Abstract:
[Problem] To easily and suitably form a decorative layer on a formed object. [Solution] The present invention is a decoration member manufacturing method with which a decoration member 1 is manufactured by forming, on a formed object 5, a decorative layer 4 that includes a multi-color or multi-layer silicone ink layer. The formed object 5 is a member with a rubber-like elastic layer or a silane-compound-containing coating layer formed on the surface thereof, a rubber-like elastic member, glass, or metal. Said method comprises: a decoration forming step for forming, on a planar printing substrate 2, a decorative layer 4 having a multi-color or multi-layer silicone ink layer 3 to be formed on the formed object 5, wherein the surface of the decorative layer 4 is composed of the silicone ink layer 3 that includes silicone ink; a surface modification step for modifying the silicone ink layer 3 on the surface of the decorative layer 4 formed upon the printing substrate 2, and for modifying the surface of the formed object 5 on which the decorative layer 4 is to be formed; and a joining step for bonding together and integrally joining the decorative layer 4 of the printing substrate 2 and the surface of the formed object 5.
Abstract:
Refere-se o presente objeto a uma máquina transferidora de imagens através de um dispositivo cilíndrico de silicone onde pela resistência elétrica, com o calor, transfere a imagem do papel tranfer laser impresso em impressora laser, diretamente no produto; copo balde, caneca, maleta,caixa, etc. O dispositivo cilíndrico de silicone permite envolver a peça a ser transferida a imagem de forma segura, sem riscos de quebra e em curto espaço de tempo. Uma alavanca mecânica é formada por um braço articulado, exercendo uma pressão de até 9 kg, para a tranfêrencia.
Abstract:
The present invention relates to a conductive ink composition for offset or reverse-offset printing. More specifically, the conductive ink composition according to the invention comprises a high boiling point solvent having a boiling point of 180-250°C and an auxiliary dispersion solvent having a boiling point of 50-150°C together with metal particles and a main solvent which is tert-butyl alcohol.
Abstract:
L'invention concerne une installation automatique de décoration en relief d'articles (10) en verre brut ou parachevé ou en matière plastique, comprenant un support (11) de déplacement en continu des articles (10) entre une station de chargement (14) des articles (10) sur ledit support (11), une station de pose (15) par sérigraphie d'un décor sur chaque article (10) au moyen d'une encre UV, une station de prépolymérisation (16) par ultraviolets de l'encre du décor, ladite encre restant légèrement collante en surface, une station de pose (17) à chaud d'un film en papier par adhérisation sur l'encre dudit décor, et une station de déchargement (18) des articles (10) vers un tunnel de polymérisation finale par ultraviolets dudit décor.
Abstract:
Die Folienzuführung in einem Beschichtungsmodul (2) zum Transfer von bildgebenden Schichten von einer Transferfolie auf einen Bedruckstoff soll in ihrer Anwendbarkeit erweitert werden. Hierzu ist in dem Beschichtungsmodul zum Übertragen von Schichten von der Transferfolie eine begrenzte Pressfläche angeordnet. Damit ist eine gezielte Steuerung des Folienvorschubes möglich. Die Transferfolie wird hierbei vorzugsweise in begrenzter Breite und in etwa tangential an einer Presswalze (3) vorbeigeführt. Zur Folienspeicherung und Folienförderung sind hierfür spezielle taktweise betreibbare Fördereinrichtungen (22, 33) zugeordnet.
Abstract:
Apparatus and method for printing, by sublimation, writings, drawings or images on a solid support (30), also large-size, comprising a printing device (14) provided with at least a first plate (26) on which the solid support (30), a sublimation card (32) and a layer or sheet of porous material (34) are able to be disposed. The printing device (14) also comprises a second plate (28) disposed parallel to the first plate (26) in order to form a compartment (27) in which the solid support (30), the sublimation card (32) and the layer or sheet of porous material (34) are able to be disposed, and also comprises heating means able to heat both the first plate (26) and also the second plate (28).