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    • 2. 发明申请
    • KEYCAP MODULE FABRICATED BY INTEGRATED INJECTION
    • 集成注射器制作的键盘模块
    • US20150034467A1
    • 2015-02-05
    • US13956066
    • 2013-07-31
    • ZIPPY TECHNOLOGY CORP.
    • Chin-Hsiu HWA
    • H01H13/7065
    • H01H13/7057H01H13/83H01H13/88H01H2219/062H01H2221/074H01H2221/09
    • A keycap module fabricated by integrated injection includes a support frame which has a plurality of interlaced rims to define a plurality of keycap installation apertures. Each keycap installation aperture holds a keycap which has four sides and four corners. Each side of the keycap and each rim of the support frame have respectively a first wall and a second wall bridged by a movable arm. The keycaps, movable arms and support frame are integrally formed by injection. Each movable arm has a fist connecting section connected to one corner of the keycap and a second connecting section connected to the first connecting section at a first bend spot. The second connecting section is extended towards a neighboring corner of the keycap and connected to one rim of the support frame.
    • 通过集成注射制造的键帽模块包括支撑框架,该支撑框架具有多个交错的边缘以限定多个键帽安装孔。 每个键帽安装孔保持一个键帽,它有四个边和四个角。 键帽的每一侧和支撑框架的每个边缘分别具有由可动臂桥接的第一壁和第二壁。 键帽,活动臂和支撑框架通过注射整体形成。 每个可移动臂具有连接到键帽的一个角部的第一连接部分和在第一弯曲点处连接到第一连接部分的第二连接部分。 第二连接部分朝向键帽的相邻角延伸并且连接到支撑框架的一个边缘。
    • 5. 发明申请
    • Keys With Double-Diving-Board Spring Mechanisms
    • 双跳板弹簧机构的钥匙
    • US20120267225A1
    • 2012-10-25
    • US13540179
    • 2012-07-02
    • Mi Zhou
    • Mi Zhou
    • H01H3/12
    • H01H13/7073F16F3/023H01H13/14H01H13/7057H01H2221/036H01H2221/058
    • Keys may be formed for keyboards. The keyboards may be attached to electronic devices such as computers or may be formed within a portable computer or other electronic equipment. A keyboard may be provided with a planar housing member such as a top plate. The top plate may have openings through which key caps protrude. Each key cap may be attached to a respective spring mechanism. The spring mechanism for each key may have first and second diving-board structures that flex about respective parallel flex axes. A dome switch may be mounted under each spring mechanism. The dome switch is compressed when the key cap is pressed and the first diving-board structure moves towards the dome switch. The top plate may have edge portions surrounding each key opening that form upstop structures that prevent the key caps and spring mechanisms from tilting when the dome switch is compressed.
    • 可以为键盘形成键。 键盘可以附接到诸如计算机的电子设备,或者可以形成在便携式计算机或其他电子设备内。 键盘可以设置有诸如顶板的平面壳体构件。 顶板可以具有开口,键帽突出穿过。 每个键帽可以附接到相应的弹簧机构。 每个键的弹簧机构可以具有围绕各自平行的弯曲轴线弯曲的第一和第二潜水板结构。 圆顶开关可以安装在每个弹簧机构的下方。 当按下钥匙盖时,圆顶开关被压缩,第一个潜水板结构朝向圆顶开关移动。 顶板可以具有围绕每个键开口的边缘部分,其形成止动结构,当圆顶开关被压缩时防止键帽和弹簧机构倾斜。
    • 6. 发明授权
    • Push button switch for electric device
    • 电器设备按钮开关
    • US08253050B2
    • 2012-08-28
    • US12763196
    • 2010-04-19
    • Takahito Yamanaka
    • Takahito Yamanaka
    • H01H3/12
    • H01H13/7057H01H2233/004H01H2233/022H01H2233/042
    • When the assembly is complete, the protrusion 2e of the leaf spring 2b abuts against the bottom wall surface 3g which is an inner bottom surface of the cover member 3 and the leaf spring 2b is bent. Since the protrusion is pushed against the cover member 3, the leaf spring 2b generates force of repulsion which pushes the frame member 2f toward the opposite direction of the cover member 3. In addition, since the leaf springs 2b are aligned straightly between three bosses 3b, the leaf spring 2b pushes the push button 2 toward the switch board 1 almost in parallel. In other words, if the push button 2 is held in the cover member 3, without further components, the push button 2 is pushed against the switch board 1 and there will not be a possibility of a wobble.
    • 当组装完成时,片簧2b的突起2e与作为盖构件3的内底面的底壁面3g抵接,板簧2b弯曲。 由于突起被推靠在盖构件3上,板簧2b产生排斥力,从而将框架构件2f朝向盖构件3的相反方向推动。此外,由于板簧2b在三个凸起3b之间直线对齐 ,板簧2b几乎平行地将按钮2推向开关板1。 换句话说,如果按钮2被保持在盖构件3中,则没有其它构件,按钮2被推靠在开关板1上,并且不会有摆动的可能性。