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    • 2. 发明申请
    • SYSTEM AND PROCESS FOR SHOT-INJECTION MOLDING AN EYEGLASS TEMPLE WITH A WIRE CORE
    • 用于注射成型的电子注射系统和方法
    • US20150049295A1
    • 2015-02-19
    • US13967778
    • 2013-08-15
    • Charles P. Larson
    • Charles P. LarsonAdrien Jean Didier Rougier Lagane
    • B29C45/14G02C5/18B29C45/72
    • B29C45/14032B29C45/14008B29C45/14549B29C45/1642B29C45/1671B29C45/7207B29C2045/1696B29D12/02B29L2012/005G02C5/18G02C2200/10
    • A system and process for making an eyeglass temple co-injection molded with a wire core are disclosed. An eyeglass temple is produced by injecting a first shot of temple substrate material into a mold followed by the shot injection of a portion of wire core into the substrate material while it is still molten or semi-molten followed by a second shot injection of additional molten or semi-molten material to completely fill the mold. The first shot of template substrate is provided in a viscosity and amount sufficient to support the wire core without contact by the mold or external support, and the second shot is provided in an amount sufficient to completely fill and pack the mold and lessen shrinkage problems during substrate cooling and hardening. This produces an eyeglass temple in a desired configuration having an entirely encased wire core. Optionally, a second material can then be overmolded onto portions of the temple. The first material and reinforcing core allow greater adjustability and increased comfort for the wearer, while the second material can either be softer to provide a more comfortable fit and feel or can be similar to the first material to improve the temple's aesthetics.
    • 公开了一种用线芯共同注射成型眼镜镜的系统和方法。 通过将第一镜像基片材料注射到模具中,然后将一部分丝芯注入衬底材料中,同时仍然熔融或半熔化,然后再次喷射另外的熔融 或半熔融材料以完全填充模具。 提供模板基材的第一次注射,其粘度和量足以支撑线芯,而不会被模具或外部支撑件接触,并且第二次喷射提供的量足以完全填充和包装模具并减少收缩问题 基板冷却和硬化。 这产生具有完全封装的线芯的期望构造的眼镜镜腿。 可选地,第二材料然后可以被包覆模制到寺庙的部分上。 第一材料和加强芯体允许更大的可调节性和增加佩戴者的舒适度,而第二材料可以更柔软以提供更舒适的配合和手感,或者可以类似于第一材料以改善镜腿的美观。
    • 4. 发明授权
    • System and process for shot-injection molding an eyeglass temple with a wire core
    • 用于注射成型眼镜镜架的系统和工艺
    • US09067352B2
    • 2015-06-30
    • US13967778
    • 2013-08-15
    • Charles P. Larson
    • Charles P. LarsonAdrien Jean Didier Rougier Lagane
    • B29C45/16B29C45/14B29D12/02B29C45/72G02C5/18B29L12/00
    • B29C45/14032B29C45/14008B29C45/14549B29C45/1642B29C45/1671B29C45/7207B29C2045/1696B29D12/02B29L2012/005G02C5/18G02C2200/10
    • A system and process for making an eyeglass temple co-injection molded with a wire core are disclosed. An eyeglass temple is produced by injecting a first shot of temple substrate material into a mold followed by the shot injection of a portion of wire core into the substrate material while it is still molten or semi-molten followed by a second shot injection of additional molten or semi-molten material to completely fill the mold. The first shot of template substrate is provided in a viscosity and amount sufficient to support the wire core without contact by the mold or external support, and the second shot is provided in an amount sufficient to completely fill and pack the mold and lessen shrinkage problems during substrate cooling and hardening. This produces an eyeglass temple in a desired configuration having an entirely encased wire core. Optionally, a second material can then be overmolded onto portions of the temple. The first material and reinforcing core allow greater adjustability and increased comfort for the wearer, while the second material can either be softer to provide a more comfortable fit and feel or can be similar to the first material to improve the temple's aesthetics.
    • 公开了一种用线芯共同注射成型眼镜镜的系统和方法。 通过将第一镜像基片材料注射到模具中,然后将一部分丝芯注入衬底材料中,同时仍然熔融或半熔化,然后再次喷射另外的熔融 或半熔融材料以完全填充模具。 提供模板基材的第一次注射,其粘度和量足以支撑线芯,而不会被模具或外部支撑件接触,并且第二次喷射提供的量足以完全填充和包装模具并减少收缩问题 基板冷却和硬化。 这产生具有完全封装的线芯的期望构造的眼镜镜腿。 可选地,第二材料然后可以被包覆模制到寺庙的部分上。 第一材料和加强芯体允许更大的可调节性和增加佩戴者的舒适度,而第二材料可以更柔软以提供更舒适的配合和手感,或者可以类似于第一材料以改善镜腿的美观。
    • 6. 发明授权
    • Apparatus for automatically feeding bushings into a press for moulding
covers for storage batteries
    • 用于将衬套自动馈送到用于模制蓄电池盖的压力机中的装置
    • US4334846A
    • 1982-06-15
    • US247129
    • 1981-03-24
    • Jean-Paul BonifaceGilbert Ponceblanc
    • Jean-Paul BonifaceGilbert Ponceblanc
    • B21D43/16B29C45/14
    • B29C45/14032
    • Apparatus for automatically feeding bushings into a press for moulding covers for storage batteries. It includes a pipe (1) for conveying the bushings (6), said pipe being divided into branches (8, 9, 10, 11) each of which communicates with a bore (28, 28') provided in a first moving part of the press (2), push rods being linked to the stationary part of the press (2), which push rods can each be inserted in one of said bores (28, 28') during the translation movement of said moving part, studs being provided on a second moving part of the press (2) and each being disposed adjacent to one of said bores so that firstly, before moulding when the press is closed by the translation movement of the two moving parts such that they abut against the stationary part of the press (2), the push rods push a bushing (6) into each bore (28, 28') until the bushing mates with the stud and secondly, after moulding when the press (2) is opened, another bushing ( 6) drops by gravity into the bore at the end of said push rod.The invention is used in connection with the containers and covers of storage batteries.
    • 用于将衬套自动馈送到用于模制蓄电池盖的压力机中的装置。 它包括用于输送衬套(6)的管道(1),所述管道被分成分支(8,9,10,11),每个分支件与设置在第一运动部分中的孔(28,28')连通 压力机(2),推杆连接到压力机(2)的静止部分,在所述移动部件的平移运动期间,推杆可以各自插入所述孔(28,28')中的一个中,螺柱为 设置在所述压机(2)的第二移动部分上,并且每个都邻近所述孔中的一个设置,使得首先,在通过两个运动部件的平移运动将压力机关闭的模制之前,使得它们抵靠固定部分 (2)中,推杆将衬套(6)推入每个孔(28,28')中,直到衬套与螺栓配合,其次在压制机(2)打开时成型后,另一套管(6) )通过重力下降到所述推杆末端的孔中。 本发明与蓄电池的容器和盖子结合使用。