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    • 92. 发明授权
    • Molding tool, and method of making plastic articles
    • 成型工具和制造塑料制品的方法
    • US07445743B2
    • 2008-11-04
    • US11468529
    • 2006-08-30
    • Martin Eichlseder
    • Martin Eichlseder
    • B29C45/78
    • B29C45/2642B29C33/04B29C45/73B29C45/7312B29C2033/042B29C2045/7343B29C2045/7393
    • A mold portion of a molding tool for making plastic articles includes a base body defining a cavity surface and having formed therein at least one heating channel, and at least one cooling channel separated from the heating channel and having a cross section which is smaller than a cross section of the heating channel. The cooling channel is positioned hereby closer to the cavity surface than the heat channel and thus is in an area between the heat channel and the cavity surface, thereby defining a cavity-proximal cooling channel and a cavity-distal heat channel. Before the injection process, the cavity surface is heated by the heat channel to a higher temperature than the demolding temperature of the plastic article to be formed. At the end of the injection process, the cavity surface is cooled by the cooling system.
    • 用于制造塑料制品的模制工具的模具部分包括限定空腔表面并且在其中形成有至少一个加热通道的基体,以及与加热通道分离的至少一个冷却通道,并且具有小于 加热通道的横截面。 冷却通道被定位成比热通道更靠近空腔表面,因此位于热通道和空腔表面之间的区域中,从而限定空腔近端冷却通道和空腔 - 远侧热通道。 在注射过程之前,空腔表面被热通道加热到比要形成的塑料制品的脱模温度更高的温度。 在注射过程结束时,空腔表面被冷却系统冷却。
    • 97. 发明授权
    • Molding tool having a heating and cooling medium
    • 具有加热和冷却介质的成型工具
    • US07118372B2
    • 2006-10-10
    • US10984069
    • 2004-11-09
    • Martin Eichlseder
    • Martin Eichlseder
    • B29C45/73
    • B29C45/2642B29C33/04B29C45/73B29C45/7312B29C2033/042B29C2045/7343B29C2045/7393
    • A mold portion of a molding tool for making plastic articles includes a base body defining a cavity surface and having formed therein at least one heating channel, and at least one cooling channel separated from the heating channel and having a cross section which is smaller than a cross section of the heating channel. The cooling channel is positioned hereby closer to the cavity surface than the heat channel and thus is in an area between the heat channel and the cavity surface, thereby defining a cavity-proximal cooling channel and a cavity-distal heat channel. Before the injection process, the cavity surface is heated by the heat channel to a higher temperature than the demolding temperature of the plastic article to be formed. At the end of the injection process, the cavity surface is cooled by the cooling system.
    • 用于制造塑料制品的模制工具的模具部分包括限定空腔表面并且在其中形成有至少一个加热通道的基体,以及与加热通道分离的至少一个冷却通道,并且具有小于 加热通道的横截面。 冷却通道被定位成比热通道更靠近空腔表面,因此位于热通道和空腔表面之间的区域中,从而限定空腔近端冷却通道和空腔 - 远侧热通道。 在注射过程之前,空腔表面被热通道加热到比要形成的塑料制品的脱模温度更高的温度。 在注射过程结束时,空腔表面被冷却系统冷却。
    • 100. 发明申请
    • Heat transfer system for a mold
    • 模具用传热系统
    • US20050196485A1
    • 2005-09-08
    • US11034691
    • 2005-01-13
    • Martin CassShawn OvermyerBill Raubenolt
    • Martin CassShawn OvermyerBill Raubenolt
    • B29C49/00
    • B29C49/4823B29C33/04B29C33/3828B29C45/7312B29K2905/10
    • An apparatus for facilitating heat transfer in a mold is disclosed. The apparatus includes a mold section having an external surface defining a concave-shaped channel, a hollow elongated member positioned within the channel, and a binding material attaching the hollow elongated member to the mold section. Heat transfers from the mold section to relatively cooler heat transfer fluid when the fluid is directed through the hollow elongated member. Heat may also transfer from the molded piece to the mold section when the fluid is transported through the hollow elongated member. The apparatus may have any number of channels and members. The hollow elongated member may be a copper tube and be completely or partially positioned within the channel. The mold section and binding material may be made of aluminum. A method of manufacture of the apparatus is also disclosed.
    • 公开了一种用于促进模具中的热传递的装置。 该设备包括具有限定凹形通道的外表面的模具部分,定位在通道内的中空细长构件和将中空细长构件附接到模具部分的粘合材料。 当流体通过中空细长构件时,热量从模具部分转移到相对较冷的传热流体。 当流体通过中空细长构件输送时,热也可以从模制件转移到模具部分。 该装置可以具有任何数量的通道和构件。 中空细长构件可以是铜管,并且完全或部分地定位在通道内。 模具部分和粘合材料可以由铝制成。 还公开了一种制造该装置的方法。