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    • 2. 发明授权
    • Anti-tilt apparatus and frame structure of tilting vehicle using the same
    • 倾斜装置和使用其的倾斜车辆的框架结构
    • US07743871B2
    • 2010-06-29
    • US11979686
    • 2007-11-07
    • Chin-Pin ChienYu-Yin PengJyh-Chun ChangTien-Ho Gau
    • Chin-Pin ChienYu-Yin PengJyh-Chun ChangTien-Ho Gau
    • B60K28/12
    • B60G17/01908B60G17/0162B60G17/017B60G17/01933B60G2202/42B60G2204/46B60G2300/45B60G2800/20
    • An anti-tilt apparatus is provided in the present invention, in which a frame of a vehicle is locked or released for tilt by a locking mechanism controlled according to the vehicle moving status. In addition, the present invention further provides a frame structure of a tilt vehicle wherein the anti-tilt apparatus and an independent suspended wheel set with a tiltable frame are combined together for maintaining certain comfort, good tracking capability and driving safety while the vehicle is moving and swerving. The anti-tilt apparatus of the present invention functions to lock the tiltable frame while the vehicle is operated in low speed or stop and functions to make wheels simultaneously inwardly incline for providing a tilt capability while the vehicle is swerving in high speed so as to increase higher stability and anti-turnover capability of the vehicle.
    • 在本发明中提供了一种防倾斜装置,其中通过根据车辆移动状态控制的锁定机构将车辆的车架锁定或释放以进行倾斜。 此外,本发明还提供了一种倾斜车辆的框架结构,其中防倾斜装置和具有可倾斜框架的独立悬挂轮组合在一起,以在车辆移动时保持一定的舒适性,良好的跟踪能力和驾驶安全性 和转弯。 本发明的防倾斜装置用于在车辆以低速或停止的方式操作时锁定可倾斜的框架,并且用于在车辆高速转动的同时使轮子同时向内倾斜以提供倾斜能力,从而增加 更高的稳定性和抗转向能力的车辆。
    • 3. 发明申请
    • DROPLET EJECTION DEVICE FOR A HIGHLY VISCOUS LIQUID
    • 用于高粘度液体的滴液喷射装置
    • US20090115825A1
    • 2009-05-07
    • US11964442
    • 2007-12-26
    • Yu-Yin PengChin-Pin ChienTien-Ho Gau
    • Yu-Yin PengChin-Pin ChienTien-Ho Gau
    • B41J2/19
    • B41J2/04B41J2202/02
    • A droplet ejection device for a highly viscous liquid includes a micro flow channel filled with a highly viscous liquid and having an inlet and an outlet channel; at least a branch channel communicated with the outlet channel; a highly-viscous-liquid supply device connected to the inlet so as to supply the highly viscous liquid to the micro flow channel; a gas supply device connected to the branch channel so as to supply a gas to the outlet channel by way of the branch channel; and at least a control valve mounted between the branch channel and the gas supply device so as to control an intermittent supply of the gas from the branch channel to the outlet channel to interrupt the highly-viscous-liquid flow in the outlet channel and to prompt the highly viscous fluid to form a droplet to be ejected out of the micro flow channel.
    • 用于高粘度液体的液滴喷射装置包括填充有高粘度液体并具有入口和出口通道的微流动通道; 至少一个分支通道与出口通道连通; 连接到入口的高粘度液体供应装置,以将高粘度液体供应到微流动通道; 连接到分支通道的气体供应装置,以便通过分支通道向出口通道提供气体; 以及至少一个安装在分支通道和气体供应装置之间的控制阀,以便控制气体从分支通道到出口通道的间歇供应,以中断出口通道中的高粘性液体流动并提示 高粘性流体,以形成要从微流动通道喷出的液滴。
    • 4. 发明授权
    • Piezo-driven micro-droplet jet generator
    • 压电驱动微滴喷射发生器
    • US07407273B2
    • 2008-08-05
    • US11058456
    • 2005-02-14
    • Tien-Ho GauYu-Yin PengChin-Pin Chien
    • Tien-Ho GauYu-Yin PengChin-Pin Chien
    • B41J2/045
    • B41J2/14282
    • A piezo-driven micro-droplet jet generator comprises an ejection seat, having an ejection plate with a plurality of ejection holes; a membrane, having a front side facing the ejection seat and a rear side; a piezoelectric plate, placed at the rear side of the membrane, at least partly touching the membrane and, when electric voltage is applied, driving a vibrating movement of the membrane towards the ejection plate; a base plate, at four corners thereof fastened to the ejection seat and to the membrane; and a flow path inside the ejection seat, allowing liquid to be let into a space inside the ejection seat; wherein liquid between the membrane and the ejection plate upon the vibrating movement undergoes pressure, being ejected through the plurality of ejection holes.
    • 压电驱动的微滴喷射发生器包括具有多个喷射孔的喷射板的喷射座; 膜,其具有面向喷射座的前侧和后侧; 放置在膜的后侧的压电板至少部分地接触膜,并且当施加电压时,驱动膜朝向喷射板的振动运动; 基板,其四个角处固定到喷射座和膜; 以及喷射座内的流路,允许液体进入喷射座内的空间; 其中在振动运动时膜和喷射板之间的液体经受压力,通过多个喷射孔喷出。
    • 6. 发明申请
    • Piezo-driven micro-droplet jet generator
    • 压电驱动微滴喷射发生器
    • US20060132546A1
    • 2006-06-22
    • US11058456
    • 2005-02-14
    • Tien-Ho GauYu-Yin PengChin-Pin Chien
    • Tien-Ho GauYu-Yin PengChin-Pin Chien
    • B41J2/045
    • B41J2/14282
    • A piezo-driven micro-droplet jet generator comprises an ejection seat, having an ejection plate with a plurality of ejection holes; a membrane, having a front side facing the ejection seat and a rear side; a piezoelectric plate, placed at the rear side of the membrane, at least partly touching the membrane and, when electric voltage is applied, driving a vibrating movement of the membrane towards the ejection plate; a base plate, at four corners thereof fastened to the ejection seat and to the membrane; and a flow path inside the ejection seat, allowing liquid to be let into a space inside the ejection seat; wherein liquid between the membrane and the ejection plate upon the vibrating movement undergoes pressure, being ejected through the plurality of ejection holes.
    • 压电驱动的微滴喷射发生器包括具有多个喷射孔的喷射板的喷射座; 膜,其具有面向喷射座的前侧和后侧; 放置在膜的后侧的压电板至少部分地接触膜,并且当施加电压时,驱动膜朝向喷射板的振动运动; 基板,其四个角处固定到喷射座和膜; 以及喷射座内的流路,允许液体进入喷射座内的空间; 其中在振动运动时膜和喷射板之间的液体经受压力,通过多个喷射孔喷出。
    • 8. 发明授权
    • Controlled odor generator
    • 控制气味发生器
    • US07514048B2
    • 2009-04-07
    • US10226970
    • 2002-08-22
    • Tien-Ho GauYu-Yin Peng
    • Tien-Ho GauYu-Yin Peng
    • A61L9/00A62B7/08B01D11/04F04B19/24F04B17/00F04B37/02B05B1/08B05B1/14E01B5/18
    • A61L9/035A61L9/122A61L9/145
    • A controlled odor generator, comprising a central processing unit, at least one micropump unit, a sensor unit and a fan. The micropump unit is housed in a casing containing odorous fluid and has a micropump array for ejecting the odorous fluid in tiny droplets. The central processing unit regulates operation of the micropump unit, allowing to control timing quantity and mixture of spread odor. The sensor unit provides the central processing unit with environmental data, like temperature, air density and humidity, as well as human body states for controlling the micropump unit. Environmental changes are followed by a change of spraying of odor, and varying taste and demand are adapted to.
    • 一种控制气味发生器,包括中央处理单元,至少一个微型泵单元,传感器单元和风扇。 微型泵单元容纳在含有气味流体的壳体中,并且具有用于以微小液滴喷射异味流体的微型泵阵列。 中央处理单元调节微型泵单元的操作,允许控制定时量和扩散气味的混合。 传感器单元为中央处理单元提供温度,空气密度和湿度等环境数据,以及用于控制微型泵单元的人体状态。 环境变化之后是气味的喷雾改变,适应不同的味道和需求。
    • 9. 发明授权
    • Engine air intake system having a bypass current control valve
    • 具有旁通电流控制阀的发动机进气系统
    • US5533483A
    • 1996-07-09
    • US434916
    • 1995-05-04
    • Tien-Ho GauYu-Yin Peng
    • Tien-Ho GauYu-Yin Peng
    • F02B31/08F02M35/108F02B15/00
    • F02M35/10032F02B31/08F02M35/108F02B2031/003F02B2275/48Y02T10/125Y02T10/146
    • An engine air intake system comprises a main air duct and at least one bypass air duct, which are located side by side. The bypass air duct is smaller in cross-sectional area than the main air duct which is provided with a throttle contiguous to the bypass air duct having therein a control valve. The throttle and the control valve are regulated by a link mechanism such that the throttle is closed when the engine is operating at a low or intermediate load rate, and that the control valve is opened partially when the throttle remains closed, thereby resulting in an acceleration of air current flowing through the bypass air duct and an improvement in the tumble or swirl ratio. As the engine is operating at a progressively increasing load rate, the throttle is caused to open gradually to bring about an increase in the engine air intake volume so as to enable the engine to operate under the optimum condition.
    • 发动机进气系统包括并排定位的主空气管道和至少一个旁通风道。 旁通空气管道的横截面面积小于主空气管道,主空气管道设置有与其中具有控制阀的旁通风道连通的节气门。 节气门和控制阀由连杆机构调节,使得当发动机以低负荷或中等负载率运行时节流阀关闭,并且当节气门保持关闭时控制阀部分打开,从而导致加速 的流经旁路风道的气流和翻滚或涡流比的改善。 当发动机以逐渐增加的负载率运行时,节气门被逐渐打开以引起发动机进气量的增加,以使得发动机能够在最佳状态下运转。
    • 10. 发明授权
    • Diaphragmatic electromagnetic valve with leakage preventing convex ring
    • 隔膜电磁阀带防漏凸环
    • US5116020A
    • 1992-05-26
    • US654459
    • 1991-02-13
    • Yu-Yin PengJaw-Long ChenTien-Ho Gau
    • Yu-Yin PengJaw-Long ChenTien-Ho Gau
    • F02M51/00F02M59/46F02M69/08
    • F02M69/08F02M51/00Y10T137/7613
    • An electromagnetic diaphragm-type valve has a leakage preventing convex ring and is particularly applicable to air-aided fuel injection system. The valve includes an external housing made of a magnetic-inductive material, an electromagnetic coil set installed inside the rear part of external housing, a magnetic-inductive stator fitted to the central holding site of electromagnetic coil set, and a valve stem installed in the front part of external housing. The valve stem circumference is integrated with a deflectable rubber diaphragm so as not only to enable the valve stem to move a minor distance but also to enable the valve stem to be located in a right or left position. In addition, the diaphragm isolates an air chamber from parts defining the ranges of guidance and lift of valve stem, hence the motion of valve stem is not affected by entrance of pollutants. The diaphragm is formed to seal in compresed air in the air chamber. Effective sealing is achieved because the metal end surface of the valve stem contacts the valve seat by a metal end rubber convex ring. Simultaneously, metal contact between the valve stem and the valve seat prevents serious distortion of rubber and therefore makes the electromagnetic valve highly durable.
    • 电磁隔膜式阀具有防泄漏凸环,特别适用于空气辅助燃料喷射系统。 该阀包括由磁感应材料制成的外壳,安装在外壳后部的电磁线圈组,安装在电磁线圈组的中心固定位置的磁感应定子,以及安装在电磁线圈组中的阀杆 外部房屋前部。 阀杆圆周与可偏转的橡胶隔膜结合在一起,不仅能够使阀杆移动一小段距离,而且还可使阀杆位于右侧或左侧位置。 此外,隔膜将气室与限定阀杆引导范围和升程的部件隔离,因此阀杆的运动不受污染物入口的影响。 隔膜被形成为密封在空气室中的压缩空气中。 由于阀杆的金属端面通过金属端橡胶凸环与阀座接触,因此实现了有效的密封。 同时,阀杆和阀座之间的金属接触可防止橡胶严重变形,从而使电磁阀具有高度的耐用性。