CN206605750U - Infiltrating irrigation pipe forming production line - Google Patents
Infiltrating irrigation pipe forming production line Download PDFInfo
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- CN206605750U CN206605750U CN201621298968.8U CN201621298968U CN206605750U CN 206605750 U CN206605750 U CN 206605750U CN 201621298968 U CN201621298968 U CN 201621298968U CN 206605750 U CN206605750 U CN 206605750U
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Abstract
The utility model is related to infiltrating irrigation pipe moulding process, especially a kind of infiltrating irrigation pipe forming production line.Including extrusion shaping machine, wherein, also include cooling device, draw-gear and controller, feed end of the discharge end of extrusion shaping machine close to cooling device, feed end of the discharge end of cooling device close to draw-gear, the discharge end of draw-gear sets infiltrating irrigation cutting-off mechanism, and infiltrating irrigation cutting-off mechanism is arranged on infiltrating irrigation pipe cut-out support, and extrusion shaping machine and draw-gear are connected with controller.Which raises the quality of infiltrating irrigation pipe, and substantially increase the production efficiency of infiltrating irrigation pipe.
Description
Technical field
The utility model is related to infiltrating irrigation pipe moulding process, especially a kind of infiltrating irrigation pipe forming production line.
Background technology
Infiltrating irrigation is a more advanced agricultural irrigation technology, wherein more crucial facility is by rubber and/or plastics system
Into infiltrating irrigation pipe, infiltrating irrigation pipe is embedded in underground, watered by the micropore on infiltrating irrigation pipe to farmland, serves the effect of water-saving irrigation,
Therefore, the micropore size of the quality of infiltrating irrigation pipe, especially infiltrating irrigation pipe, pipe thickness, the intensity of pipe and micropore distribution is uniform
Degree etc. directly influences the effect of irrigation, and the micropore size of irrigation pipe is appropriate, moderate, can guarantee that infiltrating irrigation pipe is provided enough, properly
Carrying capacity and irrigation uniformity, to ensure optimal water-saving irrigation effect.
Existing infiltrating irrigation pipe is typically all to use the infiltrating irrigation pipe temperature after Infiltrating irrigation pipe extruder extrusion molding, extrusion higher,
It is still colloid object, it is therefore necessary to could be used after being cooled down to infiltrating irrigation pipe.Cooling in the prior art to infiltrating irrigation pipe is general all
It is that, by manually operating completion, but as noted previously, as the infiltrating irrigation pipe after extrusion forming is in glial state, if cooled
Cheng Zhongcao is pullled infiltrating irrigation pipe or other improper operations, then the micropore size of infiltrating irrigation pipe can be caused to change, it is impossible to ensure
Micropore size, pipe thickness, the intensity of pipe and the uniformity of micropore distribution of infiltrating irrigation pipe, so as to have impact on the irrigation of infiltrating irrigation pipe
Effect, causes the percent defective in infiltrating irrigation pipe production process to greatly improve, and reduces the productivity ratio of infiltrating irrigation pipe.
Utility model content
The purpose of this utility model is to solve the above-mentioned problems in the prior art, it is proposed that a kind of infiltrating irrigation pipe shaping
Production line, which raises the quality of infiltrating irrigation pipe, and substantially increases the production efficiency of infiltrating irrigation pipe.
The technical solution of the utility model is：A kind of infiltrating irrigation pipe forming production line, including extrusion shaping machine, wherein, also wrap
Include cooling device, draw-gear and controller, the discharge end of extrusion shaping machine close to cooling device feed end, cooling device
Discharge end is close to the feed end of draw-gear, the discharge end setting infiltrating irrigation cutting-off mechanism of draw-gear, infiltrating irrigation cutting-off mechanism
It is arranged on infiltrating irrigation pipe cut-out support, extrusion shaping machine and draw-gear are connected with controller；
The extrusion shaping machine includes extrusion molding pipe, and the extrusion molding tube outer surface is provided with array heating plate, often
Group heating plate includes two heating plates, and heating plate is connected with controller；
The cooling device includes bosh, is cooled down being arranged at intervals at least four at the feed end of bosh
At least three rotating rollers are provided with perpendicular to infiltrating irrigation pipe direction in water pipe, cold rinse bank, rotating roller is fixed on the rotating shaft, rotary shaft edge
The length direction of bosh is arranged at intervals, and rotary shaft is rotated with bosh and is connected, and infiltrating irrigation pipe is contacted with rotating roller, and infiltrating irrigation
Pipe is staggered between each rotating roller；
The draw-gear includes draw-gear support, and draw-gear support is provided with driving wheel and driven pulley, driving wheel
It is connected with driven pulley by rotating shaft with draw-gear holder pivots, driven pulley is located at the surface of driving wheel, and driven pulley is to oozing
Fill pipe and apply extruding force, infiltrating irrigation pipe is clipped between driving wheel and driven pulley, the end of draw-gear is provided with infiltrating irrigation cutting-off mechanism,
Infiltrating irrigation cutting-off mechanism is connected with controller, and the other end of the rotating shaft of fixed driven pulley is fixed with turning gear, the top of turning gear
Provided with photoelectric counter, photoelectric counter is fixed on draw-gear support by photoelectric counter support, photoelectric counter with
Controller is connected；
The controller is model AT89C2051 single-chip microcomputer.
The extrusion shaping machine also includes support, drive mechanism and casing drum, and drive mechanism and extrusion molding pipe are fixed
On support, the extrusion molding pipe include shell, the machine barrel being arranged in shell and the screw rod being arranged in machine barrel, machine barrel and
Machine barrel inner chamber is provided between screw rod, the output end of drive mechanism is connected with belt gear, belt gear and reductor
Structure is connected, and the output end of drive mechanism is connected by belt gear with reducing gear belt transmission, and one end of screw rod passes through
The output end of bearing and reducing gear is promoted to connect, the end is feed end, is connected with and adds on the extrusion molding pipe of feed end
Barrel, casing drum is connected with machine barrel inner chamber；The other end of screw rod is connected with male model, and male model is tapered, and the outside of male model is provided with mother
Mould, master mold is fixed on the end of extrusion molding pipe, and the end is discharge end.
The shell is provided with least four groups heating plates and at least one set of standby heating plate, institute close to the outer surface of feeding cylinder
Stating extrusion shaping machine also includes temperature display, and temperature display is arranged on support, and temperature display is connected with controller, respectively
The heating-up temperature of group heating plate is respectively displayed on temperature display.
In the utility model, the heating and temperature control of the heating plate is between 140-160 DEG C.
At least three rotating rollers are provided with perpendicular to infiltrating irrigation pipe direction in the cold rinse bank, are rotating roller I, rotating roller II respectively
With rotating roller III, wherein rotating roller I is fixed in rotary shaft I, and rotating roller II is fixed in rotary shaft II, and rotating roller III is fixed on
In rotary shaft III, length direction along bosh of rotary shaft I, rotary shaft II and rotary shaft III is arranged at intervals, and rotary shaft I, is turned
Moving axis II and rotary shaft III are rotated with bosh and are connected, and infiltrating irrigation pipe is directly contacted with rotating roller, and infiltrating irrigation pipe is located at rotation
Top, the lower section of rotating roller II of roller I and rotating roller III.
The draw-gear support is fixed with infiltrating irrigation pipe guiding trestle at feed end, and infiltrating irrigation pipe guiding trestle is located at master
The front of driving wheel and driven pulley, the top of draw-gear support is provided with display input screen, and display input screen is provided with input keyboard
With length display screen, display input screen is connected with controller.
The infiltrating irrigation cutting-off mechanism is fixed on infiltrating irrigation pipe cut-out support, infiltrating irrigation pipe cut-out support and draw-gear support
It is fixedly connected, the infiltrating irrigation cutting-off mechanism includes cut-out cylinder, air cylinder supporting structure, guide pad, cutoff tool and piston rod, wherein
Cut-out cylinder is fixed on the top that infiltrating irrigation pipe cuts off support, and the lower section of cut-out cylinder is provided with cutoff tool, cuts off the piston rod of cylinder
It is fixedly connected with the top of cutoff tool, guide pad is respectively equipped with the two sides of cutoff tool middle and lower part, guide pad, which is fixed on, is oozed
Fill on pipe cut-out support, the side of guide pad towards cutoff tool is respectively equipped with guide groove, and two outer side edges of cutoff tool, which are arranged on, to be led
Into groove, cutoff tool is slided up and down along guide pad, and the lower section of guide pad is provided with guide pipe, and infiltrating irrigation pipe is in guide pipe, guide pipe
Top and infiltrating irrigation pipe cut-out support between there is certain gap, the gap is inserted into cutoff tool, while under guide pipe
Portion is fixedly connected with infiltrating irrigation pipe cut-out support.
The output end connection of the driving wheel and motor, the motor and drive mechanism are connected with controller.
The beneficial effects of the utility model：The infiltrating irrigation pipe forming production line realizes the extrusion molding of infiltrating irrigation pipe, cooling, together
When traction by draw-gear and count action, not only realize the automatic motion that infiltrating irrigation pipe is given birth in production line, and in spiral shell
It ensure that infiltrating irrigation pipe micropore diameter is appropriate, moderate, uniform under the extrusion of bar and the traction double action of draw-gear, improve infiltrating irrigation
The quality and yield rate of pipe；The whole work process of infiltrating irrigation pipe is automatically performed in production line simultaneously, realizes the automatic of infiltrating irrigation pipe
Shaping, improves the production efficiency of infiltrating irrigation pipe.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the structural representation of extrusion shaping machine；
Fig. 3 is the structural representation of bosh；
Fig. 4 is the structural representation of photoelectric counter and turning gear；
Fig. 5 is the main structure diagram of infiltrating irrigation cutting-off mechanism.
In figure：1 extrusion shaping machine；2 cooling devices；3 draw-gears；4 casing drums；5 extrusion molding pipes；501 machine barrel inner chambers；
502 shells；503 male models；504 master molds；505 screw rods；506 machine barrels；6 heating plates；7 backup temperature display screens；8 temperature displays；9
Cooling water pipe；10 boshes；11 display input screens；12 driven pulleys；13 driving wheels；14 infiltrating irrigation cutting-off mechanisms；1401 cut-outs
Cylinder；1402 air cylinder supporting structures；1403 guide pads；1404 cutoff tools；1405 piston rods；15 draw-gear supports；16 infiltrating irrigation pipes
Guiding trestle；17 reducing gears；19 belt gears；20 drive mechanisms；23 photoelectric counter fixed supports；24 photoelectric countings
Device；25 turning gears；26 infiltrating irrigation pipes cut off support；27 guide pipes；28 rotary shafts I；2801 rotating rollers I；29 infiltrating irrigation pipes；30 rotate
Axle II；3001 rotating rollers II；31 rotary shafts III；3101 rotating rollers III.
Embodiment
The utility model is further described with reference to the accompanying drawings and examples.
As indicated with 1, described infiltrating irrigation pipe forming production line includes extrusion shaping machine 1, cooling device 2, draw-gear 3 and control
Device processed.The discharge end of extrusion shaping machine 1 is close to the feed end of cooling device 2, and the discharge end of cooling device 2 is close to draw-gear 3
Feed end, the discharge end of draw-gear 3 sets infiltrating irrigation cutting-off mechanism 14, and infiltrating irrigation cutting-off mechanism 14 is arranged on infiltrating irrigation pipe and cut
On disconnected support 26.Controller is equipped with extrusion shaping machine 1 and draw-gear 3.
As depicted in figs. 1 and 2, described extrusion shaping machine 1 includes support, drive mechanism 20, casing drum 4 and extrusion molding
Pipe 5, drive mechanism 20 and extrusion molding pipe 5 are each attached on support.The extrusion molding pipe 5 includes shell 502, set outside
Machine barrel 506 and the screw rod 505 being arranged in machine barrel in shell, are provided with machine barrel inner chamber 501, driving between machine barrel 506 and screw rod 505
The output end of mechanism 20 is connected by belt gear 19 with the belt transmission of reducing gear 17.One end of screw rod 505 is by pushing away
Dynamic bearing is connected with the output end of reducing gear 17, and casing drum 4, casing drum 4 are connected with the extrusion molding pipe 5 of feed end
Connected with machine barrel inner chamber 501, the end is feed end；The other end of screw rod is connected with male model 503, and male model 503 is tapered, male model
503 outside is provided with master mold 504, and master mold 504 is fixed on the end of extrusion molding pipe 5, and the end is discharge end.
The shell 502 is provided with four groups of heating plates 6 close to the outer surface of feeding cylinder, while being additionally provided with least one set of standby
Heating plate, every group of heating plate include two heating plates, and heating plate 6 is connected with controller, passes through controller control heating plate 6
Heating-up temperature, by setting heating plate 6 to heat masterbatch.The heating-up temperature of every group of heating plate 6 is respectively displayed on temperature and shown
In display screen, temperature display is arranged on support, and temperature display is connected with controller.Include four temperature in this implementation to show
Display screen 7 and a backup temperature display screen 8, can detect the heating-up temperature of every group of heating plate in real time by temperature display, its
Heating and temperature control is between 140-160 DEG C.
Cooling device 2 includes bosh 10, and the infiltrating irrigation pipe 29 after extrusion shaping machine extruding enters in bosh 10, this
When infiltrating irrigation pipe be in glial state.As shown in figures 1 and 3, cooling water is full of in bosh 10, while close to bosh
At least four cooling water pipes 9 are arranged at intervals at 10 feed end, the cooling water that cooling water pipe 9 flows out carries out cold to colloid infiltrating irrigation pipe
But.At least three rotating rollers are provided with perpendicular to infiltrating irrigation pipe direction in cold rinse bank 10, are rotating roller I 2801, rotating roller II respectively
3001 and rotating roller III 3101, wherein rotating roller I 2801 is fixed in rotary shaft I 28, and rotating roller II 3001 is fixed on rotary shaft
On II 30, rotating roller III 3101 is fixed in rotary shaft III 31, rotary shaft I 28, rotary shaft II 30 and the cooling of the edge of rotary shaft III 31
The length direction of tank 10 is arranged at intervals, and rotary shaft I 28, rotary shaft II 30 and rotary shaft III 31 are rotated with bosh 10 to be connected
Connect.Infiltrating irrigation pipe is directly contacted with rotating roller, and infiltrating irrigation pipe 29 is located at top, the rotation of rotating roller I 2801 and rotating roller III 3101
The lower section of roller II 3001.During infiltrating irrigation pipe 29 advances, the rotation of three rotating rollers can be driven, at the same by by infiltrating irrigation pipe at each turn
It is staggered between dynamic roller, realizes the traction to infiltrating irrigation pipe.
As shown in figure 1, described draw-gear 3 includes draw-gear support 15, draw-gear support 15 is close to feed end
Place is provided with infiltrating irrigation pipe guiding trestle 16, and infiltrating irrigation pipe guiding trestle 16 is fixed on draw-gear support 15, serves guide effect.
Driving wheel 13 and driven pulley 12 are additionally provided with draw-gear support 15, driving wheel 13 and driven pulley 12 are filled by rotating shaft with traction
Put support 15 and rotate connection.Driven pulley 12 is located at the surface of driving wheel 13, infiltrating irrigation pipe be clipped in driving wheel 13 and driven pulley 12 it
Between, driven pulley 12 applies the active force of extruding to infiltrating irrigation pipe.Driving wheel 13 and motor connection, motor drive driving wheel 13 to rotate,
Driving wheel 13, which is rotated, drives driven pulley 12 to rotate backward, and in the presence of the extruding and drive of driving wheel 13 and driven pulley 12, makes
Infiltrating irrigation pipe travels forward, it is achieved thereby that the purpose that traction infiltrating irrigation pipe advances.The end of draw-gear 3 is provided with infiltrating irrigation tube cut-off machine
Structure 14, infiltrating irrigation cutting-off mechanism 14 is connected with controller, is reached when by the infiltrating irrigation length of tube between driving wheel 13 and driven pulley 12
To after designated length, infiltrating irrigation cutting-off mechanism 14 can automatically cut off infiltrating irrigation pipe under the control action of controller.Draw-gear branch
The top of frame 15 is provided with display input screen 11, and display input screen 11 shows input screen provided with input keyboard and length display screen
11 are connected with controller, and length display screen can show the real time length value of infiltrating irrigation pipe and the setting length value of infiltrating irrigation pipe, by defeated
The setting length value of infiltrating irrigation pipe can be inputted by entering keyboard.
The other end of the rotating shaft of fixed driven pulley 12 is fixed with turning gear 25, and the top of turning gear 25 is provided with photoelectric counter
24, photoelectric counter 24 is fixed on draw-gear support 15 by photoelectric counter support 23, photoelectric counter 24 and control
Device is connected.The rotation number of teeth of turning gear 25 is counted by photoelectric counter 24, the number of teeth is then turned and transmits to control
Device processed, controller is according to the number of teeth is rotated, with reference to the radius parameter of turning gear, so as to calculate by driving wheel 13 and driven pulley 12
Between infiltrating irrigation pipe length, and by the length value include display operator control panel 11 on, when the real time length value rises to setting
After length value, infiltrating irrigation cutting-off mechanism 14 automatically cuts off infiltrating irrigation pipe.
The infiltrating irrigation cutting-off mechanism 14 is fixed on infiltrating irrigation pipe cut-out support 26, and infiltrating irrigation pipe cut-out support 26 is filled with traction
Support 15 is put to be fixedly connected.The infiltrating irrigation cutting-off mechanism 14 includes cut-out cylinder 1401, air cylinder supporting structure 1402, guide pad
1403rd, cutoff tool 1404 and piston rod 1405, wherein cut-out cylinder 1401 is fixed on the top that infiltrating irrigation pipe cuts off support 26, cut-out
The lower section of cylinder 1401 is provided with cutoff tool 1404, and the top of the piston rod 1405 and cutoff tool 1404 that cut off cylinder 1401, which is fixed, to be connected
Connect, guide pad 1403 is respectively equipped with the two sides of the middle and lower part of cutoff tool 1404, guide pad 1403 is fixed on infiltrating irrigation pipe cut-out
On support 26, the side of guide pad 1403 towards cutoff tool 1404 is respectively equipped with guide groove, and two outer side edges of cutoff tool 1404 are set
Put in guide groove, therefore cutoff tool 1404 can be slided up and down along guide pad 1403.The lower section of guide pad 1403 is provided with guiding
There is certain gap between the top of guide pipe 27 and infiltrating irrigation pipe cut-out support 26 in guide pipe 27 in pipe 27, infiltrating irrigation pipe 29,
The gap is inserted into cutoff tool 1404, while the bottom of guide pipe 27 is fixedly connected with infiltrating irrigation pipe cut-out support 26.Work as process
The infiltrating irrigation pipe of draw-gear reaches after setting length that controller control cut-out cylinder 1401 is acted, and piston rod 1405 promotes cut-out
Knife 1404 is along the downward actuation of guide pad 1403, so as to will be cut off by the infiltrating irrigation pipe 29 of guide pipe 27.
In the forming process of infiltrating irrigation pipe, the micropore size of infiltrating irrigation pipe by screw rod extruded velocity and draw-gear traction
What speed was together decided on, and in the utility model, the extruded velocity of screw rod is determined by drive mechanism, the driving machine of the present embodiment
Structure uses variable frequency drive motors, and the rotating speed of motor is controlled by controller；And the hauling speed of draw-gear is also by controlling
Device processed control, therefore ensure that the micropore size of infiltrating irrigation pipe uniformly and all the time.
The controller that the present embodiment is used can be single-chip microcomputer, PLC or control circuit.
The course of work of the present utility model is as follows：Masterbatch is entered in extrusion molding pipe 5 by feeding cylinder 4 first,
Under the rotary action of screw rod, the effect of extruding is produced to the masterbatch in extrusion molding pipe 5, makes masterbatch that there is certain pressure, together
When by the heating of heating plate make masterbatch be in molten condition, the masterbatch with certain pressure be squeezed into male model and master mold into
Type, so as to produce the infiltrating irrigation pipe of glial state.Under the draw of draw-gear, colloid infiltrating irrigation pipe enters in bosh
Cooling, under the cooling effect of cooling water, colloid infiltrating irrigation pipe is gradually cooled to the infiltrating irrigation pipe of solid-state.Infiltrating irrigation pipe is by traction dress
During putting, driven pulley is extruded infiltrating irrigation pipe and the length of infiltrating irrigation pipe is sensed in real time, when by driving wheel and
Infiltrating irrigation length of tube between driven pulley reaches after setting length that controller control infiltrating irrigation cutting-off mechanism 14 cuts infiltrating irrigation pipe automatically
It is disconnected.After automatically cutting off, driven pulley senses to the length of infiltrating irrigation pipe again.
Claims (8)
1. a kind of infiltrating irrigation pipe forming production line, including extrusion shaping machine (1), it is characterised in that：Also include cooling device (2), lead
Leading-in device (3) and controller, the discharge end of extrusion shaping machine (1) close to cooling device (2) feed end, cooling device (2)
Discharge end is close to the feed end of draw-gear (3), the discharge end setting infiltrating irrigation cutting-off mechanism (14) of draw-gear (3), infiltrating irrigation
Cutting-off mechanism (14) is arranged in infiltrating irrigation pipe cut-out support (26), and extrusion shaping machine (1) and draw-gear (3) are and controller
Connection；
The extrusion shaping machine (1) includes extrusion molding pipe (5), and extrusion molding pipe (5) outer surface is heated provided with array
Piece (6), every group of heating plate includes two heating plates, and heating plate (6) is connected with controller；
The cooling device (2) includes bosh (10), is being arranged at intervals at least at the feed end of bosh (10)
At least three rotating rollers are provided with perpendicular to infiltrating irrigation pipe direction in four cooling water pipes (9), cold rinse bank (10), rotating roller, which is fixed on, to be turned
On moving axis, length direction of the rotary shaft along bosh (10) is arranged at intervals, and rotary shaft is rotated with bosh (10) and is connected, and is oozed
Pipe is filled to contact with rotating roller, and infiltrating irrigation pipe is staggered between each rotating roller；
The draw-gear (3) include draw-gear support (15), draw-gear support (15) provided with driving wheel (13) and from
Driving wheel (12), driving wheel (13) and driven pulley (12) are rotated with draw-gear support (15) by rotating shaft and are connected, driven pulley
(12) it is located at the surface of driving wheel (13), driven pulley (12) applies extruding force to infiltrating irrigation pipe, and infiltrating irrigation pipe is clipped in driving wheel (13)
Between driven pulley (12), the end of draw-gear (3) is provided with infiltrating irrigation cutting-off mechanism (14), infiltrating irrigation cutting-off mechanism (14) with
Controller is connected, and the other end of the rotating shaft of fixed driven pulley (12) is fixed with turning gear (25), and the top of turning gear (25) is provided with
Photoelectric counter (24), photoelectric counter (24) is connected with controller；
The controller is model AT89C2051 single-chip microcomputer.
2. infiltrating irrigation pipe forming production line according to claim 1, it is characterised in that：The extrusion shaping machine (1) also includes
Support, drive mechanism (20) and casing drum (4), drive mechanism (20) and extrusion molding pipe (5) are each attached on support, described to squeeze
Going out formed pipe (5) includes shell (502), the machine barrel (506) being arranged in shell and the screw rod (505) being arranged in machine barrel, machine
Machine barrel inner chamber (501) are provided between cylinder (506) and screw rod (505), the output end of drive mechanism (20) is connected with belt drive
Structure (19), belt gear (19) is connected with reducing gear (17), and the output end of drive mechanism (20) passes through belt drive
Structure (19) is connected with reducing gear (17) belt transmission, and one end of screw rod (505) is by promoting bearing and reducing gear (17)
Output end is connected, and the end is feed end, and casing drum (4), casing drum (4) are connected with the extrusion molding pipe (5) of feed end
Connected with machine barrel inner chamber (501)；The other end of screw rod is connected with male model (503), and male model (503) is tapered, outside male model (503)
Side is provided with master mold (504), and master mold (504) is fixed on the end of extrusion molding pipe (5), and the end is discharge end.
3. infiltrating irrigation pipe forming production line according to claim 2, it is characterised in that：The shell (502) is close to feeding cylinder
Outer surface be provided with least four groups heating plates (6) and at least one set of standby heating plate, the extrusion shaping machine (1) also includes warm
Display screen is spent, temperature display is arranged on support, and temperature display is connected with controller, the heating temperature of each group heating plate (6)
Degree is respectively displayed on temperature display.
4. the infiltrating irrigation pipe forming production line according to claim 1 or 3, it is characterised in that：The heating-up temperature of the heating plate
For 140-160 DEG C.
5. infiltrating irrigation pipe forming production line according to claim 1, it is characterised in that：Perpendicular to oozing in the cold rinse bank (10)
Fill pipe direction and be provided with least three rotating rollers, be rotating roller I (2801), rotating roller II (3001) and rotating roller III respectively
(3101), wherein rotating roller I (2801) is fixed in rotary shaft I (28), and rotating roller II (3001) is fixed on rotary shaft II (30)
On, rotating roller III (3101) is fixed in rotary shaft III (31), rotary shaft I (28), rotary shaft II (30) and rotary shaft III (31)
Along bosh (10) length direction be arranged at intervals, rotary shaft I (28), rotary shaft II (30) and rotary shaft III (31) with it is cold
But tank (10) rotates connection, and infiltrating irrigation pipe is directly contacted with rotating roller, and infiltrating irrigation pipe (29) is located at rotating roller I (2801) and rotated
Top, the lower section of rotating roller II (3001) of roller III (3101).
6. infiltrating irrigation pipe forming production line according to claim 1, it is characterised in that：The draw-gear support (15) is close
Infiltrating irrigation pipe guiding trestle (16) is fixed with feed end, infiltrating irrigation pipe guiding trestle (16) is located at the front of driving wheel and driven pulley,
The top of draw-gear support (15) is provided with display input screen (11), and display input screen (11) is aobvious provided with input keyboard and length
Display screen, display input screen (11) is connected with controller.
7. infiltrating irrigation pipe forming production line according to claim 1, it is characterised in that：The infiltrating irrigation cutting-off mechanism (14) is solid
It is scheduled on infiltrating irrigation pipe cut-out support (26), infiltrating irrigation pipe cut-out support (26) is fixedly connected with draw-gear support (15), described to ooze
Filling cutting-off mechanism (14) includes cut-out cylinder (1401), air cylinder supporting structure (1402), guide pad (1403), cutoff tool (1404)
With piston rod (1405), wherein cut-out cylinder (1401) is fixed on the top of infiltrating irrigation pipe cut-out support (26), cylinder is cut off
(1401) lower section is provided with cutoff tool (1404), the piston rod (1405) of cut-out cylinder (1401) and the top of cutoff tool (1404)
It is fixedly connected, guide pad (1403) is respectively equipped with the two sides of cutoff tool (1404) middle and lower part, guide pad (1403) is fixed
On infiltrating irrigation pipe cut-out support (26), guide pad (1403) is provided with guide groove, cutoff tool towards the side of cutoff tool (1404)
(1404) two outer side edges are arranged in guide groove, and cutoff tool (1404) is slided up and down along guide pad (1403), guide pad
(1403) lower section is provided with guide pipe (27), and infiltrating irrigation pipe (29) is in guide pipe (27), the top of guide pipe (27) and infiltrating irrigation pipe
There is certain gap between cut-out support (26), the gap is inserted into cutoff tool (1404), while under guide pipe (27)
Portion is fixedly connected with infiltrating irrigation pipe cut-out support (26).
8. infiltrating irrigation pipe forming production line according to claim 1, it is characterised in that：The driving wheel (13) is defeated with motor
Go out end connection, the motor and drive mechanism (20) are connected with controller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621298968.8U CN206605750U (en) | 2016-11-30 | 2016-11-30 | Infiltrating irrigation pipe forming production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621298968.8U CN206605750U (en) | 2016-11-30 | 2016-11-30 | Infiltrating irrigation pipe forming production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206605750U true CN206605750U (en) | 2017-11-03 |
Family
ID=60171454
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621298968.8U Active CN206605750U (en) | 2016-11-30 | 2016-11-30 | Infiltrating irrigation pipe forming production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206605750U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108859050A (en) * | 2018-07-10 | 2018-11-23 | 宁夏大学 | It is a kind of to be discharged and do not go out water spacer pipe for osmotic irrigation processing technology |
| CN109049619A (en) * | 2018-07-20 | 2018-12-21 | 昆明宥同管业有限公司 | A kind of cooling device with positioning PVC pipe |
-
2016
- 2016-11-30 CN CN201621298968.8U patent/CN206605750U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108859050A (en) * | 2018-07-10 | 2018-11-23 | 宁夏大学 | It is a kind of to be discharged and do not go out water spacer pipe for osmotic irrigation processing technology |
| CN108859050B (en) * | 2018-07-10 | 2024-01-16 | 宁夏大学 | Processing technology of water outlet and water non-outlet interval infiltrating irrigation pipeline |
| CN109049619A (en) * | 2018-07-20 | 2018-12-21 | 昆明宥同管业有限公司 | A kind of cooling device with positioning PVC pipe |
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