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    • 1. 发明专利
    • Manufacturing method of optical-electrical consolidated substrate
    • 光电综合基板的制造方法
    • JP2007094436A
    • 2007-04-12
    • JP2006348643
    • 2006-12-25
    • Matsushita Electric Works Ltd松下電工株式会社
    • NAKASHIBA TORUKODERA KOHEIMATSUSHIMA CHOMEIMATSUSHITA YUKIONAKANISHI HIDEOHASHIMOTO SHINJINEMOTO TOMOAKIYAGYU HIROYUKIKASAI YUKI
    • G02B6/13H05K1/02
    • PROBLEM TO BE SOLVED: To provide a manufacturing method of an optical-electrical consolidated substrate permitting to manufacture a high quality optical-electrical consolidated substrate by a simple method using a conventional manufacturing method of a printed wiring board. SOLUTION: Manufactured is a material for the optical-electrical consolidated substrate formed comprising: a first resin layer 1 made of a light transmissive resin; a second resin layer 2 made of the light transmissive resin which is arranged in contact with the first resin layer 1, changing in solvent solubility by irradiation of active energy rays, having a higher refractive index than the resin forming the first resin layer 1, or having a refractive index becoming higher than that of the resin forming the first resin layer 1 by irradiation of active energy rays; and a metal layer 13 which is arranged on the surface of the opposite side of the first resin layer 1 to the second resin layer 2. After irradiated with the active energy rays for pattering, the second resin layer 2 is developed with a solvent, and thereby an optical waveguide is formed with the second resin layer 2 remaining after development as a core layer 26 and the first resin layer 1 as a cladding layer 27; after that, electric wiring 24 is formed by printed wiring processing of the metal layer 13. COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供一种通过使用印刷电路板的传统制造方法的简单方法制造高质量的光电固结基板的光电固结基板的制造方法。 解决方案:制造的光学电气固化衬底的材料形成包括:由透光树脂制成的第一树脂层1; 由与第一树脂层1接触的透光性树脂构成的第二树脂层2,通过具有比形成第一树脂层1的树脂的折射率高的活性能量射线的照射改变溶剂溶解度,或 折射率比通过活性能量射线的照射形成第一树脂层1的树脂的折射率高; 以及金属层13,其布置在第一树脂层1的与第二树脂层2相反的表面上。在用活性能量射线照射图案之后,第二树脂层2用溶剂显影, 从而形成光波导,第二树脂层2作为芯层26,第一树脂层1作为包覆层27,显影后剩下第二树脂层2。 之后,通过金属层13的印刷布线处理形成电线24.版权所有(C)2007,JPO&INPIT
    • 5. 发明专利
    • LIGHT CONTROL ELEMENT
    • JPH0481716A
    • 1992-03-16
    • JP19736090
    • 1990-07-24
    • MATSUSHITA ELECTRIC WORKS LTD
    • KODERA KOHEIIKENO SHINOBUTAKAGI KOJIKOBAYASHI FUMIAKI
    • G02F1/1333
    • PURPOSE:To improve the contrast and to manufacture the element at low cost by forming a composite film by dispersing and fixing liquid crystal cells formed by dispersing a phase for a 1st transparent medium for disordering the orientation of liquid crystal in the liquid crystal phase, in a 2nd transparent medium phase. CONSTITUTION:The composite film 34 is formed by dispersing and fixing the liquid crystal cells 33 formed by dispersing the 1st transparent medium phase 332 for disordering the orientation of the liquid crystal in the liquid crystal phase, in the 2nd transparent medium phase 32. The liquid crystal phase is continuous in the liquid crystal cells 33 and the 1st transparent medium phase 232 may be dispersed independently in particles in the liquid crystal phase or partially continuously. Microcapsules sealed containing the liquid crystal phase and 1st transparent medium phase 332, i.e. two phases in the hollow parts of hollow cells which use, for example, melamine formaldehyde resin, etc., for their shell walls are preferably used as the liquid crystal cells. Consequently, the contrast is improved and the consumption of the liquid crystal is small, so the element can be manufactured at low cost.
    • 7. 发明专利
    • OPTICAL CIRCUIT BOARD AND ITS MANUFACTURE
    • JPH02171704A
    • 1990-07-03
    • JP32708688
    • 1988-12-23
    • MATSUSHITA ELECTRIC WORKS LTD
    • IKETANI SHINICHIKODERA KOHEINAKAMURA MASASHITAKAGI KOJI
    • G02B6/122G02B6/12G02B6/13
    • PURPOSE:To contrive the summarization and the conversion to a high function of an optical circuit by providing cores which become plural optical waveguide on the single board so that at least two cores among the cores placed so as to be superposed up and down at least in a part are connected optically. CONSTITUTION:A second core 7 is formed by casting the same resin 6 as that of a first core into a groove 22 for forming a second core of a clad substrate and hardening it so as to come into contact with the upper face of a part whose thickness is thick of a first core 4 and the upper face of a second core forming part of an intermediate clad layer 5. Hardening in this case is executed by using a second core forming mask 12 and radiating a light beam. After hardening, an unnecessary part on the surface is ground and eliminated and the surface becomes a smooth surface. Subsequently, on the ground surface, a resin layer of a lower refractive index than that of a second core 7 is formed, hardened and a surface clad 8 is formed. Accordingly, an optical circuit board 100 having a solid optical waveguide in which a first core 4 and a second core 7 are connected optically in a part 41 whose thickness is thick of a first core is obtained. In such a way, the summarization and the conversion to a high function of the optical circuit board can be contrived.
    • 8. 发明专利
    • DISPLAY DEVICE
    • JPH0290419A
    • 1990-03-29
    • JP24330988
    • 1988-09-27
    • MATSUSHITA ELECTRIC WORKS LTD
    • IKETANI SHINICHINAKAMURA MASASHITAKAGI KOJIKODERA KOHEI
    • H01H9/16H01H9/18
    • PURPOSE:To simplify the structure by making a window meet the other end of a core each other at the time of a normal action of an operating agent so that light comes out of this other end and passes through a window and making the window and the other end of the core not meet each other at the time of a reverse action of the operating agent so that light does not pass through the window. CONSTITUTION:When an operating agent 1 moves in the direction of an arrow Q, the operating agent 1 and the optical circuit board 10 are provided positioned such that a window 2 for transmission of light provided at one end 11 of the operating agent 1 meets with the other end 5b of a core of the optical circuit board 10, and also when the operating agent 1 moves in the direction of an arrow P, the window 2 and the other end 5b of the core do not meet each other. Thereby, when the operating agent 1 is moved in the direction of the arrow Q, the light coming out of the other end 5b of the core passes through the window 2 of the operating agent 1 to make the window 2 to be lit up such that the operating agent 1 is under a working condition, or an on-state is displayed. When the operating agent 1 is reversely moved or in the direction of the arrow P, the light coming out of the other end 5b of the core does not meet the window 2 of the operating agent 1, so that a light-out state is made at the window 2 and the other working condition of the operating agent 1 or an off-state is displayed.