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    • 2. 发明申请
    • INJECTION NOZZLE SYSTEM AND INJECTION MOLDING MACHINE INCORPORATING SAME
    • 注射喷嘴系统和注射成型机
    • WO0178961A9
    • 2002-08-15
    • PCT/CA0100527
    • 2001-04-12
    • MOLD MASTERS LTDBABIN DENISGUENTHER HANSHO NIN
    • BABIN DENISGUENTHER HANSHO NIN
    • B29C45/27B29C45/28
    • B29C45/2806B29C45/278
    • A nozzle system is provided for an injection molding machine. The nozzle system includes a nozzle tip that is removably connected to a nozzle body with a sealing and mounting sleeve element. The nozzle body includes a first connector for releasably connecting with a second connector defined on the sleeve. The sleeve element further includes an alignment bearing for engaging a bearing surface defined on the nozzle body for precisely locating the nozzle tip within the nozzle body along on a predetermined axis. Further embodiments of the invention provide a valve pin disposed in the nozzle body and nozzle tip. The valve pin includes a bearing surface for engaging a guiding surface defined on the second melt channel for aligning the end of the valve pin with a mold gate. Further embodiments also provide an integrally connected nozzle tip and sleeve element.
    • 为注射成型机提供喷嘴系统。 喷嘴系统包括一个喷嘴头,该喷嘴头可拆卸地连接到具有密封和安装套筒元件的喷嘴体上。 喷嘴主体包括第一连接器,用于与限定在套筒上的第二连接器可释放地连接。 套筒元件还包括对准轴承,用于接合限定在喷嘴主体上的支承表面,用于沿着预定轴线精确地将喷嘴头定位在喷嘴体内。 本发明的另外的实施例提供一种设置在喷嘴体和喷嘴尖端中的阀销。 阀销包括用于接合限定在第二熔体通道上的引导表面的支承表面,用于将阀销的端部与模具浇口对准。 另外的实施例还提供了一体地连接的喷嘴尖端和套筒元件。
    • 3. 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。
    • 4. 发明申请
    • A VALVE PIN GUIDE AND ALIGNMENT SYSTEM FOR A HOT-RUNNER IN AN INJECTION MOLDING APPARATUS
    • 注射成型设备中的热流道阀芯引导件和对准系统
    • WO2004012923A3
    • 2004-05-21
    • PCT/CA0301154
    • 2003-07-30
    • MOLD MASTERS LTDFISCHER JONATHONBABIN DENIS
    • FISCHER JONATHONBABIN DENIS
    • B29C45/27B29C45/28
    • B29C45/2711B29C45/2701B29C45/278B29C45/2806
    • In a manifold, the valve pin has a sealing surface proximate its bottom end, which surface is engageable with a gate sealing surface to inhibit melt flow into the cavity. A first guidance and alignment structure is connected to the valve pin, and a second structure to the mould block upstream from the gate. Both structures include first and second guide surfaces of a diameter decreasing gradually in a downstream direction and first and second cylindrical alignment surfaces. The first guide surface is positioned immediately downstream from the first alignment surface, the second guide surface immediately upstreams from the second alignment surface. The second guide surface is positioned to complete alignment of the valve pin with the gate prior to contact between valve pin and gate. Further, it is positioned to engage the first alignment surface to maintain the valve pin in alignment with the gate during its movement towards the gate.
    • 在歧管中,阀销具有靠近其底端的密封表面,该表面可与门密封表面接合以阻止熔体流入空腔。 第一引导和对准结构连接到阀销,并且第二结构连接到模块上方的门。 两个结构都包括直径在下游方向逐渐减小的第一和第二引导表面以及第一和第二圆柱形对准表面。 第一引导表面位于紧邻第一对准表面的下游,第二引导表面紧邻第二对准表面的上游。 第二引导表面定位成在阀销和门之间接触之前完成阀销与闸门的对准。 此外,其定位成接合第一对准表面,以在其向门的移动期间使阀销保持与门对准。
    • 5. 发明专利
    • NEUROMUSCULAR MONITORING USING PHONOMYOGRAPHY
    • CA2415173A1
    • 2004-06-09
    • CA2415173
    • 2002-12-24
    • MATHIEU PIERREHEMMERLING THOMASTRAGER GUILLAUMEGUARDO ROBERTDONATI FRANCOISBABIN DENISCHANG BOU-PHON
    • MATHIEU PIERREHEMMERLING THOMASTRAGER GUILLAUMEGUARDO ROBERTDONATI FRANCOISBABIN DENISCHANG BOU-PHON
    • A61B7/00A61B8/00A61N1/08
    • Neuromuscular monitoring, the monitoring of muscle relaxation, is as essential as controlling blood pressure or heart rate during surgery. A patient who is extubated when still partially relaxed is at great risk of respirator y complications. Also, a patient incompletely relaxed during surgery can endanger the success of surgery. Since muscle relaxants are the single most important cost factor in anesthetic drug selection, neuromuscular monitoring should help to titrate the exact dosing of muscle relaxants during surgery. Further application of neuromuscular monitoring are in intensive care whe re peripheral neuropathies with impaired muscle function play an essential role in morbidity of long term ventilation and repetitive and objective neuromuscular monitoring could help to control and monitor this problem. Unfortunately, despite these facts, knowledge about the action of muscl e relaxants is still quite limited and the tools to measure their function in daily routine are even more limited. In the ideal world, (a) we would be able to easily monitor neuromuscular function for all physiologically important muscles in a non-invasive and reliable way, (b) we would have a neuromuscular method and easy-to-use monitoring device giving precise and reliable information about the state of neuromuscular transmission at any given time during surgery, and finally (c) we would have established reliabl e data for any given muscle relaxant of onset, offset and peak effect for different muscles. Phonomyographic method and device for neuromuscular monitoring have been developed in view of reaching these objectives.