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    • 2. 发明申请
    • Gas Releasable Key Structure and Keyboard Structure Using the Same
    • 气体可释放的键结构和使用它的键盘结构
    • US20100156678A1
    • 2010-06-24
    • US12641553
    • 2009-12-18
    • Chien-Shih HsuHong-Yi Huang
    • Chien-Shih HsuHong-Yi Huang
    • H03M11/00
    • H01H13/82G06F3/0202H01H2213/01H01H2215/004
    • A gas releasable key structure including a base, a thin-film circuit, a key cap and an elastic structure is disclosed. The elastic structure is disposed between the key cap and the thin-film circuit and includes a cap body, a ring-shaped flange, a motion pillar and a conductor. The cap body has a first opening and a second opening. The ring-shaped flange connects an edge around the first opening. The motion pillar in the cap body has a through hole, an upper surface and a lower surface. The through hole is extended to the upper surface from the lower surface, connecting the second opening. The conductor on the lower surface has an indent and a breach that connects the through hole. When the first opening is closed, the gas inside the cap body is dissipated to the exterior via the indent, the breach, the through hole and the second opening.
    • 公开了一种包括底座,薄膜电路,键帽和弹性结构的气体可释放键结构。 弹性结构设置在键帽和薄膜电路之间,包括盖体,环形凸缘,运动柱和导体。 帽体具有第一开口和第二开口。 环形凸缘连接第一开口周围的边缘。 帽体中的运动柱具有通孔,上表面和下表面。 通孔从下表面延伸到上表面,连接第二开口。 下表面上的导体具有连接通孔的凹口和缺口。 当第一开口关闭时,盖体内的气体经由凹口,破裂孔,通孔和第二开口消散到外部。
    • 3. 发明授权
    • Gas releasable key structure and keyboard structure using the same
    • 气体释放键结构和键盘结构使用相同
    • US08274006B2
    • 2012-09-25
    • US12641553
    • 2009-12-18
    • Chien-Shih HsuHong-Yi Huang
    • Chien-Shih HsuHong-Yi Huang
    • H01H1/10
    • H01H13/82G06F3/0202H01H2213/01H01H2215/004
    • A gas releasable key structure including a base, a thin-film circuit, a key cap and an elastic structure is disclosed. The elastic structure is disposed between the key cap and the thin-film circuit and includes a cap body, a ring-shaped flange, a motion pillar and a conductor. The cap body has a first opening and a second opening. The ring-shaped flange connects an edge around the first opening. The motion pillar in the cap body has a through hole, an upper surface and a lower surface. The through hole is extended to the upper surface from the lower surface, connecting the second opening. The conductor on the lower surface has an indent and a breach that connects the through hole. When the first opening is closed, the gas inside the cap body is dissipated to the exterior via the indent, the breach, the through hole and the second opening.
    • 公开了一种包括底座,薄膜电路,键帽和弹性结构的气体可释放键结构。 弹性结构设置在键帽和薄膜电路之间,包括盖体,环形凸缘,运动柱和导体。 帽体具有第一开口和第二开口。 环形凸缘连接第一开口周围的边缘。 帽体中的运动柱具有通孔,上表面和下表面。 通孔从下表面延伸到上表面,连接第二开口。 下表面上的导体具有连接通孔的凹口和缺口。 当第一开口关闭时,盖体内的气体经由凹口,破裂孔,通孔和第二开口消散到外部。
    • 8. 发明授权
    • Apparatus for capacitor-coupling acceleration
    • 电容耦合加速装置
    • US06850089B2
    • 2005-02-01
    • US10340760
    • 2003-01-13
    • Hong-Yi HuangShih-Lun Chen
    • Hong-Yi HuangShih-Lun Chen
    • H03K19/017H03K19/092
    • H03K19/01707
    • A capacitor-coupling acceleration apparatus is an accelerating circuit capable of being applied to interconnect lines in an integrated circuit in order to reduce delay owing to parasitic resistance and capacitance of the interconnect lines in the integrated circuit. The apparatus can be disposed between the interconnect lines. When a signal transmitted on the interconnect line has a change from a low-level voltage to a high-level voltage, the apparatus detects the voltage level change of the signal and provides a charging loop to charge the interconnect line, thereby accelerating the change from the low-level voltage to the high-level voltage. When a signal on the interconnect line has a change from the high-level voltage to the low-level voltage, the apparatus detects the voltage level change of the signal and provides a discharging loop to discharge the interconnect line, thereby accelerating the change from the high-level voltage to the low-level voltage.
    • 电容耦合加速装置是能够应用于集成电路中的布线的加速电路,以便由于集成电路中的互连线的寄生电阻和电容而减少延迟。 该装置可以设置在互连线之间。 当在互连线上发送的信号从低电平电压变化到高电平电压时,该装置检测信号的电压电平变化,并提供充电回路以对互连线进行充电,从而加速从 低电平电压到高电平电压。 当互连线上的信号具有从高电平电压到低电平电压的变化时,该装置检测信号的电压电平变化,并提供放电环以放电互连线,从而加速从 高电平到低电平电压。
    • 10. 发明授权
    • Cycle time to digital converter
    • 循环时间到数字转换器
    • US07522084B2
    • 2009-04-21
    • US11826339
    • 2007-07-13
    • Hong-Yi HuangSheng-Dar WuYuan-Hua Chu
    • Hong-Yi HuangSheng-Dar WuYuan-Hua Chu
    • H03M1/60
    • G04F10/005
    • A cycle time to digital converter includes a dual delay lock loop, multi phase sampling detector and VDL sampling detector. The dual delay lock loop generates the first voltage corresponding to the first delay time and the second voltage corresponding to the second delay time. The multi phase sampling detector receives first start signal, first stop signal and first voltage to detect a coarse delay time, generates the first group signals according to the coarse delay time, delays the first stop signal by a common delay time to generate the second stop signal, and delays the first start signal by the coarse delay time and the common delay time to generate the second start signal. The VDL sampling detector receives first voltage, second voltage, second start signal and second stop signal for detecting a fine delay time and generates the second group signals according to the fine delay time.
    • 数字转换器的周期时间包括双延迟锁定环路,多相采样检测器和VDL采样检测器。 双延迟锁定环路产生对应于第一延迟时间的第一电压和对应于第二延迟时间的第二电压。 多相采样检测器接收第一起始信号,第一停止信号和第一电压以检测粗延迟时间,根据粗延迟时间产生第一组信号,将第一停止信号延迟公共延迟时间以产生第二停止 并且将第一起始信号延迟粗延迟时间和公共延迟时间以产生第二起始信号。 VDL采样检测器接收第一电压,第二电压,第二起始信号和第二停止信号,用于检测精细的延迟时间,并根据微小的延迟时间产生第二组信号。