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Cross-beam-free type dispersing deflexion expansion joint mechanism

A technology of expansion joints and displacement, which is applied in the direction of bridges, bridge parts, bridge construction, etc., can solve the problems of frequent expansion joint diseases, single function reduction, and complex structure, so as to achieve reliable longitudinal expansion function, simplified structure, and easy maintenance. good replacement condition

Inactive Publication Date: 2018-05-18
安徽宏景交通科技有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Under this traditional thinking, the functions of expansion joints are mutually restricted, and the single function is greatly reduced. The structure is very complicated, and the components are fatigued and worn seriously.

Method used

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  • Cross-beam-free type dispersing deflexion expansion joint mechanism
  • Cross-beam-free type dispersing deflexion expansion joint mechanism
  • Cross-beam-free type dispersing deflexion expansion joint mechanism

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0024] like figure 1 , 2 As shown, a cross-beam-free distributed displacement expansion joint mechanism includes a displacement assembly 1 and a spanning assembly 2. The displacement assembly 1 includes a first side beam 13, a second side beam 14, a middle beam 15, and a connecting rod assembly 10. Guide rail assembly 11, center beam slider 8, side beam slider 9 and sealing plate 7; the first side beam 13 and the second side beam 14 are respectively placed on both sides of the center beam 15; the cross-joint assembly 2 includes an outer hexagon Bolt 3, elastic support 4 and seam-spanning plate 6; displacement assembly 1 is located on the first bottom plate 51, first side beam 13, second side beam 14 and middle beam 15 are respectively intermittently arranged in the direction of the lower cross bridge. , guide rail assembly 11, side beam slider 9 and center beam slider 8; the seam-spanning assembly 2 is respectively fixed on the first side beam 13 and the second bottom plate 5...

Embodiment 2

[0029] A cross-beam-free distributed displacement expansion joint mechanism, including a displacement assembly 1 and a joint-spanning assembly 2, the displacement assembly 1 includes a first side beam 13, a second side beam 14, a middle beam 15, a connecting rod assembly 10, and a guide rail Assembly 11, middle beam slider 8, side beam slider 9 and sealing plate 7; the first side beam 13 and the second side beam 14 are respectively placed on both sides of the middle beam 15; The elastic support 4 and the seam-spanning plate 6; the displacement assembly 1 is located on the first bottom plate 51, and the first side beam 13, the second side beam 14, and the middle beam 15 are respectively intermittently arranged in the direction of the lower cross bridge. 11. The side beam slider 9 and the middle beam slider 8; the seam-spanning assembly 2 is respectively fixed on the first side beam 13 and the second bottom plate 52 through the outer hexagonal bolt 3 and the elastic support 4 . ...

Embodiment 3

[0036] A cross-beam-free distributed displacement expansion joint mechanism, including a displacement assembly 1 and a joint-spanning assembly 2, the displacement assembly 1 includes a first side beam 13, a second side beam 14, a middle beam 15, a connecting rod assembly 10, and a guide rail Assembly 11, middle beam slider 8, side beam slider 9 and sealing plate 7; the first side beam 13 and the second side beam 14 are respectively placed on both sides of the middle beam 15; The elastic support 4 and the seam-spanning plate 6; the displacement assembly 1 is located on the first bottom plate 51, and the first side beam 13, the second side beam 14, and the middle beam 15 are respectively intermittently arranged in the direction of the lower cross bridge. 11. The side beam slider 9 and the middle beam slider 8; the seam-spanning assembly 2 is respectively fixed on the first side beam 13 and the second bottom plate 52 through the outer hexagonal bolt 3 and the elastic support 4 . ...

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Abstract

The invention provides a cross-beam-free type dispersing deflexion expansion joint mechanism and relates to the field of telescopic devices for bridge main beams. The cross-beam-free type dispersing deflexion expansion joint mechanism comprises a deflexion assembly and a joint crossing assembly, the deflexion assembly comprises a first edge beam, a second edge beam, a middle beam, a connecting rodassembly, a guiding rail assembly, a middle beam sliding block, an edge beam sliding block and a sealing plate, and the first edge beam and the second edge beam are stored on the two sides of the middle beam correspondingly. The joint crossing assembly comprises outer hexagon bolts, an elastic support and a joint crossing plate, the deflexion assembly is located on a first bottom plate, and the connecting rod assembly, the guiding rail assembly, the edge beam sliding block and the middle beam sliding block are arranged on the lower portions of the first edge beam, the second edge beam and themiddle beam in the transverse bridge direction at intervals correspondingly. The joint crossing assembly is fixed to the first edge beam and a second bottom plate through the outer hexagon bolts andthe elastic support correspondingly. According to the cross-beam-free type dispersing deflexion expansion joint mechanism, the joint crossing function and the expansion-contraction function of an expansion joint are mutually independent, work is good, the structural service life is long, the safety and durability are high, assembled manufacturing and mounting can be facilitated through the structure, and the later-period maintenance condition is good.

Description

technical field [0001] The invention relates to the field of expansion devices for bridge girders, in particular to a beam-free dispersed displacement expansion joint mechanism. Background technique [0002] Expansion joints are one of the key structures on bridge girders. The main types are rubber expansion joints, steel expansion joints, modular steel expansion joints, comb-shaped expansion joints, seamless expansion joints, etc. [0003] Currently commonly used expansion joints are often dedicated to realizing multiple functions such as joint spanning, expansion and contraction, vertical rotation, plane rotation, and plane swing at the same time on an overall structure. Under this traditional thinking, the functions of expansion joints are mutually restricted, and the single function is greatly reduced. The structure is very complicated, and the components are fatigued and worn seriously. The expansion joints are frequently damaged and maintained frequently. Contents of...

Claims

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Application Information

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IPC IPC(8): E01D19/06
CPCE01D19/062
Inventor 胡可陈亮吴平平
Owner 安徽宏景交通科技有限公司
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