A bridge seamless telescopic device and its construction method
A telescopic device and seamless technology, applied in bridges, bridge parts, bridge construction, etc., can solve the problems of application limitations, affecting the normal use of bridge structures, and fewer structural forms
A telescopic device and seamless technology, applied in bridges, bridge parts, bridge construction, etc., can solve the problems of application limitations, affecting the normal use of bridge structures, and fewer structural forms
CN104594190BInactive Publication Date: 2016-04-13XIAN HIGHWAY INST
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[0111] Such as Picture 1-1 , Figure 1-2 , diagram 2-1 and Figure 2-2 The shown bridge seamless expansion device includes the expansion device between the spans of the main girder arranged on the expansion joint of the main girder of the constructed bridge and the expansion device at the abutment arranged on the expansion joint of the abutment of the bridge constructed. The two ends of the main girder 11 of the constructed bridge are respectively supported on two abutments 12, and the main girder 11 is divided into M beam sections 11-1 from front to back along the longitudinal bridge direction, where M is a positive integer and M≥2 , each beam section 11-1 is paved with a bridge deck pavement structure; the upper outer side of the abutment 12 is paved with a road pavement layer and the upper inner side is an exposed section of the abutment; the main girder expansion joint It is the expansion joint left between two adjacent beam sections 11-1, each of the expansion joints ...
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The invention discloses a bridge seamless telescopic device and a construction method of the device. The bridge seamless telescopic device comprises a main beam span telescopic device and a bridge abutment telescopic device, wherein the main beam span telescopic device comprises a first prefabricated telescopic component and a first telescopic joint filler filling layer; the bridge abutment telescopic device comprises a second prefabricated telescopic component and a second telescopic joint filler filling layer; the first prefabricated telescopic component and the second prefabricated telescopic component are formed by reinforced joint-crossing plates and wave-shaped telescopic plates. A construction method of a telescopic device to be repaired comprises the following steps: cleaning an original bridge telescopic device, constructing a preserved mounting slot, constructing a sliding layer, assembling and mounting prefabricated telescopic components, and constructing telescopic joint filler filling layers. A construction method of a telescopic device to be constructed comprises the following steps: prefabricating and processing prefabricated telescopic components, assembling the prefabricated telescopic components on site, constructing a sliding layer, mounting prefabricated telescopic components, paving a structure and constructing telescopic joint filler filling layers. The bridge seamless telescopic device is reasonable in design, convenient to construct and high in using effect, and can be used for solving various problems of the existing telescopic device.
Description
technical field [0001] The invention belongs to the technical field of bridge expansion joint construction, and in particular relates to a bridge seamless expansion device and a construction method thereof. Background technique [0002] The bridge expansion device is a device installed at the expansion joint of the bridge deck in order to make the vehicle pass through the bridge deck smoothly and meet the needs of the bridge deck deformation. The expansion device is the weakest link in the bridge structure. Since the expansion device directly bears the impact of repeated loads on the wheels, even if there is a small unevenness, it will be subjected to a large impact under the load of the vehicle, so it is also The most vulnerable to damage and need repair replacement. Slight defects and deficiencies in design or construction will lead to early damage, which not only directly makes bridge passers-by feel uncomfortable and lacks a sense of security, but sometimes also affects...
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Patent Timeline
13 Apr 2016
Publication
CN104594190B
- IPC
- E01D19/06; E01D21/00
- CPC
- E01D19/065; E01D21/00
- Inventors
- 袁卓亚; 王卫山