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Planning for the TraPac Automated Container Terminal

机译:规划TraPac自动化集装箱码头

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TraPac operates B135-147 at the Port of Los Angeles. As part of a recent terminal expansion, TraPac decided to convert operations on a major portion of the terminal from conventional operations to a highly automated system of container handling. In order for this conversion to be effective, a great number of issues had to be resolved by TraPac and POLA during the terminal planning process. The shape of the terminal was not rectangular, so lessons from most existing automated terminals could not easily be directly applied to TraPac. TraPac, like all terminals in Southern California, moves a great deal of cargo via rail. This was another major difference from automated terminals in Europe where rail cargo is typically a much smaller fraction of vessel moves. The unique shape and goals of TraPac resulted in a final plan that features many innovations including robotic shuttles, a combination of parallel and perpendicular rows, and direct access to the railyard by robotic transport vehicles.
机译:TraPac在洛杉矶港经营B135-147。作为最近的码头扩建的一部分,TraPac决定将码头的大部分操作从传统操作转换为高度自动化的集装箱装卸系统。为了使这种转换有效,在终端规划过程中TraPac和POLA必须解决许多问题。终端的形状不是矩形,因此大多数现有自动化终端的经验教训都无法轻松地直接应用于TraPac。与南加州的所有航站楼一样,TraPac也通过铁路运输大量货物。这是与欧洲自动化码头的另一个主要区别,在欧洲,铁路货运通常只占船舶移动的一小部分。 TraPac独特的形状和目标形成了一项最终计划,该计划具有许多创新功能,包括机器人穿梭车,平行和垂直行的组合以及由机器人运输车辆直接进入铁路站场。

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