Paving and mounting structure for ultralow-adhesion-coefficient pavement glass bricks in test bed

Abstract

The invention discloses a paving and mounting structure for ultralow-adhesion-coefficient pavement glass bricks in a test bed, which comprises a latticed mounting frame and glass bricks embedded intoeach mesh of the mounting frame, the bottom surfaces of the glass bricks are supported in the mounting frame, and the side surfaces of the glass bricks are clamped with rubber clamping pads of the mounting frame, so that an inlaying and fixing structure is formed. According to the invention, the glass bricks only having a building decoration function are enabled to realize pavement performance, the installed glass bricks are combined to form a stable integral pavement, the driving test requirements are met, the problem that glass materials cannot be effectively bonded with other pavement materials is solved, inlaying installation and brick maintenance and replacement are convenient, and the construction and maintenance costs are effectively reduced.

Description

technical field [0001] The invention relates to the technical field of road surface construction, in particular to a paving and installation structure for ultra-low adhesion coefficient road surface glass bricks in a proving ground. Background technique [0002] With the continuous development of the automobile industry, major automobile manufacturers have developed many active safety technologies on the basis of comprehensive mechanical technology and electronic technology, making the handling and control of the car more comfortable, the braking and acceleration when going straight, and the safety when turning. The left and right directions are more stable, so that the car will not deviate from the established route. These technologies mainly include: TCS (Traction Control System, traction control system, also known as tracking control system), ESP (Electronic Stablity Program, electronic stability program) , VSA (Vehicle Stability Assist, vehicle stability control system, ...

AI Technical Summary

Problems solved by technology

The surface of glass products is smooth, and it is difficult to form a firm connection with the concrete of the pavement base, especially in the outdoors with harsh environmental conditions, and it is also used for testing vehicles on roads, which are repeatedly subjected to large loads and impact loads. Glass materials and The temperature linear expansion coefficients of concrete and other road materials are also quite different. If the glass bricks are fixed on the base concrete by conventional pasting methods, they are easy to fall off during use, and the maintenance and replacement costs are high.

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