Abstract:
A product design system according to one embodiment of the present invention is provided with: a first transmission unit that converts, by using a look-up table, image-corrected second design image data into third design image data of a color space expressed by a thermochromic material, and transmits the third design image data acquired through the conversion to an external device; and a second transmission unit that transmits, to a decoration device, a decoration request based on fourth design image data profile-converted from the second design image data.
Abstract:
In a plastic card (10) for an embossing finish comprising a core material (12) and a sheath material (13), a breaking elongation of the core material (12) is 25 % or less and a breaking elongation of the sheath material (13) is 130 % or more. The ratio of the thickness of the core material to the thickness of the sheath material (13) occupied in the entire part of the plastic card is set to 20 to 53 : 10. Otherwise, a breaking elongation of the core material (12) is 50 % or less and the tensile strength of the sheath material (13) is 100 MPa or more. The ratio of the thickness of the sheath material (13) to the thickness of the core material (12) occupied in the entire part of the card is set to 41 to 90 : 10. The breaking elongation of the core material (12) and the sheath material (13) or the tensile strength of the sheath material (13), and the ratio of thickness of the core material (12) to the sheath material (13) are adjusted so that the plastic card excellent in embossing characteristics and hardly generating cracks due to a repetitive bending fatigue is provided.
Abstract:
Ein reversibles Aufzeichnungsmedium gemäß einer Ausführungsform der vorliegenden Offenbarung ist ein reversibles Aufzeichnungsmedium, das Aufzeichnungsschichten und wärmeisolierende Schichten enthält, die abwechselnd gestapelt sind, worin die Aufzeichnungsschichten jeweils eine reversible, wärmeempfindliche, farbentwickelnde Zusammensetzung und ein erstes, Licht in Wärme umwandelndes Mittel enthalten. In diesem reversiblen Aufzeichnungsmedium unterscheiden sich die Aufzeichnungsschichten in einer Entwicklungsfarbe ihrer jeweiligen, reversiblen, wärmeempfindlichen, farbentwickelnden Zusammensetzungen voneinander und unterscheiden sich in einer Absorptionswellenlänge ihrer jeweiligen, ersten, Licht in Wärme umwandelnden Mittel voneinander. Dieses reversible Aufzeichnungsmedium enthält ferner eine wärmeerzeugende Schicht, die ein zweites, Licht in Wärme umwandelndes Mittel mit einer Absorptionswellenlänge enthält, die von der Absorptionswellenlänge des ersten, in jeder der Aufzeichnungsschichten enthaltenen, Licht in Wärme umwandelnden Mittels verschieden ist.
Abstract:
Ein reversibles Aufzeichnungsmedium gemäß einer Ausführungsform der vorliegenden Offenbarung schließt eine ersten Schicht, die sich in reversibler Weise zwischen einem achromatischen Zustand und einem transparenten Zustand verändert; und eine zweite Schicht, die sich in reversibler Weise zwischen einem achromatischen Zustand und einem transparenten Zustand verändert, ein.
Abstract:
In a plastic card (10) for an embossing finish comprising a core material (12) and a sheath material (13), a breaking elongation of the core material (12) is 25 % or less and a breaking elongation of the sheath material (13) is 130 % or more. The ratio of the thickness of the core material to the thickness of the sheath material (13) occupied in the entire part of the plastic card is set to 20 to 53 : 10. Otherwise, a breaking elongation of the core material (12) is 50 % or less and the tensile strength of the sheath material (13) is 100 MPa or more. The ratio of the thickness of the sheath material (13) to the thickness of the core material (12) occupied in the entire part of the card is set to 41 to 90 : 10. The breaking elongation of the core material (12) and the sheath material (13) or the tensile strength of the sheath material (13), and the ratio of thickness of the core material (12) to the sheath material (13) are adjusted so that the plastic card excellent in embossing characteristics and hardly generating cracks due to a repetitive bending fatigue is provided.
Abstract:
PROBLEM TO BE SOLVED: To make a handling performance in manufacturing compatible with the suppression of the lowering of a communication distance under a high temperature/humidity environment even when a dielectric sheet containing polyamide is used. SOLUTION: The non-contact IC card is obtained by holding an antenna module 1 between dielectric sheets 2. The dielectric sheets 2 contains polyamide as resin components, and also contains anti-static agent. As for this dielectric sheet 2, when a specific inductive capacity with relative humidity of 20% is compared with a specific inductive capacity after it is preserved in two days with relative humidity of 90%, the change rate is 13% or less. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide a conductive paste without impairing the property of a touch panel under a high temperature and high humidity environment, and to provide a touch panel using this. SOLUTION: In the conductive paste 4, 14 which consists at least of silver powder, an organic resin and a solvent, a glass transition point of the organic resin is 50°C or more. COPYRIGHT: (C)2006,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide a transparent conductive film having a composition which allows mechanical durability such as finger input durability and pen input durability to be satisfactory, achieves improved durability in the vicinity of what is called a frame when applied to a touch panel, in particular, and also achieves easy manufacture and excellent productivity, and to provide a touch panel using the same. SOLUTION: The transparent conductive film 10 comprises a transparent conductive coating 2 made of a composite oxide of In-Sn that is formed on at least one of surfaces of a film base material 1 made of a light transmissive polymer resin. The film base material 1 is made up of first, second and third layers 11, 12 and 13. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide a manufacturing method which realizes a plastic card excellent in both of durability against the repeating bonding of the plastic card and processability and simply manufactures the plastic card. SOLUTION: An IC card C has a card substrate 1 and an oversheet 3 laminated to the card substrate 1. The oversheet 3 comprises a transparent stretched polyethylene terephthalate resin. The IC card C is manufactured by integrally bonding and laminating the ovcersheet 3 to the card substrate 1 under heating and pressure. COPYRIGHT: (C)2004,JPO