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    • 1. 发明授权
    • Sewing machine capable of forming a buttonhole in a work piece
    • 在工作中形成一个按钮的缝纫机
    • US5222449A
    • 1993-06-29
    • US871110
    • 1992-04-20
    • Kazuaki KoieHideo AndoAkihiro FunahashiJun Shibata
    • Kazuaki KoieHideo AndoAkihiro FunahashiJun Shibata
    • D05B3/06D05B3/08D05B37/02
    • D05B3/08D05B37/02
    • A sewing machine comprises a feeding device which moves between the under position of the cutter apparatus and the under position of the needle bar with a work piece which is set on the feeding device such that the buttonhole slit is formed on a desired position, a setting signal transmitter for transmitting a complete signal when the work piece is set on the feeding device, and a post-buttonhole slit method indicator for indicating the post-buttonhole slit method in order to form the buttonhole slit by the cutter apparatus after buttonhole stitches are formed by the cooperation of the needle and the looper. When the post-buttonhole slit method is indicated by the post-buttonhole slit method indicator, the feeding device moves under the needle bar and the feeding device is controlled so as to stay under the needle bar until the setting signal transmitter inputs the complete signal.
    • 一种缝纫机包括一个进给装置,该装置在切割装置的下部位置和针杆的下部位置之间移动,该工件设置在进给装置上,使得锁孔形成在所需位置上,设定 信号发送器,用于在工件设置在馈送装置上时发送完整的信号;以及锁定后缝隙方法指示器,用于指示后锁孔切割方法,以便在形成针孔线圈之后通过切割装置形成锁眼缝隙 通过针和活套的配合。 当按钮后孔切割方法由后锁孔切割方法指示器指示时,进给装置在针杆下方移动,并且进给装置被控制以保持在针杆下方,直到设定信号发送器输入完整的信号。
    • 3. 发明授权
    • Relay apparatus
    • 继电器
    • US07046960B2
    • 2006-05-16
    • US10001759
    • 2001-10-24
    • Makoto TakemotoKatsuyuki KawaseTetsu TakaseJun Shibata
    • Makoto TakemotoKatsuyuki KawaseTetsu TakaseJun Shibata
    • H04B7/14
    • H04H20/06H04B1/52H04B1/525H04B7/15585H04H20/67
    • While a spectrum waveform of an output signal from a subtracter (207) is visibly monitored, an operator controls a variable phases shifter (208) based upon a second control signal (CL2) so that a shape of a spectrum waveform of an output signal from a subtracter (207) is approximated to a spectrum waveform of a desirable wave to change a phase of a local oscillation frequency signal from a local oscillator (206). As a result, a phase of a duplicated loop signal is changed. Also, the operator controls a variable attenuator (209) based upon a first control signal (CL1) so that a shape of this spectrum waveform is approximated to a spectrum waveform of a desirable wave (20) to change a signal level of the duplicated loop signal.
    • 当可见地监视来自减法器(207)的输出信号的频谱波形时,操作员基于第二控制信号(CL 2)控制可变相移器(208),使得输出信号的频谱波形的形状 近似于从本地振荡器(206)改变本地振荡频率信号的相位的期望波的频谱波形。 结果,改变了重复的环路信号的相位。 另外,操作员根据第一控制信号(CL 1)控制可变衰减器(209),使得该频谱波形的形状近似于期望波(20)的频谱波形,以改变复制的信号的信号电平 回路信号。
    • 7. 发明授权
    • Optoelectronic memory, logic, and interconnection device including an
optical bistable circuit
    • 包括光学双稳态电路的光电存储器,逻辑和互连装置
    • US5095200A
    • 1992-03-10
    • US640278
    • 1991-01-11
    • Kenichi MatsudaJun Shibata
    • Kenichi MatsudaJun Shibata
    • G06E3/00G11C11/42H03K3/42H03K17/795
    • H03K17/7955G06E3/006G11C11/42H03K3/42
    • An optoelectronic memory, logic, and interconnection device having an optical bistable circuit as an essential element. The optical bistable circuit includes an optical bistable switch which is a light emitting device and a first phototransistor detecting the light emitted from the light emitting device, connected in series, a second phototransistor connected in parallel to the optical bistable switch which does not detect the light emitted from the light emitting device, and a load resistor connected in series to the optical bistable switch. The optoelectronic memory, logic, and interconnection device operates as an optoelectronic memory device turned on and off with the same light source, as an optoelectronic logic device executing exclusive OR operation, or as a light source for reconfigurable optical interconnection.
    • 具有光学双稳态电路作为必需元件的光电存储器,逻辑和互连器件。 光学双稳态电路包括光双稳态开关,其是发光器件和第一光电晶体管,其检测从串联连接的发光器件发射的光,并联连接到不检测光的光学双稳态开关的第二光电晶体管 从发光器件发射的负载电阻器和与光学双稳态开关串联连接的负载电阻器。 光电存储器,逻辑器件和互连器件作为光电存储器件工作,作为与执行异或运算的光电逻辑器件相同的光源,或作为用于可重构光互连的光源而导通和截止的光电存储器件。