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来源：百度知道 编辑：UC知道 时间：2024/06/05 00:53:16
Ever bigger jib radii, higher load moment, telescoping towers, new control systems, climbing mechanisms and faster erection were the dominant features of the tower crane scene in this decade. The most inlportant innovations occurred in drive technologY. Hilgers and Peiner first experimented in the 1960s with the, at the time, luxurious and easy to operate thyristor control system. Tile following tower crane nlodels were available:
Fixed tower with top-slewing gear (not vel3~ colllmon). - Bottom slewing crane with luffing jib and tower without backstavs. Bottom-slewing crane with luffing jib and towel' with backstays,- Bottom slewmg saddle jih cranes with out backstays, Bottom-slewing cranes with luffing jib,
Fixed tower with top-slewing gear (not vel3~ colllmon). - Bottom slewing crane with luffing jib and tower without backstavs. Bottom-slewing crane with luffing jib and towel' with backstays,- Bottom slewmg saddle jih cranes with out backstays, Bottom-slewing cranes with luffing jib,
更大的三角帆半径，更高的装载片刻，挤撞塔，新的控制系统、上升的机制和更加快速的架设是塔吊场面的统治特点在这个十年的。 inlportant创新在推进技术发生了。 Hilgers和Peiner在20世纪60年代首先试验了，在，豪华和容易操作可控硅整流器控制系统时候。 瓦片跟随的塔吊nlodels是可利用的： 与上面旋转齿轮(不是vel3~ colllmon)的Fixed塔。 -与俯仰运动三角帆的底下旋转没有backstavs的起重机和塔。 与俯仰运动三角帆的底部旋转与后牵索的起重机和towel， -与后牵索的底下slewmg马鞍jih起重机，与俯仰运动三角帆的底部旋转起重机，
愈来愈大臂半径，高负荷的时刻，伸缩塔，新的控制系统，攀登和更快勃起机制的主要特点现场塔式起重机在这十年。最inlportant创新发生在驱动器技术。希尔格斯和Peiner首次尝试在20世纪60年代的，当时，豪华，而且操作方便晶闸管控制系统。瓦以下塔式起重机nlodels有：固定塔顶回转齿轮（不vel3 〜 colllmon ） 。 -底回转起重机变幅副臂和塔式没有backstavs 。自下而上回转起重机变幅副臂和毛巾'与背， -底slewmg鞍记起重机了背，自下而上回转起重机变幅副臂，
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