首页> 外国专利> METHOD FOR PRODUCING DIE-PRESSED STRUCTURAL BODY, THIN-FILM TRANSISTOR, THIN-FILM CAPACITOR, ACTUATOR, PIEZOELECTRIC INKJET HEAD, AND OPTICAL DEVICE

METHOD FOR PRODUCING DIE-PRESSED STRUCTURAL BODY, THIN-FILM TRANSISTOR, THIN-FILM CAPACITOR, ACTUATOR, PIEZOELECTRIC INKJET HEAD, AND OPTICAL DEVICE

机译:压模结构体,薄膜晶体管,薄膜电容器,致动器,压电喷墨头和光学装置的制造方法

摘要

This method for producing a die-pressed structural body involves, in the following order: a first step of preparing a liquid material that turns into a metal oxide or a metal by being subjected to a heat treatment; a second step of forming a precursor composition layer made of a precursor composition of said metal oxide or said metal by applying the liquid material onto a base material; a third step of forming, on the precursor composition layer, a die-pressed structure including a residual film by subjecting the precursor composition layer to a die-pressing process by using a die with projections and recesses; a fourth step of treating the residual film by subjecting the precursor composition layer, which has the die-pressed structure formed thereon, to an ashing treatment with an atmospheric-pressure plasma or a reduced-pressure plasma; and a fifth step of forming a die-pressed structural body made of said metal oxide or said metal from the precursor composition layer by subjecting the precursor composition layer to a heat treatment. According to this method for producing a die-pressed structural body, it is possible to produce various functional devices by using significantly smaller amounts of raw materials and production energy compared to conventional art and with fewer steps compared to conventional art.
机译:该模压结构体的制造方法按以下顺序进行:第一步,制备经过热处理而变成金属氧化物或金属的液体材料;第二步骤是通过将液体材料施加到基材上来形成由所述金属氧化物或所述金属的前体组合物制成的前体组合物层;第三步骤,通过使用具有凸部和凹部的模具对前体组合物层进行压模处理,从而在前体组合物层上形成包括残留膜的压模结构。第四步骤是通过在其上形成有模压结构的前体组合物层进行用大气压等离子体或减压等离子体的灰化处理来处理残余膜的步骤;第五步,通过对前体组合物层进行热处理,由前体组合物层形成由所述金属氧化物或所述金属制成的模压结构体。根据该用于制造模压结构体的方法,与常规技术相比,可以通过使用显着更少的原材料和生产能量并且通过与常规技术相比更少的步骤来制造各种功能装置。

著录项

  • 公开/公告号WO2013069448A1

    专利类型

  • 公开/公告日2013-05-16

    原文格式PDF

  • 申请/专利号WO2012JP77323

  • 发明设计人 SHIMODA TATSUYA;KANEDA TOSHIHIKO;

    申请日2012-10-23

  • 分类号H01L21/336;B41J2/045;B41J2/055;B41J2/16;H01L21/28;H01L21/288;H01L21/3065;H01L21/3205;H01L21/768;H01L21/822;H01L27/04;H01L29/423;H01L29/49;H01L29/786;H01L41/09;H01L41/22;

  • 国家 WO

  • 入库时间 2022-08-21 16:33:07

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