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    • 1. 发明申请
    • LOAD TRANSPORTATION SYSTEM
    • 负载运输系统
    • US20110147329A1
    • 2011-06-23
    • US12865591
    • 2009-01-06
    • Ian EvansJonathan HarbronJohn Fuller
    • Ian EvansJonathan HarbronJohn Fuller
    • B66C23/22E04G21/16B66D1/00B66C23/20B23P11/00
    • B66C23/22E04G21/16E04G21/166Y10T29/49826
    • The invention relates to a high-efficiency load transportation system for use in the building construction industry. The system utilises a hoisting apparatus (18) installed in an upper story of a building (14) and at least one retractable loading platform (20) removably installable on an underlying storey such that it may extend beyond an edge of the floor of the underlying storey. An arm (24) of the hoisting apparatus may extend beyond a distal end of a retracted underlying loading platform to allow the unimpeded vertical lifting and/or lowering of loads beyond the platform. The hoisting apparatus is used to position each loading platforms on its underlying and reposition each loading platform thereafter. Such an arrangement yields significant reductions in load in/load out times and associated costs. The system also reduces the carbon footprint of the building project by reducing traditional tower crane usage.
    • 本发明涉及一种用于建筑行业的高效负荷运输系统。 该系统利用安装在建筑物(14)的上层故障中的提升装置(18)和至少一个可移除地安装在下层楼层上的可伸缩装载平台(20),使得其可以延伸超出底层的地板的边缘 层。 提升装置的臂(24)可以延伸超过缩回的下面的装载平台的远端,以允许不受阻碍地垂直提升和/或降低超出平台的负载。 起重设备用于将每个装载平台放置在其下面并且随后重新定位每个装载平台。 这种布置可显着减少负载/负载时间和相关成本。 该系统还通过降低传统塔式起重机的使用量来减少建筑工程的碳足迹。