CN208730355U - Synchronization connecton layout for plastic row control tube apparatus - Google Patents
Synchronization connecton layout for plastic row control tube apparatus Download PDFInfo
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- CN208730355U CN208730355U CN201821009988.8U CN201821009988U CN208730355U CN 208730355 U CN208730355 U CN 208730355U CN 201821009988 U CN201821009988 U CN 201821009988U CN 208730355 U CN208730355 U CN 208730355U
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Abstract
The utility model relates to a kind of synchronization connecton layouts for plastic row control tube apparatus, for producing the plastic drain-pipe with transmission cable, can longitudinally be laid in cable in tube wall along pipe.Synchronous connecton layout is mainly made of turntable, driving motor, driving chain, wire spool, cable guide bar.The reeler for being wound with cable is mounted on turntable, and turntable is rotated with the equidirectional same revolving speed of the pipeline section wound, and after the inner wall winding of pipeline section, cable is placed in inner wall outside, then while winding circular tube spiral structural walls secures the cable between the two.Connecton layout is synchronous with pipeline section winding, and cable is preset inside tubing along a straight line, solves the problems, such as that prior art tubulation apparatus does not synchronize cable installation aiding device.
Description
Technical field
The utility model relates to a kind of synchronization connecton layouts for plastic row control tube apparatus, belong to drainage pipe manufacture
Apparatus field, more particularly to the synchronization connecton layout for the tubing manufacturing equipment for laying cable on the outside of tubing.
Background technique
Buried plastics pipe has many advantages, such as that inner wall smooth frictional resistance is small, the tight non-leakage, corrosion resistance and good of interface,
It is widely used in drainage pipeline project.The manufacturing process of plastic drain-pipe mainly has injection molding, drawing-die and winding, outdoor drainage pipe
Road is relatively large in diameter, and generallys use winding process production at present.Winding process is the plastic winding in rotation internal model using hot melt
Tube wall and structural walls form the circular pipe with certain ring stiffness.
With the development of internet technology, drainage pipeline intelligent management comes into being, intelligent drainage function pipe network be by
The hydrologic parameter acquisition sensor being arranged on drainage pipeline networks, is carried out data transmission along drainage pipeline by transmission cable, until transmitting
It is wirelessly sent to control centre after the processing of unit intensive data, such mode passes through numerous acquisition data
Cable transmission is to transmitting unit, it is possible to reduce the quantity of transmitting unit reduces the construction cost of Intelligent pipe net.
In order to realize the hydrographic data transmission of intelligent drainage function pipe network, a transmission is laid with pipeline when being laid with drainage pipeline
Cable.Waterproof connector is arranged in a preset cable on plastic drain-pipe, and connector connects when Pipe installing, forms the full pipe of perforation
The transmission cable on road.When production is used for the plastic drain-pipe of intelligent drainage function pipe network, a preset transmission cable on tube wall is needed,
In tubing production, tube wall Dun is being wound simultaneously, cable can just make cable cloth along a straight line with the tube wall synchronous rotary of rotation
It is located on tube wall, the not synchronous device for laying cable of the tubulation apparatus of the prior art.
Summary of the invention
The purpose of this utility model is: providing a kind of synchronization connecton layout for plastic row control tube apparatus, production modeling
When expecting drainpipe, cable can be longitudinally laid in tube wall along pipe.Synchronous connecton layout mainly includes turntable, is wound with cable
Reeler is mounted on turntable, and turntable is rotated with the equidirectional same revolving speed of the pipeline section wound, and after the inner wall winding of pipeline section, cable is placed
In inner wall outside, then while winding circular tube spiral structural walls, secures the cable between the two.Beneficial effect is: connecton layout and pipe
Section winding synchronizes, and cable is preset inside tubing along a straight line, solves the not synchronous cable of prior art tubulation apparatus and lays
The problem of device.
The utility model is realized by the following technologies: tubulation apparatus includes power bin 100, internal model 200, the system
Tube apparatus is equipped with synchronous connecton layout 300, the end of power bin 100 is arranged in, mainly by turntable 1, driving motor 2, transmission chain
Item 3, wire spool 4, cable guide bar 5 form.Turntable 1 annularly constructs, and the quadrangle of the end of power bin 100 is provided with positioning
Wheel 6, turntable 1 is mounted between four locating wheels 6, turntable 1 can rotate in locating wheel 6, and turntable 1 is slowed down by driving motor 2
It is driven by driving chain 3, is rotated in four locating wheels 6 afterwards.It is provided with wire spool 4 on turntable 1, is wound on wire spool 4
Cable 9 turns to 90 ° by the directive wheel 10 being arranged on cable guide bar 5, makes the center of the parallel internal model 200 of cable 9, along plastics
Drainpipe 400 is longitudinal to be laid, and wire spool 4 winds equidirectional same revolving speed synchronous rotary, line with turntable 1 and plastic drain-pipe 400
Cable 9 is fixed between inside pipe wall 401 and circular tube spiral structural walls 402, winds pipe outer wall on the outside of circular tube spiral structural walls 402
403 close the cable 9 of laying.The plastic drain-pipe 400 of different tube diameters winds revolving speed difference, and driving motor 2 uses frequency conversion tune
Speed motor makes turntable 1 and plastic draining by 2 revolving speed of PLC PLC controls driving motor of control flow 500
It is synchronous that pipe 400 winds revolving speed, and can finely tune revolving speed by control flow.
The locating wheel 6 is mounted on positioning wheel carrier 7, and positioning wheel carrier 7 is provided with locating slot 8, adjustable locating wheel
Frame 7 keeps the center of turntable 1 and the center of internal model 200 concentric in the position of 100 end of power bin.
The back side of the turntable 1 is provided with teeth 11 along annulus uniform intervals, and driving chain 3 is engaged with teeth 11, and two
Linearly, the rear portion of teeth 11 is provided with teeth regulating device 12 to driving chain 3 between the teeth 11 of a occlusion, and teeth 11 can
Normal direction along turntable 1 is adjusted, the elastic tension of adjustable driving chain 3.
Regulating tank 13 is provided on the cable guide bar 5, cable guide bar 5 can be moved along the normal direction of turntable 1
It is dynamic, when for winding the plastic drain-pipe 400 of different tube diameters, make the cable 9 after turning to by the directive wheel 10 of cable guide bar 5
It is in the outside of inside pipe wall 401, it is using bolt 14 is adjusted that cable guide bar 5 is fixed on the turntable 1.
Detailed description of the invention
Fig. 1 is the tubulation apparatus stereoscopic schematic diagram for being mounted with the utility model；
Fig. 2 is turntable running part schematic diagram；
Fig. 3 is the utility model local structure schematic diagram.
In figure: 100- power bin, 101- inner wall flat rubber belting discharge port, 102- circular tube spiral structural walls discharge port, 103- outer wall
Flat rubber belting discharge port, 104- conduit saddle bracket, 200- internal model, the synchronous connecton layout of 300-, 400- plastic drain-pipe, 401- inside pipe wall,
402- circular tube spiral structural walls, 403- pipe outer wall, 500- control flow, 1- turntable, 2- driving motor, 3- driving chain, 4- coiling
Disk, 5- cable guide bar, 6- locating wheel, 7- position wheel carrier, 8- locating slot, 9- cable, 10- directive wheel, 11- teeth, 12- teeth
Regulating device, 13- regulating tank, 14- adjust bolt.
Specific embodiment
In order to which those skilled in the art more fully understand the utility model, the utility model is made in conjunction with 1~attached drawing of attached drawing 3
Further instruction, the content that embodiment refers to not are the restriction to the utility model.
Production can be used for the plastic drain-pipe of intelligent drainage function pipe network, need that transmission cable is preset at pipe when manufacturing tubing
In wall, plastic drain-pipe is produced using winding process, when winding tube wall, cable need to can just make line with pipe synchronous rotary
Cable is longitudinally in that straight line is laid along tube wall.The utility model is the connecton layout for plastic drain-pipe tubulation apparatus, installation
The tubulation apparatus stereoscopic schematic diagram of the utility model is shown in Fig. 1.Tubulation apparatus mainly includes power bin 100, internal model 200, is synchronized
The end of power bin 100 is arranged in connecton layout 300, mainly by turntable 1, driving motor 2, driving chain 3, wire spool 4, cable
Guide rod 5 forms, and turntable 1 annularly constructs, and the quadrangle of the end of power bin 100 is provided with locating wheel 6, turntable 1 is installed
Between four locating wheels 6, locating wheel 6 is mounted on positioning wheel carrier 7, and positioning wheel carrier 7 is provided with locating slot 8, adjustable fixed
Position wheel carrier 7 keeps the center of turntable 1 and the center of internal model 200 concentric in the position of 100 end of power bin.
Turntable 1 can rotate in locating wheel 6, and turntable 1 is driven after being slowed down by driving motor 2 by driving chain 3, at four
It is rotated in locating wheel 6.Wire spool 4 is provided on turntable 1, the cable 9 wound on wire spool 4, by being arranged on cable guide bar 5
Directive wheel 10 turn to 90 °, make the center of the parallel internal model 200 of cable 9, lay along plastic drain-pipe 400 is longitudinal, wire spool 4 with
Turntable 1 and plastic drain-pipe 400 wind equidirectional same revolving speed synchronous rotary, cable 9 is fixed on inside pipe wall 401 and round tube spiral shell
It revolves between structural walls 402, pipe outer wall 403 is wound on the outside of circular tube spiral structural walls 402 and closes the cable 9 of laying.One tubulation
Equipment can produce the tubing of different tube diameters specification, and the plastic drain-pipe 400 of different tube diameters winds revolving speed difference, driving motor 2
The rotating ratio that driving chain 3 between turntable 1 drives be it is fixed, turntable 1 adapts to different caliber revolving speeds, is to pass through driving
The speed regulation of motor 2 realizes that driving motor 2 uses frequency control motor, and a variety of different caliber revolving speeds use PLC programmable logic
Controller programmed, after selecting the caliber produced, 2 turns of the PLC PLC controls driving motor of control flow 500
It is synchronous with the winding revolving speed of plastic drain-pipe 400 to make turntable 1, and can finely tune revolving speed by control flow for speed.
1 running part schematic diagram of turntable is shown in that Fig. 2, Fig. 2 are the views looked over from the end of power bin 100 to 1 direction of turntable
Figure, power bin 100 and positioning wheel carrier 7 are really invisible, in order to indicate relevant relationship, adopt and are represented by dashed line.Turntable 1
The back side is provided with teeth 11 along annulus uniform intervals, and driving chain 3 is engaged with teeth 11, between the teeth 11 of two occlusions
Driving chain 3 is linear.The utility model is provided with teeth 11 using uniform intervals, and not using the gear of annular, it can be significantly
The difficulty for lowering whole large-sized annular gear manufacture, lowers manufacturing cost.The number that uniform intervals are arranged on the turntable 1 of teeth 11
Amount, the driving chain 3 between teeth 11 being engaged with two are linearly advisable without departing from cyclic annular turntable 1.It can from the A full-page proof of Fig. 2
To find out, the rear portion of teeth 11 is provided with teeth regulating device 12, and teeth 11 can be adjusted along the normal direction of turntable 1, can be adjusted
The elastic tension of whole driving chain 3, this is an advantage over the beneficial effect of integral ring-shaped gear.
Synchronous connecton layout local structure schematic diagram is shown in Fig. 3, and Fig. 3 partial enlargement cable guide bar 5 constructs, cable guide
Regulating tank 13 is provided on bar 5, it is using two adjusting bolts 14 that cable guide bar 5 is fixed on the turntable 1.It unclamps and adjusts bolt
14, cable guide bar 5 can be moved along the normal direction of turntable 1, when for winding the plastic drain-pipe 400 of different tube diameters, be made
Cable 9 after being turned to by the directive wheel 10 of cable guide bar 5 is in the outside of inside pipe wall 401.
Plastic drain-pipe technique with the utility model production built-in transmission cable is as follows: winding process tubulation apparatus is not only
It further include that inner wall flat rubber belting discharge port 101, circular tube spiral structural walls discharge port 102, outer wall are flat including power bin 100, internal model 200
Band discharge port 103, conduit saddle bracket 104.The rotary power that power bin 100 exports, rotates internal model 200 at the uniform velocity, winding production modeling
Expect drainpipe 400, is 200 higher slice of the internal model winding in rotation, first winds inside pipe wall 401, squeezed from inner wall flat rubber belting discharge port 101
Plastic hot melt state flat rubber belting out, is wrapped in internal model 200, in the twisted lower inside pipe wall for forming a circular tube shaped of internal model 200
401, inside pipe wall 401 is rotated backwards extrusion while winding.The position for adjusting cable guide bar 5 makes cable 9 be close to inside pipe wall
401 outside, when inner wall 401 is squeezed out backward to the position of circular tube spiral structural walls discharge port 102, the outside of inside pipe wall 401
Circular tube spiral structural walls 402 are wound, cable 9 is crushed between inside pipe wall 401 and circular tube spiral structural walls 402, and pipeline section continues to revolve
It is squeezed out after steering, until winding one layer of pipe again in the outside of circular tube spiral structural walls 402 when the position of outer wall flat rubber belting discharge port 103
Outer wall 403 is formed the winding double structure wall pipe of built-in transmission cable.The pipeline section wound out rotates on conduit saddle bracket 104
Mobile to the back-end, pipe is not limited by cut lengths, can be with the plastic drain-pipe of continuous production random length, in rising for pipeline section
Point and terminal winding bellmouth and socket, a section plastic drain-pipe complete.
The description of the present application and attached drawing are only a specific embodiments, rather than restrictive, the technology of this field
Personnel are under the enlightenment of the application, when not departing from the application objective and scope of the claimed protection, can also do
Many forms out, within the application protection scope.
Claims (4)
1. a kind of synchronization connecton layout for plastic row control tube apparatus, tubulation apparatus includes power bin (100), internal model
(200), it is characterized in that: the tubulation apparatus is equipped with synchronous connecton layout (300), setting is in the end of power bin (100), master
It to be made of turntable (1), driving motor (2), driving chain (3), wire spool (4), cable guide bar (5), turntable (1) is annular in shape
Construction, the quadrangle of the end of power bin (100) is provided with locating wheel (6), by turntable (1) be mounted on four locating wheels (6) it
Between, turntable (1) can rotate on locating wheel (6), and turntable (1) is driven after being slowed down by driving motor (2) by driving chain (3),
It is rotated on four locating wheels (6)；It is provided on turntable (1) wire spool (4), the cable (9) wound on wire spool (4) passes through
The directive wheel (10) being arranged on cable guide bar (5) turns to 90 °, makes the center of the parallel internal model (200) of cable (9), along plastic row
Water pipe (400) is longitudinally laid, and wire spool (4) is revolved as turntable (1) is synchronous with the equidirectional same revolving speed of plastic drain-pipe (400) winding
Turn, cable (9) is fixed between inside pipe wall (401) and circular tube spiral structural walls (402), and circular tube spiral structural walls (402) are outside
Side winds pipe outer wall (403) and closes the cable (9) of laying；Plastic drain-pipe (400) the winding revolving speed of different tube diameters is different, drives
Dynamic motor (2) use frequency control motor, pass through the PLC PLC controls driving motor (2) of control flow (500)
It is synchronous with plastic drain-pipe (400) winding revolving speed to make turntable (1), and can finely tune revolving speed by control flow for revolving speed.
2. the synchronization connecton layout according to claim 1 for plastic row control tube apparatus, it is characterized in that: described determines
Position wheel (6) is mounted in positioning wheel carrier (7), and positioning wheel carrier (7) is provided with locating slot (8), and adjustable positioning wheel carrier (7) is dynamic
The position of power storehouse (100) end, keeps the center of turntable (1) and the center of internal model (200) concentric.
3. the synchronization connecton layout according to claim 1 for plastic row control tube apparatus, it is characterized in that: described turns
The back side of disk (1) is provided with teeth (11) along annulus uniform intervals, and driving chain (3) is engaged with teeth (11), two occlusion
Linearly, the rear portion of teeth (11) is provided with teeth regulating device (12) driving chain (3) between teeth (11), teeth (11)
It can be adjusted along the normal direction of turntable (1), the elastic tension of adjustable driving chain (3).
4. the synchronization connecton layout according to claim 1 for plastic row control tube apparatus, it is characterized in that: the line
It is provided on cable guide rod (5) regulating tank (13), cable guide bar (5) can be mobile along the normal direction of turntable (1), for twining
When around plastic drain-pipe (400) of different tube diameters, make the cable (9) after turning to by the directive wheel (10) of cable guide bar (5)
It is in the outside of inside pipe wall (401), cable guide bar (5) is fixed on turntable (1) using bolt (14) are adjusted.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821009988.8U CN208730355U (en) | 2018-06-28 | 2018-06-28 | Synchronization connecton layout for plastic row control tube apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821009988.8U CN208730355U (en) | 2018-06-28 | 2018-06-28 | Synchronization connecton layout for plastic row control tube apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208730355U true CN208730355U (en) | 2019-04-12 |
Family
ID=66026241
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821009988.8U Expired - Fee Related CN208730355U (en) | 2018-06-28 | 2018-06-28 | Synchronization connecton layout for plastic row control tube apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208730355U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110328836A (en) * | 2019-04-29 | 2019-10-15 | 中国水利水电科学研究院 | A method of realizing cylindrical barred body screw propulsion |
| CN117087217A (en) * | 2023-10-20 | 2023-11-21 | 山东浩源管业有限公司 | Device and process for extrusion coating of inner wall of polyethylene plastic steel winding pipe |
-
2018
- 2018-06-28 CN CN201821009988.8U patent/CN208730355U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110328836A (en) * | 2019-04-29 | 2019-10-15 | 中国水利水电科学研究院 | A method of realizing cylindrical barred body screw propulsion |
| CN117087217A (en) * | 2023-10-20 | 2023-11-21 | 山东浩源管业有限公司 | Device and process for extrusion coating of inner wall of polyethylene plastic steel winding pipe |
| CN117087217B (en) * | 2023-10-20 | 2024-01-02 | 山东浩源管业有限公司 | Device and process for extrusion coating of inner wall of polyethylene plastic steel winding pipe |
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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 | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190412 Termination date: 20190628 |