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    • 10. 发明授权
    • Quantum dots in electronic device exterior surface
    • 电子设备外表面的量子点
    • US09114982B2
    • 2015-08-25
    • US13110075
    • 2011-05-18
    • Michael Lorne PurdyBergen Albert FletcherJames Alexander Robinson
    • Michael Lorne PurdyBergen Albert FletcherJames Alexander Robinson
    • H01H13/83B82Y20/00
    • B82Y20/00H01H13/83H01H2219/036H01H2219/06H01H2300/036
    • Applying quantum dots to surface features of an electronic device to augment or replace reflective and transmissive features. Applying quantum dots can yield more efficient illumination of those features and can permit use of diverse internal light sources to cause those features to emit any color of visible light. An electronic device, keyboard for same and method of applying features to areas of the exterior surface of an electronic device are provided. Quantum dots are applied to an area of the exterior surface that is illuminated by the device's internal light source. The quantum dots absorb incident light then emit predetermined longer wavelength light. The interior light may be a UV light, high energy light emitting diode, or back light. The quantum dots can be applied to exterior surfaces, buttons or key on electronic devices, mobile devices, and keyboards for mobile devices.
    • 将量子点应用于电子设备的表面特征以增强或替代反射和透射特征。 应用量子点可以产生这些特征的更有效的照明,并且可以允许使用不同的内部光源来使这些特征发射任何可见光的颜色。 提供了一种用于电子设备的电子设备,用于相同的键盘以及将特征应用于电子设备的外表面的区域的方法。 量子点被施加到被器件内部光源照射的外表面区域。 量子点吸收入射光,然后发射预定的较长波长的光。 内部光可以是UV光,高能量发光二极管或背光。 量子点可以应用于移动设备的电子设备,移动设备和键盘上的外表面,按钮或键。