Sharp Kabushiki Kaisha Corporation

Andrew James Hudson

Harald Reinhart Bock

Judy Megan Rorison

Michael Stuart Weaver

Sally Anderson

Michael John Towler

Yoshimasa Fujita

Craig Tombling

A luminescent device having first and second light-emitting regions, wherein the first light-emitting region emits, in use, a first polarised light and the second light-emitting region emits, in use, a second polarised light different from the first polarised light.

Luminescent device and a liquid crystal device incorporating a luminescent device

A charge-transport structure, e g an opto-electronic structure such an electroluminescent device is manufactured by forming a uniform first charge-transport (eg electron-transport) polymer layer on a substrate. Low molar mass dyes in a solvent are ink-jet printed onto the exposed surface of the first layer to form a multicolor pattern, and the dyes are allowed to diffuse into the layer to form charge-recombination/emitter regions within the layer. Excess dyes are washed away from the surface and then a uniform second charge-transport (eg hole-transport) polymer layer is formed on the resultant smooth surface of the first layer over the tops of the regions. Finally, electrodes are deposited on the top of the second layer in registration with the regions. Photovoltaic structures and organic transistors are also disclosed.

Charge-transport structures

Triazine compounds and their use

A display device has two or more display elements. The display device is addressed by applying a set of data signals for one display element and a strobe signal for a second display element simultaneously to a layer of electrodes common to both display elements. Preferentially, the strobe signal for the second element is applied to one electrode, and the data signals for the first element are applied to all other electrodes. The data signals for the one display element are controllable independently from the strobe signal for the second display element.

Method of driving a display device, and a display device

Growing community of inventors

Oxfordshire, United Kingdom

Andrew James Hudson