▎ 摘　　要

NOVELTY - The system has a vibration monitoring sensors that are respectively installed on the first displacement transmission plate (1) and the second displacement transmission plate (2). The first displacement transmission plate is adjacent to the second displacement transmission plate and arranged at intervals on two adjacent tunnel segments. Any one of the first displacement transmission plate and the second displacement transmission plate is connected to the protective shell. The staggered monitoring sensor (3) is respectively connected with the first displacement transmission plate and the second displacement transmission plate, and is connected with the external terminal equipment (100) through the main control device (4). The vibration monitoring sensor (5) is connected to the external terminal equipment through the main control device. USE - Intelligent tunnel duct piece monitoring system for use in tunnel engineering monitoring technology field. ADVANTAGE - The system converts the displacement and vibration acceleration of the tunnel duct piece dislocation into the resistance graphene of the induction resistance sheet, thus obtaining the fault and vibration condition of a tunnel tube sheet. DESCRIPTION OF DRAWING(S) - The drawing shows a top perspective view of the intelligent tunnel duct piece monitoring system. 1First displacement transfer plate 2Second displacement transfer plate 3Staggered monitoring sensor 4Main control device 5Vibration monitoring sensor 100External terminal device