Abstract:
PROBLEM TO BE SOLVED: To provide a casing with an illuminated switch that has no malfunction due to an input failure. SOLUTION: The casing with an illuminated switch has a laminated body in which a casing, a decorative layer, and a light transmissive electrode are laminated in that order. The casing is made of a light transmissive material. The decorative layer displays a light-transmitting-part pattern and a light-shielding-part pattern. The light transmissive electrode is made of a mesh electrically-conductive thin-film while its formation region is superposed on at least a part of the light-transmitting-part pattern. A light source is arranged on the side of the light transmissive electrode so as to light the light-transmitting-part pattern from behind. COPYRIGHT: (C)2008,JPO&INPIT
Abstract:
PURPOSE:To detect easily the position of a depressing point, by opposing partial- deposition conductor parts where a slender potential gradient layer and an insulation layer are arranged alternately to a full surface conductive layer at an interval to apply sequentially a voltage to the potential gadient layer. CONSTITUTION:A gold thin film layer is vapor-deposited on a film 2 on a substrate 1 to form a transparent condutive film. Then, the potential gradient layer comprising the partial-deposition conductor parts 3, 3', 3''... is formed into a slender rectangular shape at right angles to the face of paper by chemical etching, electrodes 4, 4', 4''... and 5, 5', 5''... are formed at both ends and the electrodes 4-4'' are grounded all together. Then, a film 7 laminated with a detecting layer 8 having electrodes 9 around the layer 8 is arranged oppositely via a spacer 6. A desired point of the film 7 is depressed while applying sequentially a voltage to the electrode 5 to measure the time when the voltage is detected from the electrode 9 and the amplitude of the voltage. Thus, the two-dimensional coordinates are obtained easily and simply.
Abstract in simplified Chinese:提供一种高强度触摸皮肤,其系在可挠性透明薄膜(9)之一面备有上部电极(lll)并在另一面备有硬敷层(12)之上部电极片(l)、及在玻璃基板(10)之一面备有与上述上部电极对向的下部电极(121)之下部电极片(2),透过隔件(13)留出间隔对向地配置在上述上部电极与对向于上述上部电极之下部电极间,同时借由黏接层(3)来黏接上述上部电极及对向于上述上部电极之下部电极的周围之高强度触摸皮肤(8)者;其特征在于:
上述透明薄膜及上述硬敷层系在侧端部熔接着,且,玻璃基板之侧端面的表层部分成为压缩应力层(10a)。
Abstract in simplified Chinese:本发明系提供不会因为输入不良而错误作动的附光照明开关之框体组件,具有由构成框体的透光性材料构成的框体片1、在平面上形成透光图案2a和遮光图案2b的装饰层2、以及具有由网目形状的导电性薄膜构成的输入检出用的电极且以此电极的一部份或全部重叠在装饰层2的透光图案2a的状态下被配置的透光性电极层3被层积的层积体,在此层积体的背面侧配置光源4,借由将自此光源4的光照射在层积体,将输入检出用电极的位置在框体片1表面上借由透光图案2a显示般构成作为特征。
Abstract in simplified Chinese:本发明揭露一种按键结构,其使用由多个弹簧串连的弹簧组合提供键帽的回弹力。于键帽朝向按键结构的底座移动时,当键帽超过一转换位置之后,其中一弹簧停止继续变形,故该弹簧组合整体的弹性系数变大,可增加该弹簧组合的弹性储能。因此,用户于按压键帽的过程中,会感受到先轻后重的反馈力。此反馈力特性有助于用户迅速按压键帽,而于按压完后,键帽亦可迅速回弹。进一步地,该按键结构可使用侧向作动的开关,可减少开关的回弹力对键帽上下作动的影响。该按键结构亦可使用一弹片,设置于键帽亮,可提供用户触发开关的触觉回馈。
Abstract in simplified Chinese:本发明揭露一种发光键盘,包括一按键结构以及一背光薄膜开关设备,其中背光薄膜开关设备包括一光源、一导光板、一线路板以及一间隔板。导光板包括一第一线路层,线路板包括一第二线路层以及一光源线路层。第一线路层与第二线路层用以产生一按键开关信号,光源线路层用以驱动光源发光。于导光板上设置第一线路层,将减少基板的使用量而使发光键盘薄型化。第二线路层与光源线路层共享接脚,将增加组装背光薄膜开关设备的便利性。
Abstract:
一種感測/切換裝置包含一基材及至少一元件被印製在該基材上而含有一導電材料,該被印製元件的至少一部份係不能與該基材視覺分辨的。 Asensor/switching device configuration that includes a substrate (14, 14’, 214, 214’, 314, 414, 914) and at least one element (16, l6’, 216, 216’, 316, 416, 912) imprinted on the substrate containing an electroconductive material at least a portion of the imprinted element being visually indistinguishable from substrate.
Abstract in simplified Chinese:一种传感/切换设备包含一基材及至少一组件被印制在该基材上而含有一导电材料,该被印制组件的至少一部份系不能与该基材视觉分辨的。 Asensor/switching device configuration that includes a substrate (14, 14’, 214, 214’, 314, 414, 914) and at least one element (16, l6’, 216, 216’, 316, 416, 912) imprinted on the substrate containing an electroconductive material at least a portion of the imprinted element being visually indistinguishable from substrate.