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    • 1. 发明申请
    • COMPENSATOR FOR AN ENGINE EXHAUST GAS SYSTEM (VARIANTS)
    • 发动机排气系统补偿器(变量)
    • WO02052131A8
    • 2003-03-20
    • PCT/RU0100488
    • 2001-11-16
    • OBSCHESTVO S OGRANICHENNOI OTVZAKHVATOV EVGENY MIKHAILOVICHOSETROV YURY NIKOLAEVICHBEREZYUK ALEKSEI LOVGINOVICHLAZAREV ANDREI MIKHAILOVICHTEN VALERY ALEKSEEVICH
    • ZAKHVATOV EVGENY MIKHAILOVICHOSETROV YURY NIKOLAEVICHBEREZYUK ALEKSEI LOVGINOVICHLAZAREV ANDREI MIKHAILOVICHTEN VALERY ALEKSEEVICH
    • F01N13/18F16L27/10F16L51/02F01N7/08
    • F01N13/1816F16L27/1004F16L51/025
    • In a first variant, the inventive compensator comprises a bellow made of narrow corrugations and at least one large corrugation. Convex and concave surfaces of the bellow corrugations are embodied along the longitudinal section thereof in the form of semicircles. The ratio between the radius R of the convex surface of the large corrugation and the radius r of the concave surface of the narrow corrugation is chosen within a range of 1.5 to 2.5. In a second variant, said compensator comprises the bellow made of narrow and large corrugations and a cylindrical cowl. Said cylindrical cowl is connected to the bellow on the gas inlet side by means of a cantilever arm. Holes and slots are embodied in the cylindrical cowl using a specified manner. In a third variant, the compensator comprises said bellow and a splitter embodied in the form of three plates. Holes and slots are embodied in the splitter cowl using a specified manner. In a fourth variant, the compensator comprises said bellow and elastic elements. At least one bend section is embodied on the elastic element. In a fifth variant, the compensator comprises said bellow and an elastic arresting device. The bearing element of the arresting device is kinematically connected at least to one large corrugation. In a sixth variant, the compensator comprises said bellow, an arrester provided with bearing rings and damping elements. The arrester is embodied in the form of plates and wires. The damping elements for both opposite sides of the bellow are arranged on both sides of the bearing rings.
    • 在第一种变型中,本发明的补偿器包括由窄波纹形成的波纹管和至少一个大的波纹。 波纹管波纹的凸面和凹面以半圆形的形式沿其纵向剖面实现。 大波纹的凸面的半径R与窄波纹的凹面的半径r之比选择在1.5〜2.5的范围内。 在第二变型中,所述补偿器包括由窄而大的波纹制成的波纹管和圆柱形罩。 所述圆柱形整流罩通过悬臂连接在气体入口侧的波纹管上。 孔和槽以特定的方式体现在圆柱形罩中。 在第三种变型中,补偿器包括所述波纹管和以三个板的形式实现的分离器。 孔和狭槽使用指定的方式体现在分流罩中。 在第四种变型中,补偿器包括所述波纹管和弹性元件。 在弹性元件上具有至少一个弯曲部分。 在第五变型中,补偿器包括所述波纹管和弹性阻止装置。 止动装置的轴承元件至少运动连接到一个大的波纹。 在第六变型中,补偿器包括所述波纹管,设置有轴承环和阻尼元件的避雷器。 避雷器以板和电线的形式体现。 波纹管相对两侧的阻尼元件设置在轴承环的两侧。
    • 4. 发明申请
    • COINJECTION HOT RUNNER INJECTION MOLDING SYSTEM
    • 共注热流道注射成型系统
    • WO2012037682A2
    • 2012-03-29
    • PCT/CA2011050580
    • 2011-09-21
    • MOLD MASTERS 2007 LTDTEN VALERYFAIRY FABRICEBABIN DENISGAMMON SCOTT
    • TEN VALERYFAIRY FABRICEBABIN DENISGAMMON SCOTT
    • B29C45/20B29C45/1603B29C45/1607B29C45/1735B29C45/2806B29C2045/1609E02B3/06E02B3/066
    • A coinjection molding apparatus is disclosed that provides a skin material melt stream and a core material melt stream to a nozzle. A nozzle tip of the nozzle defines a central skin material melt passage for receiving the skin material melt stream, an annular core material5 melt passage for receiving the core material melt stream and an annular outer layer melt passage, which receives a portion of the skin material melt stream from the central skin material melt passage. The skin material melt stream from the central skin material melt passage forms an inner layer of a molded article, the core material melt stream from the core material melt passage forms a core layer of the molded article, and the skin material melt10 stream from the outer layer melt passage forms an outer layer of the molded article, wherein the three melt streams combine prior to entering a mold cavity.
    • 公开了一种共注射成型装置,其将表皮材料熔体流和芯材料熔体流提供给喷嘴。 喷嘴的喷嘴尖端限定用于接收表皮材料熔体流的中央表皮材料熔体通道,用于接收芯材料熔体流的环形芯材料熔体通道和接收表皮材料的一部分的环形外层熔体通道 来自中央表皮材料熔体通道的熔体流。 来自中央表皮材料熔体通道的表皮材料熔体流形成模制品的内层,来自芯材熔体通道的芯材料熔体流形成模制品的芯层,并且表层材料熔体10从外层 多层熔体通道形成模制品的外层,其中三种熔体流在进入模腔之前结合。