Integrated pushing steel structure bridge and construction method thereof
A steel structure and jacking technology, applied in bridges, bridge construction, erection/assembly of bridges, etc., can solve problems such as bridge traffic interference, inconvenient anti-throwing net removal and replacement, debris falling from high altitude, etc., to reduce interference, Reduce falling objects and improve stability
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Embodiment 1
[0032] like Figure 1 - Figure 4 , The integrated steel bridges pushing the present invention, including a temporary pushing holder 1, a top pushing the temporary holder 2 is mounted pushing device, said pushing means 2 is provided to the top steel structure continuous beam 3, 3 on both sides of the continuous beam structures 4 connected to the anti-polishing; the anti-polishing 4 includes a base structure 5 is connected to both sides of the continuous beam 3, the base 5 at one end defines a mounting cavity, the mounting motor chamber 6 is mounted, via a shaft of the motor 6 to the top of the retractor 7 with an anti-cast network 8, the other end of the base 5 is rotatably connected to the pawl by the coil spring 9, the other end of the anti-roll cast web 8 closing rod 9 in turn sidewall; in operation, the prior art anti-cast net 8 is fixed by bolts 8 anti-cast net framework, installation is relatively time-consuming, and when the damage prevention cast web 8 appear in the construc...
Embodiment 2
[0041] like Figure 5 As shown in the upper panel 21 defines a set of leakage hole 31, the baffle 32 is connected to the elastic film 16 on the side wall between the pressure chamber 21 and the block 19 stretching, the elastic film 32 and the leak hole at a position corresponding to block 31 is connected with a block 33, block 33 to the top of the connector block extends into the interior of the leakage to the positioning holes 31 34; operation, the leakage holes 21 provided on the baffle 31 can be made rainwater at the funnel-shaped cavity 20 to the interior of the pressure chamber fast bus 16, while when the telescopic water-swellable block 19, then block 19 telescopically movable tip 32 can be pressed upward movement of the elastic film and the elastic film 32 such that the sealing block 33 positioned in the positioning rod 34 and the leak hole 31 at an accurate motion to the leakage hole 31, hole 31 for closure and leakage, so that the shutter 21 is formed integrally in one pie...
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