustment mode. Depression of the AE mode selection key for the first time sets the automatic density adjustment mode, and depression of this key for the second time releases the automatic density adjustment mode. The apparatus can reproduce copies of optimal quality for different types of original.
    • 诸如复印机的图像形成装置具有包括光学系统的图像形成部分,用于设置自动浓度调节模式的AE模式选择键,用于手动调节浓度水平的UP和DOWN键,中断选择键,控制 包括用于设定自动浓度调节模式中的标准浓度水平的微计算机的电路和用于显示所选择的浓度调节模式的显示器。 第一次AE模式选择键的抑制设置自动浓度调整模式,第二次按下该键释放自动浓度调节模式。 该设备可以复制不同类型原稿的最佳质量。
    • 5. 发明授权
    • Copying apparatus
    • 复印机
    • US4862219A
    • 1989-08-29
    • US169132
    • 1988-03-10
    • Nobutoshi YoshidaNobuyuki MiykeAtsushi TakagiTakashi SaitoTadashi SuzukiNaoyuki OhkiMasahiro TomosadaHideki AdachiHiroaki Takeda
    • Nobutoshi YoshidaNobuyuki MiykeAtsushi TakagiTakashi SaitoTadashi SuzukiNaoyuki OhkiMasahiro TomosadaHideki AdachiHiroaki Takeda
    • G03G15/00G03G15/01
    • G03G15/5025G03G15/01G03G15/50G03G15/5016
    • There is a multi-color copying apparatus having image processing functions which can easily designate arbitrary areas when the trimming or masking is executed. This apparatus comprises: an area designating device to designate the first area of the original; a first developing device to develop the image of the first area in the first color; a second developing device to develop the image of the second area in the second color; and a control circuit for making the first developing device operative without making the second developing device operative in accordance with the designation of the first area and, after completion of the development of the image of the first area, making the second developing device operative without making the first developing device operative. The control circuit inhibits the operation of the first or second developing device by moving the first or second developing device to a position away from the photo sensitive drum, or by applying the bias voltage to the first or second developing device such that the toner from the inoperative developing device is not deposited onto the drum.
    • 存在具有图像处理功能的多色复印装置,其可以在执行修剪或掩蔽时容易地指定任意区域。 该装置包括:指定原稿的第一区域的区域指定装置; 用于开发第一颜色的第一区域的图像的第一显影装置; 第二显影装置,用于显影第二颜色的第二区域的图像; 以及用于使第一显影装置可操作而不使第二显影装置根据第一区域的指定而起作用的控制电路,并且在完成第一区域的图像的完成之后,使得第二显影装置在不进行 第一个显影装置可操作。 控制电路通过将第一或第二显影装置移动到远离感光鼓的位置或通过将偏置电压施加到第一或第二显影装置来阻止第一或第二显影装置的操作,使得来自 不能将显影装置沉积在滚筒上。
    • 7. 发明授权
    • Light quantity controller and input device
    • 光量控制器和输入设备
    • US4467246A
    • 1984-08-21
    • US294572
    • 1981-08-20
    • Kano TanakaHiroaki Takeda
    • Kano TanakaHiroaki Takeda
    • G03B27/52H05B41/29H05B41/392
    • G03B27/527Y10S315/07
    • A light quantity controller and an input device are disclosed. The light quantity controller comprises a light source, a photo-sensor to detect a light quantity of the light source, a signal source for generating a reference signal, a comparator for comparing the detected light amount with the reference signal, and control circuit to control a duty ratio of the energization to the light source in accordance with the compare result to maintain the light quantity of the light source at a constant level. The light quantity controller further comprises a comparator to compare the energization signal to the light source with a reference signal to detect the degradation of the light source. The input device has a key matrix including a plurality of input ports and a plurality of output ports of a control unit interconnected through switches. A signal source independent from the output ports of the key matrix is connected to at least one of the input ports through switches.
    • 公开了一种光量控制器和输入装置。 光量控制器包括光源,用于检测光源的光量的光传感器,用于产生参考信号的信号源,用于将检测到的光量与参考信号进行比较的比较器和用于控制的控制电路 根据比较结果对光源的通电的占空比,以将光源的光量保持在恒定水平。 光量控制器还包括比较器,用于将通电信号与光源进行参考信号的比较,以检测光源的劣化。 输入装置具有包括通过开关互连的控制单元的多个输入端口和多个输出端口的键矩阵。 独立于键矩阵的输出端口的信号源通过开关连接到至少一个输入端口。
    • 8. 发明申请
    • Reproducing Device and Reproducing Method
    • 复制设备和再现方法
    • US20070248315A1
    • 2007-10-25
    • US11579257
    • 2006-03-01
    • Hiroaki Takeda
    • Hiroaki Takeda
    • H04N9/802
    • G10L21/04G10L19/012
    • A reproducing device and method not producing any abnormal sound in fast-forward reproduction and rewind-reproduction modes and not causing any delay in a reproduction mode. In the reproducing device and method a music reproducing circuit (200) comprises a silence encoding data storage section (201) storing encoded silence data created by encoding silence by means of AAC, data selecting section (202) for selecting one of the encoded silence data and coded data inputted from outside and transmitting the selected data to a decoding section (203), and the decoding section (203) for decoding AAC coded data and generating a sound signal. By decoding the encoded silence signal at a point where the frames are discontinuous in the fast-forward reproduction mode, fade-in or fade-out is carried out at the frame discontinuous point.
    • 一种在快进再现和倒带重放模式中不产生异常声音的再现装置和方法,并且不会在再现模式中造成任何延迟。 在再现装置和方法中,音乐再现电路(200)包括一个静音编码数据存储部分(201),用于存储通过AAC对静音进行编码而产生的编码静音数据,数据选择部分(202)用于选择编码的静音数据之一 以及从外部输入的编码数据并将所选择的数据发送到解码部分(203),以及用于解码AAC编码数据并产生声音信号的解码部分(203)。 通过在快进再现模式中的帧不连续的点解码编码的静音信号,在帧不连续点执行淡入或淡出。
    • 9. 发明授权
    • Reproducing velocity converting apparatus with different speech velocity
between voiced sound and unvoiced sound
    • 再现速度转换装置在语音和声音之间具有不同的语速
    • US6085157A
    • 2000-07-04
    • US913326
    • 1997-09-12
    • Hiroaki Takeda
    • Hiroaki Takeda
    • G10L11/04G10L21/04G01L3/02
    • G10L21/04
    • The present invention can obtain a clear velocity converted sound in a sound signal which is recorded in recording media, without changing an interval of the sound signal. An input sound signal (1a) is transmitted from a sound signal storage memory (1) to a voiced sound/unvoiced sound deciding portion (2). In the voiced sound/unvoiced sound deciding portion (2), it is decided whether the input sound signal (1a) is a voiced sound or an unvoiced sound. A decision result is transmitted to a speech velocity converter (4) as a switching flag (1b). The speech velocity converter (4) outputs the unvoiced sound as it is. A predetermined windowing and adding processing is performed to the voiced sound, a time compression is carried out so as to output the voiced sound. An output signal (1e) from the speech velocity converter (4) is output as a frame output signal (1g) through an output sound signal frame buffer (8). In another mode, a switch and an adder may be used.
    • PCT No.PCT / JP97 / 00097 Sec。 371日期:1997年9月12日 102(e)1997年9月12日PCT PCT 1997年1月20日PCT公布。 出版物WO97 / 26647 日期1997年7月24日本发明可以在不改变声音信号的间隔的情况下获得记录在记录介质中的声音信号中的清晰速度转换声音。 输入声音信号(1a)从声音信号存储器(1)发送到有声/无声声音判定部分(2)。 在浊音/清音判定部(2)中,判定输入声音信号(1a)是浊音还是无声音。 判定结果作为切换标志(1b)发送到语音速度转换器(4)。 语音速度转换器(4)原样输出无声音。 对浊音进行预定的加窗处理,进行时间压缩,输出浊音。 来自语音速度转换器(4)的输出信号(1e)通过输出声音信号帧缓冲器(8)输出为帧输出信号(1g)。 在另一种模式中,可以使用开关和加法器。