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    • 1. 发明申请
    • Hotrunner Interface Adaptor, Mold Carrier and Method of Disassembly and Cleaning Thereof
    • Hotrunner接口适配器,模具架及其拆卸和清洁方法
    • US20080193585A1
    • 2008-08-14
    • US11673268
    • 2007-02-09
    • Pierre GLAESENERArnold MAI
    • Pierre GLAESENERArnold MAI
    • B29C45/24B29C45/17
    • B29C45/2725B22D17/2272B29C45/322B29C2045/2793
    • To facilitate cleaning of melt channels in a runner system (102) in a centre-section carrier (20) or the like, a multi-piece interface adaptor (114, 116, 118) is detailed in FIG. 4. A male portion (114) of the interface adaptor (112) is securely coupled to the runner system (102) to extend the melt channel (63) thereof. The male portion (114) preferably includes a branching feature (124) that splits melt flow into opposing directions to feed distinct nozzles (60, 62). A female portion (116) of the interface adaptor includes bores (140, 142) that align with the branching feature (124, 134, 136) and support the mounting of nozzles (60, 62) therein. The female portion (116) is fixedly secured within the carrier (20). The male portion (114) and the female portion (116) are slidably engageable with one another along sealing surfaces (130, 220). At system operating temperatures, effective operational sealing occurs as a result of relative thermal expansion between the male portion (114) and the female portion (116). At lower temperatures, pulling of the runner system (102) along an axis aligned with its melt channel (63) permits the male portion (114) to be separated from the female portion (116) by disengaging the sealing surfaces (130, 220), thereby granting easy access to the melt channels and the branching feature (124) when the runner system (102) is removed from the carrier (20).
    • 为了便于在中心部分载体(20)等中的流道系统(102)中清洗熔体通道,在图1中详细描述了多件式接口适配器(114,116,118)。 4。 接口适配器(112)的阳部分(114)牢固地联接到流道系统(102)以延伸其熔体通道(63)。 阳部分(114)优选地包括分支特征(124),其将熔体流分解成相反的方向以输送不同的喷嘴(60,62)。 接口适配器的阴部分(116)包括与分支特征(124,134,136)对准并且支撑其中的喷嘴(60,62)的安装的孔(140,142)。 阴部分(116)固定地固定在载体(20)内。 阳部分(114)和阴部分(116)可沿着密封表面(130,220)彼此可滑动地接合。 在系统操作温度下,由于阳部分(114)和阴部分(116)之间的相对热膨胀,发生有效的操作密封。 在较低温度下,沿与其熔体通道(63)对准的轴线拉动流道系统(102)允许阳部分(114)通过使密封表面(130,220)脱离而与阴部分(116)分离, 从而当流道系统(102)从载体(20)移除时,允许容易地进入熔体通道和分支特征(124)。
    • 2. 发明申请
    • Split Mold Insert and a Mold Incorporating Same
    • 分体模具插入件和模具结合相同
    • US20090155404A1
    • 2009-06-18
    • US11954509
    • 2007-12-12
    • Arnold MAI
    • Arnold MAI
    • B29C49/42
    • B29C45/332B29B2911/1402B29B2911/14026B29B2911/14033B29B2911/1404B29B2911/14106B29B2911/14133B29C45/2606B29C45/7312B29C49/06B29C2045/7264B29K2105/253Y10S425/058
    • There is provided a split mold insert and a mold stack incorporating same. The split mold insert for defining, at least partially, a neck area of a preform suitable for blow molding into a final-shaped article, in particular, is provided. The split mold insert comprises a body having (i) a cavity defining portion for defining, in use, a portion of the neck area and (ii) a top projecting portion and a bottom projecting portion located at opposite sides of the body; a first female taper portion associated with the top projecting portion; a second female taper portion associated with the bottom projecting portion; the first female taper portion and the second female taper portion for cooperating, in use, with a first male taper of a first mold component and a second male taper of a second mold component, respectively, for aligning the body into an operational configuration.
    • 提供了一个分割模具插入件和一个结合其的模具堆叠。 提供了用于至少部分地限定适合于吹塑成型成最终成形制品的预制件的颈部区域的分开模具插入件。 分型模具插入件包括主体,其具有(i)空腔限定部分,用于在使用中限定颈部区域的一部分,以及(ii)顶部突出部分和位于身体相对侧的底部突出部分; 与顶部突出部分相关联的第一阴锥形部分; 与所述底部突出部分相关联的第二阴锥形部分; 第一阴锥形部分和第二阴锥形部分,用于在使用中分别与第一模具部件的第一阳锥形部分和第二模具部件的第二阳锥形部分配合,用于将主体对准为操作构型。
    • 3. 发明申请
    • Mold Insert Stack for Use in an Injection Mold and a Coupler Thereof
    • 用于注射模具的模具插入架及其耦合器
    • US20090214694A1
    • 2009-08-27
    • US12034755
    • 2008-02-21
    • Arnold MAI
    • Arnold MAI
    • B29C45/17B28B7/28
    • B29C45/36B29K2105/253
    • There is disclosed a mold insert stack for use in an injection mold and a coupler thereof. The mold insert stack for use in an injection mold is provided and comprises a core assembly that includes: a core insert that includes: a core body; an inner molding surface that is defined on the core body, the inner molding surface provides, in use, an inner portion of a molding cavity that is shaped to mold a preform; a core-coupler interface that is defined on the core body; a support member that includes: a support body; a support-sliding interface that is defined on the support body; a coupler member that includes: a coupler body; a coupler-core interface that is defined on the coupler body; a coupler-insert interface that is defined on the coupler body; and a complementary sliding interface that is defined on at least one of the coupler body and the core body; the coupler-core interface and the core-coupler interface being configured to cooperate, in use, to mutually locate the coupler body with the core body; the coupler-insert interface being configured to cooperate, in use, with a complementary interface defined on a further mold insert; the support-sliding interface and the complementary sliding interface being configured to cooperate, in use, to establish a slidable coupling that is able to accommodate, in use, a lateral move (S1) between the support-sliding interface and the complementary sliding interface and connect a load path between the support body with at least one of the core body with the coupler body.
    • 公开了一种用于注射模具及其耦合器的模具插入物堆叠。 提供了用于注射模具中的模具插入物堆叠,并且包括芯组件,其包括:芯插入件,其包括:芯体; 限定在芯体上的内部模制表面,内部模制表面在使用中提供成形为模制预成型件的模制腔的内部部分; 在芯体上限定的芯 - 耦合器接口; 支撑构件,包括:支撑体; 支撑滑动界面,其被限定在支撑体上; 耦合器部件,包括:耦合器主体; 耦合器 - 接口,其定义在耦合器主体上; 耦合器 - 插入接口,其限定在耦合器主体上; 以及限定在所述耦合器主体和所述芯体中的至少一个上的互补滑动界面; 耦合器 - 核心接口和芯 - 耦合器接口构造成在使用中协作以使耦合器体与芯体相互定位; 所述耦合器 - 插入接口被配置为在使用中与限定在另一模具插入件上的互补接口协作; 所述支撑滑动界面和所述互补滑动界面构造成在使用中协作以建立可滑动联接,所述可滑动联接能够在使用中容纳所述支撑滑动界面和所述互补滑动界面之间的横向移动(S1),并且 将所述支撑体与所述芯体与所述耦合器主体中的至少一个相连接。