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A platform for research: civil engineering, architecture and urbanism
Transportation engineering system and engineering track beam
The invention provides a transportation engineering system and an engineering track beam. The transportation engineering system comprises the track beam and a transportation system, the number of the inverted T-shaped track frames is two, and the two inverted T-shaped track frames are symmetrically and fixedly connected to the two sides of the bottom of the track beam; the carriage is connected to the inverted T-shaped track frame in a sliding manner through a connecting piece; according to the invention, the supporting columns are firstly erected, the supporting points of the track beams are determined, then the track beams are erected, and the carriage and the inverted-T-shaped track frame are connected through the connecting pieces, so that the device can be erected above any severe terrains, mountainous areas or uneven ground, the complexity of track erecting work is reduced, the working time is short, the working intensity is relatively low, and the working efficiency is improved. The rail beams are arranged to be in the shape of the common shape or the shape of the Chinese character'pin ', so that traffic can pass through the rail beams in an eight-reach mode, no tunnel needs to be opened up when the rail beams meet mountains, the rail beams can bypass the mountains, cost and funds are saved, and the rail beams are environmentally friendly and do not damage the nature.
本发明提供了一种运输工程系统及工程轨道梁，输工程系统包括：轨道梁；倒T型轨道架，所述倒T型轨道架的数量为两个，两个所述倒T型轨道架对称固定连接于轨道梁的底部两侧；车厢，所述车厢通过连接件滑动连接于倒T型轨道架上；本发明通过首先通过架设支柱，确定对轨道梁的支点，然后架设轨道梁，接着通过连接件将车厢与倒T型轨道架连接，可以架设在任何恶劣的地势、山区或不平整的地面上方，减少了轨道架设工作的繁琐性，工作耗时短，工作强度较低，本发明通过设置轨道梁的形状为共字形和品字形中的任意一种，可以四面八达的通车，同时遇到大山时，不需要开辟隧道，可以绕过，节约成本，节省资金，且环保，不对大自然造成破坏。
Transportation engineering system and engineering track beam
The invention provides a transportation engineering system and an engineering track beam. The transportation engineering system comprises the track beam and a transportation system, the number of the inverted T-shaped track frames is two, and the two inverted T-shaped track frames are symmetrically and fixedly connected to the two sides of the bottom of the track beam; the carriage is connected to the inverted T-shaped track frame in a sliding manner through a connecting piece; according to the invention, the supporting columns are firstly erected, the supporting points of the track beams are determined, then the track beams are erected, and the carriage and the inverted-T-shaped track frame are connected through the connecting pieces, so that the device can be erected above any severe terrains, mountainous areas or uneven ground, the complexity of track erecting work is reduced, the working time is short, the working intensity is relatively low, and the working efficiency is improved. The rail beams are arranged to be in the shape of the common shape or the shape of the Chinese character'pin ', so that traffic can pass through the rail beams in an eight-reach mode, no tunnel needs to be opened up when the rail beams meet mountains, the rail beams can bypass the mountains, cost and funds are saved, and the rail beams are environmentally friendly and do not damage the nature.
本发明提供了一种运输工程系统及工程轨道梁，输工程系统包括：轨道梁；倒T型轨道架，所述倒T型轨道架的数量为两个，两个所述倒T型轨道架对称固定连接于轨道梁的底部两侧；车厢，所述车厢通过连接件滑动连接于倒T型轨道架上；本发明通过首先通过架设支柱，确定对轨道梁的支点，然后架设轨道梁，接着通过连接件将车厢与倒T型轨道架连接，可以架设在任何恶劣的地势、山区或不平整的地面上方，减少了轨道架设工作的繁琐性，工作耗时短，工作强度较低，本发明通过设置轨道梁的形状为共字形和品字形中的任意一种，可以四面八达的通车，同时遇到大山时，不需要开辟隧道，可以绕过，节约成本，节省资金，且环保，不对大自然造成破坏。
Transportation engineering system and engineering track beam
一种运输工程系统及工程轨道梁
SONG GUOQIANG (author)
2023-01-31
Patent
Electronic Resource
Chinese
IPC:
E01B
PERMANENT WAY
,
Gleisoberbau
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