The method involves removing a layer forming upper electrodes (3, 4) in a region of a linear structure element (2) by a laser beam (1). An electrically conductive material of the electrodes at or adjacent to the element is heated by the laser beam. A material of an organic multilayer structure (6) in a radiated region is removed so that an electrically conductive connection to an electrically conductive substrate (7) or an electrically conductive layer formed on the substrate is produced as an electrode functioning as a lower electrode by the heated material. The element is made of polymer. The substrate is a metal film
The element has an electrolyte arranged between an electrode (10) and a counter electrode. The elect...
The method involves forming a metal particle portion containing paste, at several local areas of a s...
WO15063068A1 [EN] An electro-optical, organic semiconductor component comprises a photoactive layer ...
The element has an electrically conductive layer whose electrodes (2, 3) are separated by an electri...
The method comprises forming recesses with an electromagnetic radiation emitted by a laser light sou...
EP 2323191 A2 UPAB: 20110605 NOVELTY - The component has a base electrode (30) formed on a surface (...
WO2004008553 A UPAB: 20040213 NOVELTY - The optoelectronic component has at least one layer of an el...
The invention relates to a method for metallising the back of a semiconductor component, which semic...
A light emission device 1 comprises a substrate 13 and a layer arrangement 10 that has been applied ...
WO 2010034435 A1 UPAB: 20100420 NOVELTY - The organic photoelectric component comprises a substrate ...
WO 2008046588 A1 UPAB: 20080620 NOVELTY - The method involves providing a thermally metallized layer...
EP 2258487 A1 UPAB: 20101221 NOVELTY - The device has an arc arranged at a distance between two elec...
The invention relates to a method for locally making contact with a semiconductor component, said se...
The object of investigation: the elements of optical and electronic systems (protective, lightening ...
WO 2009021741 A2 UPAB: 20090311 NOVELTY - The component has two electrodes such as indium tin oxide ...
The element has an electrolyte arranged between an electrode (10) and a counter electrode. The elect...
The method involves forming a metal particle portion containing paste, at several local areas of a s...
WO15063068A1 [EN] An electro-optical, organic semiconductor component comprises a photoactive layer ...
The element has an electrically conductive layer whose electrodes (2, 3) are separated by an electri...
The method comprises forming recesses with an electromagnetic radiation emitted by a laser light sou...
EP 2323191 A2 UPAB: 20110605 NOVELTY - The component has a base electrode (30) formed on a surface (...
WO2004008553 A UPAB: 20040213 NOVELTY - The optoelectronic component has at least one layer of an el...
The invention relates to a method for metallising the back of a semiconductor component, which semic...
A light emission device 1 comprises a substrate 13 and a layer arrangement 10 that has been applied ...
WO 2010034435 A1 UPAB: 20100420 NOVELTY - The organic photoelectric component comprises a substrate ...
WO 2008046588 A1 UPAB: 20080620 NOVELTY - The method involves providing a thermally metallized layer...
EP 2258487 A1 UPAB: 20101221 NOVELTY - The device has an arc arranged at a distance between two elec...
The invention relates to a method for locally making contact with a semiconductor component, said se...
The object of investigation: the elements of optical and electronic systems (protective, lightening ...
WO 2009021741 A2 UPAB: 20090311 NOVELTY - The component has two electrodes such as indium tin oxide ...
The element has an electrolyte arranged between an electrode (10) and a counter electrode. The elect...
The method involves forming a metal particle portion containing paste, at several local areas of a s...
WO15063068A1 [EN] An electro-optical, organic semiconductor component comprises a photoactive layer ...