Soft-feeling operation switch
AssigneesToyo Denso Kabushiki Kaisha, Honda Giken Kogyo Kabushiki Kaisha
InventorsNaohiro Sakai, Tatsuya Itakura
Life of this patent
Estimating the term…
Abstract
An operation switch having an operation surface with a specified pattern printed thereon and covered with a soft-feeling layer of paint, which can obtain the increased durability of adhesion between the pattern-printed surface and the soft-feeling coat of paint by adopting a simple technical means and can withstand repeated finger-pressing operations for a long period of service life without stripping the soft-feeling layer from the pattern-printed surface. This is achieved by first printing a specified pattern on the operation substrate surface of the switch by using siliconeless ink or a two-component isocyanate setting type urethane ink and then covering the pattern-printed surface with a coat of a transparent or semitransparent soft paint or by first coating and then printing.
Claims18
A soft-feeling operation switch having a specified pattern printed on an operation surface, wherein the specified pattern is printed with siliconeless printing ink on the operation surface of a substrate (base material) of the switch and said pattern-printed surface is covered with a layer of a transparent or semitransparent soft paint.
A soft-feeling operation switch having a specified pattern printed on an operation surface, wherein a layer of soft paint is first applied onto the operation surface of a substrate of the switch and the specified pattern is then printed thereon with siliconeless printing ink.
A soft-feeling operation switch having a specified pattern printed on an operation surface, wherein the specified pattern is printed with printing ink of a two-component isocyanate setting type urethane on the operation surface of a substrate of the switch and said pattern-printed surface is then covered with a layer of a transparent or semitransparent soft paint.
A soft-feeling operation switch having a specified pattern printed on an operation surface, wherein a layer of soft paint is first applied onto the operation surface of a substrate of the switch and the specified pattern is then printed thereon with printing ink of a two-component isocyanate setting type urethane.
A soft-feeling operation switch having a specified pattern on an operation surface of a substrate of the switch, comprising, the specified pattern being printed with either siliconeless printing ink or a two-component isocyanate setting urethane ink, and a layer of soft paint, wherein one of either said printed specified pattern or said layer of soft paint is applied to the substrate of the switch and the other of said printed specified pattern or said layer of soft paint is applied over the one applied to the substrate.
Dependencies are inferred from the claim text.