A high-efficiency socket pipe interface installation device

Abstract

The invention discloses an efficient insertion pipe joint mounting device. The efficient insertion pipe joint mounting device comprises a mobile platform, a power device, a traction device, a fixing device and a pipe binding belt; the power device and the traction device are fixedly arranged on the mobile platform; the fixing device is fixedly arranged below the surface of the mobile platform; thefixing device is used for clamping pipe bearing ports; the pipe binding belt is opposite to the fixing device; the two sides of the pipe binding belt are connected with a steel strands; the pipe binding belt is connected with the traction device through the steel strands; the pipe binding belt is used for sleeving pipe insertion ports; the power device is connected with the traction device; the power device drives the steel strands to shrink through the traction device; and the steel strands pull the pipe binding belt to enable the pipe insertion ports to move to the pipe bearing ports. The efficient insertion pipe joint mounting device realizes automatic insertion of the pipe insertion ports and the pipe bearing ports, is high in automation degree, improves the efficiency, shortens the construction period, saves both time and labors, and is low in labor cost.

Description

technical field [0001] The invention relates to the technical field of building construction, in particular to an efficient socket pipe interface installation device. Background technique [0002] With the rapid development of my country's economy, the country has gradually accelerated the construction of urban infrastructure, the most important of which are new municipal roads and road drainage projects in old urban areas. According to the statistical results of the 2016 Urban and Rural Construction Statistical Bulletin, at the end of 2016, the length of my country's urban roads was 382,000 kilometers, an increase of 4.8% over the previous year, and the corresponding urban pipe network also increased in a large area. At the same time, in 2016, 1,791 kilometers of underground comprehensive utility corridors were newly built in cities across the country, forming a corridor body of 479 kilometers. [0003] Drainage system is the conscience of a city and an important supportin...

AI Technical Summary

Problems solved by technology

In the actual construction process, there are the following problems: 1) Low construction accuracy and uncontrollable quality: When laying drainage pipes, the center line of the pipe must be aligned, and the elevation must be strictly controlled to prevent deviation

On the one hand, it is difficult for workers to ensure that the indentation speed is completely consistent, so that the indentation depth of the rubber rings on both sides is different, the pipe is prone to deviation and the tightness of the interface is difficult to guarantee; Difficult to control quality

2) Low installation efficiency and high man-machine cost: manual installation of socket pipes usually requires the following steps: cleaning interface——interface pipe sleeve sling—installing hinges—indentation—correction—complete docking—removal of slings and hinges

Among them, the installation and removal of hinges requires a lot of time and labor for unskilled workers; when indenting, it is necessary to manually judge the offset and insertion depth of the pipe, which is inefficient

According to on-site observation, four workers installed a section of sewage pipe with a length of 10m and a diameter of DN500 at the same time, which took about 45-60min

At the same time, most of the socket pipe construction requires mechanical hoisting and manual work, and the low efficiency of the manual interface also causes the machine to be in a standby state, which increases the cost of labor and mechanical shifts

3) The construction is difficult

[0008] At present, rainwater reinforced concrete pipelines are generally installed manually using jacks or excavators, which have high requirements for the site and special operators, difficult jacking and deviation correction, and easy to cause damage to the pipeline, making construction risky and difficult

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