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    • 2. 发明公开
    • Fading on and fading off electronic switch
    • 淡入淡出电子开关
    • EP0521513A2
    • 1993-01-07
    • EP92111267.8
    • 1992-07-03
    • Jiang, Zigang
    • Jiang, Zigang
    • H03K17/725H05B39/00
    • H03K17/725H05B39/02H05B39/044Y02B20/146
    • The present invention provides a fading on and off electronic switch suitable for fading on/off control of electrical equipments like lamp and motor. The main circuit comprises a rectifier bridge circuit (D1-D4) and a thyristor (T R ). Control circuit includes a fast discharging synchronic integrator and a trigger pulse integrator (R1,D5,D6,C2), the former acts as a pulse phase shifter for triggering branch so as to provide a self-adapting magnitude variable sawtooth waveform, while the latter acts as a dynamic phase variation memory so as to provide varible reference for comparison. Trigger pulses, after being voltage feed back via main branch causes the synchronic integrator to fast discharge. If the discharging circuit of the trigger pulse integrator (R1,D5,D6,C2) is closed, the voltage on the integral capacitor (C2) decreases gradually, and trigger angle also decrease gradually. This is fading on process, and in fading off process, the conditions are just opposite. Fading on/off time can be independently set.
    • 本发明提供一种适用于灯和电动机等电气设备的衰减开/关控制的衰减开关电子开关。 主电路包括整流桥电路(D1-D4)和晶闸管(TR)。 控制电路包括一个快速放电同步积分器和一个触发脉冲积分器(R1,D5,D6,C2),前者作为触发分支的脉冲移相器,以提供自适应幅度可变的锯齿波形,而后者 充当动态相位变化存储器以提供用于比较的可变参考。 触发脉冲在通过主分支进行电压反馈后引起同步积分器快速放电。 如果触发脉冲积分器(R1,D5,D6,C2)的放电电路闭合,积分电容(C2)上的电压逐渐减小,触发角也逐渐减小。 这个过程正在逐渐消失,并且在逐渐消失的过程中,条件正好相反。 褪色开/关时间可以独立设置。
    • 3. 发明公开
    • KNEADING AND DISPLACING METHOD AND MECHANISM FOR FLUID MACHINERY AND THE USE
    • KNET- UNDVERDRÄNGUNGSVERFAHRENUND-MECHANISMUSFÜRSTRÖMUNGSMASCHINENUND VERWENDUNG
    • EP1832751A1
    • 2007-09-12
    • EP05819747.6
    • 2005-12-16
    • Jiang, Zigang
    • Jiang, Zigang
    • F04C2/30
    • F01C11/002F01C1/322Y02T10/16
    • The present invention relates to a kneading and displacing method and mechanism for fluid machinery and the use. The invention is suitable for application in internal combustion engine, pump, compressor, motor, driving, cooling, metering and other fields. During kneading and displacing process, the kneading wheel revolves and rotates in opposite directions inside the kneading cavity to synthesize the kneading and displacing motion, which has greatly lowered speed, moment of momentum and loss rate compared with rotor motion and needs no lubrication. The fluid machinery operating on the kneading and displacing method and mechanism may be used for both gas and liquid and has wide use.
    • 本发明涉及一种用于流体机械的捏合和移位方法和机理及其应用。 本发明适用于内燃机,泵,压缩机,电机,驱动,制冷,计量等领域。 在捏合和移位过程中,捏合轮在捏合腔内沿相反方向旋转并旋转,以合成捏合和移位运动,与转子运动相比,速度,力矩和损失速度大大降低,无需润滑。 采用揉捏取代方法和机理的流体机械可用于气体和液体两种,并具有广泛的应用。