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    • 1. 发明申请
    • Damping and muffling structure for EL cell
    • EL电池的阻尼和消音结构
    • US20050012693A1
    • 2005-01-20
    • US10621421
    • 2003-07-18
    • Chih-Yuan WangYen-Chia LinHeng-Yi ChangYa-Ling HsuYa-Hui Huang
    • Chih-Yuan WangYen-Chia LinHeng-Yi ChangYa-Ling HsuYa-Hui Huang
    • G09G3/30
    • H05B33/22
    • Damping and muffling structure for EL cell includes a transparent substrate, a front electrode layer and a lighting layer. The front electrode layer and lighting layer are sequentially overlaid on the substrate. An inducing layer and at least one conductive layer are laid on the lighting layer. A back electrode layer is laid on the inducing layer. The conductive layer is laid on the lighting layer in such a position as not to affect light emitting of the lighting region. The conductive layer is also laid on at least one side between both the lighting layer and the inducing layer and connected with the back electrode layer to electrically connect the inducing layer with the back electrode layer. The back electrode layer is connected to a grounding electrode, whereby the conductive layer can quickly remove the charge accumulating on the inducing layer.
    • 用于EL电池的阻尼和消音结构包括透明基板,前电极层和照明层。 前电极层和发光层顺序地覆盖在基板上。 诱导层和至少一个导电层铺设在照明层上。 背面电极层铺设在诱导层上。 导电层在不影响照明区域的发光的位置上被放置在照明层上。 导电层也被放置在发光层和感应层之间的至少一个侧面上,并与背面电极层连接,以将感应层与背面电极层电连接。 背面电极层连接到接地电极,由此导电层可以快速去除累积在感应层上的电荷。
    • 5. 发明授权
    • Damping and muffling structure for EL cell
    • EL电池的阻尼和消音结构
    • US06924595B2
    • 2005-08-02
    • US10449060
    • 2003-06-02
    • Chih-Yuan WangHeng Yi Chang
    • Chih-Yuan WangHeng Yi Chang
    • H01J1/18H02K5/24H05B33/22H05B33/26
    • H05B33/22
    • Damping and muffling structure for EL cell includes a transparent substrate, a front electrode layer, a lighting layer, an inducing layer and an insulating layer that are sequentially overlaid on the substrate. A back electrode layer and a conductive member are laid on the inducing layer. The conductive member is adjacent to the back electrode layer without contacting therewith. The conductive member is laid on both the inducing layer and the front electrode layer to electrically connect the inducing layer with the front electrode layer. The front electrode layer is connected to a grounding electrode of the driving circuit, whereby the conductive member can quickly remove the charge accumulating on the inducing layer so as to minify or even eliminate the vibration and noise of the EL cell.
    • EL电池的阻尼和消音结构包括依次覆盖在基板上的透明基板,前电极层,照明层,感应层和绝缘层。 背面电极层和导电构件被放置在诱导层上。 导电构件与背电极层相邻,而不与其接触。 将导电构件放置在感应层和前电极层两者上以将感应层与前电极层电连接。 前电极层连接到驱动电路的接地电极,由此导电部件可以快速去除积累在感应层上的电荷,从而减少甚至消除EL电池的振动和噪声。