Quick vibration and tamping mechanism of asphalt for road and bridge construction, using method and asphalt paver of same
A fast and asphalt technology, applied in roads, roads, road repair and other directions, can solve the problems of long time, low efficiency, poor vibrating quality, etc., to ensure the quality of the road surface, improve the service life, and avoid damage. Effect
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Embodiment 1
[0038] like figure 1 , figure 2 , image 3 and Figure 4As shown, this implementation provides a rapid vibration mechanism for road and bridge construction asphalt, including a support seat, a vibrating plate 5, a protruding rod 8 and a transmission wheel 9; Moving up and down in the vertical direction, the transmission wheel 9 is connected to the support base in rotation; the protruding rod 8 is located below the transmission wheel 9 and the bottom of the protruding rod 8 is connected above the vibrating plate 5, and the transmission wheel 9 The vibrating plate 5 is driven by the protruding rod 8 to vibrate with different intensities; among them, the vibrating plate 5 has a tendency to move upwards without external force, and the transmission wheel 9 is combined with the protruding rod 8, and the transmission wheel 9 rotates one circle , the vibrating plate 5 sequentially completes a cycle of rotation with different intensities, and vibrates the same asphalt layer with di...
Embodiment 2
[0046] A kind of using method of the rapid vibration mechanism of road and bridge construction asphalt, using the rapid vibration mechanism of road and bridge construction asphalt described in embodiment 1, it is specifically described below:
[0047] A method for using a fast vibrating mechanism for road and bridge construction asphalt, the specific steps are:
[0048] a. Using the rapid vibration mechanism described in Embodiment 1, the first groove 904 is located at the bottom, and the vibration plate 5 moves upward until the convex rod 8 and the first groove 904 are pressed against the upward movement of the vibration plate 5 Constraints are generated, the transmission wheel 9 rotates, and the protruding rod 8 is pushed down until the second protrusion 902 is at the bottom, the vibrating plate 5 moves to the lowest position, and the vibrating plate 5 completes a relatively high-intensity vibration;
[0049] b. The transmission wheel 9 continues to rotate, and the vibrating...
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