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    • 1. 发明公开
    • SHEET METAL PRESSING RESIN MOLD AND METHOD OF MANUFACTURING SAME
    • HARZGIESSFORM ZUM PRESSEN VON METALLBAND UND VERFAHREN ZUR HERSTELLUNG。
    • EP0387349A1
    • 1990-09-19
    • EP88900581.5
    • 1987-12-25
    • MIURA, Hiroshi
    • MIURA, Hiroshi
    • B21D37/20B21D37/01
    • B21D37/20B29C70/887
    • This invention relates to a sheet metal pressing resin mold made by pressing a thermosetting resin-impregnated vortical multilayer body of reinforcing fiber against a shoulder portion of a die used as a matrix and/or a shoulder-forming portion of a punch, hardening the resultant modified vortical multilayer body to obtain a reinforced body (5), and reinforcing the shoulder portion of the resin mold with this reinforcing body (5); and a method of manufacturing this sheet metal pressing resin mold. The direction in which not less than 50% of the reinforcing fiber is arranged is set substantially parallel to that of a local load imparted to the shoulder portion of the die and/or the shoulder portion of the punch during the pressing of a metal sheet, so that the load resistance of the shoulder portion of the resin mold can be increased. Since the reinforced body consists of a modified vortical multilayer body in which a load cannot work as an inter-layer shearing force, the durability of the resin mold is very high. The resin mold according to this invention has a high strength and durability required for a sheet metal pressing mold application and it is satisfactorily used as a practical mold.
    • 本发明涉及一种金属加压树脂模具,其通过将增强纤维的热固性树脂浸渍的涡卷多层体压靠在用作基体的模具的肩部和/或冲头的肩部形成部分上,使所得的 改进的涡卷多层体以获得增强体(5),并用该增强体(5)加强树脂模具的肩部; 以及制造该金属板压制树脂模具的方法。 设置不小于50%的增强纤维的方向被设定为基本上平行于在金属板的压制期间施加到模具的肩部和/或冲头的肩部的局部载荷的方向, 从而可以提高树脂模具的肩部的负载电阻。 由于增强体由变形的涡卷多层体构成,其中负载不能作为层间剪切力而起作用,所以树脂模具的耐久性非常高。 根据本发明的树脂模具具有对于金属板加压模具应用所需的高强度和耐久性,并且其被令人满意地用作实用的模具。
    • 6. 发明申请
    • OPTICAL RECORDING MEDIUM AND PROCESS FOR PRODUCING THE SAME, SPATTERING TARGET, USING PROCESS OF OPTICAL RECORDING MEDIUM, AND OPTICAL RECORDING APPARATUS
    • 光学记录介质及其制造方法,使用光学记录介质的过程,散射目标和光学记录装置
    • WO2005049333A1
    • 2005-06-02
    • PCT/JP2004/016899
    • 2004-11-08
    • RICOH COMPANY, LTD.MIURA, HiroshiITO, KazunoriHARIGAYA, MakotoHIBINO, EikoSHINKAI, MasaruOHKURA, Hiroko
    • MIURA, HiroshiITO, KazunoriHARIGAYA, MakotoHIBINO, EikoSHINKAI, MasaruOHKURA, Hiroko
    • B41M5/26
    • G11B7/0062C23C14/06C23C14/083C23C14/3414G11B7/243G11B7/266G11B7/268G11B2007/2431G11B2007/24314Y10T428/21
    • The object of the present invention is to provide an optical recording medium and the like that is adapted to higher density and higher speed recording of 8 times or more than that of DVD (about 28 m/sec or more) and that exhibits superior repeating and reservation properties. In order to attain the object an optical recording medium is provided that comprises a substrate, and a recording layer, wherein at least one of recording, reproducing, erasing, and rewriting of information is carried out by means of reversible phase changes at marks on the recording layer, the reversible phase changes at marks are induced between crystalline and amorphous states by laser irradiation, the length of the respective marks is 0.4 mm or less in the traveling direction of the laser irradiation, and the recording layer has a composition expressed by the formula: InaSbb, wherein a and b are atomic percent of the respective elements; 0.73 ≤ β/(α+β) ≤ 0.90, α + β = 100, alternatively a composition expressed by the formula: MγIn?α#191Sb?β#191, wherein M represents an element other than In and Sb or an element combination containing two or more elements other than In and Sb; a and b are atomic percent of the respective elements, γ is atomic percent of the element or sum of atomic percent of the respective elements; 0.73 ≤ β/(α+β) ≤ 0.90, 0
    • 本发明的目的是提供一种光记录介质等,其适合于比DVD的高密度和高速记录的8倍或更高(约28m / sec或更高),并且表现出优异的重复和 预订属性。 为了实现该目的,提供了一种包括基板和记录层的光学记录介质,其中通过可变相位改变来进行信息的记录,再现,擦除和重写中的至少一个 记录层,通过激光照射在晶体和非晶态之间引发标记处的可逆相变,在激光照射的行进方向上各标记的长度为0.4mm以下,记录层的组成由 式:InaSbb,其中a和b是各元素的原子百分数; 0.73 <=β/(α+β)<= 0.90,α+β= 100,或者由下式表示的组成:MgammaInα1A191βbββ1191,其中M表示除In和Sb之外的元素,或 包含除In和Sb之外的两种或更多种元素的元素组合; a和b是各元素的原子百分比,γ是元素的原子百分数或各元素的原子百分比之和; 0.73 <=β/(α+β)<= 0.90,0 <γ<α,α+β+γ= 100。
    • 7. 发明申请
    • SHEET METAL PRESSING RESIN MOLD AND METHOD OF MANUFACTURING SAME
    • 薄板金属压制树脂模具及其制造方法
    • WO1989003731A1
    • 1989-05-05
    • PCT/JP1987001029
    • 1987-12-25
    • MIURA, Hiroshi
    • B21D37/20
    • B21D37/20B29C70/887
    • This invention relates to a sheet metal pressing resin mold made by pressing a thermosetting resin-impregnated vortical multilayer body of reinforcing fiber against a shoulder portion of a die used as a matrix and/or a shoulder-forming portion of a punch, hardening the resultant modified vortical multilayer body to obtain a reinforced body (5), and reinforcing the shoulder portion of the resin mold with this reinforcing body (5); and a method of manufacturing this sheet metal pressing resin mold. The direction in which not less than 50 % of the reinforcing fiber is arranged is set substantially parallel to that of a local load imparted to the shoulder portion of the die and/or the shoulder portion of the punch during the pressing of a metal sheet, so that the load resistance of the shoulder portion of the resin mold can be increased. Since the reinforced body consists of a modified vortical multilayer body in which a load cannot work as an inter-layer shearing force, the durability of the resin mold is very high. The resin mold according to this invention has a high strength and durability required for a sheet metal pressing mold application, and it is satisfactorily used as a practical mold.