CN208089630U - A kind of pumping plant for the leak detection of pipeline applied voltage test - Google Patents
A kind of pumping plant for the leak detection of pipeline applied voltage test Download PDFInfo
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- CN208089630U CN208089630U CN201820327416.8U CN201820327416U CN208089630U CN 208089630 U CN208089630 U CN 208089630U CN 201820327416 U CN201820327416 U CN 201820327416U CN 208089630 U CN208089630 U CN 208089630U
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- oil
- pump
- applied voltage
- voltage test
- pumping plant
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Abstract
A kind of pumping plant for the leak detection of pipeline applied voltage test, including right side shaft, roof supporting, thread-locking ring, oil pump, water inlet pipe and control panel；The outlet pipe is screwed in 90 ° of bendings on the water outlet on force (forcing) pump top, and support of pipelines is placed on outlet pipe and is supported overhead right over roof supporting；The oil pump is screwed to the top of substrate, close to the rear end of substrate outside eaves setting, and oil pump is connect with oil cylinder everywhere by hydraulic oil pipe oil pressure cntrol；Control electromagnetism, oil pump and the motor of the control panel and oil cylinder are to be electrically connected.The pumping plant for being used for the leak detection of pipeline applied voltage test is equipped with oil cylinder, oil cylinder can lift lift support top plate everywhere, the height of the force (forcing) pump on its top is set to increase, and then the pipeline for making outlet pipe complete test to be pressurised with welding is maintained at sustained height, flange is facilitated to be docked with the flange on welded pipe line, flow is docked in the positioning for greatly simplifying flange.
Description
Technical field
The utility model is related to pipeline pump structure technical field more particularly to a kind of water for the leak detection of pipeline applied voltage test
Pump installation.
Background technology
Soldered pipeline needs in time to hunt leak to weld seam, this just needs a kind of pipeline applied voltage test easy to remove
The water pump of leak detection marks come detection of pressurizeing and carries out repair welding at leak after pressure release.
The inventors discovered that existing pumping plant has the following problems when in use：
1. unspecial lifting counterweighting arrangement, leads to the crank in hoisting process device body, left and right easily occurs
It rocks；
2. the height and gradient of outlet pipe and water-output flange cannot be changed, lead to pair with the flange of welded pipe line
Job Operations inconvenience is connect, process is complicated.
Then, inventor in view of this, adhere to the relevant industries for many years it is abundant design and develop and the experience of actual fabrication,
Improvement is studied for existing structure and missing, a kind of pumping plant for the leak detection of pipeline applied voltage test is provided, to
Achieve the purpose that with more more practical value.
Utility model content
It is above-mentioned to solve the purpose of this utility model is to provide a kind of pumping plant for the leak detection of pipeline applied voltage test
The unspecial lifting counterweighting arrangement proposed in background technology, cannot change the height of outlet pipe and water-output flange and incline
The problem of gradient.
Purpose and effect of the utility model for the pumping plant of pipeline applied voltage test leak detection, by technology hand in detail below
Section is reached：
A kind of pumping plant for the leak detection of pipeline applied voltage test, wherein this is used for the water pump of pipeline applied voltage test leak detection
Device includes：
Substrate, idler wheel, mast-up, hanging ring, oil cylinder, lantern ring, push rod, motor, force (forcing) pump, support of pipelines, outlet pipe, method
Orchid, left side shaft, right side shaft, roof supporting, thread-locking ring, oil pump, water inlet pipe and control panel；
The bottom of the substrate is equipped with idler wheel everywhere, and its apical support is welded with oil cylinder everywhere；The oil cylinder piston
The top of bar is welded with lantern ring；The mast-up is symmetrically welded the top for being supported in substrate, is located at cross direction profiles at two
Oil cylinder centre, and control panel be fixedly installed in right side mast-up on；The left side shaft is welded respectively with right side shaft
Connect the left and right sides for being fixed on roof supporting, and left side shaft with right side shaft is front and back is symmetrically arranged at two；The push rod
Inclined shore is in substrate one end, and it is located at the right side of oil pump；The motor is screwed to roof supporting with force (forcing) pump
Top, and motor is rotatablely connected with force (forcing) pump by central rotating shaft；The outlet pipe is screwed to force (forcing) pump top in 90 ° of bendings
On the water outlet at end, and support of pipelines is placed on outlet pipe and is supported overhead right over roof supporting；The water outlet
The head end of pipe is welded with flange；The water inlet pipe support is set on the side wall on the right side of force (forcing) pump；The oil pump screw thread is tight
Be fixed in the top of substrate, close to the rear end of substrate outside eaves setting, and oil pump passes through hydraulic oil pipe oil pressure control with oil cylinder everywhere
System connection；Control electromagnetism, oil pump and the motor of the control panel and oil cylinder are to be electrically connected.
Further, the oil cylinder is provided with everywhere and is symmetrical arranged in front and back two groups altogether, and left side shaft turns with right side
Axis covers the inside for the lantern ring for inserting in above-mentioned mutually symmetrical with two group oil cylinder top, and then roof supporting is supported overhead by two group oil cylinders
In the surface of substrate.
Further, the left side shaft can be free in the inside of the lantern ring on above-mentioned two group oil cylinder top with right side shaft
Rotation, and above-mentioned two mutually symmetrical with group oil cylinders have respective oil pressure cntrol unit, can individually adjust flexible height mutually not
Interference.
Further, as soon as being welded with a section threaded rod in the left side shaft, and thread-locking ring is threadedly connected to this spiral shell
On rasp bar, and screw thread is resisted against in the left end face of lantern ring.
Further, supporting welding has hanging ring at two on the connection transverse slat on the mast-up top.
In comparison with existing structure, the utility model has the following advantages that：
1. the setting of the utility model oil cylinder, oil cylinder can lift lift support top plate everywhere, make the force (forcing) pump on its top
Height increase, and then the pipeline for making outlet pipe complete test to be pressurised with welding is maintained at sustained height, facilitates flange
It is docked with the flange on welded pipe line, flow is docked in the positioning for greatly simplifying flange.
2. the setting of the utility model lantern ring, since pipeline needs circumvention device or wall inside workshop, some pipelines
Welding is moved towards with regard to that need to tilt, this just causes inconvenience to the pressurization leak test of pipeline, and the flexible height of two group oil cylinders can individually respectively
It adjusts, since pipeline needs circumvention device or wall inside workshop, some pipelines, which just need to tilt, moves towards welding, this just gives pipeline
Pressurization leak test cause inconvenience, the flexible height of two group oil cylinders individually can respectively be self-regulated, and follow different flexible of two group oil cylinders
Shaft can be freely rotated with right side shaft inside lantern ring on the left of height, and then so that roof supporting is rotated by overhead and tilt,
The yaw tilt of angle can occur therewith with flange for outlet pipe, to be applicable in the docking applied voltage test for the welded pipe line for tilting trend.
3. the setting of the utility model microphone, locking screw retaining ring can be by the circular baffle plate screw thread of right side shaft end
It promotes and is resisted against on the lantern ring on right side, and then right side shaft is made to be held out against fixation, roof supporting and its top with left side shaft
Motor and force (forcing) pump be locked can effectively avoid motor with force (forcing) pump in the process of running in lantern ring therewith
Portion's generation that horizontally slips is waved, and normal applied voltage test operation is influenced
4. the setting of the utility model mast-up, since the narrower pumping plant ontology in some spaces pushes away not inside workshop
Enter, this, which just needs to be lifted with driving, is placed in applied voltage test position, and mast-up can support and distribute stress, make device sheet
Body keeps balance during lifting, and then provides facility for lifting operation.
Description of the drawings
FIG. 1 is a schematic structural view of the utility model；
Fig. 2 is the utility model three dimensional structure diagram；
Fig. 3 is the inclined structural schematic diagram of the utility model roof supporting；
Fig. 4 is the utility model thread-locking ring threaded connection relation structural schematic diagram.
In figure：1- substrates, 2- idler wheels, 3- mast-ups, 301- hanging rings, 4- oil cylinders, 401- lantern rings, 5- push rods, 6- motors, 7-
Force (forcing) pump, 8- supports of pipelines, 9- outlet pipes, 10- flanges, the left sides 11- shaft, the right sides 111- shaft, 12- roof supportings, 13- spiral shells
Line retaining ring, 14- oil pumps, 15- water inlet pipes, 16- control panels.
Specific implementation mode
In the following, will be explained in the embodiments of the present invention, the example is shown in the accompanying drawings and the description below.Although will
The utility model is described in conjunction with exemplary embodiment, it is to be understood that the description does not really want the utility model to be limited to this to show
The embodiment of example property.On the contrary, the utility model will not only cover the exemplary embodiment, but also cover various replacements,
Change, equivalent and other embodiment, may include the spirit and model in the utility model as defined in the appended claims
In enclosing.
Referring to Fig. 1 to attached drawing 4, a kind of pumping plant for the leak detection of pipeline applied voltage test includes：
Substrate 1, idler wheel 2, mast-up 3, hanging ring 301, oil cylinder 4, lantern ring 401, push rod 5, motor 6, force (forcing) pump 7, pipeline branch
Frame 8, outlet pipe 9, flange 10, left side shaft 11, right side shaft 111, roof supporting 12, thread-locking ring 13, oil pump 14, water inlet
Pipe 15 and control panel 16；
The bottom of substrate 1 is equipped with idler wheel 2 everywhere, and its apical support is welded with oil cylinder 4 everywhere；4 piston rod of oil cylinder
Top is welded with lantern ring 401；Mast-up 3 is symmetrically welded the top for being supported in substrate 1, is located at the oil of cross direction profiles at two
The centre of cylinder 4, and control panel 16 is fixedly installed on the mast-up 3 on right side；Left side shaft 11 is welded respectively with right side shaft 111
Connect the left and right sides for being fixed on roof supporting 12, and left side shaft 11 with right side shaft 111 is front and back is symmetrically arranged at two；It pushes away
5 inclined shore of bar is in 1 one end of substrate, and it is located at the right side of oil pump 14；Motor 6 is screwed to branch support with force (forcing) pump 7
The top of plate 12, and motor 6 is rotatablely connected with force (forcing) pump 7 by central rotating shaft；Outlet pipe 9 is screwed in 90 ° of bendings to be added
On the water outlet on 7 top of press pump, and support of pipelines 8 be placed on outlet pipe 9 and supported overhead in roof supporting 12 just on
Side；The head end of outlet pipe 9 is welded with flange 10；Water inlet pipe 15, which supports, to be set on the side wall on 7 right side of force (forcing) pump；Oil pump 14
Be screwed to the top of substrate 1, close to the rear end of substrate 1 outside eaves setting, and oil pump 14 passes through hydraulic pressure with oil cylinder 4 everywhere
Oil pipe oil pressure cntrol connects；Control electromagnetism, oil pump 14 and the motor 6 of control panel 16 and oil cylinder 4 are to be electrically connected.
Wherein, oil cylinder 4 is provided with everywhere and is symmetrical arranged in front and back two groups altogether, and left side shaft 11 and right side shaft 111
Set inserts in the inside of the lantern ring 401 on above-mentioned mutually symmetrical with two group oil cylinders, 4 top, and then two group oil cylinders 4 are by roof supporting 12
Support is placed in the surface of substrate 1, and oil cylinder 4 can lift lift support top plate 12 everywhere, makes the height of the force (forcing) pump 7 on its top
It increases, and then the pipeline for making outlet pipe 9 complete test to be pressurised with welding is maintained at sustained height, facilitates flange 10 and weldering
Flange on take over road is docked, and flow is docked in the positioning for greatly simplifying flange 10.
Wherein, left side shaft 11 can be in the inside of the lantern ring 401 on above-mentioned two group oil cylinders, 4 top certainly with right side shaft 111
By rotating, and above-mentioned two mutually symmetrical with group oil cylinders 4 have respective oil pressure cntrol unit, can individually adjust flexible height mutually
It does not interfere, since pipeline needs circumvention device or wall inside workshop, some pipelines, which just need to tilt, moves towards welding, this just gives pipe
The pressurization leak test in road causes inconvenience, and the flexible height of two group oil cylinders 4 individually can respectively be self-regulated, and follow two group oil cylinders 4 different
Shaft 11 can be freely rotated with right side shaft 111 inside lantern ring 401 on the left of flexible height, and then make 12 quilt of roof supporting
Overhead rotation tilts, and the yaw tilt of angle can occur therewith with flange 10 for outlet pipe 9, to be applicable in the welded pipe line for tilting trend
Docking applied voltage test；
Wherein, as soon as being welded with a section threaded rod in left side shaft 11, and thread-locking ring 13 is threadedly connected to this threaded rod
On, and screw thread is resisted against in the left end face of lantern ring 401, locking screw retaining ring 13 can be by the circle of 111 end of right side shaft
Baffle screw thread, which promotes, to be resisted against on the lantern ring 401 on right side, and then right side shaft 111 is made to be held out against fixation with left side shaft 11, is propped up
Support plate 12 and the motor on its top 6 are locked with force (forcing) pump 7 and can effectively avoid motor 6 and force (forcing) pump 7 therewith
The generation that horizontally slips inside lantern ring 401 in the process of running is waved, and normal applied voltage test operation is influenced；
Wherein, supporting welding has hanging ring 301 at two on the connection transverse slat on 3 top of mast-up, since some are empty inside workshop
Between narrower pumping plant ontology push away to enter, this just needs to be lifted with driving and is placed in applied voltage test position, mast-up 3
Stress can be supported and be distributed, so that device body is kept balance during lifting, and then facility is provided for lifting operation.
The specifically used mode of the present embodiment and effect：
When using the pumping plant hunted leak for pipeline applied voltage test, the promotion of pumping plant ontology is placed in adds first
Pressure test position simultaneously accesses power supply, flexible mutual by the control of control panel 16 then according to the height gradient of tape test pipeline
The flexible height of symmetrical two group oil cylinder 4, and then make the height of the height and gradient and tape test pipeline of outlet pipe 9 and flange 10
Gradient corresponds to identical, then docks the flange for testing pipeline with flange 10 and screw-threaded coupling links together, will then play with water
Soft tubular lock, which is close to, to be connected on water inlet pipe 15, and motor 6 is finally started, and the linkage rotation of force (forcing) pump 7 of motor 6 starts to draw water to welded pipe line
Applied voltage test is carried out, that completes pumping plant ontology since then installs and uses flow.
It the above is only the preferred embodiment to the utility model, limit in any form not made to the utility model
System, every foundation the technical essence of the utility model any simple modification made to the above embodiment, equivalent variations and modification,
It is all within the scope of the technical scheme of the utility model.
Claims (6)
1. a kind of pumping plant for the leak detection of pipeline applied voltage test, it is characterised in that：Described examines for pipeline applied voltage test
The pumping plant of leakage includes：
Substrate, idler wheel, mast-up, hanging ring, oil cylinder, lantern ring, push rod, motor, force (forcing) pump, support of pipelines, outlet pipe, flange, a left side
Side shaft, right side shaft, roof supporting, thread-locking ring, oil pump, water inlet pipe and control panel；
The bottom of the substrate is equipped with idler wheel everywhere, and its apical support is welded with oil cylinder everywhere；The cylinder piston rod
Top is welded with lantern ring；The mast-up is symmetrically welded the top for being supported in substrate, is located at the oil of cross direction profiles at two
The centre of cylinder, and control panel is fixedly installed on the mast-up on right side；The left side shaft is respectively welded solid with right side shaft
Due to the left and right sides of roof supporting, and left side shaft with right side shaft is front and back is symmetrically arranged at two；The push rod tilts
It is supported in substrate one end, and it is located at the right side of oil pump；The motor is screwed to the top of roof supporting with force (forcing) pump,
And motor is rotatablely connected with force (forcing) pump by central rotating shaft；The outlet pipe is screwed to force (forcing) pump top in 90 ° of bendings
On water outlet, and support of pipelines is placed on outlet pipe and is supported overhead right over roof supporting；The outlet pipe
Head end is welded with flange；The water inlet pipe support is set on the side wall on the right side of force (forcing) pump；The oil pump is screwed to
The top of substrate, close to the rear end of substrate outside eaves setting, and oil pump is connected with oil cylinder everywhere by hydraulic oil pipe oil pressure cntrol
It connects；Control electromagnetism, oil pump and the motor of the control panel and oil cylinder are to be electrically connected.
2. the pumping plant according to claim 1 for the leak detection of pipeline applied voltage test, it is characterised in that：The oil cylinder is total
It is provided with everywhere and is symmetrical arranged in front and back two groups, and left side shaft covers with right side shaft and inserts in above-mentioned mutually symmetrical with two groups of oil
The inside of the lantern ring on cylinder top, and then roof supporting is supported overhead in the surface of substrate by two group oil cylinders.
3. the pumping plant according to claim 1 or 2 for the leak detection of pipeline applied voltage test, it is characterised in that：The left side
Side shaft can be freely rotated with right side shaft in the inside of the lantern ring on above-mentioned two group oil cylinder top, and above-mentioned mutually symmetrical with two
Group oil cylinder has respective oil pressure cntrol unit, can individually adjust flexible height and not interfere with each other.
4. the pumping plant according to claim 1 or 2 for the leak detection of pipeline applied voltage test, it is characterised in that：The left side
As soon as being welded with a section threaded rod in the shaft of side, and thread-locking ring is threadedly connected on this threaded rod, and screw thread is resisted against lantern ring
Left end face on.
5. the pumping plant according to claim 3 for the leak detection of pipeline applied voltage test, it is characterised in that：The left side turns
As soon as being welded with a section threaded rod on axis, and thread-locking ring is threadedly connected on this threaded rod, and screw thread is resisted against a left side for lantern ring
On side end face.
6. the pumping plant according to claim 1 for the leak detection of pipeline applied voltage test, it is characterised in that：The mast-up
Supporting welding has hanging ring at two on the connection transverse slat on top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820327416.8U CN208089630U (en) | 2018-03-10 | 2018-03-10 | A kind of pumping plant for the leak detection of pipeline applied voltage test |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820327416.8U CN208089630U (en) | 2018-03-10 | 2018-03-10 | A kind of pumping plant for the leak detection of pipeline applied voltage test |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208089630U true CN208089630U (en) | 2018-11-13 |
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ID=64062132
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820327416.8U Expired - Fee Related CN208089630U (en) | 2018-03-10 | 2018-03-10 | A kind of pumping plant for the leak detection of pipeline applied voltage test |
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| Country | Link |
|---|---|
| CN (1) | CN208089630U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114738293A (en) * | 2022-04-13 | 2022-07-12 | 南京环亚制泵有限公司 | Anti-seismic long-shaft deep well pump for lifting complex water area and working method |
-
2018
- 2018-03-10 CN CN201820327416.8U patent/CN208089630U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114738293A (en) * | 2022-04-13 | 2022-07-12 | 南京环亚制泵有限公司 | Anti-seismic long-shaft deep well pump for lifting complex water area and working method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181113 Termination date: 20210310 |
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| CF01 | Termination of patent right due to non-payment of annual fee |