Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Cable-stayed bridge steel box girder transporting vehicle and girder transporting method for steep-slope shortcut
The cable-stayed bridge steel box girder transporting vehicle comprises a girder transporting vehicle body and a storage table used for storing steel box girders, a plurality of L-shaped plates are hinged to the surface of the storage table, hinge shafts of the L-shaped plates are arranged on bent parts of the L-shaped plates, and the hinge shafts of the L-shaped plates are horizontally arranged; the L-shaped plates are distributed in the circumferential direction and form an enclosure area, each L-shaped plate comprises a limiting section and a supporting section, before the steel box girder is in place, the limiting sections are all turned outwards in the direction away from the enclosure area, and the supporting sections are all located on the inner side of the enclosure area and are obliquely and upwards arranged; the lower surface of the steel box girder abuts against the ends of the multiple supporting sections, the supporting sections are flattened to the surface of the storage table, the multiple limiting sections swing to the vertical state in the enclosure area direction along with the supporting sections, and the multiple limiting sections are arranged on the peripheral side of the steel box girder in a surrounding mode. The steel box girder can be conveniently placed on the object placing table, and the steel box girder can also be stably fixed on the object placing table.
本申请公开了一种用于大坡度便道的斜拉桥钢箱梁运梁车及运梁方法，其包括运梁车本体以及用于放置钢箱梁的置物台，置物台表面铰接有若干块L型板，L型板的铰接轴设置在L型板的折弯部，且L型板的铰接轴水平设置；若干L型板周向分布并形成围护区域，L型板包括限制段和支撑段，钢箱梁就位前，若干限制段均往远离围护区域方向外翻，若干支撑段均位于围护区域内侧并倾斜向上设置，当钢箱梁自上而下吊放至围护区域时，钢箱梁下表面与若干支撑段的端部抵接并将支撑段压平至置物台表面，若干限制段跟随支撑段往围护区域方向摆至竖直状态，若干限制段围设在钢箱梁周侧。本申请既能便于将钢箱梁放置在置物台上，也能将钢箱梁稳固在置物台上。
Cable-stayed bridge steel box girder transporting vehicle and girder transporting method for steep-slope shortcut
The cable-stayed bridge steel box girder transporting vehicle comprises a girder transporting vehicle body and a storage table used for storing steel box girders, a plurality of L-shaped plates are hinged to the surface of the storage table, hinge shafts of the L-shaped plates are arranged on bent parts of the L-shaped plates, and the hinge shafts of the L-shaped plates are horizontally arranged; the L-shaped plates are distributed in the circumferential direction and form an enclosure area, each L-shaped plate comprises a limiting section and a supporting section, before the steel box girder is in place, the limiting sections are all turned outwards in the direction away from the enclosure area, and the supporting sections are all located on the inner side of the enclosure area and are obliquely and upwards arranged; the lower surface of the steel box girder abuts against the ends of the multiple supporting sections, the supporting sections are flattened to the surface of the storage table, the multiple limiting sections swing to the vertical state in the enclosure area direction along with the supporting sections, and the multiple limiting sections are arranged on the peripheral side of the steel box girder in a surrounding mode. The steel box girder can be conveniently placed on the object placing table, and the steel box girder can also be stably fixed on the object placing table.
本申请公开了一种用于大坡度便道的斜拉桥钢箱梁运梁车及运梁方法，其包括运梁车本体以及用于放置钢箱梁的置物台，置物台表面铰接有若干块L型板，L型板的铰接轴设置在L型板的折弯部，且L型板的铰接轴水平设置；若干L型板周向分布并形成围护区域，L型板包括限制段和支撑段，钢箱梁就位前，若干限制段均往远离围护区域方向外翻，若干支撑段均位于围护区域内侧并倾斜向上设置，当钢箱梁自上而下吊放至围护区域时，钢箱梁下表面与若干支撑段的端部抵接并将支撑段压平至置物台表面，若干限制段跟随支撑段往围护区域方向摆至竖直状态，若干限制段围设在钢箱梁周侧。本申请既能便于将钢箱梁放置在置物台上，也能将钢箱梁稳固在置物台上。
Cable-stayed bridge steel box girder transporting vehicle and girder transporting method for steep-slope shortcut
一种用于大坡度便道的斜拉桥钢箱梁运梁车及运梁方法
WANG NIANFENG (Autor:in) / CHEN YUNFENG (Autor:in) / LI LIANGLIANG (Autor:in) / WEI RUIDONG (Autor:in) / JIANG LIGUO (Autor:in) / WANG QINGJUN (Autor:in) / HOU LINGHUA (Autor:in) / WEI YUNHONG (Autor:in) / LI ZEHUI (Autor:in) / WU JUNHUI (Autor:in)
14.03.2023
Patent
Elektronische Ressource
Chinesisch
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