Construction method of PVC electric wire pipeline with any bending angle

文档序号：1659980 发布日期：2019-12-27 浏览：38次中文

阅读说明：本技术 一种任意弯折角度pvc电线管道施工方法 (Construction method of PVC electric wire pipeline with any bending angle ) 是由韩建国于 2019-09-25 设计创作，主要内容包括：本发明属于装修施工技术领域,尤其涉及一种任意弯折角度PVC电线管道施工方法,第一步,开槽,首先在地面和墙壁开设铺设管道的长槽；第二步,将电线直管截取成所需长度；第三步,安装管道,将PVC线管与线管直接进行连接安装；第四步,安装弯折弹簧,首先在弯折弹簧的一端固定连接一条电线,然后将弯折弹簧放入弯头管道内的位置；第五步,弯折弯头管道,用手上的力量将PVC线管道弯折成所需的角度；第六步,安装PVC电线管道,将内部装有电线的PVC电线管道安装在长槽内；第七步,撤出弯折弹簧,通过弯折弹簧连接的电线,将弯折弹簧从PVC电线管道内抽出；第八步,安装电线,将电线输送到PVC电线管道内。(The invention belongs to the technical field of decoration construction, and particularly relates to a construction method of a PVC electric wire pipeline with any bending angle, which comprises the following steps of firstly, grooving, namely, firstly, arranging long grooves for laying pipelines on the ground and a wall; secondly, cutting the straight wire pipe into required length; thirdly, installing a pipeline, and directly connecting and installing the PVC line pipe and the line pipe; fourthly, mounting a bending spring, namely fixedly connecting an electric wire at one end of the bending spring, and then placing the bending spring into the position in the elbow pipeline; fifthly, bending the elbow pipeline, and bending the PVC pipeline into a required angle by hand force; sixthly, mounting a PVC electric wire pipeline, and mounting the PVC electric wire pipeline with the electric wire inside in the long groove; seventhly, withdrawing the bending spring, and drawing out the bending spring from the PVC electric wire pipeline through the electric wire connected with the bending spring; and step eight, installing the electric wire and conveying the electric wire into the PVC electric wire pipeline.)

1. A construction method of a PVC electric wire pipeline with any bending angle is characterized by comprising the following steps: the method comprises the following steps:

firstly, grooving, namely firstly, arranging elongated slots for laying pipelines on the ground and the wall;

secondly, intercepting the pipeline, and intercepting the straight wire pipe into the required length according to the length of the long groove;

thirdly, installing a pipeline, and directly connecting and installing the PVC line pipe and the line pipe;

fourthly, mounting a bending spring, namely fixedly connecting an electric wire at one end of the bending spring, and then placing the bending spring into the position in the elbow pipeline;

fifthly, bending the elbow pipeline, and bending the PVC pipeline into a required angle by hand force;

sixthly, mounting a PVC electric wire pipeline, and mounting the PVC electric wire pipeline with the electric wire inside in the long groove;

seventhly, withdrawing the bending spring, and drawing out the bending spring from the PVC electric wire pipeline through the electric wire connected with the bending spring;

eighthly, mounting the electric wire and conveying the electric wire into the PVC electric wire pipeline;

and step nine, filling the long groove, manually filling the rest part of the long groove with cement, and then grinding the surface of the long groove to be flat with the ground or the wall surface.

2. The construction method of the PVC electric wire pipeline with any bending angle according to claim 1, is characterized in that: the wall is provided with a first vertical long groove, a second vertical long groove, a third vertical long groove and a fourth vertical long groove which are arranged in parallel, the ground is provided with a horizontal long groove, a first line pipeline and a second line pipeline are arranged in the horizontal long groove, the first line pipeline and the second line pipeline are arranged in parallel, one end of the first line pipeline is positioned in the first vertical long groove, the other end of the first line pipeline is positioned in the fourth vertical long groove, one end of the second line pipeline is positioned in the second vertical long groove, the other end of the second line pipeline is positioned in the third vertical long groove, the first line pipeline is provided with a first left elbow pipeline and a first right elbow pipeline, the first left elbow pipeline comprises a first left vertical part, a first left bending part and a first left horizontal part, the first right elbow pipeline comprises a first right vertical part, a first right bending part and a first right horizontal part, the second line pipeline is provided with a second left elbow pipeline, a second elbow pipeline, the second right elbow pipeline comprises a second left vertical part, a second left bending part and a second left horizontal part, and the second right elbow pipeline comprises a second right vertical part, a second right bending part and a second right horizontal part.

3. The construction method of the PVC electric wire pipeline with any bending angle as claimed in claim 2, characterized in that: the pipeline positioning device is characterized by further comprising a positioning clamping seat, wherein the positioning clamping seat is provided with a first positioning groove and a second positioning groove, the first pipeline is located in the first positioning groove, and the second pipeline is located in the second positioning groove.

4. The construction method of the PVC electric wire pipeline with any bending angle according to claim 1, is characterized in that: when the PVC electric wire pipelines need to be crossed, a third line pipeline and a fourth line pipeline are positioned below, a fifth line pipeline and a sixth line pipeline are positioned above, the third line pipeline is provided with a third elbow pipeline, the fourth line pipeline is provided with a fourth elbow pipeline, a third positioning groove and a fourth positioning groove are formed in the ground, the third elbow pipeline is positioned in the third positioning groove, the fourth elbow pipeline is positioned in the fourth positioning groove, the third elbow pipeline is provided with a third left vertical part, a third bent part and a third right vertical part, the third left vertical part, the third bent part and the third right vertical part form a third limiting groove, the fourth elbow pipeline is provided with a fourth left vertical part, a fourth bent part and a fourth right vertical part, and the fourth left vertical part, the fourth bent part and the fourth right vertical part form a fourth limiting groove, and the fifth line pipeline and the sixth line pipeline are positioned in the third limiting groove and the fourth limiting groove.

Technical Field

The invention belongs to the technical field of decoration construction, and particularly relates to a construction method of a PVC electric wire pipeline with any bending angle.

Background

Decoration is also called decoration or decoration, and refers to a whole set of construction scheme and design scheme which is implemented in a certain area and range, including hydropower construction, wall, floor, ceiling, landscape and the like, and is formed according to a certain design concept and aesthetic rules. The laying of electric wire pipeline is a very important process, and at present electric wire pipeline's laying, the pipeline of fixed angle of buckling is all adopted to the part of elbow, because its angle of buckling is fixed, so have very strong limitation during the construction, the suitability is not strong, and traditional elbow pipeline surface is more crude moreover, and the quality is not good, influences pleasing to the eye after the installation.

Disclosure of Invention

The invention provides a construction method of a PVC electric wire pipeline with any bending angle, which aims to solve the problems that the bending angle of an elbow provided in the background technology is fixed and has strong limitation.

The technical problem solved by the invention is realized by adopting the following technical scheme:

a construction method of a PVC electric wire pipeline with any bending angle comprises the following steps:

firstly, grooving, namely firstly, arranging elongated slots for laying pipelines on the ground and the wall;

secondly, intercepting the pipeline, and intercepting the straight wire pipe into the required length according to the length of the long groove;

thirdly, installing a pipeline, and directly connecting and installing the PVC line pipe and the line pipe;

fourthly, mounting a bending spring, namely fixedly connecting an electric wire at one end of the bending spring, and then placing the bending spring into the position in the elbow pipeline;

fifthly, bending the elbow pipeline, and bending the PVC pipeline into a required angle by hand force;

sixthly, mounting a PVC electric wire pipeline, and mounting the PVC electric wire pipeline with the electric wire inside in the long groove;

seventhly, mounting the electric wire, conveying the electric wire into the PVC electric wire pipeline and positioning the electric wire in the bending spring;

eighthly, withdrawing the bending spring, and drawing out the bending spring from the PVC electric wire pipeline through the electric wire connected with the bending spring;

and step nine, filling the long groove, manually filling the rest part of the long groove with cement, and then grinding the surface of the long groove to be flat with the ground or the wall surface.

The wall is provided with a first vertical long groove, a second vertical long groove, a third vertical long groove and a fourth vertical long groove which are arranged in parallel, the ground is provided with a horizontal long groove, a first line pipeline and a second line pipeline are arranged in the horizontal long groove, the first line pipeline and the second line pipeline are arranged in parallel, one end of the first line pipeline is positioned in the first vertical long groove, the other end of the first line pipeline is positioned in the fourth vertical long groove, one end of the second line pipeline is positioned in the second vertical long groove, the other end of the second line pipeline is positioned in the third vertical long groove, the first line pipeline is provided with a first left elbow pipeline and a first right elbow pipeline, the first left elbow pipeline comprises a first left vertical part, a first left bending part and a first left horizontal part, the first right elbow pipeline comprises a first right vertical part, a first right bending part and a first right horizontal part, the second line pipeline is provided with a second left elbow pipeline, a second elbow pipeline, the second right elbow pipeline comprises a second left vertical part, a second left bending part and a second left horizontal part, and the second right elbow pipeline comprises a second right vertical part, a second right bending part and a second right horizontal part.

The pipeline positioning device is characterized by further comprising a positioning clamping seat, wherein the positioning clamping seat is provided with a first positioning groove and a second positioning groove, the first pipeline is located in the first positioning groove, and the second pipeline is located in the second positioning groove.

When the PVC electric wire pipelines need to be crossed, a third line pipeline and a fourth line pipeline are positioned below, a fifth line pipeline and a sixth line pipeline are positioned above, the third line pipeline is provided with a third elbow pipeline, the fourth line pipeline is provided with a fourth elbow pipeline, a third positioning groove and a fourth positioning groove are formed in the ground, the third elbow pipeline is positioned in the third positioning groove, the fourth elbow pipeline is positioned in the fourth positioning groove, the third elbow pipeline is provided with a third left vertical part, a third bent part and a third right vertical part, the third left vertical part, the third bent part and the third right vertical part form a third limiting groove, the fourth elbow pipeline is provided with a fourth left vertical part, a fourth bent part and a fourth right vertical part, and the fourth left vertical part, the fourth bent part and the fourth right vertical part form a fourth limiting groove, and the fifth line pipeline and the sixth line pipeline are positioned in the third limiting groove and the fourth limiting groove.

The invention has the beneficial effects that:

through this technical scheme, not only can realize the arbitrary angle of PVC electric wire pipeline buckle, convenient construction, whole flow is easy and simple to handle moreover, and the installation effectiveness is high, also more pleasing to the eye, and the mounting structure method is reasonable, has less because the problem of the electric wire damage that the error operation produced, and the cost is reduced implements the effect very ideal, does benefit to and uses widely on a large scale.

Drawings

FIG. 1 is a schematic structural view of a bending spring for a PVC electric wire pipeline of the present invention;

FIG. 2 is a schematic structural view of the PVC electric wire conduit of the present invention without a bending spring;

FIG. 3 is a schematic structural diagram of the front side of the PVC electric wire and pipe layout of the present invention;

FIG. 4 is a schematic structural diagram of the PVC electric wire conduit layout of the present invention viewed from above;

FIG. 5 is a schematic structural diagram of a positioning card holder according to the present invention;

FIG. 6 is a schematic structural diagram of a cross arrangement of PVC electric wire and pipes according to the present invention;

FIG. 7 is a schematic structural view of a third elbow pipe of the PVC electric wire pipe of the invention;

FIG. 8 is a schematic structural view of a fourth elbow conduit of the PVC electric wire conduit of the present invention;

in the figure: 1-a first vertical elongated slot, 2-a second vertical elongated slot, 3-a third vertical elongated slot, 4-a fourth vertical elongated slot, 5-a horizontal elongated slot, 6-a first line pipe, 7-a second line pipe, 8-a first left elbow pipe, 9-a first left vertical portion, 10-a first left bend, 11-a first left horizontal portion, 12-a first right elbow pipe, 13-a first right vertical portion, 14-a first right bend, 15-a first right horizontal portion, 16-a second left elbow pipe, 17-a second left vertical portion, 18-a second left bend, 19-a second left horizontal portion, 20-a second right elbow pipe, 21-a second right vertical portion, 22-a second right bend, 23-a second right horizontal portion, 24-a positioning cassette, 25-a first positioning groove, 26-a second positioning groove, 27-a third line pipeline, 28-a fourth line pipeline, 29-a fifth line pipeline, 30-a sixth line pipeline, 31-a third elbow pipeline, 32-a third left vertical part, 33-a third bent part, 34-a third right vertical part, 35-a third positioning groove, 36-a fourth elbow pipeline, 37-a fourth left vertical part, 38-a fourth bent part, 39-a fourth right vertical part, 40-a fourth positioning groove, 41-a third limiting groove, and 42-a fourth limiting groove.

Detailed Description

A construction method of a PVC electric wire pipeline with any bending angle comprises the following steps: