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A platform for research: civil engineering, architecture and urbanism
Pipe gallery prefabricating and assembling construction technology
The invention belongs to the technical field of pipe gallery construction, and particularly relates to a pipe gallery prefabricating and assembling construction technology which comprises the following construction steps that S3, hoisted prefabricated pipe gallery sections are transported to a mounting position through a transportation mechanism; s4, the prefabricated pipe gallery sections are installed at the designated positions through a positioning clamping mechanism, and accurate butt joint is ensured; and S5, the prefabricated pipe gallery sections are connected through a connecting mechanism. According to the pipe gallery prefabricating and assembling construction technology, by arranging a positioning and clamping mechanism, a transported prefabricated pipe gallery section is conveniently clamped, the position of the prefabricated pipe gallery section is determined through a laser sensor, and a multi-stage hydraulic telescopic rod stretches out and draws back to drive a connecting block, a clamping plate and an L-shaped clamping block to penetrate through a clamping frame; and L-shaped clamping blocks are driven to clamp the prefabricated pipe gallery section under the relative movement action of sliding blocks on the first self-driven sliding rail and the second self-driven sliding rail, then the prefabricated pipe gallery section is placed on a supporting steel plate in a foundation pit under the action of a multi-stage hydraulic telescopic rod, and therefore the positioning effect is achieved.
本发明属于管廊施工技术领域，尤其是一种管廊预制拼装施工工艺，包括如下施工步骤：S3、通过运输机构将吊起的预制管廊节段运输到安装位置；S4、通过定位夹持机构将预制管廊节段安装到指定位置，确保准确对接；S5、通过连接机构将预制管廊节段连接起来。该管廊预制拼装施工工艺，通过设置定位夹持机构，便于对运输来的预制管廊节段进行夹持，通过激光传感器对预制管廊节段的位置进行确定，多级液压伸缩杆的伸缩带动连接块、夹持板和L形夹块穿过夹持框架，并在第一自驱动滑轨和第二自驱动滑轨上滑块的相对移动作用下带动L形夹块夹持预制管廊节段，然后多级液压伸缩杆的作用下将预制管廊节段放到基坑内的支撑钢板上，从而实现定位效果。
Pipe gallery prefabricating and assembling construction technology
The invention belongs to the technical field of pipe gallery construction, and particularly relates to a pipe gallery prefabricating and assembling construction technology which comprises the following construction steps that S3, hoisted prefabricated pipe gallery sections are transported to a mounting position through a transportation mechanism; s4, the prefabricated pipe gallery sections are installed at the designated positions through a positioning clamping mechanism, and accurate butt joint is ensured; and S5, the prefabricated pipe gallery sections are connected through a connecting mechanism. According to the pipe gallery prefabricating and assembling construction technology, by arranging a positioning and clamping mechanism, a transported prefabricated pipe gallery section is conveniently clamped, the position of the prefabricated pipe gallery section is determined through a laser sensor, and a multi-stage hydraulic telescopic rod stretches out and draws back to drive a connecting block, a clamping plate and an L-shaped clamping block to penetrate through a clamping frame; and L-shaped clamping blocks are driven to clamp the prefabricated pipe gallery section under the relative movement action of sliding blocks on the first self-driven sliding rail and the second self-driven sliding rail, then the prefabricated pipe gallery section is placed on a supporting steel plate in a foundation pit under the action of a multi-stage hydraulic telescopic rod, and therefore the positioning effect is achieved.
本发明属于管廊施工技术领域，尤其是一种管廊预制拼装施工工艺，包括如下施工步骤：S3、通过运输机构将吊起的预制管廊节段运输到安装位置；S4、通过定位夹持机构将预制管廊节段安装到指定位置，确保准确对接；S5、通过连接机构将预制管廊节段连接起来。该管廊预制拼装施工工艺，通过设置定位夹持机构，便于对运输来的预制管廊节段进行夹持，通过激光传感器对预制管廊节段的位置进行确定，多级液压伸缩杆的伸缩带动连接块、夹持板和L形夹块穿过夹持框架，并在第一自驱动滑轨和第二自驱动滑轨上滑块的相对移动作用下带动L形夹块夹持预制管廊节段，然后多级液压伸缩杆的作用下将预制管廊节段放到基坑内的支撑钢板上，从而实现定位效果。
Pipe gallery prefabricating and assembling construction technology
一种管廊预制拼装施工工艺
XIAN JIANPING (author) / ZHU LI (author) / HOU RUNFENG (author) / MA HUABING (author) / SHAN HONGWEI (author)
2024-11-29
Patent
Electronic Resource
Chinese
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