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    • 4. 发明公开
    • PROCESS FOR MANUFACTURING COLOR-DEVELOPING SHEET FOR IMAGE-RECORDING MATERIAL
    • VERFAHREN ZUR HERSTELLUNG EINES FARBENTWICKLUNGSBLATTESFÜRBILDAUFZEICHNUNGSMATERIAL。
    • EP0160106A1
    • 1985-11-06
    • EP84903988.8
    • 1984-10-29
    • MITSUBISHI PAPER MILLS, LTD.
    • TORII, TakahiroTSUKAHARA, Hirokazu
    • B41M5/132
    • B41M5/155
    • A process for manufacturing a color-developing sheet from a combination of an electron-donating colorless dye such as no-carbon pressure-sensitive recording material, heat-developable image-recording material using heat-sublimable colorless dye, heat-sensitive, color-transferring image-recording material, etc. and an electron-accepting color-developing agent which comprises preparing a coating solution containing at least an inorganic color-developing agent, calcium carbonate, and a bisphenol compound. This coating solution has a low viscosity and a good fluidity at high solids, concentration in spite of the use of inorganic color-developing agent which usually causes troubles such as gelation. Thus, it facilitates coating work and provides good color-developing power of the color-developing sheet, thus being excellent in printing properties.
    • 一种由给予电子的无色染料如无碳压敏记录材料的组合制造显色片的方法,使用热升华无色染料的热显影图像记录材料,热敏, 转印图像记录材料等,以及电子接受显色剂,其包括制备至少含有无机显色剂,碳酸钙和双酚化合物的涂布溶液。 该涂料溶液在高固体浓度下具有低粘度和良好的流动性,尽管使用通常引起诸如凝胶化等问题的无机显色剂。 因此,它有利于涂层工作,并提供了瓷砖彩色显影片的良好的显色能力,因此具有优异的印刷性能。
    • 5. 发明公开
    • COLOR-DEVELOPING SHEET FOR PRESSURE-SENSITIVE RECORDING
    • 用于压力敏感记录的彩色显影片
    • EP0111564A1
    • 1984-06-27
    • EP83901395.0
    • 1983-05-04
    • MITSUBISHI PAPER MILLS, LTD.
    • TORII, TakahiroSENOH, HideakiTSUKAHARA, Hirokazu
    • B41M5/22
    • B41M5/1555
    • A color-developing sheet for pressure-sensitive recording, which contains in a color-developing layer (i) semi-synthetic solid acid prepared by acid-treating a clay mineral having a laminar structure composed of regular tetrahedrons of silica so that the Si0 2 content based on dry weight (drying for 3 hr at 105°C) is 82 to 96.5 wt %, bringing the resulting clay mineral in an aqueous medium into contact with a magnesium andor aluminum compound at least partly soluble in the medium and, when the soluble compound is other than a hydroxide, neutralizing with alkali or acid to thereby introduce a magnesium and/or aluminum ingredient and, if necessary, drying the clay mineral, (ii) a phenol compound, and (iii) a zinc compound.
    • 一种用于压敏记录的彩色显影片,它在发色层中含有(ⅰ)半合成固体酸,该固体酸是通过酸处理具有层状结构的粘土矿物制备的,该层状结构由硅石的正四面体组成,因此SiO 2含量 基于干重(在105℃下干燥3小时)为82至96.5重量%,使得到的粘土矿物在含水介质中与至少部分可溶于介质中的镁和铝化合物接触,并且当可溶 化合物不是氢氧化物,用碱或酸中和,从而引入镁和/或铝成分,并且如果需要,干燥粘土矿物,(ii)酚化合物和(iii)锌化合物。
    • 6. 发明公开
    • COLOR-DEVELOPING SHEET FOR USE IN NO-CARBON RECORDING SYSTEM
    • 用于无碳记录系统的彩色显影片
    • EP0105376A1
    • 1984-04-18
    • EP83900802.6
    • 1983-03-02
    • MITSUBISHI PAPER MILLS, LTD.
    • TORII, TakahiroSENOH, HideakiTSUKAHARA, Hirokazu
    • B41M5/22
    • B41M5/1555
    • A color-developing sheet for use in a no-carbon pressure-sensitive recording system, which has a color-developer layer containing synthetic activated clay and an alkyl, aryl or aralkyl ester of p-hydroxybenzoic acid, said synthetic activated clay being produced by acid-treating a clay mineral having a laminar structure comprising regular tetrahedron of silica to such a degree that the content of Si0 2 becomes 82 to 96.5 wt % based on dry weight (measured after drying at 105°C for 3 hours), bringing the resulting clay mineral into contact in an aqueous medium with a magnesium and/or aluminum compound at least partly soluble in the medium and, when this soluble compound is other than a hydroxide, neutralizing it with an alkali or an acid to form a hydroxide, to thereby introduce a magnesium and/or aluminum component into the acid-treated clay mineral, and if desired, drying the clay mineral.
    • 一种用于无碳压敏记录体系的显色片,该体系具有含合成活性粘土和对羟基苯甲酸的烷基,芳基或芳烷基酯的彩色显影剂层,所述合成活性粘土由 将具有包含规则的二氧化硅四面体的层状结构的粘土矿物酸处理至SiO 2含量基于干重(在105℃干燥3小时后测量)为82至96.5重量%的程度,使得到的结果 粘土矿物在含水介质中与至少部分可溶于介质中的镁和/或铝化合物接触,并且当该可溶性化合物不是氢氧化物时,用碱或酸中和它形成氢氧化物,由此 将镁和/或铝组分引入酸处理的粘土矿物中,并且如果需要的话,干燥粘土矿物。