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    • 13. 发明授权
    • Rescue system for semi-sealed marine vessels
    • 半密封船只救援系统
    • US09371117B2
    • 2016-06-21
    • US14253882
    • 2014-04-16
    • Chih-Yuan Cheng
    • Chih-Yuan Cheng
    • B63B43/12
    • B63B43/12B63B2043/126
    • Disclosed is a rescue system for semi-sealed marine vessels, which includes a rescue unit and a backup rescue machine. The rescue unit is installed in a vessel compartment and includes an air bag, a canister containing compressed gas, a needle valve, and a flow control valve for employing the physical property that air has a specific gravity smaller than water, whereby when water leaks into the vessel compartment, through pressing down the needle valve, the compressed air is supplied into the air bag for inflating and expanding the air bag to get floating on the seawater inside the vessel compartment and occupy the internal space of the vessel compartment. The backup rescue machine includes an air compressor and at least a diversion valve to supplement a great amount of high-pressure gas to the vessel compartment for preventing water leaking into the vessel compartment.
    • 公开了一种半密封船舶救援系统,其中包括救援单元和备用救援机。 救援单元安装在容器隔室中,包括气囊,包含压缩气体的罐,针阀和流量控制阀,用于使用比重小于水的空气的物理性质,由此当水泄漏 容器隔室通过按压针阀,将压缩空气供应到气囊中,用于使气囊膨胀和膨胀,以浮动在容器隔室内的海水上并占据容器隔室的内部空间。 备用救援机器包括一个空气压缩机和至少一个分流阀,以补充大量的高压气体到容器隔室,以防止水泄漏到容器隔室中。
    • 16. 发明申请
    • [LOW POWER CONSUMPTION CIRCUIT AND DELAY CIRCUIT THEREOF]
    • [低功耗电路及其延迟电路]
    • US20050040895A1
    • 2005-02-24
    • US10710764
    • 2004-08-02
    • Hong-Gee FangWen-Chieh LeeChih-Yuan Cheng
    • Hong-Gee FangWen-Chieh LeeChih-Yuan Cheng
    • H03B5/24H03K3/012H03K3/03H03L7/00
    • H03K3/0315H03K3/012
    • A low power consumption oscillation circuit and a delay circuit thereof are disclosed. The circuit comprises an enable circuit, an oscillator delay circuit and a feedback control network. The enable circuit is adapted for receiving an enable signal and performing an initial oscillation. The enable circuit outputs an initial oscillation signal according to a feedback control signal. The oscillator delay circuit is coupled to the enable circuit and is adapted for alternately generating a high and a low level oscillation signals according to the initial oscillation signal. The feedback control network is coupled to the oscillator delay circuit and is adapted for integrating the high and the low level oscillation signals to generate a feedback control signal and outputting the feedback control signal to the enable the circuit for activating next oscillation.
    • 公开了一种低功耗振荡电路及其延迟电路。 该电路包括使能电路,振荡器延迟电路和反馈控制网络。 使能电路适于接收使能信号并执行初始振荡。 使能电路根据反馈控制信号输出初始振荡信号。 振荡器延迟电路耦合到使能电路,适用于根据初始振荡信号交替产生高电平和低电平的振荡信号。 反馈控制网络耦合到振荡器延迟电路,适用于对高电平和低电平振荡信号进行积分以产生反馈控制信号,并将反馈控制信号输出到启动下一个振荡电路。
    • 17. 发明申请
    • RESCUE SYSTEM FOR SEMI-SEALED MARINE VESSELS
    • 半密封船用救生系统
    • US20150298777A1
    • 2015-10-22
    • US14253882
    • 2014-04-16
    • Chih-Yuan Cheng
    • Chih-Yuan Cheng
    • B63B43/12
    • B63B43/12B63B2043/126
    • Disclosed is a rescue system for semi-sealed marine vessels, which includes a rescue unit and a backup rescue machine The rescue unit is installed in a vessel compartment and includes an air bag, a canister containing compressed gas, a needle valve, and a flow control valve for employing the physical property that air has a specific gravity smaller than water, whereby when water leaks into the vessel compartment, through pressing down the needle valve, the compressed air is supplied into the air bag for inflating and expanding the air bag to get floating on the seawater inside the vessel compartment and occupy the internal space of the vessel compartment. The backup rescue machine includes an air compressor and at least a diversion valve to supplement a great amount of high-pressure gas to the vessel compartment for preventing water leaking into the vessel compartment.
    • 本发明公开了一种半密封船舶救援系统,包括救援单元和备用救援机组救援单元安装在船只舱内,包括气囊,包含压缩气体的罐,针阀和流量 用于采用空气比重小于水的物理性质的控制阀,由此当水泄漏到容器隔室中时,通过按压针阀,将压缩空气供应到气囊中,以使气囊膨胀和膨胀 漂浮在船只舱内的海水上,并占据船只舱的内部空间。 备用救援机器包括一个空气压缩机和至少一个分流阀,以补充大量的高压气体到容器隔室,以防止水泄漏到容器隔室中。