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    • 1. 发明授权
    • Mold for compression molding a resin article
    • 用于压缩树脂制品的模具
    • US06294121B1
    • 2001-09-25
    • US08190566
    • 1994-02-02
    • Takahisa HaraMasahito MatsumotoNobuhiro UsuiShigeyoshi Matsubara
    • Takahisa HaraMasahito MatsumotoNobuhiro UsuiShigeyoshi Matsubara
    • B29C4534
    • B29C43/36B29C43/02B29C2043/5883
    • A mold for compression molding a resin article, which mold consists of male and female molds, wherein, at the time of complete mold closing, the length L in a mold closing direction of a mated part formed between the outermost wall of said male mold and the innermost wall of said female mold satisfies the equation: (t1−t0+10)mm≧L≧(t1−t0)mm wherein t1 is a distance (mm) between the male and female molds when the resin melt first reaches the mating outermost edge of the male mold, and t0 is a distance (mm) in the mold closing direction between the same points on the male and female molds as those used for measuring t1 when the mold closing is complete, and the horizontal distance of a mating gap between the outermost wall surface of said male mold and the innermost wall surface of said female mold is from 0.02 to 0.1 mm, with which mold, squeeze-out of a resin melt during molding is prevented.
    • 一种用于压缩模制树脂制品的模具,该模具由阳模和阴模组成,其中,在完全闭合模具时,形成在所述阳模的最外壁之间的配合部分的闭模方向上的长度L和 所述阴模的最内壁满足以下等式:其中,t1是当阳模和阴阴模之间的距离(mm),当树脂熔体首次到达阳模的配合最外边缘时,t0是距离(mm) 阳模和阴模之间的相同点之间的模具关闭方向与模具闭合完成时用于测量t1的那些相同点,以及所述阳模的最外壁表面和所述阳模之间的最内壁表面之间的配合间隙的水平距离 阴模为0.02〜0.1mm,防止了成型时模具挤出树脂熔体。
    • 4. 发明授权
    • Mold vent and method
    • 模具排气口和方法
    • US06827569B2
    • 2004-12-07
    • US10109428
    • 2002-03-28
    • Klaus A. Wieder
    • Klaus A. Wieder
    • B29C4534
    • B22D17/145B22C9/067B29C33/10B29C45/1703B29C45/34Y10S425/06Y10S425/812
    • A mold vent and method. The vent has expanding passages. A preferred vent comprises an insert that has a plurality of passages. One insert comprises a grate formed of a plurality of portions that interleave fingers forming vent passages therebetween that preferably are vent slots. Supports can be disposed between fingers. The grate preferably is discharge-machined from a blank cut from stock made material that preferably is non-porous and smooth. The grate can be mounted in a pocket in the mold cavity or carried by a movable pin. The grate can be used in a system that includes valving, a source of fluid, and, if needed, a source of vacuum to help facilitate venting by drawing atmosphere out of the cavity during molding. The grate can also be used to introduce fluid into the mold that can be foaming moldable material or a heat transfer medium.
    • 模具通风口和方法。 通风口有扩张通道。 优选的通风口包括具有多个通道的插入件。 一个插入件包括由多个部分形成的格栅,该多个部分交替插入形成通气通道的手指,优选地是通气孔。 手指之间可以设置支撑。 炉排优选地从坯料切割出来,优选是无孔和光滑的。 格栅可以安装在模腔中的凹槽中或由可动销承载。 炉篦可用于包括阀门,流体源以及如果需要的真空源的系统中,以帮助通过在模制过程中将气氛从空腔中拉出来。 炉排也可用于将流体引入模具中,该模具可以是可发泡的可模制材料或传热介质。
    • 5. 发明授权
    • Resin and gas injection molding method with subsequent cohering
    • 树脂和气体注射成型方法随后结合
    • US06676867B2
    • 2004-01-13
    • US09928282
    • 2001-08-10
    • Atsushi TsuchiyaHirofumi Tateyama
    • Atsushi TsuchiyaHirofumi Tateyama
    • B29C4534
    • B29C45/0053B29C43/021B29C45/1701B29C2043/025B29C2043/3222B29C2043/527B29C2045/1702
    • The present invention provides an injection molding method for providing a molded product with excellent transcription and an excellent gloss level. In this method, immediately after a resin is filled in a cavity (1), a carbon dioxide gas is injected or the skin layer is moved back to form a space (13) between the resin and the die surface (1), so that growth of the skin layer is hold down, and at the same time the carbon dioxide is dissolved in the skin layer for lowering the glass transition point of skin layer. Then the skin layer is again closely cohered to a surface of the die by increasing the resin pressure and cooling the molded product for solidifying behind the holding pressure. With this method, products with excellent transcription and with an excellent surface gloss level can be obtained.
    • 本发明提供了一种注射成型方法,用于提供具有优异转录和优异光泽度的模塑产品。 在这种方法中,在将树脂填充到空腔(1)之后立即注入二氧化碳气体或者使表皮层移回以在树脂和模具表面(1)之间形成空间(13),使得 皮肤层的生长被压下,并且同时二氧化碳溶解在皮肤层中以降低皮肤层的玻璃化转变点。 然后,通过增加树脂压力并冷却模制产品,使表层再次紧密地粘附到模具的表面,以在保持压力之后固化。 通过这种方法,可以获得具有优异转录并具有优异表面光泽度的产品。
    • 6. 发明授权
    • Cassette half molding method therefor
    • 盒式半成型法
    • US06589469B2
    • 2003-07-08
    • US09734689
    • 2000-12-13
    • Shozo OnmoriKazuo Hiraguchi
    • Shozo OnmoriKazuo Hiraguchi
    • B29C4534
    • B29C45/34B29C45/0025B29C45/1635G11B23/08735G11B23/0875G11B23/08764G11B23/08785
    • The cassette half molding method molds one of upper and lower halves of the magnetic tape cassette by injection molding with an injection mold in which a gas vent pin for smoothing a flow of molten resin to be introduced in the cavity for molding a transparent or semitransparent window portion provided in the upper half. The cassette half is molded by this molding method. The magnetic tape cassette has a friction sheet interposed either between a pair of take-up hubs and the upper half, or between the pair of take-up hubs and the lower half, or both, and the friction sheet is made of polyethylene-based resin and has a surface electric resistance value in the range of 1×107&OHgr; to 1×1010&OHgr;. The magnetic tape cassette has a rib for reducing a resistance when the roller of the detecting member passes through which is provided at a position corresponding to a recess and on a side of the front lid in the top surface of the body case.
    • 盒式半成型方法通过注射模具注塑成型模制磁带盒的上半部分和下半部分,其中用于使待引入空腔中的熔融树脂流动的气体排出销用于模制透明或半透明窗口 部分设在上半部。 通过该模制方法模制盒半部。 该磁带盒具有夹在一对卷取轮毂与上半部之间或一对卷取轮毂与下半部或两者之间的摩擦片,摩擦片由聚乙烯基 并具有在1×10 7OMEGA至1×10 10 MEGA范围内的表面电阻值。 磁带盒具有用于当检测部件的辊通过的电阻降低的肋条,其设置在与凹部相对应的位置和位于主体壳体的顶表面中的前盖的一侧上。