CN106003744B - A kind of drip-irrigation belt production line - Google Patents

A kind of drip-irrigation belt production line Download PDF

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Publication number
CN106003744B
CN106003744B CN201610411008.6A CN201610411008A CN106003744B CN 106003744 B CN106003744 B CN 106003744B CN 201610411008 A CN201610411008 A CN 201610411008A CN 106003744 B CN106003744 B CN 106003744B
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CN
China
Prior art keywords
electric pushrod
motor
cylinder
installation
controller
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Application number
CN201610411008.6A
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Chinese (zh)
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CN106003744A (en
Inventor
贺岳年
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ZHOUSHAN ANGE MACHINERY CO Ltd
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ZHOUSHAN ANGE MACHINERY CO Ltd
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Priority to CN201610411008.6A priority Critical patent/CN106003744B/en
Publication of CN106003744A publication Critical patent/CN106003744A/en
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Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
    • B29C69/00—Combinations of shaping techniques not provided for in a single one of main groups B29C39/00 - B29C67/00, e.g. associations of moulding and joining techniques; Apparatus therefore
    • B29C69/001—Combinations of shaping techniques not provided for in a single one of main groups B29C39/00 - B29C67/00, e.g. associations of moulding and joining techniques; Apparatus therefore a shaping technique combined with cutting, e.g. in parts or slices combined with rearranging and joining the cut parts
    • A—HUMAN NECESSITIES
    • A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
    • A01G25/00—Watering gardens, fields, sports grounds or the like
    • A01G25/02—Watering arrangements located above the soil which make use of perforated pipe-lines or pipe-lines with dispensing fittings, e.g. for drip irrigation
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B26—HAND CUTTING TOOLS; CUTTING; SEVERING
    • B26D—CUTTING; DETAILS COMMON TO MACHINES FOR PERFORATING, PUNCHING, CUTTING-OUT, STAMPING-OUT OR SEVERING
    • B26D7/00—Details of apparatus for cutting, cutting-out, stamping-out, punching, perforating, or severing by means other than cutting
    • B26D7/06—Arrangements for feeding or delivering work of other than sheet, web, or filamentary form
    • B26D7/0625—Arrangements for feeding or delivering work of other than sheet, web, or filamentary form by endless conveyors, e.g. belts
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B26—HAND CUTTING TOOLS; CUTTING; SEVERING
    • B26F—PERFORATING; PUNCHING; CUTTING-OUT; STAMPING-OUT; SEVERING BY MEANS OTHER THAN CUTTING
    • B26F1/00—Perforating; Punching; Cutting-out; Stamping-out; Apparatus therefor
    • B26F1/02—Perforating by punching, e.g. with relatively-reciprocating punch and bed
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
    • B29C48/00—Extrusion moulding, i.e. expressing the moulding material through a die or nozzle which imparts the desired form; Apparatus therefor
    • B29C48/03—Extrusion moulding, i.e. expressing the moulding material through a die or nozzle which imparts the desired form; Apparatus therefor characterised by the shape of the extruded material at extrusion
    • B29C48/07—Flat, e.g. panels
    • B29C48/08—Flat, e.g. panels flexible, e.g. films
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
    • B29C48/00—Extrusion moulding, i.e. expressing the moulding material through a die or nozzle which imparts the desired form; Apparatus therefor
    • B29C48/25—Component parts, details or accessories; Auxiliary operations
    • B29C48/36—Means for plasticising or homogenising the moulding material or forcing it through the nozzle or die
    • B29C48/395—Means for plasticising or homogenising the moulding material or forcing it through the nozzle or die using screws surrounded by a cooperating barrel, e.g. single screw extruders
    • B29C48/40—Means for plasticising or homogenising the moulding material or forcing it through the nozzle or die using screws surrounded by a cooperating barrel, e.g. single screw extruders using two or more parallel screws or at least two parallel non-intermeshing screws, e.g. twin screw extruders
    • B29C48/404—Means for plasticising or homogenising the moulding material or forcing it through the nozzle or die using screws surrounded by a cooperating barrel, e.g. single screw extruders using two or more parallel screws or at least two parallel non-intermeshing screws, e.g. twin screw extruders the screws having non-intermeshing parts
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
    • B29C65/00—Joining or sealing of preformed parts, e.g. welding of plastics materials; Apparatus therefor
    • B29C65/48—Joining or sealing of preformed parts, e.g. welding of plastics materials; Apparatus therefor using adhesives, i.e. using supplementary joining material; solvent bonding
    • B29C65/4805—Joining or sealing of preformed parts, e.g. welding of plastics materials; Apparatus therefor using adhesives, i.e. using supplementary joining material; solvent bonding characterised by the type of adhesives
    • B29C65/481—Non-reactive adhesives, e.g. physically hardening adhesives
    • B29C65/4815—Hot melt adhesives, e.g. thermoplastic adhesives
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
    • Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
    • Y02A40/22—Improving land use; Improving water use or availability; Controlling erosion

Abstract

A kind of drip-irrigation belt production line, belong to drip irrigation zone production technical field, including drip irrigation zone extruder, chip select mechanism, drip irrigation belt punching machine, drip irrigation zone chip mounter, drip irrigation zone conveyer, drip irrigation zone dragger and drip irrigation zone winder, the drip irrigation zone extruder is connected by conveying device with drip irrigation belt punching machine, chip select mechanism is connected by conveying device with drip irrigation belt punching machine, drip irrigation belt punching machine is connected by conveying device with drip irrigation zone chip mounter, drip irrigation zone chip mounter is connected by conveying device with drip irrigation zone conveyer, drip irrigation zone conveyer is connected by conveying device with drip irrigation zone dragger, drip irrigation zone dragger is connected by conveying device with drip irrigation zone winder；It is an advantage of the invention that：Flat water dropper can be automatically adjusted with double screw extruder and chip select mechanism.

Description

A kind of drip-irrigation belt production line
Technical field
The present invention relates to a kind of drip-irrigation belt production lines, belong to drip irrigation zone production technical field.
Background technology
Buried trickle irrigation is efficient with dripping compared to common drip surface, directly acts on plant root, service life Outstanding advantages of long, it is considered to be the future thrust of drip irrigation technique.The extruder used in drip irrigation zone production at present is all only There are one screw rods so that the plastic stir in barrel is insufficient, makes to contain bubble in the drip irrigation zone of extrusion；Drip irrigation zone produces at present In be all to be transported to next link after artificially regulating the positive and negative of flat water dropper, chip select inefficiency is time-consuming and laborious.For Solution above-mentioned difficulties need to develop a drop that flat water dropper can be automatically adjusted with double screw extruder and chip select mechanism Fill band production line.
Invention content
The object of the present invention is to provide a kind of drip-irrigation belt production lines.
The problem to be solved in the present invention is all only there are one screw rod a in existing drip irrigation zone extruder, and is all artificially will The problem of positive and negative of flat water dropper regulates.
To achieve the purpose of the present invention, the technical solution adopted by the present invention is：
A kind of drip-irrigation belt production line, including drip irrigation zone extruder, chip select mechanism, drip irrigation belt punching machine, drip irrigation zone chip mounter, Drip irrigation zone conveyer, drip irrigation zone dragger and drip irrigation zone winder, the drip irrigation zone extruder pass through conveying device and drip irrigation zone Puncher is connected, and chip select mechanism is connected by conveying device with drip irrigation belt punching machine, drip irrigation belt punching machine by conveying device and Drip irrigation zone chip mounter is connected, and drip irrigation zone chip mounter is connected by conveying device with drip irrigation zone conveyer, and drip irrigation zone conveyer passes through Conveying device is connected with drip irrigation zone dragger, and drip irrigation zone dragger is connected by conveying device with drip irrigation zone winder, drip irrigation zone Extruder includes controller, the first sliding rail a, the first sliding block a, the second sliding rail a, bearing piece a, flange bearing a, shaft a, double end cylinder A, scissor arms a, ring exit a, molding machine a, solid shafting a, barrel a, cylinder a, screw rod a, the second sliding block a, feed inlet a and electricity Feed inlet a is installed on machine a, the barrel a, shaft is installed on each side mounting flange bearing a in barrel a, flange bearing a A, the shaft a for being located at left side stretch out outside barrel a, and the shaft a for being located at left side is connected by shaft coupling with motor a, is installed on shaft a On the first sliding block a, the first sliding block a is mounted on the first sliding rail a second sliding rail a, the second sliding rail a, the first sliding rail a installations On barrel a inner walls, is installed on the second sliding rail a and bearing piece a is installed on the left of the second sliding block a, the second sliding block a, double end cylinder a is mounted on On second sliding rail a, it is connected respectively with bearing piece a at left and right sides of double end cylinder a, screw rod a is installed on the second sliding block a, is installed in screw rod a The piston rod of cylinder a, cylinder a stretch out outside screw rod a, and the piston rod of cylinder a is connected with adjacent screws a, is installed between two screw rod a Solid shafting a is installed under installation forming device a, ring exit a under installation ring exit a, ring exit a under scissor arms a, barrel a, Solid shafting a is located in molding machine a, and controller is mounted on barrel a, and controller is connected by conducting wire with motor a, in cylinder a The first solenoid valve a is set, the first solenoid valve a is connected by conducting wire with controller, second solenoid valve a built in double end cylinder a, the second electricity Magnet valve a is connected by conducting wire with controller, and chip select mechanism includes hopper b, engine base b, vibrating motor b, supporting rack b, support plate b, One electric pushrod b, the second electric pushrod b, first motor b, clamping plate b, third electric pushrod b, first pressure sensor b, conveying Line b, discharge nozzle b, the first cylinder b and motor-driven valve b, the hopper b each side install vibrating motor b, vibrating motor b installations On engine base b, engine base b is mounted on the sides hopper b, and discharge nozzle b is installed under hopper b, motor-driven valve b, pipeline are installed on discharge nozzle b B is located at below discharge nozzle b, and supporting rack b is located above pipeline b, and support plate b is installed under supporting rack b, and support plate b each side pacifies It fills and the second electric pushrod b is installed under the first electric pushrod b, the first electric pushrod b, the first pressure of the second front ends electric pushrod b installation Two the first cylinder b are installed, first motor b under the piston rod of the first cylinder b, first motor b's is defeated under force snesor b, support plate b Third electric pushrod b is installed, clamping plate b is installed in the front ends third electric pushrod b, and controller is electric with vibration respectively by conducting wire on shaft Machine b, first motor b, the first electric pushrod b, the second electric pushrod b, third electric pushrod b are connected with motor-driven valve b, the first cylinder The first solenoid valve b, the first solenoid valve b are connected by conducting wire with controller built in b.
The drip irrigation belt punching machine, including the second pipeline c, first motor c, the first support plate c, the first electric pushrod c, One linear motor c, the second electric pushrod c, clamping plate c, the first pipeline c, the second motor c, the second support plate c, third electric pushrod C, pressing plate c, platen c, third pipeline c, perforating knife c, the 4th electric pushrod c, cylinder c, supporting rack c, the second movable block c, It is installed on two linear motor c and first movement block c, the second pipeline c, the second pipeline c of the tops the first pipeline c installation First motor c, installs the first electric pushrod c that stands under the first support plate c, the first support plate c on the output shaft of first motor c, first First straight line motor c is installed on plate c, first movement block c is installed on first straight line motor c, installation second is electric on first movement block c Erecting bed on the right side of clamping plate c, the first pipeline c is respectively installed in dynamic push rod c, the second lower ends electric pushrod c and the first lower ends electric pushrod c Plate c, two second straight line motor c are connected, and are installed on second straight line motor c and install the under the second movable block c, the second movable block c Two motor c are installed on the output shaft of the second motor c and are each side installed that third is electronic to be pushed away under the second support plate c, the second support plate c It is installed under bar c, third electric pushrod c and the 4th electric pushrod c is installed under pressing plate c, the second support plate c, installed under the 4th electric pushrod c Perforating knife c, the second straight line motor c on right side is on the piston rod of cylinder c, and cylinder c is mounted on supporting rack c, supporting rack c Above third pipeline c, third pipeline c is mounted on the right side of platen c, controller by conducting wire respectively with first motor c, Second motor c, first straight line motor c, second straight line motor c, the first electric pushrod c, the second electric pushrod c, third is electronic pushes away Bar c and the 4th electric pushrod c is connected, cylinder c internal solenoid valve c, and solenoid valve c is connected by conducting wire with controller.
The drip irrigation zone chip mounter, including second support d, nozzle d, first straight line motor d, first support d, hot melt adhesive machine D, first movement block d, first motor d, the first electric pushrod d, the first pipeline d, strut d, the second double end cylinder d, the second folder Plate d, second straight line motor d, the second movable block d, the second motor d, the second electric pushrod d, third motor d, the first double end cylinder D, two are installed under first clamping plate d, wind turbine d, third electric pushrod d, third holder d and the second pipeline d, the second support d A second straight line motor d, two second straight line motor d are connected, and the second movable block d, the second movement are installed on second straight line motor d Second motor d is installed on block d, is installed on the output shaft of the second motor d and installs under the second electric pushrod d, the second electric pushrod d Three motor d install the first double end cylinder d, the first double end cylinder d on the output shaft of third motor d and each side install first Clamping plate d installs strut d under the first double end cylinder d side walls, the second double end cylinder d, second double end cylinder d or so is installed on strut d Second clamping plate d is respectively installed in both sides, and the lefts second support d are equipped with first support d, first straight line motor d is installed on first support d, First movement block d is installed on first straight line motor d, first motor d is installed on first movement block d, on the output shaft of first motor d First electric pushrod d is installed, nozzle d is installed in the first front ends electric pushrod d, and nozzle d is connected by pipeline with hot melt adhesive machine d, heat Glue-smelting machine d is mounted on first support d, and installation second on the right side of the first pipeline d, the first pipeline d is equipped with below second support d Pipeline d installs third holder d on the wheel carrier of the second pipeline d, hingedly installs wind turbine d on third holder d, on third holder d Third electric pushrod d is installed, the front ends third electric pushrod d are hingedly mounted on wind turbine d, and controller is by conducting wire respectively with first Motor d, the second motor d third motors d, the first electric pushrod d, the second electric pushrod d, third electric pushrod d, nozzle d, wind turbine D, first straight line motor d is connected with second straight line motor d, and the first solenoid valve d, the first solenoid valve d is logical built in the first double end cylinder d It crosses conducting wire with controller to be connected, second solenoid valve d built in the second double end cylinder d, second solenoid valve d pass through conducting wire and controller phase Even.
The drip irrigation zone conveyer, including the second electric pushrod e, strut e, third electric pushrod e, sliding rail e, sliding block e, One electric pushrod e, the second idler wheel e, the second wheel carrier e, holder e, the first idler wheel e, the first wheel carrier e, belt e and double end cylinder e, institute It states double end cylinder e and each side installs and the first idler wheel e is installed on the first wheel carrier e, the first wheel carrier e, double end cylinder e is mounted on the On two electric pushrod e, the second electric pushrod e is mounted on strut e, and strut e is mounted on sliding rail e, and sliding rail e each side pacifies Sliding block e is filled, mounting bracket e on the first electric pushrod e, the first electric pushrod e is installed on sliding block e, holder e is mounted on the first wheel carrier Under e, strut e each side installs third electric pushrod e, the side wall phase of the third front ends electric pushrod e and the first electric pushrod e Even, it being installed on strut e and the second idler wheel e is installed on the second wheel carrier e, the second wheel carrier e, belt e is mounted on two the first idler wheel e, It is respectively wound around on the second idler wheel e at left and right sides of belt e, the first idler wheel e and the second idler wheel e are respectively driven by external motor, control Device is connected with the first electric pushrod e, the second electric pushrod e, third electric pushrod e respectively by conducting wire, double end cylinder e in-built electricals Magnet valve e, solenoid valve e are connected by conducting wire with controller.
The drip irrigation zone dragger, including holder f, third electric pushrod f, clamping bar f, double end cylinder f, multistage retractable rod f, Clamping plate f, belt f, motor f, the second electric pushrod f, the second cylinder f, the second sliding rail f, the second sliding block f, the second wheel carrier f, runner F, third wheel carrier f, idler wheel f, driving wheel f, driven wheel f, the first electric pushrod f, the first wheel carrier f, the first cylinder f, the first sliding block F, it is installed under the first sliding rail f and shelf f, the shelf f and three the first sliding block f is installed on the first sliding rail f, the first sliding rail f, first First cylinder f is installed under sliding block f, the first wheel carrier f is installed under the piston rod of the first cylinder f, it is each in the first wheel carrier f of the left and right sides Install the first electric pushrod f, the first electric pushrod f front end stretch out the first wheel carrier f, the front end of the first electric pushrod f be located at The first intermediate wheel carrier f is connected, and installs on the first wheel carrier f and is installed under driven wheel f, the first sliding rail f left mounting bracket f, holder f Multistage retractable rod f, the front ends multistage retractable rod f installation double end cylinder f are installed under third electric pushrod f, third electric pushrod f, it is double Head cylinder f each side installs clamping bar f, and clamping plate f is installed on clamping bar f, and driven wheel f has driving wheel f, driving wheel f installations Runner f, the second wheel carrier f are installed on the second wheel carrier f, on the axis of driving wheel f on the second cylinder f, the second cylinder f installations On the second sliding block f, the second sliding block f is mounted on the second sliding rail f, and it is electronic respectively to install second in the second wheel carrier f of the left and right sides The front end of the second wheel carrier f, the second electric pushrod f and the second intermediate wheel carrier f phases are stretched out in the front end of push rod f, the second electric pushrod f Even, idler wheel f is installed, belt f is mounted on runner f on each installation third wheel carrier f on the second wheel carrier f of the left and right sides, third wheel carrier f On, the left and right ends belt f are respectively wound around on idler wheel f, and the axis of idler wheel f is connected by shaft coupling with motor f, and motor f is mounted on On third wheel carrier f, controller by conducting wire respectively with motor f, multistage retractable rod f, the first electric pushrod f, the second electric pushrod F, third electric pushrod f is connected, and the first solenoid valve f, the first solenoid valve f are connected by conducting wire with controller built in the first cylinder f, Second solenoid valve f built in second cylinder f, second solenoid valve f are connected by conducting wire with controller, third electricity built in double end cylinder f Magnet valve f, third solenoid valve f are connected by conducting wire with controller.
The drip irrigation zone winder, including casing g, the first cylinder g, rotating cylinder g, belt g, roller g, support plate g, the second motor G, sliding block g, the second cylinder g, bearing piece g, sliding rail g, supporting rack g, roller bearing g, cutter g, the second electric pushrod g, the first electric pushrod G, first motor g is installed in strut g and first motor g, the casing g, the first cylinder g is installed on the output shaft of first motor g, Rotating cylinder g is installed, rotating cylinder g right ends stretch out outside casing g, on the right side of casing g on installation strut g, strut g on the piston rod of the first cylinder g First electric pushrod g is installed, the first front ends electric pushrod g install and install cutter under the second electric pushrod g, the second electric pushrod g Belt g is equipped in front of g, rotating cylinder g, belt g is mounted on two roller g, and roller g is mounted on roller bearing g, at left and right sides of roller bearing g It is respectively mounted on supporting rack g, supporting rack g is mounted on support plate g, passes through shaft coupling and the second motor g respectively at left and right sides of roller bearing g It is connected, the second motor g is mounted on support plate g, and support plate g is mounted on sliding block g, and sliding block g is mounted on sliding rail g, peace on the right side of sliding block g Bearing piece g, the second cylinder g are filled on sliding rail g, the piston rod of the second cylinder g is connected with bearing piece g, and controller passes through conducting wire point It is not connected with first motor g, the second motor g, the first electric pushrod g and the second electric pushrod g, the first electricity built in the first cylinder g Magnet valve g, the first solenoid valve g are connected by conducting wire with controller, and second solenoid valve g built in the second cylinder g, second solenoid valve g are logical Conducting wire is crossed with controller to be connected.
It is an advantage of the invention that：Controller controls motor a and starts, and shaft a is made to rotate, and makes the second sliding rail a rotations, makes screw rod A rotates；Controller control cylinder a does stretching motion, so that two screw rod a is located remotely from each other, scissor arms a is made to extend；Controller Control double end cylinder a does stretching motion, so that two the second sliding block a is located remotely from each other, so that two screw rod a is located remotely from each other, make in barrel a Plastics adequately stirred.
Flat water dropper is placed into hopper b, controller controls vibrating motor b and starts, and hopper b is made to shake；Controller control Motor-driven valve b processed is opened, and the width of discharge nozzle b can make a flat water dropper side is directed downwardly to fall；Flat water dropper falls to conveying On line b, flat water dropper is transported under support plate b by controller control pipeline b；Flat water dropper be it is big upside down, what is had is flat Flat water dropper be it is small upside down, when flat water dropper be it is big upside down when, controller controls the first electric pushrod b and does stretching motion, makes First pressure sensor b is moved down, and first pressure sensor b is made to be less than the highest point of flat water dropper；Controller control second Electric pushrod b does stretching motion, keeps first pressure sensor b close to each other, and first pressure sensor b moves forward to a spacing From, when flat water dropper be it is big upside down when, first pressure sensor b does not touch flat water dropper；Controller controls the first gas Cylinder b does stretching motion, and clamping plate b is made to move down, and clamping plate b is made to be located at left and right sides of flat water dropper；It is electronic that controller controls third Push rod b does stretching motion, so that clamping plate b is moved forward, clamping plate b is made to clamp flat water dropper；Controller controls first motor b and starts, So that clamping plate b is clipped flat water dropper rotation, makes flat water dropper placement head-up greatly.
First pipeline c conveys to the right the drip irrigation zone that extruder is produced；Controller controls first motor c and starts, Make the first support plate c rotations；Controller control the first electric pushrod c and the second electric pushrod c is moved down, and makes to come drip irrigation zone Both sides；Controller controls first straight line motor c and starts, and first movement block c is made to move left and right, and the clamping plate c on right side is made to be moved to the left, Two clamping plate c are made to clamp drip irrigation zone, clamping plate c moves drip irrigation zone on platen c to the second pipeline c；Controller controls cylinder c Stretching motion is done, second straight line motor c is made to be moved to the left；Controller controls second straight line motor c and starts, and makes the second movable block c It moves left and right, to adjust the distance between two perforating knife c；Controller the second motor of control c starts, and makes the second support plate c rotations, To adjust the position that pressing plate c pushes down drip irrigation zone；Controller control third electric pushrod c does stretching motion, makes pressing plate c to moving down It is dynamic, so that pressing plate c is pushed down drip irrigation zone；Controller controls the 4th electric pushrod c and does stretching motion, and perforating knife c is made to move up and down, and punches Knife c punches the side of drip irrigation zone；With the movement of the second pipeline c, first clamping plate c clamps drip irrigation zone and drip irrigation zone is forgotten about it Drip irrigation zone is transported to next link by three pipeline c, third pipeline c.
First pipeline d is used for conveying flat water dropper, and the second pipeline d is used for conveying the drip irrigation zone after burrowing；Controller The second straight line motor d for controlling left side starts, and the second movable block d of left side is made to move left and right；Controller controls the second motor d and opens It is dynamic, make the second electric pushrod d rotations；Controller controls the second electric pushrod d and does stretching motion, and third motor d is made to move up and down, First clamping plate d is set to be located at the outside of flat water dropper；Controller controls the d rotations of third motor, makes the first double end cylinder d rotations；Control Device processed controls the first double end cylinder d and does stretching motion, and first clamping plate d is made to clamp the outside of flat water dropper；Controller control second Double end cylinder d does stretching motion, and second clamping plate d is made to resist the madial wall of flat water dropper；Controller control first straight line motor d is opened It is dynamic, so that first movement block d is moved up and down；Controller controls first motor d rotations, makes the first electric pushrod d rotations；Controller One electric pushrod d does stretching motion, makes nozzle d is close to be picked up the flat water dropper come by first clamping plate d and second clamping plate d；Hot melt After glue coating, flat water dropper is moved on the hole of drip irrigation zone by right side first clamping plate d and second clamping plate d, and flat water dropper is made to adhere to On drip irrigation zone；Controller controls wind turbine d and starts, and accelerates pasting for flat water dropper；Controller control third electric pushrod d, which is done, to be stretched Contracting movement, to adjust the angle of wind turbine d.
Controller control the first electric pushrod e and the second electric pushrod e does stretching motion, and the first idler wheel e is made to move up and down； External motor driving the second idler wheel e reversions, make belt e loosen；Controller control double end cylinder e does stretching motion, makes the first round Frame e moves right, and the first idler wheel e tenses belt e, expands the distance between two first idler wheel e；Controller controls third electricity Dynamic push rod e does stretching motion, and sliding block e is made to move left and right；External motor driving the second idler wheel e rotations, make belt e transport drip irrigation zone It is defeated to arrive next link.
Controller control third electric pushrod f does stretching routine, and multistage retractable rod f is made to move down；Controller control is more Grade telescopic rod f does stretching routine, and clamping plate f is made to move forward, and clamping plate f is made to be moved on the right side of the driving wheel f on right side；Controller controls Double end cylinder f does stretching motion, and clamping plate f is made to come closer, and clamping plate f clamps the drip irrigation zone that conveyer conveying in drip irrigation zone comes； Controller control multistage retractable rod f does contractile motion, and drip irrigation zone is made to be moved past between driving wheel f and driven wheel f；Controller controls First cylinder f and the second cylinder f do stretching motion, and driving wheel f and driven wheel f is made mutually to draw close, and driving wheel f and driven wheel f are squeezed Press drip irrigation zone；Controller controls motor f and starts, and so that idler wheel f is inverted, belt f is made to loosen；Controller controls the second electric pushrod f Stretching motion is done, idler wheel f is made to be moved to both sides, so that the second sliding block f of the left and right sides is moved to both sides, idler wheel f is made to draw belt f Tightly, expand the distance between driving wheel f and driving wheel f；Controller controls the first electric pushrod f and does stretching motion, makes the first round Frame f is moved to both sides, and driven wheel f is made to be moved to both sides, and driven wheel f is made to be moved to above driving wheel f, makes driven wheel f and active F is taken turns to correspond；After the driving wheel f in left side, drip irrigation zone by winder winding around, under the pulling of up- coiler, driving wheel f and Driven wheel f squeezes drip irrigation zone.
Controller control the second cylinder g do stretching motion, make sliding block g move forward, make bearing piece g move forward, roller g to Preceding movement makes belt g move forward, and belt g left ends is made to be moved to below rotating cylinder g；Controller control the second motor g rotations, make Roller g rotations, make belt g rotate, the reel on belt g are made to be shifted onto on rotating cylinder g by belt g；The drip irrigation zone of a upper link Drip irrigation zone is drawn on rotating cylinder g by dragger, and reel is made to wind drip irrigation zone；Controller controls first motor g and starts, and makes rotating cylinder G rotates；After having wound, controller controls the first cylinder g and does contractile motion, so that rotating cylinder g is moved into casing g, reel is made to fall Lower section is fallen on to be transported away by transport device.
Description of the drawings
Fig. 1 is a kind of drip-irrigation belt production line overall structure figure of the present invention；
Fig. 2 is drip irrigation zone extruder enlarged structure schematic diagram；
Fig. 3 is ring exit a and solid shafting a mounting structure upward views；
Fig. 4 is chip select mechanism enlarged structure schematic diagram；
Fig. 5 is drip irrigation belt punching machine enlarged structure schematic diagram；
Fig. 6 is drip irrigation zone chip mounter enlarged structure schematic diagram；
Fig. 7 is drip irrigation zone conveyer enlarged structure schematic diagram；
Fig. 8 is drip irrigation zone dragger enlarged structure schematic diagram；
Fig. 9 is driving wheel f and runner f mounting structure vertical views；
Figure 10 is drip irrigation zone winder enlarged structure schematic diagram；
Figure 11 is the right view of the portions a structure；
In figure：1, controller 2, drip irrigation zone extruder 3, chip select mechanism 4, drip irrigation belt punching machine 5, drip irrigation zone patch Piece machine 6, drip irrigation zone conveyer 7, drip irrigation zone dragger 8, drip irrigation zone winder 102, the first sliding rail a 103, first Sliding block a 104, the second sliding rail a 105, bearing piece a 106, flange bearing a 107, shaft a 108, double end cylinder a 109, scissor arms a 1010, ring exit a 1011, molding machine a 1012, solid shafting a 1013, barrel a 1014, Cylinder a 1015, screw rod a 1016, the second sliding block a 1017, feed inlet a 1018, motor a 201, hopper b 202, Engine base b 203, vibrating motor b 205, supporting rack b 206, support plate b 207, the first electric pushrod b 208, second are electronic Push rod b 209, first motor b 2010, clamping plate b 2011, third electric pushrod b 2012, first pressure sensor b 2013, pipeline b 2014, discharge nozzle b 2015, the first cylinder b 2016, motor-driven valve b 301, the second pipeline c 302, first motor c 303, the first support plate c 304, the first electric pushrod c 305, first straight line motor c 306, second Electric pushrod c 307, clamping plate c 308, the first pipeline c 309, the second motor c 3010, the second support plate c 3011, Three electric pushrod c 3012, pressing plate c 3013, platen c 3015, third pipeline c 3016, perforating knife c 3017, Four electric pushrod c 3018, cylinder c 3019, supporting rack c 3020, the second movable block c 3021, second straight line motor c 3022, first movement block c 401, second support d 402, nozzle d 403, first straight line motor d 404, first support d 405, hot melt adhesive machine d 407, first movement block d 408, first motor d 409, the first electric pushrod d 4010, first are defeated Line sending d 4011, strut d 4012, the second double end cylinder d 4013, second clamping plate d 4014, second straight line motor d 4015, the second movable block d 4016, the second motor d 4017, the second electric pushrod d 4018, third motor d 4019, One double end cylinder d 4020, first clamping plate d 4021, wind turbine d 4022, third electric pushrod d 4023, third holder d 4024, the second pipeline d 502, the second electric pushrod e 503, strut e 504, third electric pushrod e 505, sliding rail e 506, sliding block e 507, the first electric pushrod e 508, the second idler wheel e 509, the second wheel carrier e 5010, holder e 5011, First idler wheel e 5012, the first wheel carrier e 5013, belt e 5014, double end cylinder e 601, holder f 602, third electricity Dynamic push rod f 603, clamping bar f 604, double end cylinder f 605, multistage retractable rod f 606, clamping plate f 607, belt f 608, motor f 609, the second electric pushrod f 6010, the second cylinder f 6012, the second sliding rail f 6013, the second sliding block f 6014, the second wheel carrier f 6015, runner f 6016, third wheel carrier f 6017, idler wheel f 6018, driving wheel f 6019, from Driving wheel f 6020, the first electric pushrod f 6021, the first wheel carrier f 6022, the first cylinder f 6023, the first sliding block f 6024, the first sliding rail f 6025, shelf f 702, casing g 703, the first cylinder g 704, rotating cylinder g 705, belt g 706, roller g 707, support plate g 708, the second motor g 709, sliding block g 7010, the second cylinder g 7011, bearing piece g 7012, sliding rail g 7013, supporting rack g 7014, roller bearing g 7015, cutter g 7016, the second electric pushrod g 7017, One electric pushrod g 7018, strut g 7019, first motor g 7020, reel.
Specific implementation mode
The present invention is further illustrated with reference to the accompanying drawings and embodiments.
A kind of drip-irrigation belt production line of the present invention, including drip irrigation zone extruder 2, chip select mechanism 3, drip irrigation belt punching machine 4, trickle irrigation Band chip mounter 5, drip irrigation zone conveyer 6, drip irrigation zone dragger 7 and drip irrigation zone winder 8, the drip irrigation zone extruder 2 is by defeated Device is sent to be connected with drip irrigation belt punching machine 4, chip select mechanism 3 is connected by conveying device with drip irrigation belt punching machine 4, drip irrigation zone punching Machine 4 is connected by conveying device with drip irrigation zone chip mounter 5, and drip irrigation zone chip mounter 5 passes through conveying device and 6 phase of drip irrigation zone conveyer Even, drip irrigation zone conveyer 6 is connected by conveying device with drip irrigation zone dragger 7, and drip irrigation zone dragger 7 passes through conveying device and drop It fills band winder 8 to be connected, drip irrigation zone extruder 2 includes controller 1, the first sliding rail a102, the first sliding block a103, the second sliding rail A104, bearing piece a105, flange bearing a106, shaft a107, double end cylinder a108, scissor arms a109, ring exit a1010, at Type device a1011, solid shafting a1012, barrel a1013, cylinder a1014, screw rod a1015, the second sliding block a1016, feed inlet Feed inlet a1017 is installed, each side mounting flange in barrel a1013 on a1017 and motor a1018, the barrel a1013 Shaft a107 is installed, the shaft a107 for being located at left side stretches out outside barrel a1013, is located at a left side on bearing a106, flange bearing a106 The shaft a107 of side is connected by shaft coupling with motor a1018, and controller 1 controls motor a1018 and starts, and shaft a107 is made to revolve Turn, makes the second sliding rail a104 rotations, screw rod a1015 is made to rotate；Second sliding rail a104, the second sliding rail a104 is installed on shaft a107 On the first sliding block a103, the first sliding block a103 is mounted on the first sliding rail a102, and the first sliding rail a102 is mounted on barrel On a1013 inner walls, installation bearing piece a105 on the left of the second sliding block a1016, the second sliding block a1016 is installed on the second sliding rail a104, it is double Head cylinder a108 is mounted on the second sliding rail a104, is connected respectively with bearing piece a105 at left and right sides of double end cylinder a108, double end gas Second solenoid valve a built in cylinder a108, second solenoid valve a are connected by conducting wire with controller 1, and controller 1 controls double end cylinder A108 does stretching motion, so that two the second sliding block a1016 is located remotely from each other, so that two screw rod a1015 is located remotely from each other, make barrel Plastics in a1013 are adequately stirred, and screw rod a1015 is installed on the second sliding block a1016, cylinder is installed in screw rod a1015 The piston rod of a1014, cylinder a1014 stretch out outside screw rod a1015, and the piston rod of cylinder a1014 is connected with adjacent screws a1015, The first solenoid valve a, the first solenoid valve a are connected by conducting wire with controller 1 built in cylinder a1014, and controller 1 controls cylinder A1014 does stretching motion, so that two screw rod a1015 is located remotely from each other, scissor arms a109 is made to extend；Two screw rod a1015 it Between scissor arms a109 is installed, ring exit a1010 is installed, installation forming device under ring exit a1010 under barrel a1013 Solid shafting a1012 is installed, solid shafting a1012 is located in molding machine a1011, and controller 1 is pacified under a1011, ring exit a1010 On barrel a1013, controller 1 is connected by conducting wire with motor a1018.
The chip select mechanism 3, including hopper b201, engine base b202, vibrating motor b203, supporting rack b205, support plate b206, First electric pushrod b207, the second electric pushrod b208, first motor b209, clamping plate b2010, third electric pushrod b2011, One pressure sensor b2012, pipeline b2013, discharge nozzle b2014, the first cylinder b2015 and motor-driven valve b2016, the hopper B201 each side installs vibrating motor b203, and vibrating motor b203 is mounted on engine base b202, flat water dropper is placed into In hopper b201, controller 1 controls vibrating motor b203 and starts, and hopper b201 is made to shake；Engine base b202 is mounted on hopper b201 Side installs discharge nozzle b2014 under hopper b201, motor-driven valve b2016 is installed on discharge nozzle b2014, and controller 1 controls motor-driven valve B2016 is opened, and the width of discharge nozzle b2014 can make a flat water dropper side is directed downwardly to fall；Pipeline b2013 is located at discharging Below pipe b2014, flat water dropper is fallen on pipeline b2013, and controller 1 controls pipeline b2013 and conveys flat water dropper To under support plate b206；Supporting rack b205 is located above pipeline b2013, and support plate b206, support plate b206 are installed under supporting rack b205 It each side installs and the second electric pushrod b208, the second electricity is installed under the first electric pushrod b207, the first electric pushrod b207 First pressure sensor b2012 is installed in the dynamic front ends push rod b208, flat water dropper be it is big upside down, flat water dropper be small Upside down, when flat water dropper be it is big upside down when, controller 1 controls the first electric pushrod b207 and does stretching motion, makes the first pressure Force snesor b2012 is moved down, and first pressure sensor b2012 is made to be less than the highest point of flat water dropper；The control of controller 1 the Two electric pushrod b208 do stretching motion, keep first pressure sensor b2012 close to each other, first pressure sensor b2012 to Before be moved to certain distance, when flat water dropper be it is big upside down when, first pressure sensor b2012 does not touch flat drop Head；First solenoid valve b, the first solenoid valve b built in two first cylinders b2015, the first cylinder b2015 is installed logical under support plate b206 It crosses conducting wire with controller 1 to be connected, controller 1 controls the first cylinder b2015 and does stretching motion, makes clamping plate b2010 move down, makes Clamping plate b2010 is located at left and right sides of flat water dropper；First motor b209 under the piston rod of first cylinder b2015, controller 1 control First motor b209 starts, and clamping plate b2010 is made to clip flat water dropper rotation, makes flat water dropper placement head-up greatly, the first electricity Third electric pushrod b2011 is installed, clamping plate b2010, control are installed in the front ends third electric pushrod b2011 on the output shaft of machine b209 Device 1 controls third electric pushrod b2011 and does stretching motion, so that clamping plate b2010 is moved forward, clamping plate b2010 is made to clamp flat drop Head；Controller 1 electronic is pushed away with vibrating motor b203, first motor b209, the first electric pushrod b207, second respectively by conducting wire Bar b208, third electric pushrod b2011 are connected with motor-driven valve b2016.
The drip irrigation belt punching machine 4, including the second pipeline c301, first motor c302, the first support plate c303, the first electricity Dynamic push rod c304, first straight line motor c305, the second electric pushrod c306, clamping plate c307, the first pipeline c308, the second motor C309, the second support plate c3010, third electric pushrod c3011, pressing plate c3012, platen c3013, third pipeline c3015, punching Knife c3016, the 4th electric pushrod c3017, cylinder c3018, supporting rack c3019, the second movable block c3020, second straight line motor The second pipeline c301, the first pipeline are installed above c3021 and first movement block c3022, the first pipeline c308 C308 conveys to the right the drip irrigation zone that extruder is produced；First motor c302, the first electricity are installed on the second pipeline c301 First support plate c303 is installed, controller 1 controls first motor c302 and starts, and makes the first support plate c303 rotations on the output shaft of machine c302 Turn；Stand installation first straight line motor c305 on the first electric pushrod c304, the first support plate c303 under first support plate c303, and first is straight First movement block c3022 is installed, controller 1 controls first straight line motor c305 and starts, and makes first movement block on line motor c305 C3022 is moved left and right, and the clamping plate c307 on right side is made to be moved to the left, and two clamping plate c307 is made to clamp drip irrigation zone, clamping plate c307 with Second pipeline c301 moves drip irrigation zone on platen c3013 to；Second electric pushrod c306 is installed on first movement block c3022, Clamping plate c307 is respectively installed in second lower ends electric pushrod c306 and the first lower ends electric pushrod c304, and the control first of controller 1 is electronic Push rod c304 and the second electric pushrod c306 are moved down, and make the both sides for coming drip irrigation zone；Installation on the right side of first pipeline c308 Platen c3013, two second straight line motor c3021 are connected, and the second movable block c3020 is installed on second straight line motor c3021, control Device 1 processed controls second straight line motor c3021 and starts, and so that the second movable block c3020 is moved left and right, to adjust two perforating knifes The distance between c3016；Second motor c309 is installed under the second movable block c3020, is installed on the output shaft of the second motor c309 Second support plate c3010, the second motor of control of controller 1 c309 start, and make the second support plate c3010 rotations, to adjust pressing plate c3012 Push down the position of drip irrigation zone；Third electric pushrod c3011, third electric pushrod are each side installed under the second support plate c3010 Pressing plate c3012 is installed, controller 1 controls third electric pushrod c3011 and does stretching motion, makes pressing plate c3012 to moving down under c3011 It is dynamic, so that pressing plate c3012 is pushed down drip irrigation zone；4th electric pushrod c3017, the 4th electric pushrod are installed under the second support plate c3010 Perforating knife c3016 is installed, controller 1 controls the 4th electric pushrod c3017 and does stretching motion, makes on perforating knife c3016 under c3017 Lower movement, perforating knife c3016 punch the side of drip irrigation zone；The second straight line motor c3021 on right side is mounted on cylinder c3018's On piston rod, cylinder c3018 be mounted on supporting rack c3019 on, cylinder c3018 internal solenoid valve c, solenoid valve c by conducting wire with Controller 1 is connected, and controller 1 controls cylinder c3018 and does stretching motion, and second straight line motor c3021 is made to be moved to the left；Supporting rack C3019 is located above third pipeline c3015, and third pipeline c3015 is mounted on the right side of platen c3013, and controller 1 is by leading Line respectively with first motor c302, the second motor c309, first straight line motor c305, second straight line motor c3021, first electronic Push rod c304, the second electric pushrod c306, third electric pushrod c3011 and the 4th electric pushrod c3017 are connected, with second defeated The movement of line sending c301, first clamping plate c307 clamp drip irrigation zone and third pipeline c3015, third pipeline are forgotten about it in drip irrigation zone Drip irrigation zone is transported to next link by c3015.
The drip irrigation zone chip mounter 5, including second support d401, nozzle d402, first straight line motor d403, first support D404, hot melt adhesive machine d405, first movement block d407, first motor d408, the first electric pushrod d409, the first pipeline D4010, strut d4011, the second double end cylinder d4012, second clamping plate d4013, second straight line motor d4014, the second movable block D4015, the second motor d4016, the second electric pushrod d4017, third motor d4018, the first double end cylinder d4019, the first folder Plate d4020, wind turbine d4021, third electric pushrod d4022, third holder d4023 and the second pipeline d4024, described second Two second straight line motor d4014 are installed, two second straight line motor d4014 are connected, second straight line motor d4014 under frame d401 The second straight line motor d4014 of the second movable block d4015 of upper installation, the control of controller 1 left side start, and make the second movable block of left side D4015 is moved left and right；Second motor d4016 is installed, controller 1 controls the second motor d4016 and opens on the second movable block d4015 It is dynamic, make the second electric pushrod d4017 rotations；Second electric pushrod d4017 is installed on the output shaft of the second motor d4016, is controlled Device 1 controls the second electric pushrod d4017 and does stretching motion, so that third motor d4018 is moved up and down, makes first clamping plate d4020 In the outside of flat water dropper；Third motor d4018 is installed, controller 1 controls third motor under the second electric pushrod d4017 D4018 rotates, and makes the first double end cylinder d4019 rotations；First double end cylinder is installed on the output shaft of third motor d4018 The first solenoid valve d, the first solenoid valve d are connected by conducting wire with controller 1 built in d4019, the first double end cylinder d4019, are controlled Device 1 controls the first double end cylinder d4019 and does stretching motion, and first clamping plate d4020 is made to clamp the outside of flat water dropper；First double end Cylinder d4019 each side installs first clamping plate d4020, and strut d4011, branch are installed under the first double end cylinder d4019 side walls Second double end cylinder d4012, second solenoid valve d built in the second double end cylinder d4012, second solenoid valve d is installed logical on bar d4011 It crosses conducting wire with controller 1 to be connected, controller 1 controls the second double end cylinder d4012 and does stretching motion, and second clamping plate d4013 is made to support The firmly madial wall of flat water dropper；Second double end cylinder d4012 each side installs second clamping plate d4013, second support d401 Left is equipped with first support d404, and first straight line motor d403 is installed on first support d404, is pacified on first straight line motor d403 First movement block d407 is filled, first motor d408 is installed on first movement block d407, controller 1 controls first motor d408 rotations Turn, makes the first electric pushrod d409 rotations；First electric pushrod d409, controller 1 are installed on the output shaft of first motor d408 First electric pushrod d409 does stretching motion, and nozzle d402 is made to pick up close to by first clamping plate d4020 and second clamping plate d4013 Flat water dropper；Nozzle d402 is installed in first front ends electric pushrod d409, and nozzle d402 passes through pipeline and hot melt adhesive machine d405 phases Even, hot melt adhesive machine d405 is mounted on first support d404, is equipped with the first pipeline d4010 below second support d401, and first The second pipeline of installation d4024, the first pipeline d4010 are used for conveying flat water dropper, the second pipeline on the right side of pipeline d4010 D4024 is used for conveying the drip irrigation zone after burrowing；After hot melt adhesive coating, right side first clamping plate d4020 and second clamping plate d4013 will be flat Flat water dropper is moved on the hole of drip irrigation zone, and flat water dropper is made to be adhered on drip irrigation zone；It is installed on the wheel carrier of second pipeline d4024 Wind turbine d4021 is hingedly installed, controller 1 controls wind turbine d4021 and starts, accelerates on third holder d4023, third holder d4023 Flat water dropper is pasted；Third electric pushrod d4022 is installed, the front ends third electric pushrod d4022 are hinged on third holder d4023 On wind turbine d4021, controller 1 controls third electric pushrod d4022 and does stretching motion, to adjust the angle of wind turbine d4021 Degree, controller 1 by conducting wire respectively with first motor d408, the second motor d4016 third motors d4018, the first electric pushrod D409, the second electric pushrod d4017, third electric pushrod d4022, nozzle d402, wind turbine d4021, first straight line motor d403 It is connected with second straight line motor d4014.
The drip irrigation zone conveyer 6, including the second electric pushrod e502, strut e503, third electric pushrod e504, sliding rail E505, sliding block e506, the first electric pushrod e507, the second idler wheel e508, the second wheel carrier e509, holder e5010, the first idler wheel E5011, the first wheel carrier e5012, belt e5013 and double end cylinder e5014, the double end cylinder e5014 are each side installed First idler wheel e5011 is installed, double end cylinder e5014 is mounted on second and electronic pushes away on the first wheel carrier e5012, the first wheel carrier e5012 On bar e502, double end cylinder e5014 internal solenoid valve e, solenoid valve e are connected by conducting wire with controller 1, and controller 1 controls double Head cylinder e5014 does stretching motion, and the first wheel carrier e5012 is made to move right, and the first idler wheel e5011 tenses belt e5013, expands The distance between big two first idler wheel e5011；Second electric pushrod e502 is mounted on strut e503, and strut e503 is mounted on On sliding rail e505, sliding rail e505 each side installs sliding block e506, and the first electric pushrod e507 is installed on sliding block e506, control Device 1 controls the first electric pushrod e507 and the second electric pushrod e502 and does stretching motion, and the first idler wheel e5011 is made to move up and down； Mounting bracket e5010 on first electric pushrod e507, holder e5010 are mounted under the first wheel carrier e5012, strut e503 or so two Third electric pushrod e504 is respectively installed in side, and the third front ends electric pushrod e504 are connected with the side wall of the first electric pushrod e507, control Device 1 processed controls third electric pushrod e504 and does stretching motion, and sliding block e506 is made to move left and right；Second wheel carrier is installed on strut e503 Second idler wheel e508 is installed, external motor driving the second idler wheel e508 reversions make belt e5013 on e509, the second wheel carrier e509 Loosen；Belt e5013 is mounted on two the first idler wheel e5011, and the second idler wheel is respectively wound around at left and right sides of belt e5013 On e508, the first idler wheel e5011 and the second idler wheel e508 are respectively driven by external motor, external motor driving the second idler wheel e508 rotations Turn, make belt e5013 that next link is transported in drip irrigation zone, controller 1 by conducting wire respectively with the first electric pushrod e507, the Two electric pushrod e502, third electric pushrod e504 are connected.
The drip irrigation zone dragger 7, including holder f601, third electric pushrod f602, clamping bar f603, double end cylinder F604, multistage retractable rod f605, clamping plate f606, belt f607, motor f608, the second electric pushrod f609, the second cylinder F6010, the second sliding rail f6012, the second sliding block f6013, the second wheel carrier f6014, runner f6015, third wheel carrier f6016, idler wheel F6017, driving wheel f6018, driven wheel f6019, the first electric pushrod f6020, the first wheel carrier f6021, the first cylinder f6022, First sliding rail f6024 is installed under the first sliding block f6023, the first sliding rail f6024 and shelf f6025, the shelf f6025, first It is installed on sliding rail f6024 under three first sliding blocks f6023, the first sliding block f6023 and the first cylinder f6022, the first cylinder is installed First solenoid valve f is installed built in the first wheel carrier f6021, the first cylinder f6022, the first solenoid valve f passes through under the piston rod of f6022 Conducting wire is connected with controller 1, respectively installs the first electric pushrod f6020 in the first wheel carrier f6021 of the left and right sides, and first electronic pushes away The first wheel carrier f6021 is stretched out in the front end of bar f6020, and controller 1 controls the first electric pushrod f6020 and does stretching motion, makes first Wheel carrier f6021 is moved to both sides, and driven wheel f6019 is made to be moved to both sides, and driven wheel f6019 is made to be moved on driving wheel f6018 Side makes driven wheel f6019 be corresponded with driving wheel f6018；The front end of first electric pushrod f6020 with positioned at intermediate first Wheel carrier f6021 is connected, and driven wheel f6019, the first sliding rail f6024 left mounting bracket f601, branch are installed on the first wheel carrier f6021 Third electric pushrod f602 is installed, controller 1 controls third electric pushrod f602 and does stretching routine, makes multi-stage expansion under frame f601 Bar f605 is moved down；Multistage retractable rod f605 is installed, controller 1 controls multistage retractable rod f605 under third electric pushrod f602 Stretching routine is done, clamping plate f606 is made to move forward, clamping plate f606 is made to be moved on the right side of the driving wheel f6018 on right side；Controller 1 is controlled Multistage retractable rod f605 processed does contractile motion, and drip irrigation zone is made to be moved past between driving wheel f6018 and driven wheel f6019；Multistage is stretched Double end cylinder f604 is installed in the front ends contracting bar f605, and third solenoid valve f built in double end cylinder f604, third solenoid valve f pass through conducting wire It is connected with controller 1, double end cylinder f604 each side installs clamping bar f603, and controller 1, which controls double end cylinder f604 and does, to be stretched Contracting movement, makes clamping plate f606 come closer, and drip irrigation zone conveyer 6 is conveyed the drip irrigation zone to come and clamped by clamping plate f606；Clamping bar Clamping plate f606 is installed, driven wheel f6019 has driving wheel f6018, and driving wheel f6018 is mounted on the second wheel carrier on f603 Runner f6015, the second wheel carrier f6014 are installed on the second cylinder f6010 on f6014, on the axis of driving wheel f6018, the Two cylinder f6010 are mounted on the second sliding block f6013, and second solenoid valve f built in the second cylinder f6010, second solenoid valve f pass through Conducting wire is connected with controller 1, and controller 1 controls the first cylinder f6022 and the second cylinder f6010 and does stretching motion, makes driving wheel F6018 and driven wheel f6019 are mutually drawn close, and driving wheel f6018 and driven wheel f6019 squeeze drip irrigation zone；Second sliding block f6013 peaces On the second sliding rail f6012, the second electric pushrod f609 is respectively installed, second is electronic in the second wheel carrier f6014 of the left and right sides The front end of the second wheel carrier f6014, the second electric pushrod f609 and the second intermediate wheel carrier f6014 phases are stretched out in the front end of push rod f609 Even, controller 1 controls the second electric pushrod f609 and does stretching motion, and idler wheel f6017 is made to be moved to both sides, makes the of the left and right sides Two sliding block f6013 are moved to both sides, and idler wheel f6017 is made to tense belt f607, expand driving wheel f6018 and driving wheel f6018 The distance between；Rolling is installed on each installation third wheel carrier f6016 on the second wheel carrier f6014 of the left and right sides, third wheel carrier f6016 F6017 is taken turns, belt f607 is mounted on runner f6015, and the left and right ends belt f607 are respectively wound around on idler wheel f6017, idler wheel The axis of f6017 is connected by shaft coupling with motor f608, and motor f608 is mounted on third wheel carrier f6016, and controller 1 controls electricity Machine f608 starts, and so that idler wheel f6017 is inverted, belt f607 is made to loosen；Controller 1 by conducting wire respectively with motor f608, multistage Telescopic rod f605, the first electric pushrod f6020, the second electric pushrod f609, third electric pushrod f602 are connected, by left side After driving wheel f6018, drip irrigation zone is by winder winding around under the pulling of up- coiler, driving wheel f6018 and driven wheel f6019 are squeezed Press drip irrigation zone.
The drip irrigation zone winder 8, including casing g702, the first cylinder g703, rotating cylinder g704, belt g705, roller G706, support plate g707, the second motor g708, sliding block g709, the second cylinder g7010, bearing piece g7011, sliding rail g7012, supporting rack G7013, roller bearing g7014, cutter g7015, the second electric pushrod g7016, the first electric pushrod g7017, strut g7018 and first First motor g7019 is installed, the drip irrigation zone dragger 7 of a upper link leads drip irrigation zone in motor g7019, the casing g702 It guides on rotating cylinder g704, reel 20 is made to wind drip irrigation zone；Controller 1 controls first motor g7019 and starts, and rotating cylinder g704 is made to revolve Turn；First solenoid valve g, the first electricity built in first cylinder g703, the first cylinder g703 are installed on the output shaft of first motor g7019 Magnet valve g is connected by conducting wire with controller 1, and after having wound, controller 1 controls the first cylinder g703 and does contractile motion, makes rotating cylinder G704 is moved into casing g702, so that reel 20 is fallen to lower section and is transported away by transport device, the piston of the first cylinder g703 Rotating cylinder g704 is installed, rotating cylinder g704 right ends stretch out outside casing g702, and strut g7018, strut are installed on the right side of casing g702 on bar First electric pushrod g7017 is installed on g7018, the second electric pushrod of the first front ends electric pushrod g7017 installation g7016, second Cutter g7015 is installed under electric pushrod g7016, belt g705 is equipped in front of rotating cylinder g704, belt g705 is mounted on two rollers On g706, roller g706 is mounted on roller bearing g7014, and roller bearing g7014 is each side mounted on supporting rack g7013, support Frame g7013 is mounted on support plate g707, is connected respectively with the second motor g708 by shaft coupling at left and right sides of roller bearing g7014, the Two motor g708 are mounted on support plate g707, and control the second motor g708 rotations of controller 1 make roller g706 rotate, make belt G705 rotates, and the reel 20 on belt g705 is made to be shifted onto on rotating cylinder g704 by belt g705；Support plate g707 is mounted on sliding block On g709, sliding block g709 is mounted on sliding rail g7012, installation bearing piece g7011 on the right side of sliding block g709, the second cylinder g7010 installations On sliding rail g7012, second solenoid valve g built in the second cylinder g7010, second solenoid valve g are connected by conducting wire with controller 1, Controller 1 controls the second cylinder g7010 and does stretching motion, and sliding block g709 is made to move forward, and bearing piece g7011 is made to move forward, rolling Cylinder g706 is moved forward, and belt g705 is made to move forward, and belt g705 left ends is made to be moved to below rotating cylinder g704；Second cylinder The piston rod of g7010 is connected with bearing piece g7011, controller 1 by conducting wire respectively with first motor g7019, the second motor g708, First electric pushrod g7017 and the second electric pushrod g7016 is connected.
Application method of the present invention：Controller 1 controls motor a1018 and starts, and so that shaft a107 is rotated, makes the second sliding rail a104 Rotation makes screw rod a1015 rotate；Controller 1 controls cylinder a1014 and does stretching motion, and two screw rod a1015 is made to be located remotely from each other, Scissor arms a109 is set to extend；Controller 1 controls double end cylinder a108 and does stretching motion, makes two the second sliding block a1016 phases It is mutually separate, so that two screw rod a1015 is located remotely from each other, the plastics in barrel a1013 is made adequately to be stirred.
Flat water dropper is placed into hopper b201, controller 1 controls vibrating motor b203 and starts, and hopper b201 is made to shake It is dynamic；Controller 1 controls motor-driven valve b2016 and opens, the width of discharge nozzle b2014 can make a flat water dropper side it is directed downwardly fall It falls；Flat water dropper is fallen on pipeline b2013, and controller 1 controls pipeline b2013 and flat water dropper is transported to support plate b206 Under；Flat water dropper be it is big upside down, flat water dropper be it is small upside down, when flat water dropper be it is big upside down when, control Device 1 controls the first electric pushrod b207 and does stretching motion, so that first pressure sensor b2012 is moved down, first pressure is made to pass Sensor b2012 is less than the highest point of flat water dropper；Controller 1 controls the second electric pushrod b208 and does stretching motion, makes the first pressure Force snesor b2012 is close to each other, and first pressure sensor b2012 moves forward to certain distance, when flat water dropper is major part When downward, first pressure sensor b2012 does not touch flat water dropper；Controller 1 controls the first cylinder b2015 and does flexible fortune It is dynamic, so that clamping plate b2010 is moved down, clamping plate b2010 is made to be located at left and right sides of flat water dropper；Third is electronic pushes away for the control of controller 1 Bar b2011 does stretching motion, so that clamping plate b2010 is moved forward, clamping plate b2010 is made to clamp flat water dropper；The control of controller 1 first Motor b209 starts, and so that clamping plate b2010 is clipped flat water dropper rotation, makes flat water dropper placement head-up greatly.
First pipeline c308 conveys to the right the drip irrigation zone that extruder is produced；Controller 1 controls first motor C302 starts, and makes the first support plate c303 rotations；It is downward that controller 1 controls the first electric pushrod c304 and the second electric pushrod c306 It is mobile, make the both sides for coming drip irrigation zone；Controller 1 controls first straight line motor c305 and starts, and makes first movement block c3022 or so It is mobile, so that the clamping plate c307 on right side is moved to the left, so that two clamping plate c307 is clamped drip irrigation zone, clamping plate c307 is with the second pipeline C301 moves drip irrigation zone on platen c3013 to；Controller 1 controls cylinder c3018 and does stretching motion, makes second straight line motor C3021 is moved to the left；Controller 1 controls second straight line motor c3021 and starts, and so that the second movable block c3020 is moved left and right, to adjust Save the distance between two perforating knife c3016；The second motor of control of controller 1 c309 starts, and makes the second support plate c3010 rotations, To adjust the position that pressing plate c3012 pushes down drip irrigation zone；Controller 1 controls third electric pushrod c3011 and does stretching motion, makes pressing plate C3012 is moved down, and pressing plate c3012 is made to push down drip irrigation zone；Controller 1 controls the 4th electric pushrod c3017 and does stretching motion, makes Perforating knife c3016 is moved up and down, and perforating knife c3016 punches the side of drip irrigation zone；With the movement of the second pipeline c301, One clamping plate c307 clamps drip irrigation zone and third pipeline c3015 is forgotten about it in drip irrigation zone, and drip irrigation zone is transported to by third pipeline c3015 Next link.
First pipeline d4010 is used for conveying flat water dropper, and the second pipeline d4024 is used for conveying the trickle irrigation after burrowing Band；The second straight line motor d4014 in the control of controller 1 left side starts, and the second movable block d4015 of left side is made to move left and right；Control The second motor of control of device 1 d4016 starts, and makes the second electric pushrod d4017 rotations；Controller 1 controls the second electric pushrod d4017 Stretching motion is done, third motor d4018 is made to move up and down, first clamping plate d4020 is made to be located at the outside of flat water dropper；Controller 1 The d4018 rotations of third motor are controlled, the first double end cylinder d4019 rotations are made；Controller 1 controls the first double end cylinder d4019 and does Stretching motion makes first clamping plate d4020 clamp the outside of flat water dropper；Second double end cylinder d4012 of the control of controller 1 does flexible Movement, makes second clamping plate d4013 resist the madial wall of flat water dropper；Controller 1 controls first straight line motor d403 and starts, and makes the One movable block d407 is moved up and down；Controller 1 controls first motor d408 rotations, makes the first electric pushrod d409 rotations；Control 1 first electric pushrod d409 of device does stretching motion, makes nozzle d402 close to by first clamping plate d4020 and second clamping plate d4013 folders The flat water dropper to get up；After hot melt adhesive coating, flat water dropper is moved to by right side first clamping plate d4020 and second clamping plate d4013 On the hole of drip irrigation zone, flat water dropper is made to be adhered on drip irrigation zone；Controller 1 controls wind turbine d4021 and starts, and accelerates flat water dropper It pastes；Controller 1 controls third electric pushrod d4022 and does stretching motion, to adjust the angle of wind turbine d4021.
Controller 1 controls the first electric pushrod e507 and the second electric pushrod e502 and does stretching motion, makes the first idler wheel E5011 is moved up and down；External motor driving the second idler wheel e508 reversions, make belt e5013 loosen；Controller 1 controls double end gas Cylinder e5014 does stretching motion, and the first wheel carrier e5012 is made to move right, and the first idler wheel e5011 tenses belt e5013, expands two The distance between a first idler wheel e5011；Controller 1 controls third electric pushrod e504 and does stretching motion, keeps sliding block e506 left It moves right；External motor driving the second idler wheel e508 rotations, make belt e5013 that next link is transported in drip irrigation zone.
Controller 1 controls third electric pushrod f602 and does stretching routine, and multistage retractable rod f605 is made to move down；Controller 1 control multistage retractable rod f605 does stretching routine, so that clamping plate f606 is moved forward, clamping plate f606 is made to be moved to the driving wheel on right side On the right side of f6018；Controller 1 controls double end cylinder f604 and does stretching motion, and clamping plate f606 is made to come closer, and clamping plate f606 is by trickle irrigation The drip irrigation zone to come is conveyed with conveyer 6 to clamp；Controller 1 control multistage retractable rod f605 do contractile motion, make drip irrigation zone from It is moved past between driving wheel f6018 and driven wheel f6019；Controller 1 controls the first cylinder f6022 and the second cylinder f6010 and does and stretch Contracting movement, makes driving wheel f6018 and driven wheel f6019 mutually draw close, and driving wheel f6018 and driven wheel f6019 squeeze drip irrigation zone； Controller 1 controls motor f608 and starts, and so that idler wheel f6017 is inverted, belt f607 is made to loosen；The control of controller 1 second is electronic to be pushed away Bar f609 does stretching motion, and idler wheel f6017 is made to be moved to both sides, so that the second sliding block f6013 of the left and right sides is moved to both sides, makes Idler wheel f6017 tenses belt f607, expands the distance between driving wheel f6018 and driving wheel f6018；The control of controller 1 the One electric pushrod f6020 does stretching motion, so that the first wheel carrier f6021 is moved to both sides, driven wheel f6019 is made to be moved to both sides, So that driven wheel f6019 is moved to above driving wheel f6018, driven wheel f6019 is made to be corresponded with driving wheel f6018；By a left side After the driving wheel f6018 of side, drip irrigation zone by winder winding around, under the pulling of up- coiler, driving wheel f6018 and driven wheel F6019 squeezes drip irrigation zone.
Controller 1 controls the second cylinder g7010 and does stretching motion, so that sliding block g709 is moved forward, makes bearing piece g7011 forward Mobile, roller g706 is moved forward, and belt g705 is made to move forward, and belt g705 left ends is made to be moved to below rotating cylinder g704；Control The control of device 1 processed second motor g708 rotations, make roller g706 rotate, so that belt g705 is rotated, make the reel on belt g705 20 are shifted onto by belt g705 on rotating cylinder g704；Drip irrigation zone is drawn on rotating cylinder g704 by the drip irrigation zone dragger 7 of a upper link, Reel 20 is set to wind drip irrigation zone；Controller 1 controls first motor g7019 and starts, and rotating cylinder g704 is made to rotate；After having wound, control Device 1 processed controls the first cylinder g703 and does contractile motion, so that rotating cylinder g704 is moved into casing g702, reel 20 is made to fall to down Side is transported away by transport device.

Claims (1)

1. a kind of drip-irrigation belt production line, including pass through the end to end drip irrigation belt punching machine of conveying device（4）, drip irrigation zone chip mounter （5）, drip irrigation zone conveyer（6）, drip irrigation zone dragger（7）With drip irrigation zone winder（8）, further include simultaneously by conveying device with Drip irrigation belt punching machine（4）Connected drip irrigation zone extruder（2）With chip select mechanism（3）, drip irrigation zone extruder（2）Including controller （1）, the first sliding rail a（102）, the first sliding block a（103）, the second sliding rail a（104）, bearing piece a（105）, flange bearing a（106）, turn Axis a（107）, double end cylinder a（108）, scissor arms a（109）, ring exit a（1010）, molding machine a（1011）, solid shafting a （1012）, barrel a（1013）, cylinder a（1014）, screw rod a（1015）, the second sliding block a（1016）, feed inlet a（1017）And electricity Machine a（1018）, it is characterized in that：The barrel a（1013）Upper installation feed inlet a（1017）, barrel a（1013）Inside each side Mounting flange bearing a（106）, flange bearing a（106）Upper installation shaft a（107）, it is located at the shaft a in left side（107）Stretch out material Cylinder a（1013）Outside, it is located at the shaft a in left side（107）Pass through shaft coupling and motor a（1018）It is connected, shaft a（107）Upper installation Second sliding rail a（104）, the second sliding rail a（104）Mounted on the first sliding block a（103）On, the first sliding block a（103）Mounted on first Sliding rail a（102）On, the first sliding rail a（102）Mounted on barrel a（1013）On inner wall, the second sliding rail a（104）Upper installation second is slided Block a（1016）, the second sliding block a（1016）Bearing piece a is installed in left side（105）, double end cylinder a（108）Mounted on the second sliding rail a （104）On, double end cylinder a（108）The left and right sides respectively with bearing piece a（105）It is connected, the second sliding block a（1016）Upper installation screw rod a （1015）, screw rod a（1015）Interior installation cylinder a（1014）, cylinder a（1014）Piston rod stretch out screw rod a（1015）Outside, cylinder a（1014）Piston rod and adjacent screws a（1015）It is connected, two screw rod a（1015）Between installation scissor arms a（109）, barrel a（1013）Lower installation ring exit a（1010）, ring exit a（1010）Lower installation forming device a（1011）, ring exit a （1010）Lower installation solid shafting a（1012）, solid shafting a（1012）Positioned at molding machine a（1011）It is interior, controller（1）It is mounted on Barrel a（1013）On, controller（1）Pass through conducting wire and motor a（1018）It is connected, cylinder a（1014）Built-in first solenoid valve a, First solenoid valve a passes through conducting wire and controller（1）It is connected, double end cylinder a（108）Built-in second solenoid valve a, second solenoid valve a Pass through conducting wire and controller（1）It is connected, chip select mechanism（3）Including hopper b（201）, engine base b（202）, vibrating motor b（203）、 Supporting rack b（205）, support plate b（206）, the first electric pushrod b（207）, the second electric pushrod b（208）, first motor b（209）、 Clamping plate b（2010）, third electric pushrod b（2011）, first pressure sensor b（2012）, pipeline b（2013）, discharge nozzle b （2014）, the first cylinder b（2015）With motor-driven valve b（2016）, the hopper b（201）Each side installation vibrating motor b （203）, vibrating motor b（203）Mounted on engine base b（202）On, engine base b（202）Mounted on hopper b（201）Side, hopper b （201）Lower installation discharge nozzle b（2014）, discharge nozzle b（2014）Upper installation motor-driven valve b（2016）, pipeline b（2013）It is located at Expects pipe b（2014）Lower section, supporting rack b（205）Positioned at pipeline b（2013）Top, supporting rack b（205）Lower installation support plate b （206）, support plate b（206）First electric pushrod b is each side installed（207）, the first electric pushrod b（207）Lower installation second Electric pushrod b（208）, the second electric pushrod b（208）First pressure sensor b is installed front end（2012）, support plate b（206）Lower peace Fill two the first cylinder b（2015）, the first cylinder b（2015）Piston rod under first motor b（209）, first motor b（209） Output shaft on installation third electric pushrod b（2011）, third electric pushrod b（2011）Clamping plate b is installed front end（2010）, control Device（1）By conducting wire respectively with vibrating motor b（203）, first motor b（209）, the first electric pushrod b（207）, it is second electronic Push rod b（208）, third electric pushrod b（2011）With motor-driven valve b（2016）It is connected, the first cylinder b（2015）Built-in first electromagnetism Valve b, the first solenoid valve b pass through conducting wire and controller（1）It is connected, drip irrigation belt punching machine（4）Including the second pipeline c（301）, One motor c（302）, the first support plate c（303）, the first electric pushrod c（304）, first straight line motor c（305）, second electronic push away Bar c（306）, clamping plate c（307）, the first pipeline c（308）, the second motor c（309）, the second support plate c（3010）, third it is electronic Push rod c（3011）, pressing plate c（3012）, platen c（3013）, third pipeline c（3015）, perforating knife c（3016）, it is the 4th electronic Push rod c（3017）, cylinder c（3018）, supporting rack c（3019）, the second movable block c（3020）, second straight line motor c（3021）With First movement block c（3022）, the first pipeline c（308）Second pipeline c is installed top（301）, the second pipeline c （301）Upper installation first motor c（302）, first motor c（302）Output shaft on the first support plate c is installed（303）, the first support plate c（303）The first electric pushrod c of lower station（304）, the first support plate c（303）Upper installation first straight line motor c（305）, first straight line Motor c（305）Upper installation first movement block（3022）, first movement block（3022）The second electric pushrod c of upper installation（306）, the Two electric pushrod c（306）Lower end and the first electric pushrod c（304）Clamping plate c is respectively installed lower end（307）, the first pipeline c（308） Right side loading stand c（3013）, two second straight line motor c（3021）It is connected, second straight line motor c（3021）Upper installation second Movable block c（3020）, the second movable block c（3020）The second motor c of lower installation（309）, the second motor c（309）Output shaft on Second support plate c is installed（3010）, the second support plate c（3010）Under third electric pushrod c is each side installed（3011）, third electricity Dynamic push rod c（3011）Lower installation pressing plate c（3012）, the second support plate c（3010）The 4th electric pushrod c of lower installation（3017）, the 4th Electric pushrod c（3017）Lower installation perforating knife c（3016）, the second straight line motor c on right side（3021）Mounted on cylinder c（3018） Piston rod on, cylinder c（3018）Mounted on supporting rack c（3019）On, supporting rack c（3019）Positioned at third pipeline c （3015）Top, third pipeline c（3015）Mounted on platen c（3013）Right side, controller（1）By conducting wire respectively with first Motor c（302）, the second motor c（309）, first straight line motor c（305）, second straight line motor c（3021）, the first electric pushrod c（304）, the second electric pushrod c（306）, third electric pushrod c（3011）With the 4th electric pushrod c（3017）It is connected, cylinder c （3018）Internal solenoid valve c, solenoid valve c pass through conducting wire and controller（1）It is connected, drip irrigation zone chip mounter（5）Including second support d （401）, nozzle d（402）, first straight line motor d（403）, first support d（404）, hot melt adhesive machine d（405）, first movement block d （407）, first motor d（408）, the first electric pushrod d（409）, the first pipeline d（4010）, strut d（4011）, second pair Head cylinder d（4012）, second clamping plate d（4013）, second straight line motor d（4014）, the second movable block d（4015）, the second motor d （4016）, the second electric pushrod d（4017）, third motor d（4018）, the first double end cylinder d（4019）, first clamping plate d （4020）, wind turbine d（4021）, third electric pushrod d（4022）, third holder d（4023）With the second pipeline d（4024）, institute State second support d（401）Two second straight line motor d of lower installation（4014）, two second straight line motor d（4014）It is connected, the Two linear motor d（4014）The second movable block d of upper installation（4015）, the second movable block d（4015）The second motor d of upper installation （4016）, the second motor d（4016）Output shaft on the second electric pushrod d is installed（4017）, the second electric pushrod d（4017）Under Third motor d is installed（4018）, third motor d（4018）Output shaft on the first double end cylinder d is installed（4019）, the first double end Cylinder d（4019）Each side installation first clamping plate d（4020）, the first double end cylinder d（4019）Strut d is installed under side wall （4011）, strut d（4011）The second double end cylinder d of upper installation（4012）, the second double end cylinder d（4012）Each side install Second clamping plate d（4013）, second support d（401）Left is equipped with first support d（404）, first support d（404）Upper installation first Linear motor d（403）, first straight line motor d（403）Upper installation first movement block d（407）, first movement block d（407）Upper peace Fill first motor d（408）, first motor d（408）Output shaft on the first electric pushrod d is installed（409）, the first electric pushrod d （409）Nozzle d is installed front end（402）, nozzle d（402）Pass through pipeline and hot melt adhesive machine d（405）It is connected, hot melt adhesive machine d（405） Mounted on first support d（404）On, second support d（401）Lower section is equipped with the first pipeline d（4010）, the first pipeline d （4010）Second pipeline d is installed on right side（4024）, the second pipeline d（4024）Wheel carrier on installation third holder d（4023）, Third holder d（4023）On wind turbine d is hingedly installed（4021）, third holder d（4023）Upper installation third electric pushrod d （4022）, third electric pushrod d（4022）Front end is hingedly mounted on wind turbine d（4021）On, controller（1）By conducting wire respectively with First motor d（408）, the second motor d（4016）Third motor d（4018）, the first electric pushrod d（409）, the second electric pushrod d（4017）, third electric pushrod d（4022）, nozzle d（402）, wind turbine d（4021）, first straight line motor d（403）It is straight with second Line motor d（4014）It is connected, the first double end cylinder d（4019）Built-in first solenoid valve d, the first solenoid valve d pass through conducting wire and control Device processed（1）It is connected, the second double end cylinder d（4012）Built-in second solenoid valve d, second solenoid valve d pass through conducting wire and controller（1） It is connected, drip irrigation zone conveyer（6）Including the second electric pushrod e（502）, strut e（503）, third electric pushrod e（504）, sliding rail e（505）, sliding block e（506）, the first electric pushrod e（507）, the second idler wheel e（508）, the second wheel carrier e（509）, holder e （5010）, the first idler wheel e（5011）, the first wheel carrier e（5012）, belt e（5013）With double end cylinder e（5014）, the double end Cylinder e（5014）First wheel carrier e is each side installed（5012）, the first wheel carrier e（5012）The first idler wheel e of upper installation （5011）, double end cylinder e（5014）Mounted on the second electric pushrod e（502）On, the second electric pushrod e（502）Mounted on strut e（503）On, strut e（503）Mounted on sliding rail e（505）On, sliding rail e（505）Each side installation sliding block e（506）, sliding block e（506）The first electric pushrod e of upper installation（507）, the first electric pushrod e（507）Upper mounting bracket e（5010）, holder e （5010）Mounted on the first wheel carrier e（5012）Under, strut e（503）Each side installation third electric pushrod e（504）, third Electric pushrod e（504）Front end and the first electric pushrod e（507）Side wall be connected, strut e（503）The second wheel carrier e of upper installation （509）, the second wheel carrier e（509）The second idler wheel e of upper installation（508）, belt e（5013）Mounted on two the first idler wheel e（5011） On, belt e（5013）The left and right sides is respectively wound around the second idler wheel e（508）On, the first idler wheel e（5011）With the second idler wheel e （508）It is respectively driven by external motor, controller（1）By conducting wire respectively with the first electric pushrod e（507）, the second electric pushrod e （502）, third electric pushrod e（504）It is connected, double end cylinder e（5014）Internal solenoid valve e, solenoid valve e pass through conducting wire and control Device（1）It is connected, drip irrigation zone dragger（7）Including holder f（601）, third electric pushrod f（602）, clamping bar f（603）, double end gas Cylinder f（604）, multistage retractable rod f（605）, clamping plate f（606）, belt f（607）, motor f（608）, the second electric pushrod f （609）, the second cylinder f（6010）, the second sliding rail f（6012）, the second sliding block f（6013）, the second wheel carrier f（6014）, runner f （6015）, third wheel carrier f（6016）, idler wheel f（6017）, driving wheel f（6018）, driven wheel f（6019）, the first electric pushrod f （6020）, the first wheel carrier f（6021）, the first cylinder f（6022）, the first sliding block f（6023）, the first sliding rail f（6024）With shelf f （6025）, the shelf f（6025）The first sliding rail f of lower installation（6024）, the first sliding rail f（6024）Three the first sliding blocks of upper installation f（6023）, the first sliding block f（6023）The first cylinder f of lower installation（6022）, the first cylinder f（6022）Piston rod under install One wheel carrier f（6021）, the first wheel carrier f of the left and right sides（6021）The first electric pushrod f of interior each installation（6020）, first electronic pushes away Bar f（6020）Front end stretch out the first wheel carrier f（6021）, the first electric pushrod f（6020）Front end with positioned at intermediate first Wheel carrier f（6021）It is connected, the first wheel carrier f（6021）Upper installation driven wheel f（6019）, the first sliding rail f（6024）Left side installation branch Frame f（601）, holder f（601）Lower installation third electric pushrod f（602）, third electric pushrod f（602）Lower installation multi-stage expansion Bar f（605）, multistage retractable rod f（605）Double end cylinder f is installed front end（604）, double end cylinder f（604）Each side install Clamping bar f（603）, clamping bar f（603）Upper installation clamping plate f（606）, driven wheel f（6019）Have driving wheel f（6018）, driving wheel f（6018）Mounted on the second wheel carrier f（6014）On, driving wheel f（6018）Axis on installation runner f（6015）, the second wheel carrier f （6014）Mounted on the second cylinder f（6010）On, the second cylinder f（6010）Mounted on the second sliding block f（6013）On, the second sliding block f（6013）Mounted on the second sliding rail f（6012）On, the second wheel carrier f of the left and right sides（6014）The second electric pushrod f of interior each installation （609）, the second electric pushrod f（609）Front end stretch out the second wheel carrier f（6014）, the second electric pushrod f（609）Front end with The second intermediate wheel carrier f（6014）It is connected, the second wheel carrier f of the left and right sides（6014）Upper each installation third wheel carrier f（6016）, the Three wheel carrier f（6016）Upper installation idler wheel f（6017）, belt f（607）Mounted on runner f（6015）On, belt f（607）Left and right two End is respectively wound around idler wheel f（6017）On, idler wheel f（6017）Axis pass through shaft coupling and motor f（608）It is connected, motor f （608）Mounted on third wheel carrier f（6016）On, controller（1）By conducting wire respectively with motor f（608）, multistage retractable rod f （605）, the first electric pushrod f（6020）, the second electric pushrod f（609）, third electric pushrod f（602）It is connected, the first cylinder f （6022）Built-in first solenoid valve f, the first solenoid valve f pass through conducting wire and controller（1）It is connected, the second cylinder f（6010）It is built-in Second solenoid valve f, second solenoid valve f pass through conducting wire and controller（1）It is connected, double end cylinder f（604）Built-in third solenoid valve f, Third solenoid valve f passes through conducting wire and controller（1）It is connected, drip irrigation zone winder（8）Including casing g（702）, the first cylinder g （703）, rotating cylinder g（704）, belt g（705）, roller g（706）, support plate g（707）, the second motor g（708）, sliding block g（709）、 Second cylinder g（7010）, bearing piece g（7011）, sliding rail g（7012）, supporting rack g（7013）, roller bearing g（7014）, cutter g （7015）, the second electric pushrod g（7016）, the first electric pushrod g（7017）, strut g（7018）With first motor g（7019）, The casing g（702）Interior installation first motor g（7019）, first motor g（7019）Output shaft on the first cylinder g is installed （703）, the first cylinder g（703）Piston rod on installation rotating cylinder g（704）, rotating cylinder g（704）Right end stretches out casing g（702）Outside, Casing g（702）Strut g is installed on right side（7018）, strut g（7018）The first electric pushrod g of upper installation（7017）, first electronic pushes away Bar g（7017）Second electric pushrod g is installed front end（7016）, the second electric pushrod g（7016）Lower installation cutter g（7015）, turn Cylinder g（704）Front is equipped with belt g（705）, belt g（705）Mounted on two roller g（706）On, roller g（706）It is mounted on Roller bearing g（7014）On, roller bearing g（7014）Each side it is mounted on supporting rack g（7013）On, supporting rack g（7013）It is mounted on Support plate g（707）On, roller bearing g（7014）The left and right sides passes through shaft coupling and the second motor g respectively（708）It is connected, the second motor g （708）Mounted on support plate g（707）On, support plate g（707）Mounted on sliding block g（709）On, sliding block g（709）Mounted on sliding rail g （7012）On, sliding block g（709）Bearing piece g is installed on right side（7011）, the second cylinder g（7010）Mounted on sliding rail g（7012）On, the Two cylinder g（7010）Piston rod and bearing piece g（7011）It is connected, controller（1）By conducting wire respectively with first motor g （7019）, the second motor g（708）, the first electric pushrod g（7017）With the second electric pushrod g（7016）It is connected, the first cylinder g （703）Built-in first solenoid valve g, the first solenoid valve g pass through conducting wire and controller（1）It is connected, the second cylinder g（7010）Built-in Two solenoid valve g, second solenoid valve g pass through conducting wire and controller（1）It is connected.
CN201610411008.6A 2016-06-14 2016-06-14 A kind of drip-irrigation belt production line Active CN106003744B (en)

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CN113042913B (en) * 2019-10-29 2022-03-04 江苏华源节水股份有限公司 Forming method of water outlet of drip irrigation tape

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CN202129958U (en) * 2011-07-01 2012-02-01 莱芜市恒翔塑料机械有限公司 Novel high-speed drip tape production set
CN203316287U (en) * 2013-06-08 2013-12-04 深圳市芭田生态工程股份有限公司 Drip irrigation belt production line
CN104082102B (en) * 2014-06-13 2016-01-13 河北雨燕灌溉设备有限公司 Tubular micropore labyrinth drip irrigating belt, processing method and equipment
CN204749201U (en) * 2014-06-16 2015-11-11 青岛福润德自动化技术有限公司 Drip irrigation band production system
CN204505755U (en) * 2015-03-06 2015-07-29 天津市绿视野节能工程设备有限公司 A kind of drip irrigation zone processing unit (plant)

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