首页> 外国专利> Dampening the dynamic impact of bridge cranes and complete unloading of reinforced concrete CONSOLE COLUMNS, destroys CORROSION OF CONCRETE AND FITTING

Dampening the dynamic impact of bridge cranes and complete unloading of reinforced concrete CONSOLE COLUMNS, destroys CORROSION OF CONCRETE AND FITTING

机译:减轻桥式起重机的动态冲击并完全卸载钢筋混凝土控制台柱,破坏混凝土和配件的腐蚀

摘要

FIELD: transport.;SUBSTANCE: invention relates to mechanical engineering. Support reaction of two adjacent crane girders is transferred between two supports and column top part onto column bottom part nearby its center of gravity with minimum eccentricity. For this support tubular damper is mounted to extend from support top edges and locked therein. Inclined tension bars are used to suspend lower damper to upper one and lock it by jack bolts. Two thrust struts are mounted on lower damper and jointed there by their lower flanges. Upper flanges are jointed to two adjacent crane girders from below. Screwdrivers are use to tighten nuts on adjusting pair of inclined tension bars to draw thrust and lower dampers together so that designed position is resumed in vertical. Gap between thrust ribs of crane girders and column support is created. Channel length with holes in flanges is mounted on rail mark to make channel flanges directed upward. One edge of said channel rests on top girths of adjacent crane girders while another edge fits tightly with column top. Channel flange is rigidly secured to column external stop by two licking tension bars while rail head is studded to channel flange, closest to the rail. Rail is mounted on crane girder coaxially by rotating adjusting nuts on studs to make designed distance between rail axis and column inner facet. Nuts are locked to allow operation of spring-loaded crane structures.;EFFECT: complete damping and unloading.;3 dwg
机译:技术领域本发明涉及机械工程。两个相邻起重机梁的支座反作用在两个支座和立柱顶部之间以最小的偏心率转移到靠近其重心的立柱底部。对于该支撑,管状阻尼器安装成从支撑顶部边缘延伸并锁定在其中。倾斜的拉杆用于将下部减震器悬挂到上部减震器并通过千斤顶螺栓将其锁定。两个推力撑杆安装在下部减震器上,并通过其下部法兰连接。上部法兰从下方连接到两个相邻的起重机大梁。使用螺丝刀拧紧调节成对的倾斜拉杆上的螺母,以将推力和降低阻尼器拉到一起,从而使设计位置恢复到垂直方向。在起重机大梁的推力肋与柱支撑之间创建了间隙。带法兰孔的通道长度安装在轨道标记上,以使通道法兰朝上。所述通道的一个边缘搁置在相邻起重机梁的顶部周长上,而另一边缘则与立柱顶部紧密配合。通道法兰通过两个舔拉力杆牢固地固定在立柱外部挡块上,而导轨头则螺接到最靠近导轨的通道法兰上。通过旋转双头螺栓上的调节螺母,使轨道同轴地安装在吊车梁上,以使轨道轴线与立柱内侧面之间保持设计距离。螺母被锁定以允许弹簧加载的起重机结构运行;效果:完全阻尼和卸载; 3 dwg

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