Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention provides a suspension type track structure. The structure comprises a track, and a flexibility-resistant beam parallel to the track is arranged on the track in the extending direction ofthe track and used for increasing the flexibility resistance of the track in the direction perpendicular to the horizontal plane. According to the suspension type track structure, under the conditionthat vision is not affected, a rectangular steel pipe is additionally arranged on the track to serve as the flexibility-resistant beam, and the flexibility-resistant beam is used for improving the flexibility resistance and the structural strength of the track; and meanwhile, metal wire grooves are formed at the two sides of the flexibility-resistant beam respectively, a strong current cable anda signal cable are separated, the wire grooves can shield interference of the outside on the cable, and the structural strength, rigidity and flexibility resistance of the track can be improved to a certain extent. The track is light and handy in structure, and the rectangular pipe is added to the top of the track to serve as the flexibility-resistant beam to improve the flexibility resistance ofthe track. Meanwhile, a wire groove is formed at the top of the track and used for separating the strong current cable from the signal cable, and the strong current cable is prevented from interferingwith the signal cable.
本发明提供了一种悬挂式轨道结构，包括轨道，在轨道上，沿轨道的延伸方向，设置与轨道平行的抗挠梁，用于增加轨道在垂直于水平面上的抗挠性。在本发明中，该悬挂式轨道结构在不影响视觉的情况下，在轨道上增加矩形钢管作为抗挠梁，用于增大轨道的抗挠性和结构强度；同时，在抗挠梁的两侧分别设置金属的线槽，将强电电缆和信号电缆分开，线槽不仅能屏蔽外界对电缆的干扰，还能在一定程度上增加轨道的结构强度、刚度与抗挠性。轨道本身结构轻巧，在轨道的顶部增加矩形管作为抗挠梁以增加轨道的抗挠性。同时，本发明在轨道的顶部设置了线槽，用于强电电缆和信号电缆的分离，防止强电电缆对信号电缆造成干扰。
The invention provides a suspension type track structure. The structure comprises a track, and a flexibility-resistant beam parallel to the track is arranged on the track in the extending direction ofthe track and used for increasing the flexibility resistance of the track in the direction perpendicular to the horizontal plane. According to the suspension type track structure, under the conditionthat vision is not affected, a rectangular steel pipe is additionally arranged on the track to serve as the flexibility-resistant beam, and the flexibility-resistant beam is used for improving the flexibility resistance and the structural strength of the track; and meanwhile, metal wire grooves are formed at the two sides of the flexibility-resistant beam respectively, a strong current cable anda signal cable are separated, the wire grooves can shield interference of the outside on the cable, and the structural strength, rigidity and flexibility resistance of the track can be improved to a certain extent. The track is light and handy in structure, and the rectangular pipe is added to the top of the track to serve as the flexibility-resistant beam to improve the flexibility resistance ofthe track. Meanwhile, a wire groove is formed at the top of the track and used for separating the strong current cable from the signal cable, and the strong current cable is prevented from interferingwith the signal cable.
本发明提供了一种悬挂式轨道结构，包括轨道，在轨道上，沿轨道的延伸方向，设置与轨道平行的抗挠梁，用于增加轨道在垂直于水平面上的抗挠性。在本发明中，该悬挂式轨道结构在不影响视觉的情况下，在轨道上增加矩形钢管作为抗挠梁，用于增大轨道的抗挠性和结构强度；同时，在抗挠梁的两侧分别设置金属的线槽，将强电电缆和信号电缆分开，线槽不仅能屏蔽外界对电缆的干扰，还能在一定程度上增加轨道的结构强度、刚度与抗挠性。轨道本身结构轻巧，在轨道的顶部增加矩形管作为抗挠梁以增加轨道的抗挠性。同时，本发明在轨道的顶部设置了线槽，用于强电电缆和信号电缆的分离，防止强电电缆对信号电缆造成干扰。
Suspension type track structure
悬挂式轨道结构
DENG XIAOJUN (Autor:in)
08.12.2020
Patent
Elektronische Ressource
Chinesisch
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