CN208900827U - Hydraulic pipeline mounting device - Google Patents

Hydraulic pipeline mounting device Download PDF

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Publication number
CN208900827U
CN208900827U CN201821129521.7U CN201821129521U CN208900827U CN 208900827 U CN208900827 U CN 208900827U CN 201821129521 U CN201821129521 U CN 201821129521U CN 208900827 U CN208900827 U CN 208900827U
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CN
China
Prior art keywords
fixed
fission
hinged
axis hole
seperated
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Active
Application number
CN201821129521.7U
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Chinese (zh)
Inventor
李兆杰
刘泽
刘小鱼
王利
黄焦宏
张英德
金培育
刘翠兰
程娟
张�成
戴默涵
朱泓源
王哲
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Baotou Rare Earth Research Institute
Ruike Rare Earth Metallurgy and Functional Materials National Engineering Research Center Co Ltd
Original Assignee
Baotou Rare Earth Research Institute
Ruike Rare Earth Metallurgy and Functional Materials National Engineering Research Center Co Ltd
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Application filed by Baotou Rare Earth Research Institute, Ruike Rare Earth Metallurgy and Functional Materials National Engineering Research Center Co Ltd filed Critical Baotou Rare Earth Research Institute
Priority to CN201821129521.7U priority Critical patent/CN208900827U/en
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Publication of CN208900827U publication Critical patent/CN208900827U/en
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Abstract

The utility model discloses a kind of hydraulic pipeline mounting devices, comprising: pedestal, connecting shaft, fixing seat, hydraulic cylinder, sliding axle, sliding shoe, fixed block, the first fixed device, the second fixed device;Two risers are separately positioned on base top two sides, and the bottom of fixing seat is fixed on the top of pedestal, and hydraulic cylinder is fixed on the top of fixing seat, and the end of the hydraulic axis of hydraulic cylinder is connected with the bottom end of the first fixed device;The both ends of two sliding axles are connected with two risers respectively, and the both ends of two connecting shafts are connected with two risers respectively, and sliding axle is located at the top of connecting shaft;Two sliding shoes, two fixed blocks are set on two sliding axles, and fixed block is connected with riser;The lower part of first fixed device is connected with two sliding shoes, and the lower part of the second fixed device is connected with two fixed blocks.The utility model can be improved the connection installation effectiveness of pipeline.

Description

Hydraulic pipeline mounting device
Technical field
The utility model relates to a kind of plumbing installations, specifically, are related to a kind of hydraulic pipeline mounting device.
Background technique
Pipe installing includes common data, tubing, pipe fitting, flange, Pipe installing basic operation technology, pipeline connection, branch Frame and compensator installation, valve, building water supply and drainage Pipe installing, heating system installation, pipeline pressure test and cleaning, common industrial pipe Road installation, non-ferrous metal pipe and stainless steel pipes installation, common nonmetal pipeline and corrosion protective lining Pipe installing, instrument piping The anti-corrosion and insulation of installation and pipeline.Existing plumbing installation only has several supporting legs to be supported mostly, so that pipeline Cannot stablize support when installation, at the same existing device mostly by way of mechanical adjustment to need pipeline to be mounted into Row is mobile to be adjusted, and operating procedure is very many and diverse, reduces installation effectiveness, and installation steps need to be manually operated mostly, automation Degree is low.
Utility model content
The technical issues of the utility model is solved is to provide a kind of hydraulic pipeline mounting device, can be improved pipeline Connect installation effectiveness.
Technical solution is as follows:
A kind of hydraulic pipeline mounting device, comprising: pedestal, connecting shaft, fixing seat, hydraulic cylinder, sliding axle, sliding shoe, Fixed block, the first fixed device, the second fixed device;Two risers are separately positioned on base top two sides, the bottom of fixing seat It is fixed on the top of pedestal, hydraulic cylinder is fixed on the top of fixing seat, the end of the hydraulic axis of hydraulic cylinder and the first fixed device Bottom end be connected;The both ends of two sliding axles are connected with two risers respectively, the both ends of two connecting shafts respectively with two Riser is connected, and sliding axle is located at the top of connecting shaft;Two sliding shoes, two fixed blocks are set in two sliding axles On, fixed block is connected with riser;The lower part of first fixed device is connected with two sliding shoes, the lower part of the second fixed device It is connected with two fixed blocks.
Further, connecting plate is provided between pedestal and riser, the bottom of fixing seat is fixed on connecting plate, and pedestal 1 is set It is equipped with control panel, the bottom of pedestal is provided with resilient cushion.
Further, the first fixed device includes: first fixed lower seperated, the first fixed upper fission, first it is fixed it is lower it is seperated, First fixed seperated inside is arcwall face;First fixed lower seperated, first fixed seperated one end is hinged, hydraulic axis End fixed lower seperated be connected with first;First fixed lower fission is hinged with the first fixing bolt in the other end, and first is solid Determine bolt and the first fixture nut is installed;First fixed upper fission is provided with the first permanent opening in the other end.
Further, arcwall face is provided with the first arc flanging.
Further, the first fixed lower fission is provided with first shaft hole in both side ends position, and the first fixed upper fission is one End is provided with the second axis hole, and the first fixing bolt is provided with third axis hole in end;It connects pin shaft and passes through third axis hole, first axle Hole is seperated under fixing the first fixing bolt with first to be hinged;It is connected between first fixed lower seperated, the first fixed upper fission There is articulated slab;Articulated slab is opened there are two hinged axis hole, and connection pin shaft passes through first shaft hole, hinged axis hole and fixes lower fission for first It is hinged with articulated slab, connection pin shaft passes through the second axis hole, hinged axis hole and the first fixed upper fission is hinged with articulated slab.
Further, second is fixed lower seperated, the second fixed upper fission, second is fixed lower seperated, second fixed seperated Inside is arcwall face;Second fixed lower seperated, second fixed seperated one end is hinged, and the second fixed lower fission is in the other end It is hinged with the second fixing bolt, the second fixing bolt is equipped with the second fixture nut;Second is fixed seperated in other end setting There is the second permanent opening.
Further, arcwall face is provided with the second arc flanging.
Further, the second fixed lower fission is provided with the 4th axis hole in both side ends position, the second fixed upper fission is one End is provided with the 5th axis hole, and the second fixing bolt is provided with the 6th axis hole in end;It connects pin shaft and passes through the 6th axis hole, the 4th axis Hole is seperated under fixing the second fixing bolt with first to be hinged;It is connected between second fixed lower seperated, the second fixed upper fission There is articulated slab, articulated slab is opened there are two hinged axis hole, and connection pin shaft passes through the 4th axis hole, hinged axis hole and fixes lower fission for second It is hinged with articulated slab;Connection pin shaft passes through the 5th axis hole, hinged axis hole and the second fixed upper fission is hinged with articulated slab.
The utility model technical effect includes:
1, by the setting of pedestal and resilient cushion, enable and obtain stablizing support when Pipe installing, reduce vibration pair The influence of installation accuracy;
2, pipe is greatly improved so that the regulating step of pipeline is simplified by the setting of hydraulic cylinder and hydraulic axis The connection installation effectiveness in road;
3, by the setting of control panel, mitigate labor intensity, the degree of automation greatly improves.
Detailed description of the invention
Fig. 1 is the main view of hydraulic pipeline mounting device in the utility model;
Fig. 2 is the structural schematic diagram of articulated slab in the utility model.
Specific embodiment
The specific embodiment for fully showing the utility model is described below, to enable those skilled in the art to reality It tramples and reproduces.
As shown in Figure 1, being the main view of hydraulic pipeline mounting device in the utility model.
Hydraulic pipeline mounting device, comprising: pedestal 1, connecting shaft 2, fixing seat 3, hydraulic cylinder 4, sliding axle 5, sliding shoe 6, the fixed device 9 of the fixed device 8, second of fixed block 7, first.
Two risers 13 are separately positioned on 1 top two sides of pedestal, and connecting plate 12, bottom are provided between pedestal 1 and riser 13 The bottom of seat 1 is provided with resilient cushion 11, and the both ends of two connecting shafts 2 are connected on two risers 13.Pedestal 1 is provided with control Making sheet 14.
The bottom of fixing seat 3 is fixed on connecting plate 12, and hydraulic cylinder 4 is fixed on the top of fixing seat 3, the liquid of hydraulic cylinder 4 The end of last item 41 is connected with the bottom end of the first fixed device 8;The both ends of two sliding axles 5 are connected to two risers On 13, sliding axle 5 is located at the top of connecting shaft 2.Two sliding shoes, 6, two fixed blocks 7 are set on two sliding axles 5, Fixed block 7 is connected with riser 13, and the lower part of the first fixed device 8 is connected with two sliding shoes 6, the second fixed device 9 Lower part be connected with two fixed blocks 7.The first fixed fixed device 9 of device 8, second is used for the end of fixed -piping.
First fixed device 8 includes: the first fixed lower fixed upper fission 82 of fission 81, first, the first fixed lower fission 81, The inside of first fixed upper fission 82 is arcwall face, and arcwall face is provided with the first arc flanging;First fixed lower fission 81, first One end of fission 82 is hinged in fixation, and the end of hydraulic axis 41 is connected with first fixed lower seperated 81;First is lower point fixed Body 81 is hinged with the first fixing bolt 83 in the other end, and the first fixing bolt 83 is equipped with the first fixture nut 85;First is fixed Upper seperated 82 are provided with the first permanent opening in the other end.After first fixed lower fixed upper 82 closure of fission of fission 81, first, the One fixing bolt 83 is connected in the first permanent opening.
As shown in Fig. 2, being the structural schematic diagram of articulated slab 86 in the utility model.
First fixed lower fission 81 is provided with first shaft hole in both side ends position, and the first fixed upper fission 82 is at one end It is provided with the second axis hole;First fixing bolt 83 is provided with third axis hole in end.It connects pin shaft 88 and passes through third axis hole, first First fixing bolt 83 is hinged by axis hole with first fixed lower seperated 81.The first fixed lower fixed upper fission of fission 81, first Articulated slab 86 is connected between 82;Articulated slab 86 is opened there are two hinged axis hole 89, and connection pin shaft 88 passes through first shaft hole, articulated shaft First fixed lower fission 81 is hinged by hole 89 with articulated slab 86, and connection pin shaft 88 is across the second axis hole, hinged axis hole 89 by the One fixed upper fission 82 is hinged with articulated slab 86.
Second fixed device 9 includes: the second fixed lower fixed upper fission 92 of fission 91, second, the second fixed lower fission 91, The inside of second fixed upper fission 92 is arcwall face, and arcwall face is provided with the second arc flanging;Second fixed lower fission 91, second One end of fission 92 is hinged in fixation, and the second fixed lower fission 91 is hinged with the second fixing bolt 93 in the other end, and second is solid Determine bolt 93 and second fixture nut 95 is installed;Second fixed upper fission 92 is provided with the second permanent opening in the other end.Second After fixed fixed upper 92 closure of fission of lower fission 91, second, the second fixing bolt 93 is connected in the second permanent opening.
Second fixed lower fission 91 is provided with the 4th axis hole in both side ends position, and the second fixed upper fission 92 is at one end It is provided with the 5th axis hole;Second fixing bolt 93 is provided with the 6th axis hole in end.It connects pin shaft 88 and passes through the 6th axis hole, the 4th Second fixing bolt 93 is hinged by axis hole with first fixed lower seperated 91.The second fixed lower fixed upper fission of fission 91, second Articulated slab 86 is connected between 92, connection pin shaft 88 passes through the 4th axis hole, hinged axis hole 89 and fixes lower fission 91 and hinge for second Fishplate bar 86 is hinged, and connection pin shaft 88 passes through the 5th axis hole, hinged axis hole 89 and fixes upper fission 92 and 86 phase of articulated slab for second Hingedly.
Before use, pedestal 1 is placed on ground grading, resilient cushion 11 can reduce the vibration generated when installation, then The pipeline connected will be needed to be individually positioned on the first fixed lower fission 81 and the second fixed lower fission 91, pass through the first fixed spiral shell Pipeline is fixed on the first fixed fixed device 9 of device 8, second by bolt 83, the second fixing bolt 93, then passes through control panel 14 Hydraulic cylinder 4 is adjusted, so that hydraulic axis 41 is stretched, so that sliding shoe 6 is slided along sliding axle 5, it is sliding Motion block 6 drives the first fixed device 8 and pipeline mobile, and the port in two root canal roads is aligned;Then it carries out heat to pipeline to melt, heat The first fixed device 8 is adjusted after molten, so that the port of pipeline connects;After the completion of connection, the first fixture nut 85 and the are opened Two fixture nuts 95, pipeline is taken out.
It should be understood that above description be only it is exemplary and explanatory, the utility model, this reality can not be limited With the novel process and structure for being not limited to be described above and be shown in the accompanying drawings, and can be without departing from the scope It carry out various modifications and changes.The scope of the utility model is only limited by the accompanying claims.

Claims (8)

1. a kind of hydraulic pipeline mounting device characterized by comprising pedestal, connecting shaft, fixing seat, hydraulic cylinder, sliding Axis, sliding shoe, fixed block, the first fixed device, the second fixed device;Two risers are separately positioned on base top two sides, Gu The bottom of reservation is fixed on the top of pedestal, and hydraulic cylinder is fixed on the top of fixing seat, the end of the hydraulic axis of hydraulic cylinder and the The bottom end of one fixed device is connected;The both ends of two sliding axles are connected with two risers respectively, the both ends of two connecting shafts It is connected respectively with two risers, sliding axle is located at the top of connecting shaft;Two sliding shoes, two fixed blocks are set in two On a sliding axle, fixed block is connected with riser;The lower part of first fixed device is connected with two sliding shoes, the second fixed dress The lower part set is connected with two fixed blocks.
2. hydraulic pipeline mounting device as described in claim 1, which is characterized in that be provided with connection between pedestal and riser The bottom of plate, fixing seat is fixed on connecting plate, and pedestal 1 is provided with control panel, and the bottom of pedestal is provided with resilient cushion.
3. hydraulic pipeline mounting device as described in claim 1, which is characterized in that the first fixed device includes: first fixed Lower seperated, the first fixed upper fission, first fixed lower seperated, the first fixed seperated inside is arcwall face;Under first is fixed Fission, first fixed seperated one end are hinged, and the end of hydraulic axis is seperated under fixing with first to be connected;Under first is fixed Fission is hinged with the first fixing bolt in the other end, and the first fixing bolt is equipped with the first fixture nut;First fixed upper fission The other end is provided with the first permanent opening.
4. hydraulic pipeline mounting device as claimed in claim 3, which is characterized in that the first fixed device includes: that arcwall face is set It is equipped with the first arc flanging.
5. hydraulic pipeline mounting device as claimed in claim 3, which is characterized in that the first fixed lower fission is at two side ends position It installs and is equipped with first shaft hole, the first fixed upper fission is provided with the second axis hole at one end, and the first fixing bolt is provided in end Third axis hole;Connection pin shaft passes through third axis hole, first shaft hole and the first fixing bolt is descended seperated be hinged with the first fixation;The Articulated slab is connected between one fixed lower seperated, the first fixed upper fission;Articulated slab is opened there are two hinged axis hole, and connection pin shaft is worn It crosses first shaft hole, hinged axis hole the first fixed lower fission is hinged with articulated slab, connection pin shaft passes through the second axis hole, articulated shaft First fixed upper fission is hinged by hole with articulated slab.
6. hydraulic pipeline mounting device as described in claim 1, which is characterized in that the second fixed device includes: second fixed Lower seperated, the second fixed upper fission, second fixed lower seperated, the second fixed seperated inside is arcwall face;Under second is fixed Seperated, second fixed seperated one end is hinged, and the second fixed lower fission is hinged with the second fixing bolt in the other end, and second Fixing bolt is equipped with the second fixture nut;Second fixed upper fission is provided with the second permanent opening in the other end.
7. hydraulic pipeline mounting device as claimed in claim 6, which is characterized in that the second fixed device includes: that arcwall face is set It is equipped with the second arc flanging.
8. hydraulic pipeline mounting device as claimed in claim 6, which is characterized in that the second fixed device includes: second fixed Lower fission is provided with the 4th axis hole in both side ends position, and the second fixed upper fission is provided with the 5th axis hole at one end, and second is solid Determine bolt and end is provided with the 6th axis hole;It connects pin shaft and passes through the 6th axis hole, the 4th axis hole for the second fixing bolt and first Fixed lower fission is hinged;Second is fixed lower seperated, is connected with articulated slab between the second fixed upper fission, there are two articulated slab is opened Hinged axis hole, connection pin shaft pass through the 4th axis hole, hinged axis hole and the second fixed lower fission are hinged with articulated slab;Connect pin shaft The second fixed upper fission is hinged with articulated slab across the 5th axis hole, hinged axis hole.
CN201821129521.7U 2018-07-13 2018-07-13 Hydraulic pipeline mounting device Active CN208900827U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201821129521.7U CN208900827U (en) 2018-07-13 2018-07-13 Hydraulic pipeline mounting device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201821129521.7U CN208900827U (en) 2018-07-13 2018-07-13 Hydraulic pipeline mounting device

Publications (1)

Publication Number Publication Date
CN208900827U true CN208900827U (en) 2019-05-24

Family

ID=66567607

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201821129521.7U Active CN208900827U (en) 2018-07-13 2018-07-13 Hydraulic pipeline mounting device

Country Status (1)

Country Link
CN (1) CN208900827U (en)

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