CN207806963U - Versatility track for pipeline welding - Google Patents
Versatility track for pipeline welding Download PDFInfo
- Publication number
- CN207806963U CN207806963U CN201721880239.8U CN201721880239U CN207806963U CN 207806963 U CN207806963 U CN 207806963U CN 201721880239 U CN201721880239 U CN 201721880239U CN 207806963 U CN207806963 U CN 207806963U
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- China
- Prior art keywords
- track
- half loop
- loop orbit
- mounting plate
- versatility
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Abstract
The utility model discloses a kind of versatility track for pipeline welding, including the first track ontology, second track ontology and 2 retaining mechanisms, the both ends of the first track ontology and the second track ontology are connected by retaining mechanism respectively, the first rotating shaft, second shaft is provided at least one tapped through hole, first mounting plate both ends are connected respectively to the first left half loop orbit, on the first respective medial surface of right half loop orbit, second mounting plate both ends are connected respectively to the second left half loop orbit, on the second respective medial surface of right half loop orbit, this round circular orbit medial surface has been uniformly arranged in the circumferential direction several track link blocks, the track link block medial surface is respectively fixed with a cushion block.The utility model can be realized conveniently for the versatility track of pipeline welding and is applicable in different-diameter pipeline so that track has good versatility, increases working efficiency, cost-effective.
Description
Technical field
The utility model is related to a kind of versatility tracks for pipeline welding, belong to pipeline technical field of welding equipment.
Background technology
Currently, the kind of drive that type rail for automatic welding pipeline uses mainly has rack pinion or rail flanges engagement driving
Two ways, the main problem of the two are that a kind of track can be only applied to a kind of caliber and weight weight；In addition, the former also requires to add
Work precision is high, very low to the adaptability of caliber error and deviation from circular from, or adjusts trouble；The latter is in driving wheel and track side
Often there is crimping due to squeezing, can accelerate the abrasion of driven wheel, must carry out reconditioning after a period of time, contracts in the engagement place of edge
The service life of short track；At the same time, it in the construction operation of pipeline, is completed with the welding of one of weld seam, is moved to pipe
When next weld bond in road, needing quickly to dismount track, this just proposes easy-to-dismount requirement to the structure of track,
In addition, because internal diameter of the pipeline differs, also require track that there is certain versatility.
Utility model content
The utility model aim is to provide a kind of versatility track for pipeline welding, this is used for the general of pipeline welding
Property track can conveniently realize different-diameter pipeline is applicable in so that track has good versatility, increases work
Efficiency, it is cost-effective.
In order to achieve the above objectives, the technical solution adopted in the utility model is：A kind of versatility rail for pipeline welding
Road, including the first track ontology, the second track ontology and 2 retaining mechanisms, the first track ontology and the second track ontology
Both ends connected respectively by retaining mechanism, the first track ontology further comprises the disposed in parallel first left half loop orbit
With the first right half loop orbit, the second track ontology further comprises the disposed in parallel second left half loop orbit and second right half
Loop orbit；
The retaining mechanism further comprises the first mounting plate, the second mounting plate, first rotating shaft, the second shaft and locking screw
Bolt, the first rotating shaft, the second shaft are provided at least one tapped through hole, and the first rotating shaft, the second shaft are respectively embedded into
In first mounting plate, the respective mounting hole of the second mounting plate, respectively at least one screw thread is logical for the first rotating shaft, the second shaft
Hole is exposed from the first mounting plate, the second mounting plate respectively, and first mounting plate both ends are connected respectively to the first left semi-ring rail
On road, the first right respective medial surface of half loop orbit, second mounting plate both ends are connected respectively to the second left half loop orbit, the
On the two respective medial surfaces of right half loop orbit, the clamping screw screws in first rotating shaft, the respective tapped through hole of the second shaft, from
And it realizes to the first left half loop orbit, the first right half loop orbit end corresponding with the second left half loop orbit, the second half loop orbit of the right side
Face locking connection；
It is described to include the first track ontology and the second track ontology connects to form a round circular orbit being installed on pipeline, this
Round circular orbit medial surface has been uniformly arranged in the circumferential direction several track link blocks, track link block one end and the first left semi-ring
Track, the second left half loop orbit medial surface connection, the track link block other end and the first right half loop orbit, the second right half loop orbit
Medial surface connects, and the track link block medial surface is respectively fixed with a cushion block.
Further improved technical solution is as follows in above-mentioned technical proposal：
Preferably, the track link block is square tube, the opposite two sides of this square tube has several threaded holes.
Preferably, the cushion block is rectangular steel pipe, the section length of side of this rectangular steel pipe is 25mm × 50mm.
Preferably, the cushion block is rectangular steel tube, the cross section length of side of this rectangular steel tube is 25mm × 25mm.
Preferably, the number of several track link blocks is 4~20.
Preferably, being fixedly connected by rivet between the track link block and cushion block.
Preferably, described be fixedly connected between cushion block and cushion block by rivet.
Since above-mentioned technical proposal is used, the utility model has following advantages and effect compared with prior art：
1. the utility model be used for pipeline welding versatility track, retaining mechanism further comprise the first mounting plate,
Second mounting plate, first rotating shaft, the second shaft and clamping screw, the first rotating shaft, the second shaft are provided at least one spiral shell
Line through-hole, the first rotating shaft, the second shaft are respectively embedded into the first mounting plate, in the respective mounting hole of the second mounting plate, described
Respectively at least one tapped through hole exposes from the first mounting plate, the second mounting plate respectively for first rotating shaft, the second shaft, described
First mounting plate both ends are connected respectively to the first left half loop orbit, on the first respective medial surface of right half loop orbit, and described second
Mounting plate both ends are connected respectively to the second left half loop orbit, on the second respective medial surface of right half loop orbit, the clamping screw
Screw in first rotating shaft, the respective tapped through hole of the second shaft, to realize to the first left half loop orbit, the first right half loop orbit with
Second left half loop orbit, the corresponding end face locking connection of the second half loop orbit of the right side, the setting of retaining mechanism are met easy to disassemble
Requirement, and when not in use, the first track ontology, the second track ontology can be always remained attached to together, facilitate fortune
Defeated and carrying in use, only track need to be set on pipeline, then locks 2 retaining mechanisms successively, and a people can
The dismounting or installation to track are completed, it is convenient and efficient easy to operate.
2. the utility model is used for the versatility track of pipeline welding, the first track ontology and the second track ontology are included
Connection forms a round circular orbit being installed on pipeline, this round circular orbit medial surface has been uniformly arranged in the circumferential direction several tracks
Link block, track link block one end are connect with the first left half loop orbit, the second left half loop orbit medial surface, track link block
The other end is connect with the first right half loop orbit, the second right half loop orbit medial surface, and the setting of track link block can make track
Contact setting that is even closer, and being uniformly distributed circumferentially between pipeline, will be between track and pipeline by multi-point support
Interaction force be evenly distributed in circumferential direction, avoid damaging or weigh wounded pipeline by pressure because dynamics is excessive；Secondly, track connection
Block medial surface is respectively fixed with a cushion block, and cushion block is rectangular steel pipe, and the section length of side of this rectangular steel pipe is 25mm × 50mm, states pad
Block is rectangular steel tube, and the cross section length of side of this rectangular steel tube is 25mm × 25mm, the setting of different size cushion blocks, by installing additional not
It with the cushion block of size and number, conveniently realizes and different-diameter pipeline is applicable in so that track has good general
Property, increase working efficiency, it is cost-effective.
Description of the drawings
Attached drawing 1 is the versatility track structure schematic diagram that the utility model is used for pipeline welding；
Attached drawing 2 is the versatility track partial structural diagram that the utility model is used for pipeline welding；
Attached drawing 3 is the versatility track partial exploded view that the utility model is used for pipeline welding；
Attached drawing 4 is the versatility track side view that the utility model is used for pipeline welding.
In the figures above：1, pipeline；2, the first track ontology；21, the first left half loop orbit；22, the first right half loop orbit；
3, the second track ontology；31, the second left half loop orbit；32, the second right half loop orbit；4, retaining mechanism；41, the first mounting plate；
42, the second mounting plate；43, first rotating shaft；44, the second shaft；45, clamping screw；46, tapped through hole；47, mounting hole；7, rail
Road link block；8, cushion block.
Specific implementation mode
The utility model is further described with reference to embodiment：
Embodiment 1：A kind of versatility track for pipeline welding, including the first track ontology 2, the second track ontology 3
With 2 retaining mechanisms 4, the both ends of the first track ontology 2 and the second track ontology 3 are connected by retaining mechanism 4 respectively, institute
It states the first track ontology 2 and further comprises first left side, half loop orbit 21 disposed in parallel and the first right half loop orbit 22, described the
Two track ontologies 3 further comprise second left side, half loop orbit 31 and the second right half loop orbit 32 disposed in parallel；
The retaining mechanism 4 further comprises the first mounting plate 41, the second mounting plate 42, first rotating shaft 43, the second shaft
44 and clamping screw 45, the first rotating shaft 43, the second shaft 44 be provided at least one tapped through hole 46, the first rotating shaft
43, the second shaft 44 is respectively embedded into the first mounting plate 41, in 42 respective mounting hole 47 of the second mounting plate, the first rotating shaft
43,44 at least one respective tapped through hole 46 of the second shaft exposes from the first mounting plate 41, the second mounting plate 42 respectively, institute
41 both ends of the first mounting plate are stated to be connected respectively on first left side, half loop orbit 22 respective medial surface of the 21, first right half loop orbit,
Second mounting plate, 42 both ends are connected respectively to second left side, half loop orbit 32 respective medial surface of the 31, second right half loop orbit
On, the clamping screw 45 screws in first rotating shaft 43,44 respective tapped through hole 46 of the second shaft, to realize left to first half
Right half loop orbit 22 of loop orbit 21, first and second left side, half the 31, second right half loop orbit 32 corresponding end face locking of loop orbit company
It connects；
It is described to include the first track ontology 2 and the connection of the second track ontology 3 forms one and is installed on circular ring shape rail on pipeline 1
Road, this round circular orbit medial surface have been uniformly arranged in the circumferential direction several track link blocks 7, described 7 one end of track link block and the
One left side, half loop orbit the 21, second left half loop orbit 31 medial surface connection, 7 other end of track link block and the first right half loop orbit
22, the second right half loop orbit 32 medial surface connection, 7 medial surface of track link block are respectively fixed with a cushion block 8.
Above-mentioned track link block 7 is square tube, and the opposite two sides of this square tube has several threaded holes；Above-mentioned cushion block 8 is
The section length of side of rectangular steel pipe, this rectangular steel pipe is 25mm × 50mm；It is solid by rivet between cushion block 8 and cushion block 8 described above
Fixed connection.
Embodiment 2：A kind of versatility track for pipeline welding, including the first track ontology 2, the second track ontology 3
With 2 retaining mechanisms 4, the both ends of the first track ontology 2 and the second track ontology 3 are connected by retaining mechanism 4 respectively, institute
It states the first track ontology 2 and further comprises first left side, half loop orbit 21 disposed in parallel and the first right half loop orbit 22, described the
Two track ontologies 3 further comprise second left side, half loop orbit 31 and the second right half loop orbit 32 disposed in parallel；
The retaining mechanism 4 further comprises the first mounting plate 41, the second mounting plate 42, first rotating shaft 43, the second shaft
44 and clamping screw 45, the first rotating shaft 43, the second shaft 44 be provided at least one tapped through hole 46, the first rotating shaft
43, the second shaft 44 is respectively embedded into the first mounting plate 41, in 42 respective mounting hole 47 of the second mounting plate, the first rotating shaft
43,44 at least one respective tapped through hole 46 of the second shaft exposes from the first mounting plate 41, the second mounting plate 42 respectively, institute
41 both ends of the first mounting plate are stated to be connected respectively on first left side, half loop orbit 22 respective medial surface of the 21, first right half loop orbit,
Second mounting plate, 42 both ends are connected respectively to second left side, half loop orbit 32 respective medial surface of the 31, second right half loop orbit
On, the clamping screw 45 screws in first rotating shaft 43,44 respective tapped through hole 46 of the second shaft, to realize left to first half
Right half loop orbit 22 of loop orbit 21, first and second left side, half the 31, second right half loop orbit 32 corresponding end face locking of loop orbit company
It connects；
It is described to include the first track ontology 2 and the connection of the second track ontology 3 forms one and is installed on circular ring shape rail on pipeline 1
Road, this round circular orbit medial surface have been uniformly arranged in the circumferential direction several track link blocks 7, described 7 one end of track link block and the
One left side, half loop orbit the 21, second left half loop orbit 31 medial surface connection, 7 other end of track link block and the first right half loop orbit
22, the second right half loop orbit 32 medial surface connection, 7 medial surface of track link block are respectively fixed with a cushion block 8.
Above-mentioned cushion block 8 is rectangular steel tube, and the cross section length of side of this rectangular steel tube is 25mm × 25mm；Above-mentioned several tracks connect
The number for connecing block 7 is 12；It is fixedly connected by rivet between above-mentioned track link block 7 and cushion block 8.
When using the above-mentioned versatility track welded for pipeline, the setting of retaining mechanism is met easy to disassemble
It is required that and when not in use, the first track ontology, the second track ontology can be always remained attached to together, convenience in transport
And carrying, in use, only track need to be set on pipeline, then 2 retaining mechanisms are locked successively, a people can be complete
The dismounting or installation of pairs of track, it is convenient and efficient easy to operate；Secondly, the setting of track link block can make track and pipe
Contact setting that is even closer, and being uniformly distributed circumferentially between road, by multi-point support by the phase between track and pipeline
Interreaction force is evenly distributed in circumferential direction, avoids damaging or weigh wounded pipeline by pressure because dynamics is excessive；The setting of different size cushion blocks,
By installing the cushion block of different size and number additional, conveniently realizes and different-diameter pipeline is applicable in so that track has
Good versatility increases working efficiency, cost-effective.
Above-described embodiment is only the technical concepts and features for illustrating the utility model, and its object is to allow be familiar with technique
Personage can understand the content of the utility model and implement according to this, the scope of protection of the utility model can not be limited with this.
It is all according to equivalent change or modification made by the spirit of the present invention essence, should all cover the scope of protection of the utility model it
It is interior.
Claims (7)
1. a kind of versatility track for pipeline welding, it is characterised in that：Including the first track ontology（2）, the second track sheet
Body（3）With 2 retaining mechanisms（4）, the first track ontology（2）With the second track ontology（3）Both ends pass through locking respectively
Mechanism（4）Connection, the first track ontology（2）Further comprise the disposed in parallel first left half loop orbit（21）With first right side
Half loop orbit（22）, the second track ontology（3）Further comprise the disposed in parallel second left half loop orbit（31）With second
Right half loop orbit（32）；
The retaining mechanism（4）Further comprise the first mounting plate（41）, the second mounting plate（42）, first rotating shaft（43）, second
Shaft（44）And clamping screw（45）, the first rotating shaft（43）, the second shaft（44）It is provided at least one tapped through hole
（46）, the first rotating shaft（43）, the second shaft（44）It is respectively embedded into the first mounting plate（41）, the second mounting plate（42）It is respective
Mounting hole（47）It is interior, the first rotating shaft（43）, the second shaft（44）At least one respective tapped through hole（46）Respectively from
One mounting plate（41）, the second mounting plate（42）Upper exposing, first mounting plate（41）Both ends are connected respectively to the first left semi-ring
Track（21）, the first right half loop orbit（22）On respective medial surface, second mounting plate（42）Both ends are connected respectively to
Two left half loop orbits（31）, the second right half loop orbit（32）On respective medial surface, the clamping screw（45）Screw in first turn
Axis（43）, the second shaft（44）Respective tapped through hole（46）, to realize to the first left half loop orbit（21）, the first right semi-ring
Track（22）With the second left half loop orbit（31）, the second right half loop orbit（32）Corresponding end face locking connection；
It is described to include the first track ontology（2）With the second track ontology（3）Connection forms one and is installed on pipeline（1）On circular ring shape rail
Road, this round circular orbit medial surface have been uniformly arranged in the circumferential direction several track link blocks（7）, the track link block（7）One end
With the first left half loop orbit（21）, the second left half loop orbit（31）Medial surface connects, track link block（7）The other end and first right side
Half loop orbit（22）, the second right half loop orbit（32）Medial surface connects, the track link block（7）Medial surface is respectively fixed with one
Cushion block（8）.
2. the versatility track according to claim 1 for pipeline welding, it is characterised in that：The track link block
（7）For square tube, the opposite two sides of this square tube has several threaded holes.
3. the versatility track according to claim 1 for pipeline welding, it is characterised in that：The cushion block（8）For square
The section length of side of shape steel pipe, this rectangular steel pipe is 25mm × 50mm.
4. the versatility track according to claim 1 for pipeline welding, it is characterised in that：The cushion block（8）For side
The cross section length of side of shape steel pipe, this rectangular steel tube is 25mm × 25mm.
5. the versatility track according to claim 1 for pipeline welding, it is characterised in that：Several track connections
Block（7）Number be 4~20.
6. the versatility track according to claim 1 for pipeline welding, it is characterised in that：The track link block
（7）With cushion block（8）Between be fixedly connected by rivet.
7. the versatility track according to claim 1 for pipeline welding, it is characterised in that：The cushion block（8）
With cushion block（8）Between be fixedly connected by rivet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721880239.8U CN207806963U (en) | 2017-12-28 | 2017-12-28 | Versatility track for pipeline welding |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721880239.8U CN207806963U (en) | 2017-12-28 | 2017-12-28 | Versatility track for pipeline welding |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207806963U true CN207806963U (en) | 2018-09-04 |
Family
ID=63327992
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721880239.8U Active CN207806963U (en) | 2017-12-28 | 2017-12-28 | Versatility track for pipeline welding |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207806963U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110672791A (en) * | 2019-09-30 | 2020-01-10 | 上海工程技术大学 | Multi-section rapid splicing gear ring track with adjustable coaxiality of thread fine adjustment gear section gaps |
-
2017
- 2017-12-28 CN CN201721880239.8U patent/CN207806963U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110672791A (en) * | 2019-09-30 | 2020-01-10 | 上海工程技术大学 | Multi-section rapid splicing gear ring track with adjustable coaxiality of thread fine adjustment gear section gaps |
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