CN106003744A - Drip irrigation belt production line - Google Patents

Drip irrigation belt production line Download PDF

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Publication number
CN106003744A
CN106003744A CN201610411008.6A CN201610411008A CN106003744A CN 106003744 A CN106003744 A CN 106003744A CN 201610411008 A CN201610411008 A CN 201610411008A CN 106003744 A CN106003744 A CN 106003744A
Authority
CN
China
Prior art keywords
electric pushrod
cylinder
motor
drip irrigation
controller
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
CN201610411008.6A
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Chinese (zh)
Other versions
CN106003744B (en
Inventor
贺岳年
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
ZHOUSHAN ANGE MACHINERY CO Ltd
Original Assignee
ZHOUSHAN ANGE MACHINERY CO Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by ZHOUSHAN ANGE MACHINERY CO Ltd filed Critical ZHOUSHAN ANGE MACHINERY CO Ltd
Priority to CN201610411008.6A priority Critical patent/CN106003744B/en
Publication of CN106003744A publication Critical patent/CN106003744A/en
Application granted granted Critical
Publication of CN106003744B publication Critical patent/CN106003744B/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

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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

Landscapes

  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Forests & Forestry (AREA)
  • Soil Sciences (AREA)
  • Water Supply & Treatment (AREA)
  • Environmental Sciences (AREA)
  • Lining Or Joining Of Plastics Or The Like (AREA)
  • Coating Apparatus (AREA)

Abstract

The invention discloses a drip irrigation belt production line, and belongs to the technical field of drip irrigation belt production. The drip irrigation belt production line comprises a drip irrigation belt extruder, a chip selection mechanism, a drip irrigation belt punching machine, a drip irrigation belt chip mounter, a drip irrigation belt conveying machine, a drip irrigation belt traction machine and a drip irrigation belt winding machine. The drip irrigation belt extruder is connected with the drip irrigation belt punching machine through a conveying device, the chip selection mechanism is connected with the drip irrigation belt punching machine through the conveying device, and the drip irrigation belt punching machine is connected with the drip irrigation belt chip mounter through the conveying device; and the drip irrigation belt chip mounter is connected with the drip irrigation belt conveying machine through the conveying device, the drip irrigation belt conveying machine is connected with the drip irrigation belt traction machine through the conveying device, and the drip irrigation belt traction machine is connected with the drip irrigation belt winding machine through the conveying device. The drip irrigation belt production line has the beneficial effects that the double-screw extruder is provided, and a flat irrigation head can be automatically adjusted through the chip selection mechanism.

Description

A kind of drip-irrigation belt production line
Technical field
The present invention relates to a kind of drip-irrigation belt production line, belong to drip irrigation zone production technical field.
Background technology
Buried drip irrigation is compared common drip surface and is had the efficiency height that drips, and directly acts on plant root, service life The outstanding advantages such as long is it is considered to be the future thrust of drip irrigation technique.The extruder used during drip irrigation zone produces at present is all only There is a screw rod so that the plastic stir in barrel is insufficient, make the drip irrigation zone of extrusion be contained within bubble；Drip irrigation zone produces at present In be all artificially the positive and negative of flat water dropper is regulated after, be transported to next link, chip select inefficiency, waste time and energy.For Solution above-mentioned difficulties, needs to develop and a has double screw extruder and chip select mechanism can be automatically adjusted dripping of flat water dropper Fill band production line.
Summary of the invention
It is an object of the invention to provide a kind of drip-irrigation belt production line.
The problem to be solved in the present invention is all only one of which screw rod a in the extruder of existing drip irrigation zone, and is all artificially will The problem that the positive and negative of flat water dropper regulates.
For realizing the purpose of the present invention, the technical solution used in 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 Belt conveyor, drip irrigation zone traction machine and drip irrigation zone winder, described drip irrigation zone extruder is punched with drip irrigation zone by conveyer device Machine is connected, and chip select mechanism is connected with drip irrigation belt punching machine by conveyer device, and drip irrigation belt punching machine passes through conveyer device and drip irrigation Band chip mounter is connected, and drip irrigation zone chip mounter is connected with drip irrigation zone conveyer by conveyer device, and drip irrigation zone conveyer is by conveying Device is connected with drip irrigation zone traction machine, and drip irrigation zone traction machine is connected with drip irrigation zone winder by conveyer device, and drip irrigation zone is extruded Machine includes controller, the first slide rail a, the first slide block a, the second slide rail a, block a, flange bearing a, rotating shaft a, double end cylinder a, cuts Yoke a, ring exit a, shaped device a, solid shafting a, barrel a, cylinder a, screw rod a, the second slide block a, charging aperture a and motor a, Charging aperture a, each side mounting flange bearing a in barrel a are installed, installation rotating shaft a, position flange bearing a on described barrel a Stretching out outside barrel a in the rotating shaft a in left side, the rotating shaft a being positioned at left side is connected with motor a by shaft coupling, installation second on rotating shaft a Slide rail a, the second slide rail a are arranged on the first slide block a, and the first slide block a is arranged on the first slide rail a, and the first slide rail a is arranged on material On cylinder a inwall, the second slide rail a installs the second slide block a, a block a, double end cylinder a are installed on the left of the second slide block a and are arranged on second On slide rail a, the double end cylinder a left and right sides is connected with a block a respectively, installs cylinder in the second slide block a installs screw rod a, screw rod a A, the piston rod of cylinder a stretches out outside screw rod a, and the piston rod of cylinder a is connected with adjacent screws a, installs scissor between two screw rod a Arm a, installs ring exit a, installation forming device a under ring exit a under barrel a, install solid shafting a under ring exit a, solid Axle a is positioned at shaped device a, and controller is arranged on barrel a, and controller is connected with motor a by wire, cylinder a built-in the One electromagnetic valve a, the first electromagnetic valve a are connected with controller by wire, the built-in second electromagnetic valve a of double end cylinder a, the second electromagnetic valve A is connected with controller by wire, and chip select mechanism includes hopper b, support b, vibrating motor b, bracing frame b, support plate b, the first electricity Dynamic push rod b, the second electric pushrod b, the first motor b, clamping plate b, the 3rd electric pushrod b, pressure transducer b, pipeline b, discharging Pipe b, the first cylinder b and electrodynamic valve b, described hopper b each side installs vibrating motor b, vibrating motor b and is arranged on support b On, support b is arranged on hopper b side, installs discharge nozzle b under hopper b, discharge nozzle b installs electrodynamic valve b, pipeline b and is positioned at Below material pipe b, bracing frame b is positioned at above pipeline b, installs support plate b, support plate b and each side install the first electricity under bracing frame b Dynamic push rod b, installs the second electric pushrod b under the first electric pushrod b, the first pressure transducer is installed in the second electric pushrod b front end B, installs two the first cylinder b, the first motor b under the piston rod of the first cylinder b, the output shaft of the first motor b is pacified under support plate b Filling the 3rd electric pushrod b, clamping plate b is installed in the 3rd electric pushrod b front end, controller by wire respectively with vibrating motor b, first Motor b, the first electric pushrod b, the second electric pushrod b, the 3rd electric pushrod b are connected with electrodynamic valve b, the first cylinder b built-in One electromagnetic valve b, the first electromagnetic valve b are connected with controller by wire.
Described drip irrigation belt punching machine, including the second pipeline c, the first motor c, the first support plate c, the first electric pushrod c, One linear electric motors c, the second electric pushrod c, clamping plate c, the first pipeline c, the second motor c, the second support plate c, the 3rd electric pushrod C, pressing plate c, platen c, the 3rd pipeline c, perforating knife c, the 4th electric pushrod c, cylinder c, bracing frame c, the second movable block c, Two linear electric motors c and the first movable block c, described first pipeline c the second pipeline c installed above, the second pipeline c installs First motor c, the output shaft of the first motor c is installed the first support plate c, and stand under the first support plate c the first electric pushrod c, first First linear electric motors c is installed on plate c, the first linear electric motors c installs the first movable block c, the first movable block c installs the second electricity Dynamic push rod c, clamping plate c, erecting bed on the right side of the first pipeline c are respectively installed in the second electric pushrod c lower end and the first electric pushrod c lower end Plate c, two the second linear electric motors c are connected, and the second linear electric motors c installs the second movable block c, installation the under the second movable block c Two motor c, the output shaft of the second motor c is installed the second support plate c, each side installs the 3rd and electronic push away under the second support plate c Bar c, installs pressing plate c under the 3rd electric pushrod c, install the 4th electric pushrod c, install under the 4th electric pushrod c under the second support plate c Perforating knife c, the second linear electric motors c on right side are arranged on the piston rod of cylinder c, and cylinder c is arranged on bracing frame c, bracing frame c Being positioned at above the 3rd pipeline c, the 3rd pipeline c is arranged on the right side of platen c, controller by wire respectively with the first motor c, Second motor c, the first linear electric motors c, the second linear electric motors c, the first electric pushrod c, the second electric pushrod c, the 3rd electronic push away Bar c and the 4th electric pushrod c is connected, and cylinder c internal solenoid valve c, electromagnetic valve c are connected with controller by wire.
Described drip irrigation zone chip mounter, including the second support d, nozzle d, the first linear electric motors d, the first support d, hot melt adhesive machine D, the first movable block d, the first motor d, the first electric pushrod d, the first pipeline d, pole d, the second double end cylinder d, the second folder Plate d, the second linear electric motors d, the second movable block d, the second motor d, the second electric pushrod d, the 3rd motor d, the first double end cylinder D, the first clamping plate d, blower fan d, the 3rd electric pushrod d, the 3rd support d and the second pipeline d, install two under described second support d Individual second linear electric motors d, two the second linear electric motors d are connected, and the second linear electric motors d installs the second movable block d, and second moves Second motor d is installed on block d, the output shaft of the second motor d is installed the second electric pushrod d, under the second electric pushrod d, install the Three motor d, the output shaft of the 3rd motor d are installed the first double end cylinder d, the first double end cylinder d and each side install first Clamping plate d, installs pole d under the first double end cylinder d sidewall, pole d installs the second double end cylinder d, the second double end cylinder about d The second clamping plate d is respectively installed in both sides, and the second support d left is provided with the first support d, and the first support d installs the first linear electric motors d, First movable block d is installed on the first linear electric motors d, the first movable block d installs the first motor d, on the output shaft of the first motor d Installing the first electric pushrod d, the first electric pushrod d front end is installed nozzle d, nozzle d and is connected with hot melt adhesive machine d by pipeline, heat Glue-smelting machine d is arranged on the first support d, is provided with the first pipeline d below the second support d, installs second on the right side of the first pipeline d Pipeline d, the wheel carrier of the second pipeline d is installed the 3rd support d, and hinged installation blower fan d on the 3rd support d, on the 3rd support d Installing the 3rd electric pushrod d, the 3rd electric pushrod d front end is hingedly mounted on blower fan d, and controller passes through wire respectively with first Motor d, the second motor d the 3rd motor d, the first electric pushrod d, the second electric pushrod d, the 3rd electric pushrod d, nozzle d, blower fan D, the first linear electric motors d and the second linear electric motors d are connected, and the first built-in first electromagnetic valve d of double end cylinder d, the first electromagnetic valve d are logical Crossing wire to be connected with controller, the second built-in second electromagnetic valve d of double end cylinder d, the second electromagnetic valve d pass through wire and controller phase Even.
Described drip irrigation zone conveyer, including the second electric pushrod e, pole e, the 3rd electric pushrod e, slide rail e, slide block e, One electric pushrod e, the second roller e, the second wheel carrier e, support e, the first roller e, the first wheel carrier e, belt e and double end cylinder e, institute State double end cylinder e and the first wheel carrier e is each side installed, the first wheel carrier e installs the first roller e, double end cylinder e and is arranged on the On two electric pushrod e, the second electric pushrod e is arranged on pole e, and pole e is arranged on slide rail e, and slide rail e each side pacifies Dress slide block e, slide block e installs the first electric pushrod e, and mounting bracket e on the first electric pushrod e, support e is arranged on the first wheel carrier Under e, pole e each side installs the 3rd electric pushrod e, the sidewall phase of the 3rd electric pushrod e front end and the first electric pushrod e Even, pole e installs the second wheel carrier e, the second wheel carrier e installs the second roller e, belt e and is arranged on two the first roller e, The belt e left and right sides is respectively wound around on the second roller e, and the first roller e and the second roller e is respectively driven by external motor, controls Device is connected with the first electric pushrod e, the second electric pushrod e, the 3rd electric pushrod e respectively by wire, double end cylinder e in-built electrical Magnet valve e, electromagnetic valve e are connected with controller by wire.
Described drip irrigation zone traction machine, including support f, the 3rd 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 slide rail f, the second slide block f, the second wheel carrier f, runner F, third round frame f, roller f, drivewheel f, driven pulley f, the first electric pushrod f, the first wheel carrier f, the first cylinder f, the first slide block F, the first slide rail f and shelf f, install the first slide rail f under described shelf f, three the first slide block f of installation on the first slide rail f, and first First cylinder f is installed under slide block f, the first wheel carrier f is installed under the piston rod of the first cylinder f, each in the first wheel carrier f of the left and right sides Installing the first electric pushrod f, the first wheel carrier f is stretched out in the front end of the first electric pushrod f, the front end of the first electric pushrod f be positioned at The first middle wheel carrier f is connected, and the first wheel carrier f installs driven pulley f, the first slide rail f left mounting bracket f, installs under support f 3rd electric pushrod f, installs multistage retractable rod f, multistage retractable rod f front end and installs double end cylinder f under the 3rd electric pushrod f, double Head cylinder f each side installs clamping bar f, clamping bar f installs clamping plate f, driven pulley f and has drivewheel f, drivewheel f installation On the second wheel carrier f, the axle of drivewheel f being installed runner f, the second wheel carrier f and is arranged on the second cylinder f, the second cylinder f installs On the second slide block f, the second slide block f is arranged on the second slide rail f, and in the second wheel carrier f of the left and right sides, each installation second is electronic Push rod f, the second wheel carrier f, the front end of the second electric pushrod f and the second middle wheel carrier f phase are stretched out in the front end of the second electric pushrod f Even, each installation third round frame f on the second wheel carrier f of the left and right sides, third round frame f installs roller f, belt f and is arranged on runner f On, belt about f two ends are respectively wound around on roller f, and the axle of roller f is connected with motor f by shaft coupling, and motor f is arranged on On third round frame f, controller by wire respectively with motor f, multistage retractable rod f, the first electric pushrod f, the second electric pushrod F, the 3rd electric pushrod f are connected, and the built-in first electromagnetic valve f of the first cylinder f, the first electromagnetic valve f are connected with controller by wire, The built-in second electromagnetic valve f of second cylinder f, the second electromagnetic valve f are connected with controller by wire, built-in 3rd electricity of double end cylinder f Magnet valve f, the 3rd electromagnetic valve f are connected with controller by wire.
Described drip irrigation zone winder, including casing g, the first cylinder g, rotating cylinder g, belt g, cylinder g, support plate g, the second motor G, slide block g, the second cylinder g, block g, slide rail g, bracing frame g, roller bearing g, cutter g, the second electric pushrod g, the first electric pushrod G, pole g and the first motor g, install the first motor g, the output shaft of the first motor g installed the first cylinder g in described casing g, Installing rotating cylinder g on the piston rod of the first cylinder g, rotating cylinder g right-hand member stretches out outside casing g, installs pole g, on pole g on the right side of casing g Installing the first electric pushrod g, the second electric pushrod g is installed in the first electric pushrod g front end, installs cutter under the second electric pushrod g G, rotating cylinder g front is provided with belt g, belt g and is arranged on two cylinder g, and cylinder g is arranged on roller bearing g, the roller bearing g left and right sides Respectively being arranged on bracing frame g, bracing frame g is arranged on support plate g, and the roller bearing g left and right sides is respectively by shaft coupling and the second motor g Being connected, the second motor g is arranged on support plate g, and support plate g is arranged on slide block g, and slide block g is arranged on slide rail g, pacifies on the right side of slide block g Dress block g, the second cylinder g are arranged on slide rail g, and the piston rod of the second cylinder g is connected with a block g, and controller is divided by wire It is not connected with the first motor g, the second motor g, the first electric pushrod g and the second electric pushrod g, built-in first electricity of the first cylinder g Magnet valve g, the first electromagnetic valve g are connected with controller by wire, and the built-in second electromagnetic valve g of the second cylinder g, the second electromagnetic valve g are logical Cross wire to be connected with controller.
The invention have the advantage that controller controls motor a and starts, make rotating shaft a rotate, make the second slide rail a rotate, make screw rod A rotates；Controller controls cylinder a and does stretching motion, makes two screw rod a be located remotely from each other, makes scissor arm a extend；Controller Control double end cylinder a and do stretching motion, make two the second slide block a be located remotely from each other, make two screw rod a be located remotely from each other, in making barrel a Plastics sufficiently stirred.
Being placed into by flat water dropper in hopper b, controller controls vibrating motor b and starts, and makes hopper b rock；Controller control Electrodynamic valve b processed opens, and the width of discharge nozzle b can make that flat water dropper side is ventricumbent drops；Flat water dropper drops to conveying On line b, controller controls pipeline b and is transported under support plate b by flat water dropper；Some flat water droppers are that have is flat the most upside down Flat water dropper be little upside down, when flat water dropper be big the most upside down time, controller controls the first electric pushrod b and does stretching motion, makes Pressure transducer b moves down, and makes the pressure transducer b highest point less than flat water dropper；Controller controls the second electric pushrod b Doing stretching motion, make pressure transducer b close to each other, pressure transducer b moves forward to certain distance, when flat water dropper is big Time upside down, pressure transducer b does not touch flat water dropper；Controller controls the first cylinder b and does stretching motion, makes clamping plate b Move down, make clamping plate b be positioned at the flat water dropper left and right sides；Controller controls the 3rd electric pushrod b and does stretching motion, makes clamping plate B moves forward, and makes clamping plate b clamp flat water dropper；Controller controls the first motor b and starts, and makes clamping plate b clip flat water dropper rotation Turn, make the big placement head-up of flat water dropper.
The drip irrigation zone that extruder is produced by the first pipeline c carries to the right；Controller controls the first motor c and starts, The first support plate c is made to rotate；Controller controls the first electric pushrod c and the second electric pushrod c and moves down, and makes to come drip irrigation zone Both sides；Controller controls the first linear electric motors c and starts, and makes the first movable block c move left and right, and makes the clamping plate c on right side be moved to the left, Making two clamping plate c clamp drip irrigation zone, drip irrigation zone is moved on platen c by clamping plate c along with the second pipeline c；Controller controls cylinder c Do stretching motion, make the second linear electric motors c be moved to the left；Controller controls the second linear electric motors c and starts, and makes the second movable block c Move left and right, regulate the distance between two perforating knife c；Controller controls the second motor c and starts, and makes the second support plate c rotate, Regulate pressing plate c and push down the position of drip irrigation zone；Controller controls the 3rd electric pushrod c and does stretching motion, makes pressing plate c to moving down Dynamic, make pressing plate c push down drip irrigation zone；Controller controls the 4th electric pushrod c and does stretching motion, makes perforating knife c move up and down, punching The side of drip irrigation zone is punched by cutter c；Along with the movement of the second pipeline c, the 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, the 3rd pipeline c.
First pipeline d is used for conveying flat water dropper, and the second pipeline d is used for carrying the drip irrigation zone after burrowing；Controller The second linear electric motors d on the left of control starts, and makes left side the second movable block d move left and right；Controller controls the second motor d and opens Dynamic, make the second electric pushrod d rotate；Controller controls the second electric pushrod d and does stretching motion, makes the 3rd motor d move up and down, The first clamping plate d is made to be positioned at the outside of flat water dropper；Controller controls the 3rd motor d and rotates, and makes the first double end cylinder d rotate；Control Device processed controls the first double end cylinder d and does stretching motion, makes the first clamping plate d clamp the outside of flat water dropper；Controller controls second Double end cylinder d does stretching motion, makes the second clamping plate d prop up the medial wall of flat water dropper；Controller controls the first linear electric motors d and opens Dynamic, make the first movable block d move up and down；Controller controls the first motor d and rotates, and makes the first electric pushrod d rotate；Controller One electric pushrod d does stretching motion, makes nozzle d near the flat water dropper picked up by the first clamping plate d and the second clamping plate d；Hot melt After glue coating, flat water dropper is moved on the hole of drip irrigation zone by right side the first clamping plate d and the second clamping plate d, makes flat water dropper adhere to On drip irrigation zone；Controller controls blower fan d and starts, and accelerates pasting of flat water dropper；Controller control the 3rd electric pushrod d does and stretches Contracting motion, regulates the angle of blower fan d.
Controller controls the first electric pushrod e and the second electric pushrod e and does stretching motion, makes the first roller e move up and down； External motor drives the second roller e reversion, makes belt e loosen；Controller controls double end cylinder e and does stretching motion, makes the first round Frame e moves right, and belt e is strained by the first roller e, expands the distance between two the first roller e；Controller controls the 3rd electricity Dynamic push rod e does stretching motion, makes slide block e move left and right；External motor drives the second roller e to rotate, and makes belt e be transported drip irrigation zone It is passed to next link.
Controller controls the 3rd electric pushrod f and does stretching, makes multistage retractable rod f move down；Controller controls many Level expansion link f does stretching, makes clamping plate f move forward, and makes clamping plate f move on the right side of the drivewheel f on right side；Controller controls Double end cylinder f does stretching motion, makes clamping plate f come closer, and the drip irrigation zone that conveyer conveying in drip irrigation zone comes is clamped by clamping plate f； Controller controls multistage retractable rod f and does contractile motion, makes drip irrigation zone move past between drivewheel f and driven pulley f；Controller controls First cylinder f and the second cylinder f does stretching motion, makes drivewheel f and driven pulley f mutually draw close, and drivewheel f and driven pulley f squeezes Pressure drip irrigation zone；Controller controls motor f and starts, and makes roller f invert, makes belt f loosen；Controller controls the second electric pushrod f Do stretching motion, make roller f to two side shiftings, make the second slide block f of the left and right sides to two lateral movements, make roller f be drawn by belt f Tightly, the distance between drivewheel f and drivewheel f is expanded；Controller controls the first electric pushrod f and does stretching motion, makes the first round Frame f, to two lateral movements, makes driven pulley f to two lateral movements, makes driven pulley f move to above drivewheel f, makes driven pulley f and active Wheel f one_to_one corresponding；After the drivewheel f in left side, drip irrigation zone by winder winding around, under the pulling of up-coiler, drivewheel f and Driven pulley f extrudes drip irrigation zone.
Controller controls the second cylinder g and does stretching motion, makes slide block g move forward, and makes a block g move forward, cylinder g to Front movement, makes belt g move forward, and makes belt g left end move to below rotating cylinder g；Controller controls the second motor g and rotates, and makes Cylinder g rotates, and makes belt g rotate, makes the rolling cylinder on belt g 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 traction machine, makes rolling cylinder rolling drip irrigation zone；Controller controls the first motor g and starts, and makes rotating cylinder G rotates；After rolling is complete, controller controls the first cylinder g and does contractile motion, makes rotating cylinder g move in casing g, makes rolling cylinder fall Fall lower section to be transported away by conveying arrangement.
Accompanying drawing explanation
Fig. 1 is one drip-irrigation belt production line overall structure figure of the present invention；
Fig. 2 is drip irrigation zone extruder structure for amplifying schematic diagram；
Fig. 3 is ring exit a and solid shafting a mounting structure upward view；
Tu4Shi chip select mechanism structure for amplifying schematic diagram；
Fig. 5 is drip irrigation belt punching machine structure for amplifying schematic diagram；
Fig. 6 is drip irrigation zone chip mounter structure for amplifying schematic diagram；
Fig. 7 is drip irrigation zone conveyer structure for amplifying schematic diagram；
Fig. 8 is drip irrigation zone traction machine structure for amplifying schematic diagram；
Fig. 9 is drivewheel f and runner f mounting structure top view；
Figure 10 is drip irrigation zone winder structure for amplifying schematic diagram；
Figure 11 is the right view of a portion structure；
In figure: 1, controller 2, drip irrigation zone extruder 3, chip select mechanism 4, drip irrigation belt punching machine 5, drip irrigation zone chip mounter 6, Drip irrigation zone conveyer 7, drip irrigation zone traction machine 8, drip irrigation zone winder the 102, first slide rail a the 103, first slide block a 104, Two slide rail a 105, a block a 106, flange bearing a 107, rotating shaft a 108, double end cylinder a 109, scissor arm a 1010, annular Outlet a 1011, shaped device a 1012, solid shafting a 1013, barrel a 1014, cylinder a 1015, screw rod a 1016, second Slide block a 1017, charging aperture a 1018, motor a 201, hopper b 202, support b 203, vibrating motor b 205, bracing frame b 206, support plate b the 207, first electric pushrod b the 208, second electric pushrod b the 209, first motor b 2010, clamping plate b 2011, 3rd electric pushrod b 2012, pressure transducer b 2013, pipeline b 2014, discharge nozzle b the 2015, first cylinder b 2016, Electrodynamic valve b the 301, second pipeline c the 302, first motor c the 303, first support plate c the 304, first electric pushrod c 305, One linear electric motors c the 306, second electric pushrod c 307, clamping plate c the 308, first pipeline c the 309, second motor c 3010, Two support plate c the 3011, the 3rd electric pushrod c 3012, pressing plate c 3013, platen c the 3015, the 3rd pipeline c 3016, perforating knife C the 3017, the 4th electric pushrod c 3018, cylinder c 3019, bracing frame c the 3020, second movable block c the 3021, second straight-line electric Machine c the 3022, first movable block c the 401, second support d 402, nozzle d the 403, first linear electric motors d the 404, first support d 405, hot melt adhesive machine d the 407, first movable block d the 408, first motor d the 409, first electric pushrod d the 4010, first pipeline D 4011, pole d the 4012, second double end cylinder d the 4013, second clamping plate d the 4014, second linear electric motors d 4015, second move Motion block d the 4016, second motor d the 4017, second electric pushrod d the 4018, the 3rd motor d the 4019, first double end cylinder d 4020, the first clamping plate d 4021, blower fan d the 4022, the 3rd electric pushrod d the 4023, the 3rd support d the 4024, second pipeline d 502, the second electric pushrod e 503, pole e the 504, the 3rd electric pushrod e 505, slide rail e 506, slide block e the 507, first electricity Dynamic push rod e the 508, second roller e the 509, second wheel carrier e 5010, support e the 5011, first roller e the 5012, first wheel carrier e 5013, belt e 5014, double end cylinder e 601, support f the 602, the 3rd electric pushrod 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 the 609, second electric pushrod f the 6010, second cylinder F the 6012, second slide rail f the 6013, second slide block f the 6014, second wheel carrier f 6015, runner f 6016, third round frame f 6017, roller f 6018, drivewheel f 6019, driven pulley f the 6020, first electric pushrod f the 6021, first wheel carrier f 6022, First cylinder f the 6023, first slide block f the 6024, first slide rail f 6025, shelf f 702, casing g the 703, first cylinder g 704, rotating cylinder g 705, belt g 706, cylinder g 707, support plate g the 708, second motor g 709, slide block g the 7010, second cylinder G 7011, block g 7012, slide rail g 7013, bracing frame g 7014, roller bearing g 7015, cutter g the 7016, second electric pushrod g 7017, the first electric pushrod g 7018, pole g the 7019, first motor g 7020, rolling cylinder.
Detailed description of the invention
Below in conjunction with the accompanying drawings and embodiment the present invention is further illustrated.
One 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, drip irrigation Band chip mounter 5, drip irrigation zone conveyer 6, drip irrigation zone traction machine 7 and drip irrigation zone winder 8, described drip irrigation zone extruder 2 is by defeated Sending device to be connected with drip irrigation belt punching machine 4, chip select mechanism 3 is connected with drip irrigation belt punching machine 4 by conveyer device, punches in drip irrigation zone Machine 4 is connected with drip irrigation zone chip mounter 5 by conveyer device, and drip irrigation zone chip mounter 5 is by conveyer device and drip irrigation zone conveyer 6 phase Even, drip irrigation zone conveyer 6 is connected with drip irrigation zone traction machine 7 by conveyer device, and drip irrigation zone traction machine 7 is by conveyer device and drips Filling band winder 8 to be connected, drip irrigation zone extruder 2 includes controller the 1, first slide rail a102, the first slide block a103, the second slide rail A104, block a105, flange bearing a106, rotating shaft a107, double end cylinder a108, scissor arm a109, ring exit a1010, one-tenth Type device a1011, solid shafting a1012, barrel a1013, cylinder a1014, screw rod a1015, the second slide block a1016, charging aperture A1017 and motor a1018, described barrel a1013 installs charging aperture a1017, each side mounting flange in barrel a1013 Bearing a106, flange bearing a106 installs rotating shaft a107, and the rotating shaft a107 being positioned at left side stretches out outside barrel a1013, is positioned at a left side The rotating shaft a107 of side is connected with motor a1018 by shaft coupling, and controller 1 controls motor a1018 and starts, and makes rotating shaft a107 revolve Turn, make the second slide rail a104 rotate, make screw rod a1015 rotate；Second slide rail a104, the second slide rail a104 are installed on rotating shaft a107 Being arranged on the first slide block a103, the first slide block a103 is arranged on the first slide rail a102, and the first slide rail a102 is arranged on barrel On a1013 inwall, the second slide rail a104 installs the second slide block a1016, a block a105 is installed on the left of the second slide block a1016, double Head cylinder a108 is arranged on the second slide rail a104, and the double end cylinder a108 left and right sides is connected with a block a105 respectively, double end gas The built-in second electromagnetic valve a of cylinder a108, the second electromagnetic valve a are connected with controller 1 by wire, and controller 1 controls double end cylinder A108 does stretching motion, makes two the second slide block a1016 be located remotely from each other, makes two screw rod a1015 be located remotely from each other, make barrel Plastics in a1013 are sufficiently stirred, and install cylinder in the second slide block a1016 installs screw rod a1015, screw rod a1015 A1014, the piston rod of cylinder a1014 stretches out outside screw rod a1015, and the piston rod of cylinder a1014 is connected with adjacent screws a1015, The built-in first electromagnetic valve a of cylinder a1014, the first electromagnetic valve a are connected with controller 1 by wire, and controller 1 controls cylinder A1014 does stretching motion, makes two screw rod a1015 be located remotely from each other, and makes scissor arm a109 extend；Two screw rod a1015 it Between install scissor arm a109, under barrel a1013 install ring exit a1010, installation forming device under ring exit a1010 A1011, installs solid shafting a1012, solid shafting a1012 and is positioned at shaped device a1011 under ring exit a1010, controller 1 is pacified Being contained on barrel a1013, controller 1 is connected with motor a1018 by wire.
Described chip select mechanism 3, including hopper b201, support b202, vibrating motor b203, bracing frame b205, support plate b206, First electric pushrod b207, the second electric pushrod b208, the first motor b209, clamping plate b2010, the 3rd electric pushrod b2011, pressure Force transducer b2012, pipeline b2013, discharge nozzle b2014, the first cylinder b2015 and electrodynamic valve b2016, described hopper b201 Vibrating motor b203, vibrating motor b203 are each side installed be arranged on support b202, flat water dropper is placed into hopper In b201, controller 1 controls vibrating motor b203 and starts, and makes hopper b201 rock；Support b202 is arranged on hopper b201 side, Installing discharge nozzle b2014 under hopper b201, discharge nozzle b2014 installs electrodynamic valve b2016, controller 1 controls electrodynamic valve b2016 Opening, the width of discharge nozzle b2014 can make that flat water dropper side is ventricumbent drops；Pipeline b2013 is positioned at discharge nozzle Below b2014, flat water dropper drops on pipeline b2013, and controller 1 controls pipeline b2013 and is transported to by flat water dropper Under support plate b206；Bracing frame b205 is positioned at above pipeline b2013, installs support plate b206, support plate b206 left under bracing frame b205 The first electric pushrod b207 is respectively installed in right both sides, installs the second electric pushrod b208 under the first electric pushrod b207, and second is electronic Push rod b208 installs front end the first pressure transducer b2012, and some flat water droppers are that the most some flat water droppers are microcephalies Down, when flat water dropper be big the most upside down time, controller 1 controls the first electric pushrod b207 and does stretching motion, makes pressure sensing Device b2012 moves down, and makes the pressure transducer b2012 highest point less than flat water dropper；Controller 1 controls the second electric pushrod B208 does stretching motion, makes pressure transducer b2012 close to each other, and pressure transducer b2012 moves forward to certain distance, when Flat water dropper be big the most upside down time, pressure transducer b2012 does not touch flat water dropper；Two first are installed under support plate b206 The built-in first electromagnetic valve b of cylinder b2015, the first cylinder b2015, the first electromagnetic valve b are connected with controller 1 by wire, control Device 1 controls the first cylinder b2015 and does stretching motion, makes clamping plate b2010 move down, and makes clamping plate b2010 be positioned at flat water dropper left Right both sides；First motor b209 under the piston rod of the first cylinder b2015, controller 1 controls the first motor b209 and starts, makes clamping plate B2010 clips flat water dropper and rotates, and makes the big placement head-up of flat water dropper, the output shaft of the first motor b209 is installed the 3rd Electric pushrod b2011, the 3rd electric pushrod b2011 front end installation clamping plate b2010, controller 1 controls the 3rd electric pushrod b2011 Do stretching motion, make clamping plate b2010 move forward, make clamping plate b2010 clamp flat water dropper；Controller 1 by wire respectively with Vibrating motor b203, the first motor b209, the first electric pushrod b207, the second electric pushrod b208, the 3rd electric pushrod b2011 It is connected with electrodynamic valve b2016.
Described drip irrigation belt punching machine 4, including the second pipeline c301, the first motor c302, the first support plate c303, the first electricity Dynamic push rod c304, the first linear electric motors c305, the second electric pushrod c306, clamping plate c307, the first pipeline c308, the second motor C309, the second support plate c3010, the 3rd electric pushrod c3011, pressing plate c3012, platen c3013, the 3rd pipeline c3015, punching Cutter c3016, the 4th electric pushrod c3017, cylinder c3018, bracing frame c3019, the second movable block c3020, the second linear electric motors C3021 and the first movable block c3022, described first pipeline c308 the second pipeline c301 installed above, the first pipeline The drip irrigation zone that extruder is produced by c308 carries to the right；First motor c302, the first electricity are installed on the second pipeline c301 Installing the first support plate c303 on the output shaft of machine c302, controller 1 controls the first motor c302 and starts, and makes the first support plate c303 rotation Turn；Stand under first support plate c303 the first electric pushrod c304, and the first support plate c303 installs the first linear electric motors c305, and first is straight Installing the first movable block c3022 on line motor c305, controller 1 controls the first linear electric motors c305 and starts, and makes the first movable block C3022 moves left and right, make right side clamping plate c307 be moved to the left, make two clamping plate c307 clamp drip irrigation zone, clamping plate c307 along with Drip irrigation zone is moved on platen c3013 by the second pipeline c301；Second electric pushrod c306 is installed on the first movable block c3022, Clamping plate c307 is respectively installed in second electric pushrod c306 lower end and the first electric pushrod c304 lower end, and it is electronic that controller 1 controls first Push rod c304 and the second electric pushrod c306 moves down, and makes to come the both sides of drip irrigation zone；Install on the right side of first pipeline c308 Platen c3013, two the second linear electric motors c3021 are connected, and the second linear electric motors c3021 installs the second movable block c3020, control Device 1 processed controls the second linear electric motors c3021 and starts, and makes the second movable block c3020 move left and right, regulates two perforating knifes Distance between c3016；Second motor c309 is installed under the second movable block c3020, the output shaft of the second motor c309 is installed Second support plate c3010, controller 1 controls the second motor c309 and starts, and makes the second support plate c3010 rotate, regulates pressing plate c3012 Push down the position of drip irrigation zone；3rd electric pushrod c3011, the 3rd electric pushrod are each side installed under the second support plate c3010 Installing pressing plate c3012 under c3011, controller 1 controls the 3rd electric pushrod c3011 and does stretching motion, makes pressing plate c3012 to moving down Dynamic, make pressing plate c3012 push down drip irrigation zone；4th electric pushrod c3017, the 4th electric pushrod are installed under the second support plate c3010 Installing perforating knife c3016 under c3017, controller 1 controls the 4th electric pushrod c3017 and does stretching motion, makes on perforating knife c3016 Lower movement, the side of drip irrigation zone is punched by perforating knife c3016；The second linear electric motors c3021 on right side is arranged on cylinder c3018's On piston rod, cylinder c3018 is arranged on bracing frame c3019, cylinder c3018 internal solenoid valve c, electromagnetic valve c by wire with Controller 1 is connected, and controller 1 controls cylinder c3018 and does stretching motion, makes the second linear electric motors c3021 be moved to the left；Bracing frame C3019 is positioned at above the 3rd pipeline c3015, and the 3rd pipeline c3015 is arranged on the right side of platen c3013, and controller 1 is by leading Line respectively with the first motor c302, the second motor c309, the first linear electric motors c305, the second linear electric motors c3021, first electronic Push rod c304, the second electric pushrod c306, the 3rd electric pushrod c3011 and the 4th electric pushrod c3017 are connected, along with second is defeated The movement of line sending c301, the first clamping plate c307 clamps drip irrigation zone and drip irrigation zone is forgotten about it the 3rd pipeline c3015, the 3rd pipeline Drip irrigation zone is transported to next link by c3015.
Described drip irrigation zone chip mounter 5, including the second support d401, nozzle d402, the first linear electric motors d403, the first support D404, hot melt adhesive machine d405, the first movable block d407, the first motor d408, the first electric pushrod d409, the first pipeline D4010, pole d4011, the second double end cylinder d4012, the second clamping plate d4013, the second linear electric motors d4014, the second movable block D4015, the second motor d4016, the second electric pushrod d4017, the 3rd motor d4018, the first double end cylinder d4019, the first folder Plate d4020, blower fan d4021, the 3rd electric pushrod d4022, the 3rd support d4023 and the second pipeline d4024, described second Two the second linear electric motors d4014, two the second linear electric motors d4014 are installed under frame d401 be connected, the second linear electric motors d4014 Upper installation the second movable block d4015, the second linear electric motors d4014 on the left of controller 1 control start, and make left side the second movable block D4015 moves left and right；Installing the second motor d4016 on second movable block d4015, controller 1 controls the second motor d4016 and opens Dynamic, make the second electric pushrod d4017 rotate；Second electric pushrod d4017 is installed on the output shaft of the second motor d4016, controls Device 1 controls the second electric pushrod d4017 and does stretching motion, makes the 3rd motor d4018 move up and down, and makes the first clamping plate d4020 position Outside in flat water dropper；Installing the 3rd motor d4018 under second electric pushrod d4017, controller 1 controls the 3rd motor D4018 rotates, and makes the first double end cylinder d4019 rotate；First double end cylinder is installed on the output shaft of the 3rd motor d4018 D4019, the first built-in first electromagnetic valve d of double end cylinder d4019, the first electromagnetic valve d are connected with controller 1 by wire, control Device 1 controls the first double end cylinder d4019 and does stretching motion, makes the first clamping plate d4020 clamp the outside of flat water dropper；First double end Cylinder d4019 each side installs the first clamping plate d4020, installs pole d4011 under the first double end cylinder d4019 sidewall, Installing the second double end cylinder d4012 on bar d4011, the second built-in second electromagnetic valve d of double end cylinder d4012, the second electromagnetic valve d are logical Crossing wire to be connected with controller 1, controller 1 controls the second double end cylinder d4012 and does stretching motion, makes the second clamping plate d4013 support Live the medial wall of flat water dropper；Second double end cylinder d4012 each side installs the second clamping plate d4013, the second support d401 Left is provided with the first support d404, the first support d404 installs the first linear electric motors d403, the first linear electric motors d403 pacifies Filling the first movable block d407, the first movable block d407 installs the first motor d408, controller 1 controls the first motor d408 rotation Turn, make the first electric pushrod d409 rotate；First electric pushrod d409, controller 1 are installed on the output shaft of the first motor d408 First electric pushrod d409 does stretching motion, makes nozzle d402 near being picked up by the first clamping plate d4020 and the second clamping plate d4013 Flat water dropper；Nozzle d402, nozzle d402 are installed by pipeline and hot melt adhesive machine d405 phase in first electric pushrod d409 front end Even, hot melt adhesive machine d405 is arranged on the first support d404, is provided with the first pipeline d4010 below the second support d401, and first Second pipeline d4024, the first pipeline d4010 are installed on the right side of pipeline d4010 and are used for conveying flat water dropper, the second pipeline D4024 is used for carrying the drip irrigation zone after burrowing；After PUR coating, right side the first clamping plate d4020 and the second clamping plate d4013 is by flat Flat water dropper moves on the hole of drip irrigation zone, makes flat water dropper stick on drip irrigation zone；Install on the wheel carrier of the second pipeline d4024 3rd support d4023, hinged installation blower fan d4021 on the 3rd support d4023, controller 1 controls blower fan d4021 and starts, accelerates Pasting of flat water dropper；Installing the 3rd electric pushrod d4022 on 3rd support d4023, the 3rd electric pushrod d4022 front end is hinged Being arranged on blower fan d4021, controller 1 controls the 3rd electric pushrod d4022 and does stretching motion, regulates the angle of blower fan d4021 Degree, controller 1 by wire respectively with the first motor d408, the second motor d4016 the 3rd motor d4018, the first electric pushrod D409, the second electric pushrod d4017, the 3rd electric pushrod d4022, nozzle d402, blower fan d4021, the first linear electric motors d403 It is connected with the second linear electric motors d4014.
Described drip irrigation zone conveyer 6, including the second electric pushrod e502, pole e503, the 3rd electric pushrod e504, slide rail E505, slide block e506, the first electric pushrod e507, the second roller e508, the second wheel carrier e509, support e5010, the first roller E5011, the first wheel carrier e5012, belt e5013 and double end cylinder e5014, described double end cylinder e5014 each side installs First wheel carrier e5012, the first wheel carrier e5012 installs the first roller e5011, double end cylinder e5014 and is arranged on second and electronic pushes away On bar e502, double end cylinder e5014 internal solenoid valve e, electromagnetic valve e are connected with controller 1 by wire, and controller 1 controls double Head cylinder e5014 does stretching motion, makes the first wheel carrier e5012 move right, and belt e5013 is strained by the first roller e5011, expands Distance between big two the first roller e5011；Second electric pushrod e502 is arranged on pole e503, and pole e503 is arranged on On slide rail e505, slide rail e505 each side installs slide block e506, slide block e506 installs the first electric pushrod e507, controls Device 1 controls the first electric pushrod e507 and the second electric pushrod e502 and does stretching motion, makes the first roller e5011 move up and down； Mounting bracket e5010 on first electric pushrod e507, support e5010 is arranged under the first wheel carrier e5012, pole about e503 two The 3rd electric pushrod e504 is respectively installed in side, and the 3rd electric pushrod e504 front end is connected with the sidewall of the first electric pushrod e507, control Device 1 processed controls the 3rd electric pushrod e504 and does stretching motion, makes slide block e506 move left and right；Second wheel carrier is installed on pole e503 E509, the second wheel carrier e509 installs the second roller e508, and external motor drives the second roller e508 reversion, makes belt e5013 Loosen；Belt e5013 is arranged on two the first roller e5011, and the belt e5013 left and right sides is respectively wound around the second roller On e508, the first roller e5011 and the second roller e508 is respectively driven by external motor, and external motor drives the second roller e508 rotation Turn, make belt e5013 that drip irrigation zone to transport next link, controller 1 by wire respectively with the first electric pushrod e507, the Two electric pushrod e502, the 3rd electric pushrod e504 are connected.
Described drip irrigation zone traction machine 7, including support f601, the 3rd 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 slide rail f6012, the second slide block f6013, the second wheel carrier f6014, runner f6015, third round frame f6016, roller F6017, drivewheel f6018, driven pulley f6019, the first electric pushrod f6020, the first wheel carrier f6021, the first cylinder f6022, First slide block f6023, the first slide rail f6024 and shelf f6025, install the first slide rail f6024 under described shelf f6025, and first Three the first slide block f6023 are installed on slide rail f6024, the first cylinder f6022, the first cylinder are installed under the first slide block f6023 Installing the built-in first electromagnetic valve f of the first wheel carrier f6021, the first cylinder f6022 under the piston rod of f6022, the first electromagnetic valve f passes through Wire is connected with controller 1, each first electric pushrod f6020 that installs 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, to two lateral movements, makes driven pulley f6019 to two lateral movements, makes driven pulley f6019 move on drivewheel f6018 Side, makes driven pulley f6019 and drivewheel f6018 one_to_one corresponding；The front end of the first electric pushrod f6020 be positioned at centre first Wheel carrier f6021 is connected, and the first wheel carrier f6021 installs driven pulley f6019, the first slide rail f6024 left mounting bracket f601, Installing the 3rd electric pushrod f602 under frame f601, controller 1 controls the 3rd electric pushrod f602 and does stretching, makes multi-stage expansion Bar f605 moves down；Installing multistage retractable rod f605 under 3rd electric pushrod f602, controller 1 controls multistage retractable rod f605 Do stretching, make clamping plate f606 move forward, make clamping plate f606 move on the right side of the drivewheel f6018 on right side；Controller 1 is controlled Multistage retractable rod f605 processed does contractile motion, makes drip irrigation zone move past between drivewheel f6018 and driven pulley f6019；Multistage stretch The built-in 3rd electromagnetic valve f of double end cylinder f604, double end cylinder f604 is installed in contracting bar f605 front end, and the 3rd electromagnetic valve f passes through wire Being connected with controller 1, double end cylinder f604 each side installs clamping bar f603, and controller 1 controls double end cylinder f604 to be done and stretch Contracting motion, makes clamping plate f606 come closer, and the drip irrigation zone that drip irrigation zone conveyer 6 conveying comes is clamped by clamping plate f606；Clamping bar F603 upper installation clamping plate f606, driven pulley f6019 have drivewheel f6018, drivewheel f6018 and are arranged on the second wheel carrier On f6014, the axle of drivewheel f6018 is installed runner f6015, the second wheel carrier f6014 and is arranged on the second cylinder f6010, the Two cylinder f6010 are arranged on the second slide block f6013, and the built-in second electromagnetic valve f of the second cylinder f6010, the second electromagnetic valve f passes through Wire is connected with controller 1, and controller 1 controls the first cylinder f6022 and the second cylinder f6010 and does stretching motion, makes drivewheel F6018 and driven pulley f6019 mutually draws close, and drivewheel f6018 and driven pulley f6019 extrudes drip irrigation zone；Second slide block f6013 peace Being contained on the second slide rail f6012, each installation the second electric pushrod f609 in the second wheel carrier f6014 of the left and right sides, second is electronic The second wheel carrier f6014, the front end of the second electric pushrod f609 and the second middle wheel carrier f6014 phase are stretched out in the front end of push rod f609 Even, controller 1 controls the second electric pushrod f609 and does stretching motion, makes roller f6017 to two side shiftings, makes the of the left and right sides Two slide block f6013, to two lateral movements, make roller f6017 be strained by belt f607, expand drivewheel f6018 and drivewheel f6018 Between distance；On second wheel carrier f6014 of the left and right sides, each installation third round frame f6016, third round frame f6016 installs rolling Wheel f6017, belt f607 are arranged on runner f6015, and belt about f607 two ends are respectively wound around on roller f6017, roller The axle of f6017 is connected with motor f608 by shaft coupling, and motor f608 is arranged on third round frame f6016, and controller 1 controls electricity Machine f608 starts, and makes roller f6017 invert, makes belt f607 loosen；Controller 1 by wire respectively with motor f608, multistage Expansion link f605, the first electric pushrod f6020, the second electric pushrod f609, the 3rd electric pushrod f602 are connected, through left side After drivewheel f6018, drip irrigation zone by winder winding around, under the pulling of up-coiler, drivewheel f6018 and driven pulley f6019 squeeze Pressure drip irrigation zone.
Described drip irrigation zone winder 8, including casing g702, the first cylinder g703, rotating cylinder g704, belt g705, cylinder G706, support plate g707, the second motor g708, slide block g709, the second cylinder g7010, block g7011, slide rail g7012, bracing frame G7013, roller bearing g7014, cutter g7015, the second electric pushrod g7016, the first electric pushrod g7017, pole g7018 and first Motor g7019, installs the first motor g7019 in described casing g702, drip irrigation zone is led by the drip irrigation zone traction machine 7 of a upper link Guide on rotating cylinder g704, make rolling cylinder 20 rolling drip irrigation zone；Controller 1 controls the first motor g7019 and starts, and makes rotating cylinder g704 revolve Turn；The built-in first electromagnetic valve g of first cylinder g703, the first cylinder g703, the first electricity are installed on the output shaft of the first motor g7019 Magnet valve g is connected with controller 1 by wire, and after rolling is complete, controller 1 controls the first cylinder g703 and does contractile motion, makes rotating cylinder G704 moves in casing g702, makes rolling cylinder 20 drop to lower section and is transported away by conveying arrangement, the piston of the first cylinder g703 Installing rotating cylinder g704 on bar, rotating cylinder g704 right-hand member stretches out outside casing g702, installs pole g7018, pole on the right side of casing g702 G7018 upper installation the first electric pushrod g7017, the first electric pushrod g7017 front end installs the second electric pushrod g7016, and second Under electric pushrod g7016, installation cutter g7015, rotating cylinder g704 front is provided with belt g705, belt g705 and is arranged on two cylinders On g706, cylinder g706 is arranged on roller bearing g7014, and roller bearing g7014 is each side arranged on bracing frame g7013, supports Frame g7013 is arranged on support plate g707, and the roller bearing g7014 left and right sides is connected by shaft coupling and the second motor g708 respectively, the Two motor g708 are arranged on support plate g707, and controller 1 controls the second motor g708 and rotates, and makes cylinder g706 rotate, makes belt G705 rotates, and makes the rolling cylinder 20 on belt g705 be shifted onto on rotating cylinder g704 by belt g705；Support plate g707 is arranged on slide block On g709, slide block g709 is arranged on slide rail g7012, installs a block g7011, the second cylinder g7010 and install on the right side of slide block g709 On slide rail g7012, the built-in second electromagnetic valve g of the second cylinder g7010, the second electromagnetic valve g are connected with controller 1 by wire, Controller 1 controls the second cylinder g7010 and does stretching motion, makes slide block g709 move forward, and makes a block g7011 move forward, rolling Cylinder g706 moves forward, and makes belt g705 move forward, makes belt g705 left end move to below rotating cylinder g704；Second cylinder The piston rod of g7010 is connected with a block g7011, controller 1 pass through wire respectively with the first motor g7019, the second motor g708, First electric pushrod g7017 and the second electric pushrod g7016 is connected.
Using method of the present invention: controller 1 controls motor a1018 and starts, and makes rotating shaft a107 rotate, makes the second slide rail a104 Rotate, make screw rod a1015 rotate；Controller 1 controls cylinder a1014 and does stretching motion, makes two screw rod a1015 be located remotely from each other, Scissor arm a109 is made to extend；Controller 1 controls double end cylinder a108 and does stretching motion, makes two the second slide block a1016 phases Mutually away from, make two screw rod a1015 be located remotely from each other, make the plastics in barrel a1013 sufficiently be stirred.
Being placed into by flat water dropper in hopper b201, controller 1 controls vibrating motor b203 and starts, and makes hopper b201 shake Dynamic；Controller 1 controls electrodynamic valve b2016 and opens, the width of discharge nozzle b2014 can make flat water dropper side ventricumbent fall Fall；Flat water dropper drops on pipeline b2013, and controller 1 controls pipeline b2013 and flat water dropper is transported to support plate b206 Under；Some flat water droppers be big the most upside down, some flat water droppers be little upside down, when flat water dropper be big the most upside down time, control Device 1 controls the first electric pushrod b207 and does stretching motion, makes pressure transducer b2012 move down, makes pressure transducer b2012 Highest point less than flat water dropper；Controller 1 controls the second electric pushrod b208 and does stretching motion, makes pressure transducer b2012 Close to each other, pressure transducer b2012 moves forward to certain distance, when flat water dropper be big the most upside down time, pressure transducer B2012 does not touch flat water dropper；Controller 1 controls the first cylinder b2015 and does stretching motion, makes clamping plate b2010 to moving down Dynamic, make clamping plate b2010 be positioned at the flat water dropper left and right sides；Controller 1 controls the 3rd electric pushrod b2011 and does stretching motion, makes Clamping plate b2010 moves forward, and makes clamping plate b2010 clamp flat water dropper；Controller 1 controls the first motor b209 and starts, and makes clamping plate B2010 clips flat water dropper and rotates, and makes the big placement head-up of flat water dropper.
The drip irrigation zone that extruder is produced by the first pipeline c308 carries to the right；Controller 1 controls the first motor C302 starts, and makes the first support plate c303 rotate；It is downward that controller 1 controls the first electric pushrod c304 and the second electric pushrod c306 Mobile, make to come the both sides of drip irrigation zone；Controller 1 controls the first linear electric motors c305 and starts, and makes the first movable block about c3022 Mobile, make the clamping plate c307 on right side be moved to the left, make two clamping plate c307 clamp drip irrigation zone, clamping plate c307 is along with the second pipeline Drip irrigation zone is moved on platen c3013 by c301；Controller 1 controls cylinder c3018 and does stretching motion, makes the second linear electric motors C3021 is moved to the left；Controller 1 controls the second linear electric motors c3021 and starts, and makes the second movable block c3020 move left and right, adjusts Save the distance between two perforating knife c3016；Controller 1 controls the second motor c309 and starts, and makes the second support plate c3010 rotate, Regulate pressing plate c3012 and push down the position of drip irrigation zone；Controller 1 controls the 3rd electric pushrod c3011 and does stretching motion, makes pressing plate C3012 moves down, and makes pressing plate c3012 push down drip irrigation zone；Controller 1 controls the 4th electric pushrod c3017 and does stretching motion, makes Perforating knife c3016 moves up and down, and the side of drip irrigation zone is punched by perforating knife c3016；Along with the movement of the second pipeline c301, the One clamping plate c307 clamps drip irrigation zone and drip irrigation zone is forgotten about it the 3rd pipeline c3015, the 3rd pipeline c3015 is transported to drip irrigation zone Next link.
First pipeline d4010 is used for conveying flat water dropper, and the second pipeline d4024 is used for carrying the drip irrigation after burrowing Band；The second linear electric motors d4014 on the left of controller 1 control starts, and makes left side the second movable block d4015 move left and right；Control Device 1 controls the second motor d4016 and starts, and makes the second electric pushrod d4017 rotate；Controller 1 controls the second electric pushrod d4017 Do stretching motion, make the 3rd motor d4018 move up and down, make the first clamping plate d4020 be positioned at the outside of flat water dropper；Controller 1 Control the 3rd motor d4018 to rotate, make the first double end cylinder d4019 rotate；Controller 1 controls the first double end cylinder d4019 to be done Stretching motion, makes the first clamping plate d4020 clamp the outside of flat water dropper；Controller 1 controls the second double end cylinder d4012 and does flexible Motion, makes the second clamping plate d4013 prop up the medial wall of flat water dropper；Controller 1 controls the first linear electric motors d403 and starts, and makes the One movable block d407 moves up and down；Controller 1 controls the first motor d408 and rotates, and makes the first electric pushrod d409 rotate；Control Device 1 first electric pushrod d409 does stretching motion, makes nozzle d402 near being pressed from both sides by the first clamping plate d4020 and the second clamping plate d4013 The flat water dropper got up；After PUR coating, flat water dropper is moved to by right side the first clamping plate d4020 and the second clamping plate d4013 On the hole of drip irrigation zone, flat water dropper is made to stick on drip irrigation zone；Controller 1 controls blower fan d4021 and starts, and accelerates flat water dropper Paste；Controller 1 controls the 3rd electric pushrod d4022 and does stretching motion, regulates the angle of blower fan d4021.
Controller 1 controls the first electric pushrod e507 and the second electric pushrod e502 and does stretching motion, makes the first roller E5011 moves up and down；External motor drives the second roller e508 reversion, makes belt e5013 loosen；Controller 1 controls double end gas Cylinder e5014 does stretching motion, makes the first wheel carrier e5012 move right, and belt e5013 is strained by the first roller e5011, expands two Distance between individual first roller e5011；Controller 1 controls the 3rd electric pushrod e504 and does stretching motion, makes slide block e506 left Move right；External motor drives the second roller e508 to rotate, and makes belt e5013 that drip irrigation zone to be transported next link.
Controller 1 controls the 3rd electric pushrod f602 and does stretching, makes multistage retractable rod f605 move down；Controller 1 controls multistage retractable rod f605 does stretching, makes clamping plate f606 move forward, makes clamping plate f606 move to the drivewheel on right side On the right side of f6018；Controller 1 controls double end cylinder f604 and does stretching motion, makes clamping plate f606 come closer, and clamping plate f606 is by drip irrigation The drip irrigation zone that belt conveyor 6 conveying comes is clamped；Controller 1 controls multistage retractable rod f605 and does contractile motion, make drip irrigation zone from Move past between drivewheel f6018 and driven pulley f6019；Controller 1 controls the first cylinder f6022 and the second cylinder f6010 to be done and stretches Contracting motion, makes drivewheel f6018 and driven pulley f6019 mutually draw close, and drivewheel f6018 and driven pulley f6019 extrudes drip irrigation zone； Controller 1 controls motor f608 and starts, and makes roller f6017 invert, makes belt f607 loosen；Controller 1 controls second electronic to be pushed away Bar f609 does stretching motion, makes roller f6017 to two side shiftings, makes the second slide block f6013 of the left and right sides to two lateral movements, make Belt f607 is strained by roller f6017, expands the distance between drivewheel f6018 and drivewheel f6018；Controller 1 controls One electric pushrod f6020 does stretching motion, make the first wheel carrier f6021 to two lateral movements, make driven pulley f6019 to two lateral movements, Make driven pulley f6019 move to above drivewheel f6018, make driven pulley f6019 and drivewheel f6018 one_to_one corresponding；Through a left side After the drivewheel f6018 of side, drip irrigation zone by winder winding around, under the pulling of up-coiler, drivewheel f6018 and driven pulley F6019 extrudes drip irrigation zone.
Controller 1 controls the second cylinder g7010 and does stretching motion, makes slide block g709 move forward, and makes a block g7011 forward Mobile, cylinder g706 moves forward, and makes belt g705 move forward, and makes belt g705 left end move to below rotating cylinder g704；Control Device 1 processed controls the second motor g708 and rotates, and makes cylinder g706 rotate, makes belt g705 rotate, makes the rolling cylinder on belt g705 20 are shifted onto on rotating cylinder g704 by belt g705；Drip irrigation zone is drawn on rotating cylinder g704 by the drip irrigation zone traction machine 7 of a upper link, Make rolling cylinder 20 rolling drip irrigation zone；Controller 1 controls the first motor g7019 and starts, and makes rotating cylinder g704 rotate；After rolling is complete, control Device 1 processed controls the first cylinder g703 and does contractile motion, makes rotating cylinder g704 move in casing g702, makes rolling cylinder 20 drop to down Side is transported away by conveying arrangement.

Claims (6)

1. a drip-irrigation belt production line, including drip irrigation zone extruder (2), chip select mechanism (3), drip irrigation belt punching machine (4), drip irrigation zone Chip mounter (5), drip irrigation zone conveyer (6), drip irrigation zone traction machine (7) and drip irrigation zone winder (8), described drip irrigation zone extruder (2) being connected with drip irrigation belt punching machine (4) by conveyer device, chip select mechanism (3) is by conveyer device and drip irrigation belt punching machine (4) Being connected, drip irrigation belt punching machine (4) is connected with drip irrigation zone chip mounter (5) by conveyer device, and drip irrigation zone chip mounter (5) is by conveying Device is connected with drip irrigation zone conveyer (6), and drip irrigation zone conveyer (6) is connected with drip irrigation zone traction machine (7) by conveyer device, drips Fill band traction machine (7) to be connected with drip irrigation zone winder (8) by conveyer device, drip irrigation zone extruder (2) include controller (1), First slide rail a(102), the first slide block a(103), the second slide rail a(104), block a(105), flange bearing a(106), rotating shaft a (107), double end cylinder a(108), scissor arm a(109), ring exit a(1010), shaped device a(1011), solid shafting a (1012), barrel a(1013), cylinder a(1014), screw rod a(1015), the second slide block a(1016), charging aperture a(1017) and electricity Machine a(1018), it is characterized in that: described barrel a(1013) upper charging aperture a(1017 is installed), barrel a(1013) in each side Mounting flange bearing a(106), flange bearing a(106) upper installation rotating shaft a(107), it is positioned at the rotating shaft a(107 in left side) and stretch out material Cylinder a(1013) outward, it is positioned at the rotating shaft a(107 in left side) by shaft coupling and motor a(1018) be connected, rotating shaft a(107) upper installation Second slide rail a(104), the second slide rail a(104) it is arranged on the first slide block a(103) on, the first slide block a(103) it is arranged on first Slide rail a(102) on, the first slide rail a(102) it is arranged on barrel a(1013) on inwall, the second slide rail a(104) it is upper that to install second sliding Block a(1016), the second slide block a(1016) a left side installation block a(105), double end cylinder a(108) and it is arranged on the second slide rail a (104) on, double end cylinder a(108) left and right sides respectively with a block a(105) be connected, the second slide block a(1016) upper installation screw rod a (1015), screw rod a(1015) in cylinder a(1014 is installed), cylinder a(1014) piston rod stretch out screw rod a(1015) outward, cylinder A(1014) piston rod and adjacent screws a(1015) be connected, two screw rod a(1015) between install scissor arm a(109), barrel A(1013) under install ring exit a(1010), ring exit a(1010) under installation forming device a(1011), ring exit a (1010) solid shafting a(1012 is installed under), solid shafting a(1012) it is positioned at shaped device a(1011), controller (1) is arranged on Barrel a(1013) on, controller (1) passes through wire and motor a(1018) it is connected, cylinder a(1014) built-in first electromagnetic valve a, First electromagnetic valve a is connected with controller (1) by wire, double end cylinder a(108) built-in second electromagnetic valve a, the second electromagnetic valve a Being connected with controller (1) by wire, chip select mechanism (3) includes hopper b(201), support b(202), vibrating motor b(203), Bracing frame b(205), support plate b(206), the first electric pushrod b(207), the second electric pushrod b(208), the first motor b(209), Clamping plate b(2010), the 3rd electric pushrod b(2011), pressure transducer b(2012), pipeline b(2013), discharge nozzle b (2014), the first cylinder b(2015) and electrodynamic valve b(2016), it is characterized in that: described hopper b(201) each side install shake Galvanic electricity machine b(203), vibrating motor b(203) it is arranged on support b(202) on, support b(202) it is arranged on hopper b(201) side, Hopper b(201) under discharge nozzle b(2014 is installed), discharge nozzle b(2014) upper electrodynamic valve b(2016 is installed), pipeline b(2013) Be positioned at discharge nozzle b(2014) lower section, bracing frame b(205) be positioned at pipeline b(2013) top, bracing frame b(205) under install Plate b(206), support plate b(206) the first electric pushrod b(207 is each side installed), the first electric pushrod b(207) under install Second electric pushrod b(208), the second electric pushrod b(208) front end installs the first pressure transducer b(2012), support plate b(206) Two the first cylinder b(2015 of lower installation), the first cylinder b(2015) piston rod under the first motor b(209), the first motor b (209) the 3rd electric pushrod b(2011 is installed on output shaft), the 3rd electric pushrod b(2011) front end installation clamping plate b (2010), controller (1) by wire respectively with vibrating motor b(203), the first motor b(209), the first electric pushrod b (207), the second electric pushrod b(208), the 3rd electric pushrod b(2011) with electrodynamic valve b(2016) be connected, the first cylinder b (2015) built-in first electromagnetic valve b, the first electromagnetic valve b are connected with controller (1) by wire.
A kind of drip-irrigation belt production line the most according to claim 1, is characterized in that: described drip irrigation belt punching machine (4), including the Two pipeline c(301), the first motor c(302), the first support plate c(303), the first electric pushrod c(304), the first linear electric motors c (305), the second electric pushrod c(306), clamping plate c(307), the first pipeline c(308), the second motor c(309), the second support plate c (3010), the 3rd electric pushrod c(3011), pressing plate c(3012), platen c(3013), the 3rd pipeline c(3015), perforating knife c (3016), the 4th electric pushrod c(3017), cylinder c(3018), bracing frame c(3019), the second movable block c(3020), second straight Line motor c(3021) and the first movable block c(3022), it is characterized in that: described first pipeline c(308) installed above second defeated Line sending c(301), the second pipeline c(301) upper first motor c(302 is installed), the first motor c(302) output shaft on install First support plate c(303), the first support plate c(303) under stand the first electric pushrod c(304), the first support plate c(303) upper installation first Linear electric motors c(305), the first linear electric motors c(305) upper installation the first movable block (3022), the upper peace of the first movable block (3022) Fill the second electric pushrod c(306), the second electric pushrod c(306) lower end and the first electric pushrod c(304) lower end respectively installs clamping plate C(307), the first pipeline c(308) right side loading stand c(3013), two the second linear electric motors c(3021) it is connected, second is straight Line motor c(3021) upper second movable block c(3020 is installed), the second movable block c(3020) under the second motor c(309 is installed), the Two motor c(309) output shaft on the second support plate c(3010 is installed), the second support plate c(3010) under each side install the 3rd Electric pushrod c(3011), the 3rd electric pushrod c(3011) under pressing plate c(3012 is installed), the second support plate c(3010) under install the Four electric pushrod c(3017), the 4th electric pushrod c(3017) under install perforating knife c(3016), the second linear electric motors c on right side (3021) be arranged on cylinder c(3018) piston rod on, cylinder c(3018) be arranged on bracing frame c(3019) on, bracing frame c (3019) the 3rd pipeline c(3015 it is positioned at) top, the 3rd pipeline c(3015) it is arranged on platen c(3013) and right side, controller (1) by wire respectively with the first motor c(302), the second motor c(309), the first linear electric motors c(305), the second straight-line electric Machine c(3021), the first electric pushrod c(304), the second electric pushrod c(306), the 3rd electric pushrod c(3011) and the 4th electronic Push rod c(3017) it is connected, cylinder c(3018) internal solenoid valve c, electromagnetic valve c be connected with controller (1) by wire.
A kind of drip-irrigation belt production line the most according to claim 1, is characterized in that: described drip irrigation zone chip mounter (5), including the Two support d(401), nozzle d(402), the first linear electric motors d(403), the first support d(404), hot melt adhesive machine d(405), first Movable block d(407), the first motor d(408), the first electric pushrod d(409), the first pipeline d(4010), pole d(4011), Second double end cylinder d(4012), the second clamping plate d(4013), the second linear electric motors d(4014), the second movable block d(4015), Two motor d(4016), the second electric pushrod d(4017), the 3rd motor d(4018), the first double end cylinder d(4019), first folder Plate d(4020), blower fan d(4021), the 3rd electric pushrod d(4022), the 3rd support d(4023) and the second pipeline d(4024), It is characterized in that: described second support d(401) under install two the second linear electric motors d(4014), two the second linear electric motors d (4014) it is connected, the second linear electric motors d(4014) upper installation the second movable block d(4015), the second movable block d(4015) and upper installation Second motor d(4016), the second motor d(4016) output shaft on the second electric pushrod d(4017 is installed), the second electric pushrod D(4017) under install the 3rd motor d(4018), the 3rd motor d(4018) output shaft on the first double end cylinder d is installed (4019), the first double end cylinder d(4019) the first clamping plate d(4020 is each side installed), the first double end cylinder d(4019) side Pole d(4011 is installed under wall), pole d(4011) upper installation the second double end cylinder d(4012), the second double end cylinder d(4012) Second clamping plate d(4013 is each side installed), the second support d(401) left is provided with the first support d(404), the first support d (404) upper installation the first linear electric motors d(403), the first linear electric motors d(403) upper installation the first movable block d(407), first moves Motion block d(407) upper first motor d(408 is installed), the first motor d(408) output shaft on the first electric pushrod d is installed (409), the first electric pushrod d(409) front end installation nozzle d(402), nozzle d(402) by pipeline and hot melt adhesive machine d(405) Be connected, hot melt adhesive machine d(405) be arranged on the first support d(404) on, the second support d(401) lower section be provided with the first pipeline d (4010), the first pipeline d(4010) right side installs the second pipeline d(4024), the second pipeline d(4024) wheel carrier on pacify Fill the 3rd support d(4023), the 3rd support d(4023) upper hinged installation blower fan d(4021), the 3rd support d(4023) and upper installation 3rd electric pushrod d(4022), the 3rd electric pushrod d(4022) front end is hingedly mounted on blower fan d(4021) on, controller (1) By wire respectively with the first motor d(408), the second motor d(4016) the 3rd motor d(4018), the first electric pushrod d (409), the second electric pushrod d(4017), the 3rd electric pushrod d(4022), nozzle d(402), blower fan d(4021), the first straight line Motor d(403) with the second linear electric motors d(4014) be connected, the first double end cylinder d(4019) built-in first electromagnetic valve d, first electricity Magnet valve d is connected with controller (1) by wire, the second double end cylinder d(4012) built-in second electromagnetic valve d, the second electromagnetic valve d lead to Cross wire to be connected with controller (1).
A kind of drip-irrigation belt production line the most according to claim 1, is characterized in that: described drip irrigation zone conveyer (6), including the Two electric pushrod e(502), pole e(503), the 3rd electric pushrod e(504), slide rail e(505), slide block e(506), first electronic Push rod e(507), the second roller e(508), the second wheel carrier e(509), support e(5010), the first roller e(5011), the first wheel carrier E(5012), belt e(5013) and double end cylinder e(5014), it is characterized in that: described double end cylinder e(5014) each side pacify Fill the first wheel carrier e(5012), the first wheel carrier e(5012) upper installation the first roller e(5011), double end cylinder e(5014) it is arranged on Second electric pushrod e(502) on, the second electric pushrod e(502) it is arranged on pole e(503) on, pole e(503) it is arranged on cunning Rail e(505) on, slide rail e(505) slide block e(506 is each side installed), slide block e(506) upper installation the first electric pushrod e (507), the first electric pushrod e(507) upper mounting bracket e(5010), support e(5010) it is arranged on the first wheel carrier e(5012) under, Pole e(503) the 3rd electric pushrod e(504 is each side installed), the 3rd electric pushrod e(504) front end is electronic with first pushes away Bar e(507) sidewall be connected, pole e(503) upper second wheel carrier e(509 is installed), the second wheel carrier e(509) upper second rolling is installed Wheel e(508), belt e(5013) it is arranged on two the first roller e(5011) on, belt e(5013) left and right sides is respectively wound around Second roller e(508) on, the first roller e(5011) and the second roller e(508) respectively driven by external motor, controller (1) leads to Cross wire respectively with the first electric pushrod e(507), the second electric pushrod e(502), the 3rd electric pushrod e(504) be connected, double end Cylinder e(5014) internal solenoid valve e, electromagnetic valve e be connected with controller (1) by wire.
A kind of drip-irrigation belt production line the most according to claim 1, is characterized in that: described drip irrigation zone traction machine (7), including propping up Frame f(601), the 3rd electric pushrod f(602), clamping bar f(603), double end 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 slide rail f (6012), the second slide block f(6013), the second wheel carrier f(6014), runner f(6015), third round frame f(6016), roller f (6017), drivewheel f(6018), driven pulley f(6019), the first electric pushrod f(6020), the first wheel carrier f(6021), the first gas Cylinder f(6022), the first slide block f(6023), the first slide rail f(6024) and shelf f(6025), it is characterized in that: described shelf f (6025) the first slide rail f(6024 is installed under), the first slide rail f(6024) three the first slide block f(6023 of upper installation), the first slide block First cylinder f(6022 is installed under f(6023)), the first cylinder f(6022) piston rod under the first wheel carrier f(6021 is installed), left First wheel carrier f(6021 of right both sides) in each first electric pushrod f(6020 is installed), the first electric pushrod f(6020) front end Stretch out the first wheel carrier f(6021), the first electric pushrod f(6020) front end and be positioned at centre the first wheel carrier f(6021) be connected, First wheel carrier f(6021) upper installation driven pulley f(6019), the first slide rail f(6024) and left mounting bracket f(601), support f (601) the 3rd electric pushrod f(602 is installed under), the 3rd electric pushrod f(602) under multistage retractable rod f(605 is installed), multistage stretch Contracting bar f(605) front end installation double end cylinder f(604), double end cylinder f(604) clamping bar f(603 is each side installed), clamping bar f (603) upper clamping plate f(606 is installed), driven pulley f(6019) have drivewheel f(6018), drivewheel f(6018) it is arranged on the Two wheel carrier f(6014) on, drivewheel f(6018) axle on install runner f(6015), the second wheel carrier f(6014) be arranged on second Cylinder f(6010) on, the second cylinder f(6010) it is arranged on the second slide block f(6013) on, the second slide block f(6013) it is arranged on Two slide rail f(6012) on, the second wheel carrier f(6014 of the left and right sides) in each second electric pushrod f(609 is installed), second is electronic Push rod f(609) front end stretch out the second wheel carrier f(6014), the second electric pushrod f(609) front end and the second middle wheel carrier f (6014) it is connected, the second wheel carrier f(6014 of the left and right sides) upper each installation third round frame f(6016), third round frame f(6016) on Roller f(6017 is installed), belt f(607) it is arranged on runner f(6015) on, belt f(607) two ends, left and right are respectively wound around rolling Wheel f(6017) on, roller f(6017) axle by shaft coupling and motor f(608) be connected, motor f(608) be arranged on third round Frame f(6016) on, controller (1) by wire respectively with motor f(608), multistage retractable rod f(605), the first electric pushrod f (6020), the second electric pushrod f(609), the 3rd electric pushrod f(602) be connected, the first cylinder f(6022) built-in first electromagnetism Valve f, the first electromagnetic valve f are connected with controller (1) by wire, the second cylinder f(6010) built-in second electromagnetic valve f, the second electricity Magnet valve f is connected with controller (1) by wire, double end cylinder f(604) built-in 3rd electromagnetic valve f, the 3rd electromagnetic valve f pass through to lead Line is connected with controller (1).
A kind of drip-irrigation belt production line the most according to claim 1, is characterized in that: described drip irrigation zone winder (8), including machine Shell g(2), the first cylinder g(3), rotating cylinder g(4), belt g(5), cylinder g(6), support plate g(7), the second motor g(8), slide block g (9), the second cylinder g(10), block g(11), slide rail g(12), bracing frame g(13), roller bearing g(14), cutter g(15), the second electricity Dynamic push rod g(16), the first electric pushrod g(17), pole g(18) and the first motor g(19), it is characterized in that: described casing g(2) Interior installation the first motor g(19), the first motor g(19) output shaft on the first cylinder g(3 is installed), the first cylinder g(3) work Rotating cylinder g(4 is installed on stopper rod), rotating cylinder g(4) right-hand member stretches out casing g(2) outward, casing g(2) right side installs pole g(18), pole g (18) upper first electric pushrod g(17 is installed), the first electric pushrod g(17) front end installs the second electric pushrod g(16), the second electricity Dynamic push rod g(16) under cutter g(15 is installed), rotating cylinder g(4) front is provided with belt g(5), belt g(5) be arranged on two cylinder g (6) on, cylinder g(6) it is arranged on roller bearing g(14) on, roller bearing g(14) each side it is arranged on bracing frame g(13) on, bracing frame G(13) support plate g(7 it is arranged on) on, roller bearing g(14) left and right sides is respectively by shaft coupling and the second motor g(8) connected, second Motor g(8) it is arranged on support plate g(7) on, support plate g(7) it is arranged on slide block g(9) on, slide block g(9) it is arranged on slide rail g(12) on, Slide block g(9) right side installs a block g(11), the second cylinder g(10) be arranged on slide rail g(12) on, the second cylinder g(10) piston Bar and a block g(11) be connected, controller (1) pass through wire respectively with the first motor g(19), the second motor g(8), first electronic Push rod g(17) with the second electric pushrod g(16) be connected, the first cylinder g(3) built-in first electromagnetic valve g, the first electromagnetic valve g passes through Wire is connected with controller (1), the second cylinder g(10) built-in second electromagnetic valve g, the second electromagnetic valve g be by 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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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113042913A (en) * 2019-10-29 2021-06-29 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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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
CN104082102A (en) * 2014-06-13 2014-10-08 河北雨燕灌溉设备有限公司 Cylindrical micro-porous labyrinth drip irrigation tape as well as machining method and equipment
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)
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

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Publication number Priority date Publication date Assignee Title
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
CN104082102A (en) * 2014-06-13 2014-10-08 河北雨燕灌溉设备有限公司 Cylindrical micro-porous labyrinth drip irrigation tape as well as machining 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)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113042913A (en) * 2019-10-29 2021-06-29 江苏华源节水股份有限公司 Forming method of water outlet of drip irrigation tape
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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