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    • 106. 发明授权
    • Injection molding process using a pair of reservoirs and an injection device
    • 注射成型工艺使用一对储存器和注射装置
    • US06576179B1
    • 2003-06-10
    • US09613283
    • 2000-07-10
    • Masaharu AbeHiroshi YamamotoKyoichi Nakamura
    • Masaharu AbeHiroshi YamamotoKyoichi Nakamura
    • B29C4554
    • B29C45/542B29C45/50B29C2045/466
    • An injection-molding process including kneading functional particles with a binder resin in a kneader, temporarily storing the kneaded material supplied from the kneader in a reservoir device and feeding the kneaded material stored in the reservoir device to an injection device, the reservoir device including a pair of reservoirs, the kneaded material stored in one reservoir device is fed to the injection device where the kneaded material is then injection-molded, and simultaneously the kneaded material is fed from the kneader to another reservoir device and stored in it. Then, the kneaded material stored in the other reservoir device is fed to the injection device where the kneaded material is then injection-molded, and simultaneously the kneaded material is fed from the kneader to the one reservoir device and stored in it, so that the injection molding process is conducted by alternately repeating the above steps by switching operations. This injection-molding process is capable of producing a molded product of uniform quality by preventing feed pressure of the kneaded material fed to an injection device from being transmitted to the kneader.
    • 一种注射成型方法,包括在捏合机中将功能性颗粒与粘合剂树脂捏合,将从捏合机供给的捏合材料临时储存在储存装置中,并将储存在储存装置中的捏合材料进料到注射装置,该储存装置包括 存储在一个贮存器中的捏合物料被供给到注射装置,在该注入装置中捏合的材料然后被注射成型,同时将捏合的材料从捏合机进料到另一储存装置并储存在其中。 然后,将存储在另一个储存装置中的捏合物供给到注射装置,在该装置中捏合材料然后注射成型,同时将捏合材料从捏合机供给到一个储存装置并储存在其中, 通过切换操作交替重复上述步骤进行注射成型工艺。 这种注射成型工艺能够通过防止供给到注射装置的捏合材料的进料压力传递到捏合机来产生质量均匀的模制产品。
    • 107. 发明授权
    • Terminal
    • 终奌站
    • US06544080B1
    • 2003-04-08
    • US09575647
    • 2000-05-31
    • Hiroshi Yamamoto
    • Hiroshi Yamamoto
    • H01R1122
    • H01R13/113H01R4/184H01R13/20
    • A terminal has a bottom wall, a pair of side walls, an upper wall, an elastic contact portion that is freely elastically deformable in a direction substantially vertical with respect to the bottom wall, an elastic receiving surface portion that opposes the elastic contact portion, an engaging/retaining portion on the bottom wall that is freely displaceable by its elastic deformation made in a direction substantially vertical with respect to the bottom wall, and a stopper. The side walls respectively rise from both ends of the bottom wall. The upper wall extends from at least one of the side walls to over the bottom wall and opposes the bottom wall. The elastic contact portion is provided on one of the bottom wall and the upper wall while the elastic receiving surface portion is provided on the other of them. The engaging/retaining portion is engaged with a mating terminal that is inserted between the elastic contact portion and the elastic receiving surface portion. The stopper is bent from the upper wall to thereby contact with the mating terminal and thereby prevent excessive insertion of the same.
    • 端子具有底壁,一对侧壁,上壁,弹性接触部分,其可在相对于底壁大致垂直的方向上自由地弹性变形;与弹性接触部分相对的弹性接收表面部分, 底壁上的接合/保持部分可通过其相对于底壁基本上垂直的方向产生的弹性变形而自由地移动,以及止动件。 侧壁分别从底壁的两端上升。 上壁从至少一个侧壁延伸到底壁上方并与底壁相对。 弹性接触部设置在底壁和上壁中的一个上,同时弹性接触表面部分设置在另一个上。 接合/保持部分与插入在弹性接触部分和弹性接收表面部分之间的配合端子接合。 止动件从上壁弯曲,从而与配合端子接触,从而防止其过度插入。