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Cement component crossing highway and mounting method

A cement and component technology, used in underwater structures, water conservancy projects, road bottom layers, etc., can solve problems such as high construction site requirements, cumbersome construction process, personal injury, etc., to improve integrity and bearing capacity, and avoid construction safety. Hidden danger, the effect of reducing the time of grooving

Pending Publication Date: 2020-02-04
贾殿录
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] The original design scheme adopts the cast-in-place construction method. When the pour-in-place method is used for construction, the construction process is cumbersome, the construction site requirements are high, the construction period is delayed, and the maintenance cost is high.
Construction needs to be carried out while it is open to traffic, and there are many culverts in this road section, with an average extension of 150 meters, which requires a large working surface. Great inconvenience for villagers
After investigation, the local villagers use motorcycles to travel a lot, and they often carry goods and people. According to the past construction experience of cast-in-place culverts, villagers sometimes fall into the pit because they are not familiar with the conditions of the construction access roads or because they do not pay attention to the signs. trough, resulting in personal injury and economic loss, and often disputes with the construction unit, which greatly wastes the manpower and material resources of the construction unit, and there is a great potential safety hazard

Method used

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  • Cement component crossing highway and mounting method
  • Cement component crossing highway and mounting method
  • Cement component crossing highway and mounting method

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0037] According to the cement member for crossing the highway described in Example 1, its composition includes: an assembled box culvert 1, the top mold port of the assembled box culvert is processed with a raised slot 2, the bottom of the assembled box culvert A protruding slot 3 with an annular notch is processed at the port, and the protruding slot is inserted into another protruding slot on the assembled box culvert, and the protruding The four corners of the slot are provided with PE pipes 4 for forming prestressing tendon channels, and the PE pipes are pre-buried in a straight line at the four corners above the assembled box culvert, and then placed in the joints of the PE pipes. Reserve tunnels 5 at the four corners, pass steel strands in the tunnels, and perform tensioning. After the tensioning is completed, perform joint treatment and tunnel grouting, and then perform wing wall treatment and backfill the culvert side.

Embodiment 2

[0039] According to the cement component for crossing the highway described in Example 1, the assembled box culvert is molded, and the assembled box culvert is composed of a reinforced concrete culvert body, prestressed steel strands, wing walls, foundations, and deformation joints. Composition, the culvert body of the prefabricated box culvert is an integral closed reinforced concrete frame structure composed of non-standard culverts and standard culverts, wherein the two prefabricated box culverts are connected by sockets, A grouting tunnel 6 is opened on the assembled box culvert.

Embodiment 3

[0041] According to the concrete component for crossing roads described in Embodiment 1 or 2, when the assembled box culvert is a rectangular structure, upper rings 7 and lower rings are arranged symmetrically on both sides of the short side of the assembled box culvert 8. The upper ring and the lower ring adopt a structure perpendicular to each other at 90 degrees.

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Abstract

The inventio discloses a cement component crossing a highway and a mounting method and belongs to the field of road construction. At present, when a traditional cast-in-place manner is adopted for construction, the construction process is tedious, the construction plant requirement is high, the construction period is laggard, and the maintenance cost is high. The cement component crossing the highway comprises a fabricated box culvert (1), and a convex inserting groove (2) is machined in an end opening of a top mold of the fabricated box culvert; a convex clamping groove (3) with an annular gap is machined in a bottom end opening of the fabricated box culvert, and the convex clamping groove is inserted into the convex inserting groove in another fabricated box culvert; PE pipes (4) for forming prestressed tendon pore ducts are arranged at the four corners of the convex inserting groove, the PE pipes are linearly buried in the four corners of the upper portion of the fabricated box culvert, and then pore ducts (5) are preserved in the four corners of the pipe joints of the PE pipes; steel strands penetrate through the pore ducts, tensioning is carried out, and joint treatment and pore duct grouting are carried out after tensioning is completed; and then wing wall treatment and culvert side backfilling are carried out.

Description

Technical field: [0001] The invention relates to a cement component and an installation method for crossing a road. Background technique: [0002] The original design plan adopts the cast-in-place construction method. When the pour-in-place method is used for construction, the construction process is cumbersome, the construction site requirements are high, the construction period is delayed, and the maintenance cost is high. Construction needs to be carried out while it is open to traffic, and there are many culverts in this road section, with an average extension of 150 meters, which requires a large working surface. The travel of the villagers has brought great inconvenience. After investigation, the local villagers use motorcycles to travel a lot, and they often carry goods and people. According to the past construction experience of cast-in-place culverts, villagers sometimes fall into the pit because they are not familiar with the conditions of the construction access ...

Claims

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Application Information

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IPC IPC(8): E01F5/00E02D31/02E02D29/16E02D15/00
CPCE01F5/005E02D31/02E02D29/16E02D15/00
Inventor 贾殿录
Owner 贾殿录
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