Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Method for transporting steel columns under trestle
The invention discloses a method for transporting steel columns under a trestle. The method comprises the steps that model parameters of the steel columns are received, wherein the model parameters comprise the weight of the steel columns and the length values of the steel columns in the set transportation direction; transportation trolleys are selected according to the model parameters, wherein the transportation trolleys comprise a first transportation trolley and a second transportation trolley, and the total length of the first transportation trolley and the second transportation trolley in the set transportation direction is not smaller than 2/3 of the length values of the steel columns; the steel columns are placed above the first transportation trolley and the second transportationtrolley, wherein the first transportation trolley is located in front of the second transportation trolley in the set transportation direction at intervals; the first transportation trolley is pulledforwards in the set transportation direction, and the second transportation trolley is pushed forwards until the steel columns move to a set lifting station; and the steel columns are lifted. Due to the fact that the first transportation trolley and the second transportation trolley can prevent the two ends of each steel column in the set transportation direction from being suspended out of the trolleys by a large length, the overturning risk can be reduced, and the transportation stability is improved.
本发明公开了一种栈桥下钢柱运输方法，包括：接收钢柱的型号参数，型号参数包括钢柱的重量和沿设定运输方向上的钢柱长度值；根据型号参数选择运输小车，运输小车包括第一运输小车和第二运输小车，第一运输小车和第二运输小车在设定运输方向上的总长度不小于钢柱长度值的2/3；将钢柱放于第一运输小车和第二运输小车上方，其中，第一运输小车间隔位于第二运输小车在设定运输方向上的前方；沿着设定运输方向向前拉动第一运输小车并向前推动第二运输小车，直至钢柱运动至设定起吊工位；起吊钢柱。由于第一运输小车与第二运输小车可以避免钢柱在设定运输方向上的两端存在较大长度悬出小车之外，可降低倾覆风险，提高运输的平稳性。
Method for transporting steel columns under trestle
The invention discloses a method for transporting steel columns under a trestle. The method comprises the steps that model parameters of the steel columns are received, wherein the model parameters comprise the weight of the steel columns and the length values of the steel columns in the set transportation direction; transportation trolleys are selected according to the model parameters, wherein the transportation trolleys comprise a first transportation trolley and a second transportation trolley, and the total length of the first transportation trolley and the second transportation trolley in the set transportation direction is not smaller than 2/3 of the length values of the steel columns; the steel columns are placed above the first transportation trolley and the second transportationtrolley, wherein the first transportation trolley is located in front of the second transportation trolley in the set transportation direction at intervals; the first transportation trolley is pulledforwards in the set transportation direction, and the second transportation trolley is pushed forwards until the steel columns move to a set lifting station; and the steel columns are lifted. Due to the fact that the first transportation trolley and the second transportation trolley can prevent the two ends of each steel column in the set transportation direction from being suspended out of the trolleys by a large length, the overturning risk can be reduced, and the transportation stability is improved.
本发明公开了一种栈桥下钢柱运输方法，包括：接收钢柱的型号参数，型号参数包括钢柱的重量和沿设定运输方向上的钢柱长度值；根据型号参数选择运输小车，运输小车包括第一运输小车和第二运输小车，第一运输小车和第二运输小车在设定运输方向上的总长度不小于钢柱长度值的2/3；将钢柱放于第一运输小车和第二运输小车上方，其中，第一运输小车间隔位于第二运输小车在设定运输方向上的前方；沿着设定运输方向向前拉动第一运输小车并向前推动第二运输小车，直至钢柱运动至设定起吊工位；起吊钢柱。由于第一运输小车与第二运输小车可以避免钢柱在设定运输方向上的两端存在较大长度悬出小车之外，可降低倾覆风险，提高运输的平稳性。
Method for transporting steel columns under trestle
栈桥下钢柱运输方法
LI XIANGDONG (Autor:in) / LI YAO (Autor:in) / BIAN XIAOLIANG (Autor:in) / DAI HAOCHEN (Autor:in) / CAO YUQING (Autor:in) / XU CAIYUN (Autor:in)
17.04.2020
Patent
Elektronische Ressource
Chinesisch
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