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    • 1. 发明申请
    • MAGAZINE FOR SEMICONDUCTOR PACKAGE
    • 半导体封装杂志
    • WO2010008212A3
    • 2010-05-27
    • PCT/KR2009003910
    • 2009-07-16
    • SHINIL ELECTRONIC MATERIAL SOLSEO KEUM-SUKHUSSAIN MANWARSEO DAE DOJIN MIN GYULEE HO YOUNG
    • SEO KEUM-SUKHUSSAIN MANWARSEO DAE DOJIN MIN GYULEE HO YOUNG
    • H01L21/68
    • H01L21/67379H01L21/67376H01L21/67386
    • The present invention relates to a magazine for a semiconductor package. The magazine comprises two bodies each of which is integrated with a lateral unit, a top unit and a bottom unit. While protrusion plates at the top and bottom of the bodies are meshed for joining the bodies, flexibility of the plastic material can be prevented because flexibility of the body is physically decreased. The contact portion between the semiconductor strip and the magazine for the semiconductor package is minimized, due to a support stud shaped like an island, so abrasion caused by friction between the semiconductor strip and the magazine for the semiconductor package can be minimized. In addition, a fastening pin is prevented from being separated or loosened as a result of external impact or vibration. Therefore, the durability of the magazine for the semiconductor package is excellent.
    • 本发明涉及一种用于半导体封装的盒子。 杂志包括两个主体,每个主体与横向单元,顶部单元和底部单元集成。 虽然在主体的顶部和底部的突出板被啮合以连接主体,但是由于身体的灵活性在物理上减小,因此可以防止塑料材料的柔性。 由于形状像岛状的支撑柱,由于半导体条和用于半导体封装的盒之间的摩擦引起的磨损可以最小化,所以半导体条与半导体封装的刀库之间的接触部分被最小化。 此外,由于外部冲击或振动,防止了紧固销分离或松动。 因此,用于半导体封装的盒子的耐久性优异。
    • 2. 发明申请
    • CONTINUOUS EXTRUDER
    • 连续挤出机
    • WO2010011053A3
    • 2010-05-14
    • PCT/KR2009003926
    • 2009-07-16
    • SHINIL CHEMICAL INDUSTRY CO LTSEO KEUM-SUKNAM BYEONG-UKHUSSAIN MANWARYANG KEUM HO
    • SEO KEUM-SUKNAM BYEONG-UKHUSSAIN MANWARYANG KEUM HO
    • B29C47/36
    • B29C47/64B29C47/0019B29C47/38B29C47/385B29C47/60B29C47/6031B29C47/6037B29C47/6056B29C47/6093
    • The present invention relates to a continuous extruder. The extruder is a spiral screw-shaped shaft structure which comprises a melting and compression section which melts and compresses polymer resin and additive material inputted through a hopper at the same time, and a dispersion section which moves the polymer resin and additive material to a discharge section while dispersing the additive material in the polymer resin by compressive and shear stress, and a discharge die which discharges the composition where the additive material is dispersed in the polymer resin. The dispersion section is a structure which needs an upwardly tapered compression unit, and a front flat end unit which is straight and is formed adjacent to the upwardly tapered compression unit. In the dispersion section, the ratio of the length to the diameter of the shaft is within 20~60. According to the present invention, a separate extruder is not necessary and mixing, melting, compression, dispersion and discharging can be performed in situ. In addition, layered material like clay can be dispersed on the polymer resin by being efficiently delaminated thereon, without adding additives such as a surfactant, dispersing agent, antioxidant and coupling agent.
    • 本发明涉及一种连续式挤出机。 该挤出机是螺旋形螺杆状的轴结构,其包括熔融和压缩部分,该熔融和压缩部分同时熔融并压缩通过料斗输入的聚合物树脂和添加剂材料,以及分散部分,其使聚合物树脂和添加剂材料移动以排出 同时通过压缩和剪切应力将添加剂材料分散在聚合物树脂中;以及放电模具,其将添加剂材料分散在聚合物树脂中的组合物排出。 分散部分是需要向上锥形的压缩单元的结构,以及与直锥形的压缩单元相邻形成的前平坦端部单元。 在色散部分,轴的长度与直径之比在20〜60之间。 根据本发明,不需要单独的挤出机,并且可以原位进行混合,熔融,压缩,分散和排出。 另外,不添加表面活性剂,分散剂,抗氧化剂,偶联剂等添加剂,可以高效地将树脂等层状物分散在聚合物树脂上。