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    • 31. 发明授权
    • Fluid cooled spring biased valve nozzle
    • 流体冷却弹簧偏压阀喷嘴
    • US07374418B2
    • 2008-05-20
    • US11251848
    • 2005-10-18
    • Toshio SaitoMei Mori
    • Toshio SaitoMei Mori
    • B29C45/23
    • B29C45/2756B29C45/231B29C45/234B29C45/2806B29K2083/005
    • The present invention provides a valve nozzle that can restrain property changes of an injecting melted resin by more strictly controlling the temperature of the injecting melted resin, wherein in the internal space or the rear space of a valve nozzle main body, a gate opening and closing mechanism is disposed which includes a torpedo provided with a coolant channel, a piston including a head portion, a shaft portion that is continued from the head portion and disposed in the internal space of the torpedo by being provided with a gap to serve as a resin flow channel on its outer circumferential surface, a tapered surface that is connected to the rear end of the shaft portion and serves as a surface for receiving the pressure of a resin in the resin flow channel, and a coil spring that presses the rear end part of the piston toward a gate, and when the pressure of the melted resin is at a predetermined value or less, the piston is pressed by the coil spring toward the gate to close the resin flow channel, and when the pressure of the resin reaches a predetermined value or more, it overcomes the pressing force of the coil spring and the head portion of the piston withdraws from the gate of the nozzle head to release the gate.
    • 本发明提供一种能够通过更严格地控​​制注入熔融树脂的温度来抑制注入熔融树脂的特性变化的阀喷嘴,其中在阀喷嘴主体的内部空间或后部空间中,开口和关闭 设置有包括设置有冷却剂通道的鱼雷的机构,包括头部的活塞,从头部连续设置并设置在鱼雷的内部空间中的轴部,设置有用于树脂的间隙 在其外周面上形成有流路,与该轴部的后端连接并作为树脂流路中的树脂压力的表面的锥形面,以及将后端部 的活塞朝向浇口,当熔融树脂的压力为规定值以下时,活塞被螺旋弹簧朝向浇口压紧,从而将活塞 树脂流动通道,并且当树脂的压力达到预定值以上时,克服了螺旋弹簧的按压力,并且活塞的头部从喷嘴头的浇口退出以释放浇口。
    • 32. 发明申请
    • Valve nozzle
    • 阀嘴
    • US20050175732A1
    • 2005-08-11
    • US11020472
    • 2004-12-27
    • Toshio SaitoMei Mori
    • Toshio SaitoMei Mori
    • B29C45/23B29C45/28B29C45/30B29C45/20
    • B29C45/30B29C45/2806B29C2045/308
    • The valve nozzle according to the invention is constructed so that, in the internal space of a valve nozzle main body, a gate opening and closing mechanism is disposed in which a piston having a head part and a shaft part, a torpedo that is disposed in the internal space of the nozzle head and slidably supports the piston and guides the piston, and is provided with, on its outer circumferential surface, concaved grooves that are twisted with respect to a resin injection direction and serve as a plurality of wound resin flow channels, a coil spring that presses the piston in the direction toward a gate, and a cover that closes the rear end of the torpedo and serves as a spring receiving part of the coil spring are integrally assembled, and when the resin pressure is at a predetermined value or less, the entire circumference of the circular section of the head part of the piston comes into contact with the inner wall of the gate of the nozzle head to close the resin flow channels, and when the resin pressure becomes a predetermined value or more, the head part withdraws from the gate to release the gate.
    • 根据本发明的阀喷嘴被构造成使得在阀喷嘴主体的内部空间中设置有门开启和关闭机构,其中具有头部和轴部的活塞,设置在其中的鱼雷 喷嘴头的内部空间,并且可滑动地支撑活塞并引导活塞,并且在其外周表面上设置相对于树脂注射方向扭转的凹槽,并且用作多个卷绕的树脂流动通道 沿着朝向闸门的方向按压活塞的螺旋弹簧,并且封闭鱼雷的后端并用作弹簧接收部分的螺旋弹簧的盖整体组装,并且当树脂压力处于预定的 值以下,活塞头部的圆形部分的整个圆周与喷嘴头的门的内壁接触,以封闭树脂流动通道,并且wh 树脂压力变为预定值以上时,头部从浇口退出以释放浇口。
    • 35. 发明授权
    • Method and apparatus for eliminating static electricity
    • 消除静电的方法和装置
    • US5095400A
    • 1992-03-10
    • US444965
    • 1989-12-04
    • Toshio Saito
    • Toshio Saito
    • H05F3/04
    • H05F3/04
    • The present invention is characterized by applying high positive and negative DC voltages supplied from a converter to positive and negative discharge needles (or electrodes) arranged independent of the other in two air passages to generate positive and negative corona ions in the two air passages, by supplying air, whose flow rates and pressures in the two air passages have been adjusted, into the air passages through air hoses connected to rear ends of the air passages, and by jetting the positive and negative ions, keeping them balanced, together with air to a charged body separated a little through nozzles attached to front ends of the air passages to eliminate static electricity from the charged body. The present invention is further characterized by method and apparatus capable of achieving the above-mentioned process and having an electrodes arrangement in which an extremely fine metal line made of tungsten, for example, and having a diameter of 20-60 .mu.m is used as the corona electrodes to hold flows of the positive and negative ions balanced for a long time.
    • 本发明的特征在于,将从转换器提供的高正和负直流电压施加到两个空气通道中独立于另一个布置的正和负排出针(或电极),以在两个空气通道中产生正和负电晕离子,通过 将通过两个空气通路中的流量和压力调节的空气通过连接到空气通道的后端的空气软管进入空气通道,并且通过喷射正离子和负离子,保持它们与空气一起平衡 带电体通过连接到空气通道前端的喷嘴分开一点,以消除带电体的静电。 本发明的特征还在于能够实现上述工艺并具有电极布置的方法和装置,其中使用例如直径为20-60μm的由钨制成的极细金属线作为 电晕电极保持正,负离子的流动长时间平衡。