Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Device for quickly and transversely moving D auxiliary beam and construction method
The invention discloses a device for quickly and transversely moving a D auxiliary beam, a steel pulley vehicle can slide along transverse steel rails, an auxiliary cross beam is further mounted between longitudinal beams, sleepers are cushioned above the longitudinal beams, two groups of parallel double-row I-shaped steel are transversely and vertically mounted above the sleepers, and the two groups of parallel double-row I-shaped steel are vertically mounted above the sleepers. The double-row I-shaped steel and the longitudinal beams are locked through steel bar buckles, and a lifting mechanism is further installed on the double-row I-shaped steel. The double-transverse-steel-rail structure is adopted and matched with the double longitudinal beams for transportation, and the transverse transportation process is more stable and not prone to toppling over; meanwhile, the auxiliary cross beams are adopted for reinforcing the longitudinal beams, the two longitudinal beams are integrated, it is guaranteed that the two longitudinal beams are stably fixed and not prone to shaking in the transverse transportation process, and meanwhile subsequent alignment is more convenient; and meanwhile, the lifting mechanism is arranged before transverse transportation, when the longitudinal beam reaches the designated position above the existing track, the longitudinal beam can fall off rapidly and stably, the construction speed is greatly increased, and the line blocking time is shortened.
本发明公开了一种用于快速横向移动D便梁的装置，钢滑轮车能沿横向钢轨滑动，纵梁之间还安装有辅助横梁，所述纵梁上方垫设有枕木，所述枕木上方横向垂直安装有两组平行设置的双排工字钢，所述双排工字钢与纵梁之间通过钢筋扣锁紧，所述双排工字钢上还安装有升降机构。本申请采用双横向钢轨结构，并配合双纵梁一起运输，在横向运输过程更稳定不易发生倾倒；同时本申请采用辅助横梁加固纵梁，将两个纵梁变成一个整体，保证横向运输过程中两根纵梁之间固定稳固且不易晃动，同时后续对齐时更为方便；同时本申请在横向运输前设置升降机构，当纵梁到达既有轨道上方指定位置后能够快速平稳的落梁，大幅提升施工速度，减少对线路的封锁时间。
Device for quickly and transversely moving D auxiliary beam and construction method
The invention discloses a device for quickly and transversely moving a D auxiliary beam, a steel pulley vehicle can slide along transverse steel rails, an auxiliary cross beam is further mounted between longitudinal beams, sleepers are cushioned above the longitudinal beams, two groups of parallel double-row I-shaped steel are transversely and vertically mounted above the sleepers, and the two groups of parallel double-row I-shaped steel are vertically mounted above the sleepers. The double-row I-shaped steel and the longitudinal beams are locked through steel bar buckles, and a lifting mechanism is further installed on the double-row I-shaped steel. The double-transverse-steel-rail structure is adopted and matched with the double longitudinal beams for transportation, and the transverse transportation process is more stable and not prone to toppling over; meanwhile, the auxiliary cross beams are adopted for reinforcing the longitudinal beams, the two longitudinal beams are integrated, it is guaranteed that the two longitudinal beams are stably fixed and not prone to shaking in the transverse transportation process, and meanwhile subsequent alignment is more convenient; and meanwhile, the lifting mechanism is arranged before transverse transportation, when the longitudinal beam reaches the designated position above the existing track, the longitudinal beam can fall off rapidly and stably, the construction speed is greatly increased, and the line blocking time is shortened.
本发明公开了一种用于快速横向移动D便梁的装置，钢滑轮车能沿横向钢轨滑动，纵梁之间还安装有辅助横梁，所述纵梁上方垫设有枕木，所述枕木上方横向垂直安装有两组平行设置的双排工字钢，所述双排工字钢与纵梁之间通过钢筋扣锁紧，所述双排工字钢上还安装有升降机构。本申请采用双横向钢轨结构，并配合双纵梁一起运输，在横向运输过程更稳定不易发生倾倒；同时本申请采用辅助横梁加固纵梁，将两个纵梁变成一个整体，保证横向运输过程中两根纵梁之间固定稳固且不易晃动，同时后续对齐时更为方便；同时本申请在横向运输前设置升降机构，当纵梁到达既有轨道上方指定位置后能够快速平稳的落梁，大幅提升施工速度，减少对线路的封锁时间。
Device for quickly and transversely moving D auxiliary beam and construction method
用于快速横向移动D便梁的装置及施工方法
LI JIAN (Autor:in) / HU WENTAO (Autor:in) / CHEN ZILONG (Autor:in) / XIE FANGJUN (Autor:in) / LI XIAODONG (Autor:in) / QIN ZHAOYING (Autor:in) / HUANG MINGQI (Autor:in) / BAI HAIBO (Autor:in) / LIU JIANMING (Autor:in) / LI HUI (Autor:in)
25.07.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E01B
PERMANENT WAY
,
Gleisoberbau
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