Bridge anti-seismic reinforcing support and assembly working method thereof

Abstract

The invention discloses a bridge anti-seismic reinforcing support and an assembly working method thereof. The structure comprises an anti-seismic reinforcement module, a data receiving module, a data analysis module, a data sending module, a support alarm module, a data calculation module, an area alarm module, a maintenance reminding module, a calculator display terminal and a vehicle-mounted app terminal. According to the invention, the anti-seismic reinforcement of the bridge is realized, so that the bridge is more stable and durable; and the vibration information of the bridge floor and the condition information of the vehicles on the bridge floor are collected, received, analyzed and calculated. When the bridge floor is broken, a worker is reminded to carry out traffic control and nearby drivers are reminded to detour; meanwhile, a driver driving on the bridge is reminded of parking or decelerating to return, so that a rear-end collision event caused by serial falling of the bridge is avoided, and the loss of life and property safety of the driver is reduced.

Description

technical field [0001] The invention relates to the technical field of bridge anti-seismic reinforcement, in particular to a bridge anti-seismic reinforcement support and an assembly method thereof. Background technique [0002] Due to various reasons such as concrete corrosion and aging, stress deformation, heavy-load traffic, etc., the bridge has structural damage, and the bearing capacity of the bridge has dropped sharply. , seriously causing the viaduct to collapse and break, affecting the safety and health of driving vehicles and occupants; [0003] However, the existing bridges cannot realize self-inspection, cannot judge the carrying capacity, and cannot judge whether their own carrying capacity has reached the limit. Viaducts are usually composed of cross-sections and piers at the bottom. Different from the gravity of the vehicle, the gap between the two bridge decks will slightly expand and shrink, causing the bridge to vibrate. When the vibration of the bridge exc...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is: the present invention is provided with an anti-seismic reinforcement module, a data receiving module, a data analysis module, a data sending module, a support alarm module, a data calculation module, an area alarm module, a maintenance reminder module, a calculator display terminal and a vehicle-mounted app The mutual cooperative operation and calculation of the terminal realizes the seismic reinforcement of the bridge, making it more stable and durable, and collects, receives, analyzes and calculates the vibration information of the bridge deck on the bridge deck and the status information of the vehicle, and finally Obtain the value of the leveling state of the bridge deck and the value of the receiving state of the bridge deck, then compare and calculate the value of the leveling state of the bridge deck and the value of the connecting state of the bridge deck, and generate the first text character and the second text character when the maintenance signal and the avoidance signal are obtained , the third text character, the fourth text character and the voice reminder character, when the bridge deck is uneven, remind the staff to repair the bridge deck and remind the drivers to take a detour, so as to ensure the smooth driving of the drivers and improve the driving safety. When the bridge deck breaks, remind the staff to carry out traffic control and remind the nearby drivers to detour, and at the same time remind the drivers driving on the bridge to stop or slow down to return, avoiding serial falling bridge rear-end collisions, reducing The loss of life and property safety of drivers solves the problem of poor seismic reinforcement effect and single function of existing bridge supports

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