GUIDEWAY STRUCTURE OF BRACKET BURYING TYPE FOR MAGLEV LEVITATION TRAIN, AND CONSTRUCTING METHOD FOR THE SAME

摘要

The present invention relates to a guideway structure for a high speed attractive magnetic levitation train driven by a linear synchronous motor (LSM) method. Provided are a bracket-buried type guideway structure for a magnetic levitation train, and a construction method thereof. The bracket buried-type guideway has brackets, which are buried in the left and right parts of a concrete girder when concrete of the concrete girder is cured and coupled to anchor bolts at the left and right sides thereof, thereby securing constructability and accuracy to be easily applied to the high speed attractive magnetic levitation train which is driven by the linear synchronous motor (LSM) method. A guide rail is coupled to a magnetic levitation structure to be attached to or detached from the magnetic levitation structure, thereby improving work efficiency when a magnetic levitation rail is attached. Interacting surfaces, whereby the bracket and the levitation rail structure are coupled to each other, are processed to be a V-shaped block and attached to each other to improve accuracy of construction.