CN102267250B - Lacing plastic bag production equipment - Google Patents

Lacing plastic bag production equipment Download PDF

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Publication number
CN102267250B
CN102267250B CN 201110080370 CN201110080370A CN102267250B CN 102267250 B CN102267250 B CN 102267250B CN 201110080370 CN201110080370 CN 201110080370 CN 201110080370 A CN201110080370 A CN 201110080370A CN 102267250 B CN102267250 B CN 102267250B
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CN
China
Prior art keywords
cylinder
wire rope
rope handling
frame
plate
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Expired - Fee Related
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CN 201110080370
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Chinese (zh)
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CN102267250A (en
Inventor
陈南太
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Xiamen Art Machines Co ltd
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Xiamen Art Machines Co ltd
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Priority to CN 201110080370 priority Critical patent/CN102267250B/en
Publication of CN102267250A publication Critical patent/CN102267250A/en
Application granted granted Critical
Publication of CN102267250B publication Critical patent/CN102267250B/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The invention discloses lacing plastic bag production equipment. The plastic lacing bag production equipment comprises a material mixer, a film blowing machine, a spark machine, a printing machine, a storage rack, a lacing bag making machine, a tripod and a coiler which are arranged at different stations according to process steps. In the invention, a tension balancing device in the key device, namely the lacing bag making machine can lead the plastic bag to keep certain tension, thus ensuring the plastic bag to be folded smoothly and tidily; a blanking device can cut and punch the bag body and exhaust gas in a lacing coiling bag body, a lacing film cylinder continuous device can lead a lacing film to be penetrated into the folded part of the plastic bag, and the sticking of the plastic bag can be completed in a layered sticking device; therefore, the lacing plastic bag production equipment has the advantages of simpler structure and easiness in manufacturing. In addition, the plastic bag torn off by a tearing-off device can be delivered to a one-to-one coiling device for coiling by a single-laminating automatic coiling machine through a conveyor belt of a conveying mechanism.

Description

The production equipment of wire rope handling polybag
Technical field
The present invention relates to a kind of polybag production equipment, particularly relate to a kind of production equipment of wire rope handling polybag.
Background technology
Polybag is as daily living article, extensively used by people, shopping bag as the supermarket, refuse bag, freshness protection packages etc., these sacks are all inconvenient tightens sack, so a kind of polybag 10 ' (shown in Fig. 5-12) that a circle stay cord 101 ' is set at the plastics sack occurred, when needs are tightened the plastics sack, as long as stay cord is tightened up and can realize.In order to reduce follow-up manufacturing procedure, stay cord 101 ' is made by plastic sheeting, and the stay cord in the polybag production process, plastic sheeting made 101 ' be located on the polybag.For this reason, the dealer need invent a kind of production equipment of the automatic wire rope handling polybag that can finish on a streamline.
Summary of the invention
The object of the present invention is to provide the production equipment of the wire rope handling polybag that a kind of labour intensity is low, automaticity is high, production efficiency is high.
For achieving the above object, technical solution of the present invention is:
The present invention is a kind of production equipment of wire rope handling polybag, and it comprises spice machine, automatic weighing device, inflation film manufacturing machine, film folding footpath adjusting device, spark machine, printing machine, storage rack, Bag Making Machine, tripod, winder automatically; Described spice machine, automatic weighing device, inflation film manufacturing machine, the automatic adjusting device in film folding footpath, spark machine, printing machine, storage rack, Bag Making Machine, tripod, winder are arranged in order into different station according to processing step; It is characterized in that: described Bag Making Machine is the wire rope handling Bag Making Machine, and this wire rope handling Bag Making Machine is mainly formed by entangling limit device, frame, wire rope handling film tube continuous apparatus, knuckle device, tension balance device, blanking apparatus, wire rope handling shaped device, layering adhering device, adhering device, heat seal device, portal frame; Describedly entangle the side that the limit device is installed in the front end of frame as a relatively independent device and is positioned at wire rope handling film tube continuous apparatus, described wire rope handling film tube continuous apparatus, tension balance device, blanking apparatus, wire rope handling shaped device, layering adhering device, adhering device, heat seal device are arranged on the frame from front to back in regular turn; Between wire rope handling film tube continuous apparatus and tension balance device, be provided with the knuckle device; Described portal frame has two, is installed on the frame and lays respectively at the rear end of layering adhering device front end and adhering device.
The described limit device that entangles is mainly formed by entangling limit frame and swing span; The described upper and lower part of entangling the limit frame is provided with rubber roll; Described swing span is rectangular, is respectively equipped with rubber roll on its upper and lower limit, and being connected that its middle part can be swung entangled on the frame of limit.
Described tension balance device mainly is made up of feeding motor, active rubber roll, driven rubber roll, many transition rollers, many dancer rools, adjusting swing arm, adjusting cylinder, detection of gear, tension detecting apparatus; Described feeding motor is installed on the frame, rotatable being installed on the frame in two ends of active rubber roll, driven rubber roll, many transition rollers, and the feeding motor connects by transmission mechanism and initiatively rubber roll rotation of driving; Two belows of regulating in the swing arm and being positioned at many transition rollers that the rotatable installation in the two ends of described many dancer rools is oppositely arranged, many dancer rools and many transition roller mutual dislocation are so that the plastic bag between detours; The cylinder body of described adjusting cylinder is installed on the frame, and the rod end of regulating the piston rod of cylinder is hinged on to be regulated in the swing arm, and detection of gear is connected by connecting rod and regulates in the swing arm, and tension detecting apparatus is arranged on by the detection of gear.
Described knuckle device mainly is made up of folded sheet, V flap, guide rod, blade, gripper shoe, adjusting rod, adjusting rod mount pad; Described folded sheet is installed on the framework lateral plate by gripper shoe, and folded sheet constitutes by two, and two folded sheets are oppositely arranged, and forms a parallel space narrower, that can supply plastic bag to pass between them; Described guide rod, V flap are installed in the parallel space, and the inner of guide rod connects the V flap, and folded sheet is stretched out in the outer end of guide rod, and blade is installed on the V flap; Described adjusting rod is installed on the framework lateral plate by the adjusting rod mount pad, and adjusting rod is fixed on the framework lateral plate after can left and rightly moving.
Described layering adhering device comprises installing rack, knife rest, gas blow pipe, baffle plate, heat-fastening knife, cylinder mounting plate, a plurality of cylinder, heat-fastening knife governor motion; Described installing rack is fixed on the frame, and described cylinder mounting plate has two flat boards that extend internally, and these two flat boards are oppositely arranged, and forms an installing space between two flat boards, and the body of cylinder mounting plate is fixed on the installing rack; The cylinder body of described a plurality of cylinders is installed in the outside of cylinder mounting plate flat board respectively, the upper cylinder piston rod is connected with the heat-fastening knife governor motion with upper and lower flat board and its tailpiece of the piston rod that the lower cylinder piston rod passes cylinder mounting plate respectively, upper and lower knife rest is separately fixed on the heat-fastening knife governor motion, upper and lower knife rest is oppositely arranged and can moves up and down under the guiding mechanism guiding, is respectively equipped with heat-fastening knife on the opposite face of upper and lower knife rest; Described gas blow pipe has two, is separately fixed on the upper and lower knife rest and lays respectively at the both sides of heat-fastening knife, is provided with baffle plate in a side of two heat-fastening knife opposite faces.
Described heat-fastening knife governor motion comprises contiguous block, connecting rod, sliding shoe, sliding bar; Described contiguous block is connected with the cylinder piston rod end, and knife rest is installed on the connecting rod, and connecting rod is located in the contiguous block; Described knife rest is installed on the sliding shoe, and sliding shoe is actively socketed on sliding bar, and sliding bar is installed on the installing rack.
Described adhering device comprises knife rest mount pad, knife rest installing plate, heat seal base, guide post, heat-fastening knife, guide bearing, heat-fastening knife installing plate, cylinder installing rack, cylinder; Described knife rest mount pad is fixed on the frame, and the knife rest installing plate slips on the knife rest mount pad; The lower end of described cylinder installing rack is fixed on the knife rest installing plate and is inverted L shaped shape, and the straight arm section of cylinder installing rack is connected with frame by guide bearing; The cylinder body of described cylinder is installed on the cylinder installing rack horizontal segment, and cylinder piston rod passes cylinder installing rack horizontal segment and its tailpiece of the piston rod is connected with the heat-fastening knife installing plate that heat-fastening knife is housed, and the heat seal base is installed on the knife rest installing plate and is relative with heat-fastening knife.
Described knife rest installing plate is fixed on the sliding shoe, and sliding shoe is actively socketed on the sliding panel, and sliding panel is installed on the knife rest mount pad.
Described blanking apparatus mainly is made up of mount pad, otch cylinder, punching cylinder, cylinder installation sliding shoe, sliding panel, motion bar; Described mount pad is socketed on the motion bar, and motion bar is fixed on the frame, and sliding panel is installed on the mount pad, and cylinder is installed sliding shoe and slipped on sliding panel; Described otch cylinder and punching cylinder all are installed in cylinder and install on the sliding shoe, and the tailpiece of the piston rod of otch cylinder connects cutting knife, and the tailpiece of the piston rod of punching cylinder connects drift, is respectively equipped with punching concave die and cutting knife die below cutting knife and drift.
Described wire rope handling film tube continuous apparatus is mainly led film bar, adhering device, pendulous device by frame, film tube, damping unit, checkout gear, many and is formed; Described film tube has two, is installed in respectively on the frame, and the rolling of wire rope handling material is provided with many coiled strip bars along circumference in the film tube in the film tube, and damping unit is arranged in the central authorities of film tube; Lead the film bar and be divided into two groups for described many, be provided with at interval according to two wire rope handling material motion tracks respectively; Described checkout gear has two, is installed on the frame respectively and lays respectively at a side of two groups of wire rope handling material; Described adhering device is installed on the frame and is positioned at the meet of two groups of wire rope handling material, so that allow two groups of wire rope handling material pass; Described pendulous device is installed on the frame and is positioned at the adhering device rear.
Described adhering device mainly by the bonding cylinder, go up the heat seal mount pad, go up guide post, heat seal pressing plate installing plate, go up the heat seal seat, down guide post, spring, down the heat seal seat, the heat seal mount pad is formed down; Described upward heat seal mount pad is oppositely arranged with following heat seal mount pad and its sidewall is separately fixed on the frame; The cylinder body of described cylinder is fixed on the last end face of heat seal mount pad, the last end face that piston rod on the cylinder is passed down through the heat seal mount pad is connected with heat seal pressing plate installing plate, heat seal pressing plate installing plate top is nested with at last heat seal mount pad by last guide post activity, and guide post was connected with last heat seal seat under heat seal pressing plate installing plate bottom was passed through; Described spring housing is connected on down guide post and its two ends lean respectively between heat seal pressing plate installing plate and last heat seal seat; Described down heat seal seat is installed in down on the heat seal mount pad and is relative with last heat seal seat, and one of between formation can allow two groups of gaps that the wire rope handling material passes.
The described silica gel clamp clip that silica gel is housed on the heat seal seat and is used to clamp silica gel of going up; Described silica gel clamp clip, the heating wire fixed head that on the heat seal seat silica gel is housed down, is used to clamp silica gel, silica gel on the last heat seal seat is relative with silica gel on the following heat seal seat to be to be used to clamp the wire rope handling material, silica gel on the last heat seal seat and relative heat seal two wire rope handling material that are used for of heating wire fixed head on the following heat seal seat.
Described damping unit comprises handle, wire rope handling film plate washer, installing plate, rotating shaft, damping rubber, compressing member, bearing mount pad, cylinder fixed mount, cylinder; Described cylinder fixed mount is installed on the frame, and the cylinder body of cylinder is installed on the cylinder fixed mount, and the tailpiece of the piston rod of cylinder connects compressing member, the affixed damping rubber as brake block in the outer end of compressing member; One side of described bearing mount pad connects the cylinder fixed mount, and the opposite side of bearing mount pad is connected and installed plate, and installing plate is fixed on the frame; On the rotatable bearing that is arranged in the bearing mount pad of described rotating shaft, the inner of rotating shaft is relative with damping rubber and can be in contact with one another the affixed handle in the outer end of rotating shaft; Described wire rope handling film barrier casing is connected in the rotating shaft.
Described wire rope handling shaped device comprises frame, rocker arrangement, wire rope handling crimping unit, system for compacting, lax mechanism, transfer, guider; Described rocker arrangement, wire rope handling crimping unit, system for compacting, lax mechanism, transfer, guider wear according to the wire rope handling film and are arranged sequentially on the frame; Described guider mainly by the input guide plate, on bend guide plate, down the bending guide plate is formed, describedly go up the above and below that bending guide plate and following bending guide plate are disposed on the input guide plate respectively, vertically be provided with the through hole that runs through its total length along what import guide plate; Longitudinally be provided with the deep gouge that runs through its total length at last bending guide plate and following bending guide plate upper surface, offer a groove, the bottom land and the lower surface of this groove perforation deep gouge at the bottom land of this deep gouge.
Shown in the wire rope handling crimping unit comprise pressing plate mounting rod, blade installing plate, cut open cutter, doubling pressing plate, doubling guide plate; One end of described pressing plate mounting rod is fixed on the frame, one end of blade installing plate is fixedly connected on the free end of pressing plate mounting rod, cut open that cutter is installed on the blade installing plate and relative with the doubling guide plate, the bottom of doubling guide plate is connected the free end of pressing plate mounting rod by the middle part cantilever lever; Described doubling pressing plate has two, and they are relative with the both sides of doubling guide plate respectively and be connected the free end of pressing plate mounting rod by the sidepiece cantilever lever.
Described guider also comprises two pads, these two pads are separately positioned on input guide plate and last bending guide plate, import between guide plate and the following bending guide plate, and making to go up between bending guide plate, input guide plate, the following bending guide plate three has at interval.
Described rocker arrangement comprises cylinder, swing arm, driving shaft, driving shaft bearing seat, many film guiding rollers, testing agency; The cylinder body of described cylinder is fixed on the frame, and the rod end of the piston rod of cylinder is hinged in the swing arm, and an end of swing arm is connected on the driving shaft, and driving shaft is rotatable to be nested with on the bearing that is positioned at the driving shaft bearing seat, and swing arm is provided with many film guiding rollers; On the frame with swing arm on many film guiding rollers above be provided with many film guiding rollers, many film guiding rollers in the swing arm are relative with many film guiding rollers on the frame; Described testing agency is installed on the driving shaft bearing seat.
Described system for compacting mainly is made up of active rubber roll, driven rubber roll and rubber roll installing rack; The rotatable respectively upper and lower that is installed in the rubber roll installing rack of described active rubber roll and driven rubber roll, initiatively rubber roll and driven rubber roll are oppositely arranged, and between forms a gap that supplies the wire rope handling film to pass.
Described lax mechanism mainly is made up of left wire rope handling baffle plate, right wire rope handling baffle plate, mat, electric eye checkout gear; Described left wire rope handling baffle plate and right wire rope handling baffle interval are fixed on the frame; Described mat is arranged between left wire rope handling baffle plate and the right wire rope handling baffle plate, and the upper end of mat is fixed on the frame, and the bottom of mat freely hangs; Described electric eye checkout gear is installed on the frame and is positioned at the swing arm below of rocker arrangement.
Described transfer comprise lead film bar fixture, go up film guiding roller, turn to transition roller, lead the film bar, film guiding roller down; The described film bar fixture of leading is fixed on the frame, last film guiding roller, turn to transition roller, lead the film bar be fixed on lead on the film bar fixture and they to lead face parallel; Described down film guiding roller is fixed on the frame, its lead face with last film guiding roller, turn to transition roller, lead film bar three to lead face vertical.
Described winder is individual stacked automatic winding machine, this individual stacked automatic winding machine mainly by rolling frame, the wrap-up of saying good-bye, pull apart device, conveying mechanism is formed; Described conveying mechanism is mainly by carrying motor, synchronous pulley group, conveyer belt, active roll, driven running roller, belt hold roller wheel to form; Described conveying motor is installed in the below of rolling frame, carry motor to be connected with active roll by the synchronous pulley group, active roll and driven running roller are installed in the front and rear of rolling frame respectively, the two ends of conveyer belt are socketed in respectively on active roll and the driven running roller, and the pressure zone running roller is installed in the middle part of rolling frame and leans with the lower semisection of conveyer belt and the lower semisection of conveyer belt is pressed down; The described wrap-up of saying good-bye is installed in the rear end of rolling frame and is positioned at a side of the driven running roller of conveying mechanism, describedly pulls apart the side that device is installed in the front end of rolling frame and is positioned at the conveying mechanism active roll.
Described pull apart device mainly by carry motor, fixed electrical machinery, pull apart the rubber roll group, fixedly rubber roll group, synchronous pulley, pull apart cylinder, fixedly cylinder, cylinder installing rack are formed; Described conveying motor, fixed electrical machinery, cylinder installing rack, cylinder installing rack all are installed on the rolling frame; Describedly pull apart the top that cylinder is installed in the cylinder installing rack, fixedly cylinder is installed in the top of cylinder installing rack; Describedly pull apart rubber roll group and the fixedly adjacent setting of rubber roll group; The described rubber roll group of pulling apart is by initiatively pulling apart rubber roll and the driven rubber roll of pulling apart constitutes, it is relative up and down and establish with the driven rubber roll of pulling apart initiatively to pull apart rubber roll, driven pull apart rubber roll rotatable be installed on the cylinder installing rack and with stretch the piston rod that gets off from cylinder installing rack top and be connected, under the drive of piston rod, can move up and down, initiatively pull apart rubber roll and be connected with the output shaft of carrying motor by synchronous pulley; Described fixedly rubber roll group is by initiatively fixedly rubber roll and driven fixedly rubber roll constitute, initiatively fixedly rubber roll is relative up and down with driven fixedly rubber roll and establish, driven fixedly rubber roll is rotatable be installed on the cylinder installing rack and with stretch the piston rod that gets off from cylinder installing rack top and be connected, can move up and down under the drive of piston rod, initiatively fixedly rubber roll is connected with the output shaft of fixed electrical machinery by synchronous pulley.
Described cylinder installing rack mainly is made up of portal, guide post, guide holder, rubber roll installing rack; Described guide post is installed on the portal, and the rubber roll installing rack slips on guide post by the guide holder of its both sides, and rubber roll is rotatable to be installed on the rubber roll installing rack.
Described pull apart cylinder and fixedly cylinder have two respectively, two pull apart cylinder and two fixedly cylinder be installed in the top of two countercylinder installing rack portals respectively, pull apart the piston rod of cylinder and fixedly the piston rod of cylinder to pass the top and the rubber roll installing rack of portal separately respectively affixed.
The present invention also comprises gas blow pipe and following gas blow pipe, and last gas blow pipe and following gas blow pipe are installed in respectively on cylinder installing rack and the rolling frame.
The described wrap-up of saying good-bye mainly is made up of four rotating-table apparatus, rolling drive unit, rolling conversion equipment, top roller device, a branch position rotating disk mechanism;
Described four rotating-table apparatus comprise rotatable being installed on the rolling frame, and it is mainly by rotating disk, toothed disc, gear bush, four Scrolls, locating flange, friction winding wheel, transposition gear, synchronous pulley group, position rotaring motor; Described rotating disk and toothed disc are superimposed together at interval by gear bush, and gear bush is connected on the locating flange by bearing holder (housing, cover), and locating flange is installed on the side plate of rolling frame; Described four Scrolls center on the centre of gyration equidistant placement of rotating disk, the affixed respectively friction winding wheel of rotatable rotating disk and the toothed disc that is superimposed together that pass of an end of four Scrolls, their traversing through end; Described position rotaring motor is installed on the rolling frame, and position rotaring motor is connected with the transposition gear by the synchronous pulley group, drives the transposition gear and rotates, transposition gear and toothed disc engagement;
Described rolling drive unit has two covers, and it comprises winding wheel, rolling wheel carrier, rolling cylinder, gear train, synchronous pulley mechanism, motor; Described winding wheel and gear train are all rotatable to be installed on the rolling wheel carrier, winding wheel is connected with synchronous pulley mechanism by gear train, two cover rolling drive units are by synchronous pulley mechanism transmission power, and motor is connected with synchronous pulley mechanism by the synchronous pulley group; Described rolling cylinder is installed on the side plate of rolling frame, and the piston rod of rolling cylinder is hinged on a jiao of rolling wheel carrier, and the middle part of rolling wheel carrier is hinged on the rolling frame and can swings around this pin joint; Winding wheel on the two cover rolling drive units can or separate with two contacts in four friction winding wheels on four rotating-table apparatus respectively, and drives the rotation of friction winding wheel;
Described rolling conversion equipment comprises rack drives cylinder, tooth bar, tooth bar guide holder, gear, rotating shaft, bearing block, renovates swing arm, renovates, renovates casting die, conveyer belt roof pressure cylinder, conveyer belt top roller; The cylinder body of described rack drives cylinder is installed on the rolling frame, and the tailpiece of the piston rod of rack drives cylinder connects tooth bar, and the tooth bar activity is nested with in the tooth bar guide holder and by the tooth bar guide holder and guides, the rack and pinion engagement; Described rotating shaft is rotatable to be installed on the bearing block and two ends projecting shaft bearing, the fixedly sleeved end of gear in rotating shaft, an end of renovating swing arm is fixedly mounted on the other end of rotating shaft, and the other end of renovating swing arm connects to be renovated, and installs on the top of renovating and renovates casting die; The cylinder body of described conveyer belt roof pressure cylinder is installed on the rolling frame, and the tailpiece of the piston rod of conveyer belt roof pressure cylinder connects the conveyer belt top roller, and this conveyer belt top roller is positioned at the below of conveyer belt and the jack-up conveyer belt that can make progress under the driving of conveyer belt roof pressure cylinder;
Described top roller device comprises that cylinder holder, top roller cylinder, guiding mechanism, top roller holder, top roller, electric eye, electric eye detect boss; Described cylinder holder is installed on the rolling frame, the top roller cylinder cylinder body be fixed on the cylinder holder, the top of the piston rod of top roller cylinder connects the top roller holder, the top roller holder is connected with the cylinder holder by the guiding mechanism of its both sides; Described top roller is rotatable to be installed on the top roller holder, and this top roller is arranged in the below of four rotating-table apparatus Scrolls and can be near Scroll under the driving of top roller cylinder; Be provided with electric eye on the top roller holder, electric eye be housed on the rolling frame detect boss, this electric eye detection boss is installed in and is positioned on the upper and lower mobile track of electric eye;
Described branch position rotating disk mechanism comprises distribution disk, divides the position cylinder; The described cylinder body of position cylinder that divides is installed on the side plate of rolling frame, divides the piston rod of position cylinder to pass the side plate of rolling frame; The rotatable tailpiece of the piston rod that is socketed in branch position cylinder of described distribution disk radially offers four elongated slots that communicate with circumference on the distribution disk, these four elongated slots are socketed on four Scrolls of four rotating-table apparatus in the gap respectively in different phase places.
Described rolling conversion equipment also comprises the induction cam, and this induction cam is fixedly sleeved in rotating shaft.
Described automatic weighing device mainly is made up of main hopper, casing, the baffle plate of weighing, cylinder, cylinder mounting plate, the hopper of weighing, LOAD CELLS, electric eye; The discharging opening that described main hopper is installed in the end face of casing and main hopper is aimed at the charging aperture of casing, one baffle plate of weighing is set on the charging aperture of casing, one end of this baffle plate of weighing is connected with the piston rod of cylinder, and the cylinder body of cylinder is fixed on the inwall of casing by cylinder mounting plate; The described hopper of weighing is installed in the casing by LOAD CELLS, and the charging aperture of the hopper of weighing is aimed at the charging aperture of casing, and the discharging opening of the hopper of weighing is aimed at the discharging opening of casing; Described electric eye is installed in discharging opening outside of the hopper of weighing and aims at the tapping channel of the hopper of weighing.
Described cylinder mounting plate is L-shaped, and the one section straight-arm is installed cylinder, on its another section straight-arm guide plate is housed, and forms the rectangle chute between this guide plate and the cylinder mounting plate, and the described baffle plate of weighing slips in this chute.
One end of described LOAD CELLS connects the hopper of weighing, and its other end is fixed on the bottom surface inwall of casing by LOAD CELLS locating piece, the supporting seat of weighing.
Described casing comprises casing body, casing upper plate, casing lower plate; Described casing upper plate and casing lower plate are fixed in upper and lower two openends of casing body respectively also respectively as the fixed head of main hopper and the fixed head of the hopper of weighing.
Described film folding footpath adjusting device automatically mainly is made up of motor installing rack, bracing frame, motor, guide rod, screw mandrel, sliding shoe, electronic inductor; Described motor installing rack and bracing frame are oppositely arranged, and motor is installed on the motor installing rack, guide rod two ends be fixed on motor installing rack and the bracing frame; One end of described screw mandrel is connected with motor output shaft by shaft coupling, and the other end of screw mandrel is rotating to be connected on the bracing frame; Described sliding shoe slips on guide rod and with screw mandrel and is spirally connected, and electronic inductor is installed on the sliding shoe.
Described motor installing rack, motor, screw mandrel, sliding shoe, electronic inductor all constitute by two; Described two motor installing racks are oppositely arranged, and bracing frame is arranged on the centre of two motor installing racks; Described two motors are installed in respectively on two motor installing racks, and the output shaft of two motors is connected with screw mandrel by shaft coupling respectively; Described two sliding shoes slip respectively on guide rod and with two screw mandrels and are spirally connected, and two electronic inductors are installed on two sliding shoes respectively and are oppositely arranged.
Described detection inductor group is made up of two detection inductors that abut against together.
After adopting such scheme, because key equipment wire rope handling Bag Making Machine of the present invention is mainly formed by entangling limit device, frame, wire rope handling film tube continuous apparatus, knuckle device, tension balance device, blanking apparatus, wire rope handling shaped device, layering adhering device, adhering device, heat seal device, portal frame.Tension balance device of the present invention can be so that plastic bag keeps certain force of strain, can guarantee that plastic bag is folding smooth, neat, blanking apparatus can be in bag upper cut, punching, guarantee to discharge at the gas of Rope passed bag rolling bag, wire rope handling film tube continuous apparatus can penetrate into the wire rope handling film in the plastic bag folded portions, finish the bonding of plastic bag at the layering adhering device, adhering device plastic bag is carried out strong bond and in heat seal device, finish heat seal to whole plastic bag, point is disconnected, forms last sack finished product.Have the advantages that structure is comparatively simple, be easy to make.
In addition, winder of the present invention is individual stacked automatic winding machine, it pulls apart device and the wrap-up of saying good-bye lays respectively at a side of conveying mechanism active roll and a side of driven running roller, can will flow to the wrap-up of saying good-bye and carry out rolling through pull apart polybag that device pulls apart by the conveyer belt on the conveying mechanism, it be simple in structure, stable.
The present invention is further illustrated below in conjunction with the drawings and specific embodiments.
Description of drawings
Fig. 1 is the structural representation of first embodiment of the invention;
Fig. 2-the 1st, the forward axonometric drawing of wire rope handling Bag Making Machine of the present invention;
Fig. 2-the 2nd, the inversion axis mapping of wire rope handling Bag Making Machine of the present invention;
Fig. 3 is the front view of wire rope handling Bag Making Machine of the present invention;
Fig. 4-1, Fig. 4 the-the 2nd, the axonometric drawing that entangles the limit device of wire rope handling Bag Making Machine of the present invention and work schematic diagram;
Fig. 5-the 1st, the axonometric drawing of the wire rope handling film tube continuous apparatus of wire rope handling Bag Making Machine of the present invention;
Fig. 5-the 2nd, the structural representation of the wire rope handling film tube continuous apparatus of wire rope handling Bag Making Machine of the present invention;
Fig. 5-the 3rd, Fig. 5-2 is along the cutaway view of A-A line;
Fig. 5-the 4th, Fig. 5-2 is along the cutaway view of B-B line;
Fig. 5-the 5th, the front view of adhering device in the wire rope handling film tube continuous apparatus of wire rope handling Bag Making Machine of the present invention;
Fig. 5-the 6th, the axonometric drawing of adhering device in the wire rope handling film tube continuous apparatus of wire rope handling Bag Making Machine of the present invention;
Fig. 5-the 7th, the axonometric drawing of film tube in the wire rope handling film tube continuous apparatus of wire rope handling Bag Making Machine of the present invention;
Fig. 5-the 8th, the three-dimensional exploded view of film tube in the wire rope handling film tube continuous apparatus of wire rope handling Bag Making Machine of the present invention;
Fig. 5-the 9th, the structural representation of damping unit in the wire rope handling film tube continuous apparatus of wire rope handling Bag Making Machine of the present invention;
Fig. 5-the 10th, the axonometric drawing of damping unit in the wire rope handling film tube continuous apparatus of wire rope handling Bag Making Machine of the present invention;
Fig. 5-the 11st, the three-dimensional exploded view of damping unit in the wire rope handling film tube continuous apparatus of wire rope handling Bag Making Machine of the present invention;
The structure chart of the polybag that Fig. 5-the 12nd, the present invention produce with stay cord;
Fig. 6-the 1st, the knuckle device forward axonometric drawing of wire rope handling Bag Making Machine of the present invention;
Fig. 6-the 2nd, the knuckle device inversion axis mapping of wire rope handling Bag Making Machine of the present invention;
Fig. 6-the 3rd, the axonometric drawing after the knuckle device folded sheet of wire rope handling Bag Making Machine of the present invention is cut open;
Fig. 6-the 4th, the upward view of plastic bag of the present invention after the knuckle device is folding;
Fig. 7-the 1st, the axonometric drawing of the tension balance device of wire rope handling Bag Making Machine of the present invention;
Fig. 7-the 2nd, the work schematic diagram of the tension balance device of wire rope handling Bag Making Machine of the present invention;
Fig. 8 is the axonometric drawing of the blanking apparatus of wire rope handling Bag Making Machine of the present invention;
Fig. 9-the 1st, the front view of the wire rope handling shaped device of wire rope handling Bag Making Machine of the present invention;
Fig. 9-the 2nd, the side view of the wire rope handling shaped device of wire rope handling Bag Making Machine of the present invention;
Fig. 9-the 3rd, the left side of the wire rope handling shaped device of wire rope handling Bag Making Machine of the present invention is to axonometric drawing;
Fig. 9-the 4th, the right side of the wire rope handling shaped device of wire rope handling Bag Making Machine of the present invention is to axonometric drawing;
Fig. 9-the 5th, the front view of guider in the wire rope handling shaped device of wire rope handling Bag Making Machine of the present invention;
Fig. 9-the 6th, Fig. 9-5 along A to view;
Fig. 9-7-1 is the axonometric drawing of guider in the wire rope handling shaped device of wire rope handling Bag Making Machine of the present invention;
Fig. 9-7-2 is the axonometric drawing of guider input guide plate in the wire rope handling shaped device of wire rope handling Bag Making Machine of the present invention;
Fig. 9-7-3 is the axonometric drawing of bending guide plate on the guider in the wire rope handling shaped device of wire rope handling Bag Making Machine of the present invention;
Fig. 9-7-4 is the axonometric drawing of bending guide plate under the guider in the wire rope handling shaped device of wire rope handling Bag Making Machine of the present invention;
Fig. 9-7-5, Fig. 9-7-6 are the axonometric drawings of guider pad in the wire rope handling shaped device of wire rope handling Bag Making Machine of the present invention;
Fig. 9-7-7 is the assembling schematic diagram of guider in the wire rope handling shaped device of wire rope handling Bag Making Machine of the present invention;
Fig. 9-the 8th, the lateral axis mapping of wire rope handling crimping unit in the wire rope handling shaped device of wire rope handling Bag Making Machine of the present invention;
Fig. 9-8-1 is the back to axonometric drawing of wire rope handling crimping unit in the wire rope handling shaped device of wire rope handling Bag Making Machine of the present invention;
Fig. 9-8-2 is the schematic cross-section of wire rope handling crimping unit in the wire rope handling shaped device of wire rope handling Bag Making Machine of the present invention;
Figure 10 is the axonometric drawing of the layering adhering device of wire rope handling Bag Making Machine of the present invention;
Figure 11 is the axonometric drawing of the adhering device of wire rope handling Bag Making Machine of the present invention;
Figure 12-the 1st, the axonometric drawing of individual stacked automatic winding machine of the present invention;
Figure 12-the 2nd, individual stacked automatic winding machine of the present invention removes the axonometric drawing of the rolling drive unit in the wrap-up of saying good-bye;
Figure 12-the 3rd, the axonometric drawing of top roller device in the wrap-up of saying good-bye of individual stacked automatic winding machine of the present invention and branch position rotating disk mechanism;
Figure 12-the 4th, the front view of four rotating-table apparatus in the wrap-up of saying good-bye of individual stacked automatic winding machine of the present invention;
Figure 12-the 5th, the side view of four rotating-table apparatus in the wrap-up of saying good-bye of individual stacked automatic winding machine of the present invention;
Figure 12-the 6th, the rolling in the wrap-up of saying good-bye of individual stacked automatic winding machine of the present invention drives dress and four rotating-table apparatus power transmission diagrams;
Figure 12-the 7th, Figure 12-6 is along the cutaway view of A-A line;
Figure 12-the 8th, the front view of the rolling conversion equipment in the wrap-up of saying good-bye of individual stacked automatic winding machine of the present invention;
Figure 12-the 9th, the side view of the rolling conversion equipment in the wrap-up of saying good-bye of individual stacked automatic winding machine of the present invention;
Figure 12-the 10th, the action forward schematic diagram of flip potion in the rolling conversion equipment in the wrap-up of saying good-bye of individual stacked automatic winding machine of the present invention;
Figure 12-the 11st, the action side schematic view of flip potion in the rolling conversion equipment in the wrap-up of saying good-bye of individual stacked automatic winding machine of the present invention;
Figure 12-the 12nd, the top roller device front view in the wrap-up of saying good-bye of individual stacked automatic winding machine of the present invention;
Figure 12-the 13rd, the top roller device side view in the wrap-up of saying good-bye of individual stacked automatic winding machine of the present invention;
Figure 12-the 14th, the lateral axis mapping of pulling apart device of individual stacked automatic winding machine of the present invention;
Figure 12-the 15th, the forward axonometric drawing of pulling apart device of individual stacked automatic winding machine of the present invention;
Figure 12-the 16th, the front view of pulling apart device of individual stacked automatic winding machine of the present invention;
Figure 12-the 17th, Figure 12-16 is along A-A line view;
Figure 12-the 18th, the axonometric drawing of the cylinder installing rack of individual stacked automatic winding machine of the present invention;
The axonometric drawing of individual stacked automatic winding machine of Figure 12-19 the present invention;
Figure 13 is second embodiment of the present invention;
Figure 14-the 1st, the axonometric drawing of automatic weighing device of the present invention;
Figure 14-the 2nd, the cutaway view of automatic weighing device of the present invention;
Figure 14-the 3rd, the vertical view of automatic weighing device of the present invention;
Figure 14-4, Figure 14 the-the 5th, and automatic weighing device of the present invention removes the isometric cutaway view at two visual angles behind the main hopper;
Figure 15-the 1st, film folding of the present invention footpath is the axonometric drawing of adjusting device automatically;
Figure 15-the 2nd, film folding of the present invention footpath is the axonometric drawing of the detection plastic sheeting of adjusting device automatically;
Figure 15-the 3rd, film folding of the present invention footpath is the partial top view of the detection plastic sheeting of adjusting device automatically;
Figure 15-the 4th, film folding of the present invention footpath is the schematic diagram of the detection plastic sheeting of adjusting device automatically.
The specific embodiment
As shown in Figure 1, the present invention is a kind of production equipment of wire rope handling polybag, and it comprises spice machine 201, automatic weighing device 209, inflation film manufacturing machine 202, film folding footpath adjusting device 210, spark machine 203, printing machine 204, storage rack 205, Bag Making Machine 206, tripod 207, winder 208 automatically.Described spice machine 201, automatic weighing device 209, inflation film manufacturing machine 202, film folding footpath adjusting device 210, spark machine 203, printing machine 204, storage rack 205, Bag Making Machine 206, tripod 207, winder 208 automatically are arranged in order into different station according to processing step.
Shown in Fig. 2-1, Fig. 2-2, described Bag Making Machine 206 is a wire rope handling Bag Making Machine 206, this wire rope handling Bag Making Machine 206 mainly by frame 1, entangle limit device 2, wire rope handling film tube continuous apparatus 3, knuckle device 4, tension balance device 5, blanking apparatus 6, wire rope handling shaped device 7, layering adhering device 8, adhering device 9, heat seal device 10, portal frame 20 and form.Described automatic weighing device 209 is installed in spice machine 201 exits, and film folding footpath adjusting device 210 automatically is installed in inflation film manufacturing machine 202 exits.
Describedly entangle the side that limit device 2 is installed in the front end of frame 1 as a relatively independent device and is positioned at wire rope handling film tube continuous apparatus 3, described wire rope handling film tube continuous apparatus 3, tension balance device 5, blanking apparatus 6, wire rope handling shaped device 7, layering adhering device 8, adhering device 9, heat seal device 10 are arranged on the frame 1 from front to back in regular turn; Between wire rope handling film tube continuous apparatus 3 and tension balance device 5, be provided with knuckle device 4; Described portal frame 20 has two, is installed on the frame 1 and lays respectively at the rear end of layering adhering device 8 front ends and adhering device 9.
Shown in Fig. 4-1, the described limit device 2 that entangles is mainly by entangling limit frame 21 and swing span 22 is formed.The described upper and lower part of entangling limit frame 21 is provided with rubber roll 211,212.Described swing span 22 is rectangular, is respectively equipped with rubber roll 221,222 on its upper and lower limit, and being connected that its middle part can be swung entangled on the limit frame 21.Plastic bag 50(is shown in Fig. 4-2) between rubber roll 211,212 and rubber roll 221,222, detour.
Shown in Fig. 7-1, described tension balance device 5 mainly is made up of feeding motor 51, active rubber roll 52, driven rubber roll 53, many transition rollers 54, many dancer rools 55, adjusting swing arm 56, adjusting cylinder 57, detection of gear 58, tension detecting apparatus 59.
Described feeding motor 51 is installed on the frame 1, rotatable being installed on the frame 1 in two ends of active rubber roll 52, driven rubber roll 53, many transition rollers 54, and feeding motor 51 connects by transmission mechanism 55 and driving active rubber roll 52 rotates; Two belows of regulating in the swing arm 561,562 and being positioned at many transition rollers 54 that the rotatable installation in the two ends of described many dancer rools 55 is oppositely arranged, many dancer rools 55 and many transition roller 54 mutual dislocation are so that plastic bag 50 betweens detour (shown in Fig. 7-2); The cylinder body of described adjusting cylinder 57 is installed on the frame 1, and the rod end of regulating the piston rod of cylinder 57 is hinged on to be regulated in the swing arm 561,562, and detection of gear 58 is connected by connecting rod and regulates in the swing arm 561, and it is other that tension detecting apparatus 59 is arranged on detection of gear 58.
The operation principle of described tension balance device 5 is as follows:
In the production process of polybag, need film to keep certain rate of tension.But because the elasticity of film is limited, thus in process of production, need allow the tension force of film be in one controlled, in the comparatively suitable scope, certain rate of tension is arranged not only, distortion is unlikely to again to be stretched.
When starting working, regulate the air pressure of regulating in the cylinder 57, regulate the effect that cylinder 57 is subjected to air pressure, can produce certain thrust, make that regulating swing arm 56 will swing out an angle, and because film is tensioning, so can produce a reaction force, make that regulating swing arm 56 can't swing.
When the tensile force of film was too big, film can spur regulated upwards swing of swing arm 56, when swing takes place, regulated swing arm 56 and can drive detection of gear 58 rotations, and detected gear 58 detects.At this moment, the main frame on the production line will reduce speed of production, makes the tensile force of film reduce.
When the tensile force of film too hour, regulate cylinder 57 and can promote to regulate swing arms 56 to lower swing, when swing takes place, regulate swing arm 56 and drive detection of gear 58 rotations, detected device 58 detects.At this moment, the main frame on the production line can improve speed of production, makes the tensile force of film increase.
The connecting rod of regulating swing arm 56 and detection of gear 58 flexibly connects, and promptly is not when regulating swing arm 56 generation swings, will to detect by detected at once device 58.Because the tensile force of film is to change constantly, this device only needs to guarantee that it gets final product in suitable scope, and need not change at any time, so also can oversimplify so that produce machine, can be so that production line can be because of the frequent fluctuation of speed of production yet, and break down easily, enhance productivity to a certain extent.
What described balancing tension device 5 adopted is to regulate the control device of cylinder 57 as tensile force, can accomplish instant adjusting, the air pressure of regulating as required in the cylinder 57 gets final product, and unlike adopting traditional mechanical system, can't accomplish to accomplish instant adjusting according to the needs of tension force.Simultaneously, adopt adjusting cylinder 57 also more stable as control device.Used balancing tension device 5, can guarantee effectively that film is in tensioning state in process of production, be unlikely to the distortion that is stretched again because tension force is too big, its tension force be in one controlled, in the suitable adjustable range.Because adopt the control mode (as spring) of machinery, it is consistent being difficult to accomplish to regulate the power size that swing arm 56 both sides produce, simultaneously big compared with the difficulty of cylinder for the control of spring.The former generation device of taking cylinder to be used as pressure, the control effect that can accomplish needs easily is easy to control.
To shown in Fig. 6-3, described knuckle device 4 mainly is made up of folded sheet 41, V flap 42, guide rod 43, blade 44, gripper shoe 45, adjusting rod 46, adjusting rod mount pad 47 as Fig. 6-1.Described folded sheet 41 is installed on frame 1 side plate 11 by gripper shoe 45, and folded sheet 41 constitutes by two, and two folded sheets 41 are oppositely arranged, and forms a parallel space narrower, that can supply plastic bag to pass between them; Described guide rod 43, V flap 42 are installed in the parallel space, and the inner of guide rod 43 connects V flap 42, and folded sheet 41 is stretched out in the outer end of guide rod 43, and blade 44 is installed on the V flap 42; Described adjusting rod 46 is installed on frame 1 side plate 11 by adjusting rod mount pad 47, and adjusting rod 46 is fixed on frame 1 side plate 11 after can left and rightly moving.Shown in Fig. 6-4, folding inward back forms an appearance that is similar to V, the state diagram that plastic bag 50 is seen from the bottom up from the centre on one side of plastic bag 50.
As shown in figure 10, described layering adhering device 8 comprises installing rack 81, knife rest 82, gas blow pipe 83, baffle plate 84, heat-fastening knife 85, cylinder mounting plate 86, two upper cylinders 87, two lower cylinders 88, heat-fastening knife governor motion 89.
Described installing rack 81 is fixed on the frame 1, described cylinder mounting plate 86 has upper and lower two flat boards that extend internally 861,862, these two flat boards 861,862 are oppositely arranged, form an installing space between two flat boards 861,862, the body of cylinder mounting plate 86 is fixed on the installing rack 1; The cylinder body of described two upper cylinders 87 and two lower cylinders 88 is installed in upper and lower dull and stereotyped 861,862 the outside of cylinder mounting plate 86 respectively, upper cylinder 87 piston rods are connected with heat-fastening knife governor motion 89 with upper and lower dull and stereotyped 861,862 and its tailpiece of the piston rod that lower cylinder 88 piston rods pass cylinder mounting plate 86 respectively, upper and lower knife rest 82 is separately fixed on the heat-fastening knife governor motion 89, upper and lower knife rest 82 is oppositely arranged and can be upper and lower mobile under the guiding mechanism guiding, is respectively equipped with heat-fastening knife 85 on the opposite face of upper and lower knife rest 82; Described gas blow pipe 83 has two, is separately fixed on the upper and lower knife rest 82 and lays respectively at the both sides of heat-fastening knife 85, is provided with baffle plate 84 in a side of two heat-fastening knifes, 85 opposite faces.
Described heat-fastening knife governor motion 89 comprises contiguous block 891, connecting rod 892, sliding shoe 893, sliding bar 894.Described contiguous block 891 is connected with lower cylinder 88 tailpieces of the piston rod, and knife rest 82 is installed on the connecting rod 892, and connecting rod 892 is located in the contiguous block 891; Described knife rest 82 is installed on the sliding shoe 893, and sliding shoe 893 is actively socketed on sliding bar 894, and sliding bar 894 is installed on the installing rack 81.This heat-fastening knife governor motion 89 is same as and lower cylinder 88 connected modes with the connected mode of upper cylinder 87.
As shown in figure 11, described adhering device 9 comprises knife rest mount pad 91, knife rest installing plate 92, heat seal base 93, guide post 94, heat-fastening knife 95, guide bearing 96, heat-fastening knife installing plate 97, cylinder installing rack 98, cylinder 99.
Described knife rest mount pad 91 is fixed on the frame 1, knife rest installing plate 92 slips on knife rest mount pad 91, its concrete structure is: described knife rest installing plate 92 is fixed on the sliding shoe 921, and sliding shoe 921 is actively socketed on the sliding panel 922, and sliding panel 922 is installed on the knife rest mount pad 93.
The lower end of described cylinder installing rack 98 is fixed on the knife rest installing plate 92 and is inverted L shaped shape, the straight arm section 981 of cylinder installing rack 98 is connected with frame 1 by guide bearing 96, the cylinder body of described cylinder 99 is installed on cylinder installing rack 98 horizontal segments 982, cylinder 99 piston rods pass cylinder installing rack 98 horizontal segments 982 and its tailpiece of the piston rod is connected with the heat-fastening knife installing plate 97 that heat-fastening knife 95 is housed, and heat seal base 93 is installed on the knife rest installing plate 92 and is relative with heat-fastening knife 95.
As shown in Figure 8, described blanking apparatus 6 mainly is made up of mount pad 61, otch cylinder 62, punching cylinder 63, cylinder installation sliding shoe 64, sliding panel 65, motion bar 66.
Described mount pad 61 is socketed on the motion bar 66, and motion bar 66 is fixed on the frame 1, and sliding panel 65 is installed on the mount pad 61, and cylinder is installed sliding shoe 64 and slipped on sliding panel 65; When plastic bag changed, mount pad 61 can be done corresponding mobile along motion bar 66.
Described otch cylinder 62 and punching cylinder 63 all are installed in cylinder and install on the sliding shoe 64, the tailpiece of the piston rod of otch cylinder 62 connects cutting knife 621, the tailpiece of the piston rod of punching cylinder 63 connects the drift (not shown), is respectively equipped with punching concave die and cutting knife die 622 below cutting knife 621 and drift.
Shown in Fig. 5-1, described wire rope handling film tube continuous apparatus 3 is mainly led film bar 35, adhering device 36, pendulous device 37 by film tube 32, damping unit 33, checkout gear 34, many and is formed.
As Fig. 5-2 to shown in Fig. 5-4, described film tube 32 has two, is installed in respectively on the frame 1, and 60, the 70 difference rollings of wire rope handling material are in two film tubes 32, be provided with many coiled strip bar 321(shown in Fig. 5-8 along circumference in the film tube 32), damping unit 33 is arranged in the central authorities of film tube 32; Lead film bar 35 and be divided into two groups and lead film bar 351,352, be provided with at interval according to two wire rope handling material 60,70 motion tracks respectively for described many; Described checkout gear 34 has two, is installed on the frame 1 respectively and lays respectively at a side of two groups of wire rope handling material 60,70; Described adhering device 36 is installed on the frame 31 and is positioned at the meet of two groups of wire rope handling material 60,70, so that allow two groups of wire rope handling material 60,70 pass and to bond them together; Described pendulous device 37 is installed on the frame 1 and is positioned at the rear of adhering device 36.
Shown in Fig. 5-5, Fig. 5-6, described adhering device 36 mainly by bonding cylinder 361, go up heat seal mount pad 362, go up guide post 363, heat seal pressing plate installing plate 364, go up heat seal seat 365, down guide post 366, spring 367, down heat seal seat 368, heat seal mount pad 369 is formed down.Described upward heat seal mount pad 362 is oppositely arranged with following heat seal mount pad 369 and its sidewall 3621,3691 is separately fixed on the frame 1; The cylinder body of described bonding cylinder 361 is fixed on the last end face of heat seal mount pad 362, the last end face that piston rod on the bonding cylinder 361 is passed down through heat seal mount pad 362 is connected with heat seal pressing plate installing plate 364, heat seal pressing plate installing plate 364 tops are nested with on the bearing 3622 on the last heat seal mount pad 362 by last guide post 363 activities, and guide post 366 was connected with last heat seal seat 365 under heat seal pressing plate installing plate 364 bottoms were passed through; Described spring 367 is socketed in down guide post 366 and its two ends lean respectively between heat seal pressing plate installing plate 364 and last heat seal seat 365; Described down heat seal seat 368 is installed in down on the heat seal mount pad 369 and is relative with last heat seal seat 365, and one of between formation can allow two groups of wire rope handling material 60,70(with reference to shown in the figure 5-2) gap passed.
The described silica gel clamp clip 3653 that on the heat seal seat 365 silica gel 3651,3652 is housed and is used to clamp silica gel 3651,3652 of going up.Silica gel 3681 is housed on the described down heat seal seat 368 and is used to clamp the silica gel clamp clip 3683 of silica gel 3681, and heating wire fixed head 3693, heating wire 3694 etc.Silica gel 3681 on silica gel 3651 on the last heat seal seat 365 and the following heat seal seat 368 is relative to be to be used to clamp the wire rope handling material, the heating wire fixed head 3693 relative heat seal two wire rope handling material that are used on the silica gel 3652 on the last heat seal seat 365 and the following heat seal seat 368.
To shown in Fig. 5-11, described damping unit 33 comprises handle 331, wire rope handling film plate washer 332, installing plate 333, rotating shaft 334, damping rubber 335, compressing member 336, bearing mount pad 337, cylinder fixed mount 338, cylinder 339 as Fig. 5-7.Described cylinder fixed mount 38 is installed on the frame 1, and the cylinder body of cylinder 339 is installed on the cylinder fixed mount 338, and the tailpiece of the piston rod of cylinder 339 connects compressing member 336, the affixed damping rubber 335 as brake block in the outer end of compressing member 336; One side of described bearing mount pad 337 connects cylinder fixed mount 338, and the opposite side of bearing mount pad 337 is connected and installed plate 333, and installing plate 333 is fixed on the frame 1.On the described rotating shaft 334 rotatable bearings that are arranged in the bearing mount pad 337, the inner of rotating shaft 334 and damping rubber 335 are relative and can be in contact with one another, and between formation rubs during contact, plays the effect of deceleration; The affixed handle 331 in the outer end of rotating shaft 334; Described wire rope handling film plate washer 332 is socketed in the rotating shaft 334.
The operation principle of described wire rope handling film tube continuous apparatus 3:
As Fig. 5-2, shown in Fig. 5-6, two wire rope handling material 60 in the 32 difference rollings of two film tubes, 70, these two wire rope handling material 60,70 lead film bar 351 at two groups, converge in adhering device 36 under 352 the guiding, at two wire rope handling material 60, a side of 70 is equipped with checkout gear 34 respectively, when the wire rope handling material 60 in one of them film tube 32 uses up, checkout gear 34 can detect, drive bonding cylinder 361 work on the wire rope handling adhering device 36, promote on the adhering device, following heat seal seat 365,369 with two groups of wire rope handling material 60,70 carry out bondingly, continue feedings by wire rope handling material in another film tube 32 70 again.
As Fig. 5-11 with reference to shown in the figure 5-2, in process of production, the wire rope handling bag will carry out the heat seal of bag banding to be handled, when doing this action, plastic bag is in of short duration halted state, so the wire rope handling material 60 or 70 as rope also must be in halted state synchronously, mixed and disorderly to prevent wire rope handling material 60,70, reach this purpose so need damping unit.Film tube 32 is provided with damping unit 33, in the process of using, when damping is less than normal, cylinder 339 pressure can increase, the damping rubber 335 that is fixed on the tailpiece of the piston rod of cylinder 339 can be pressed to the inner of rotating shaft 334, and between forms friction, plays the effect of deceleration; When damping was bigger than normal, cylinder 339 pressure can reduce, and reduced to be fixed on the friction between the damping rubber 335 of tailpiece of the piston rod of cylinder 339, reduced damping.
Shown in Fig. 9-1, Fig. 9-2, Fig. 9-4, described wire rope handling shaped device 7 comprises frame 1, rocker arrangement 72, wire rope handling crimping unit 73, system for compacting 74, lax mechanism 75, transfer 76, guider 77.
Described rocker arrangement 72, wire rope handling crimping unit 73, system for compacting 74, lax mechanism 75, transfer 76, guider 77 wear according to wire rope handling film 710 and are arranged sequentially on the frame 1.
As Fig. 9-5, Fig. 9-6, Fig. 9-7-1 to Fig. 9-7-7 with reference to shown in the figure 9-4, described guider 77 mainly by input guide plate 771, on bend guide plate 772, down bending guide plate 773, pad 774, pad 775 are formed.Describedly go up the above and below that bending guide plate 772 and following bending guide plate 773 are disposed on input guide plate 771 respectively, vertically be provided with the through hole 7711 that runs through its total length along what import guide plate 771; Longitudinally be provided with the deep gouge 7721,7731 that runs through its total length at last bending guide plate 772 and following bending guide plate 773 upper surfaces, offer one at the bottom land of this deep gouge 7721,7731 and be the groove 7722,7732 of 45 with vertical line, this groove 7722,7732 connects the bottom land and the lower surface of deep gouges 7721,7731.Described pad 774 is arranged between input guide plate 771 and the last bending guide plate 772; Described pad 775 is arranged on to be imported between guide plate 771 and the following bending guide plate 773, and making to go up between bending guide plate 772, input guide plate 771, following bending guide plate 773 threes has (shown in 9-7-7) at interval.
Shown in Fig. 9-8, Fig. 9-8-1, shown in wire rope handling crimping unit 73 comprise pressing plate mounting rod 731, blade installing plate 732, cut open cutter 733(shown in Fig. 9-8-2), doubling guide plate 734, doubling pressing plate 735.One end of described pressing plate mounting rod 731 is fixed on the frame 1, one end of blade installing plate 732 is fixedly connected on the free end of pressing plate mounting rod 731, cut open that cutter 733 is installed on the blade installing plate 732 and relative, form a passage that passes for the wire rope handling film between cutter and the doubling pressing plate 734 cuing open with doubling guide plate 734.The bottom of doubling guide plate 734 is connected the free end of pressing plate mounting rod 731 by middle part cantilever lever 736; Described doubling pressing plate 735 has two, and they are relative with the both sides of doubling guide plate 734 respectively and be connected the free end of pressing plate mounting rod 731 by sidepiece cantilever lever 737.
Shown in Fig. 9-3, described rocker arrangement 72 comprises cylinder 721, swing arm 722, driving shaft 723, driving shaft bearing seat 724, many film guiding rollers 725, many film guiding rollers 726, testing agency 727.The cylinder body of described cylinder 721 is fixed on the frame 1, the rod end of the piston rod of cylinder 721 is hinged in the swing arm 722, one end of swing arm 722 is connected on the driving shaft 723, driving shaft 723 rotatable being nested with on the bearing that is positioned at driving shaft bearing seat 724, swing arm 722 is provided with many film guiding rollers 726.Many film guiding rollers 725 are installed on frame 1, and these many film guiding rollers 725 are positioned at the top of the many film guiding rollers 726 in the swing arm 722, the many film guiding rollers 726 in the swing arm 722 are relative with many film guiding rollers 725 on the frame 1.Described testing agency 727 is installed on the driving shaft bearing seat 724.
Described system for compacting 74 mainly is made up of active rubber roll 741, driven rubber roll 742 and rubber roll installing rack 743.The rotatable respectively upper and lower that is installed in rubber roll installing rack 743 of described active rubber roll 741 and driven rubber roll 742, initiatively rubber roll 741 and driven rubber roll 742 are oppositely arranged, and between forms a gap that supplies the wire rope handling film to pass.
With reference to shown in the figure 9-3, described lax mechanism 75 mainly is made up of left wire rope handling baffle plate 751, right wire rope handling baffle plate 752, mat 753, electric eye checkout gear 754 as Fig. 9-4.Described left wire rope handling baffle plate 751 and right wire rope handling baffle plate 752 fixed interval are on frame 1; Described mat 753 is arranged between left wire rope handling baffle plate 751 and the right wire rope handling baffle plate 752, and the upper end of mat 753 is fixed on the frame 1, and the bottom of mat 753 freely hangs.Described electric eye checkout gear 754 is a sensor 754, and this sensor 754 is installed on the frame 1 and is positioned at swing arm 722 belows of rocker arrangement 72.
Described transfer 76 comprise lead film bar fixture 761, go up film guiding roller 762, turn to transition roller 763, lead film bar 764, film guiding roller 765 down.The described film bar fixture 762 of leading is fixed on the frame 1, last film guiding roller 762, turns to transition roller 763, leads film bar 764 and be fixed on and lead on the film bar fixture 761 and their face of leading is parallel to each other, so that directed parallel wire rope handling film.Described down film guiding roller 765 is fixed on the frame 1, its lead face with last film guiding roller 762, turn to transition roller 763, lead film bar 764 threes to lead face vertical, with turning to of realization wire rope handling film.
Shown in Fig. 9-1, its operation principle is as follows:
1,, after wire rope handling film 710 comes out from rocker arrangement 72, enters wire rope handling crimping unit 73 by 725,726 guiding of many film guiding rollers on the rocker arrangement 72 with reference to shown in the figure 9-8.Under the guiding of the doubling guide plate 734 on the wire rope handling crimping unit 73, the both sides of wire rope handling film 710 are to the center cracking-off.Pushed down by two doubling pressing plates 735, move on, come wire rope handling and cut open the cutter place, cuing open cutter can be divided into both sides with 710 pairs of wire rope handling films from the midline of wire rope handling film 710, forms two rope films respectively.
2, enter the active rubber roll 741 of system for compacting 74 and the gap 744 between the driven rubber roll 742 by the transition roller guiding after wire rope handling film 710 comes out from wire rope handling crimping unit 73, by active rubber roll 741 and driven rubber roll 742 tractions, can carry out compacting to wire rope handling film 710 folded parts simultaneously.After coming out from active rubber roll 741 and driven rubber roll 742, wire rope handling film 710 can enter a lax mechanism 75.When the electric eye checkout gear 754 of lax mechanism 75 to wire rope handling film 710 when this regional memory space is less than the amount of setting, the suitable rotating speed of raising rubber roll is to guarantee the memory space in this section interval.Also played the effect of a speeds match to a certain extent.
3, from the lax 75(of mechanism with reference to shown in the figure 9-4) enter a transfer 76 after coming out, guide by the following film guiding roller 765 that does not rotate, the tensile force of raising film that like this can be suitable is unlikely to too lax.Turn to transition roller 763 to turn to through one then, two wire rope handling films 710 are gone up film guiding roller 762 guiding by one respectively, enter into guider 77 through rubber roll.
4, two wire rope handling films 710 enter from the porch that guider 77 is imported the through hole 7711 of guide plates 771, after coming out from the other end, article one, return from top bending guide plate 772 deep gouges 7721, article one, return from following following bending guide plate 773 deep gouges 7731, pass through from the groove 7722,7732 that is 45 respectively again, after making two films turn over miter angle, change direction and all come out then from opening part.Wherein guider 77 can be divided into two parts up and down to plastic bag 50, and two wire rope handling films 710 are directed into respectively in two parts up and down of plastic foil after turning over miter angle up and down, are beneficial to ensuing production (shown in figure 9-7-7).
Through above four steps, wire rope handling film 710 is folded, subdivision, and moulding is imported in the plastic bag 50 fast and accurately.
Shown in Fig. 2-1, Fig. 2-2, the course of work of described wire rope handling Bag Making Machine 206 is as follows:
1, enters the time of the present invention when plastic bag 50, at first can be through entangling limit device 2, enter into knuckle device 4 then, knuckle device 4 can be folding inward from the centre with one side of plastic bag 50, form an appearance (shown in Fig. 6-4) that is similar to V, when plastic bag 50 continued to move, the folding inward bottom of plastic bag 50 can be demarcated by knife then.
2, plastic bag 50 enters into tension balance device 5 through the many transition rollers 54 of tension balance device 5, can be so that plastic bag 50 keeps certain force of strain.
3, enter blanking apparatus 6, blanking apparatus 6 is divided into two parts, and a part is an otch, and a part is punching.First is an otch, and second portion is a hole punched device, and main purpose is to go out a semicircular hole in the centre position of the edge of opening of plastic bag 50, the position, hole that rope is extracted out when using as Rope passed bag.(shown in Fig. 5-12)
4, entered into wire rope handling shaped device 7.Before this, the rope film can pass through wire rope handling film tube continuous apparatus 3, and wire rope handling film 710 also enters into wire rope handling shaped device 7 then.7 li of wire rope handling shaped devices, wire rope handling film 710 is penetrated in plastic bag 50 folded portions.
5, according to the needs of bag length, plastic bag 50 can be adjusted through portal frame 20.
6, plastic bag 50 enters into layering adhering device 8.Here, layering adhering device 8 can carry out bonding to plastic bag 50.Bonding position is the part that plastic bag 50 folded inward are wrapped in wire rope handling film 710.Form a passage, can be so that wire rope handling film 710 be in the passage.
7, enter into adhering device 9.Because plastic bag 50 is folding, has formed four layers, adds wire rope handling film 710 and always has eight layers.Bonding firm in order to guarantee.So here can be earlier once to this part heat seal.
8, enter heat seal device 10.Can carry out heat seal to whole plastic bag 50 here, and point is disconnected.Form last sack finished product.
Shown in Figure 12-1, described winder 208 is a kind of individual stacked automatic winding machine 208, this individual stacked automatic winding machine 208 mainly by rolling frame 101, the wrap-up 102 of saying good-bye, pull apart device 103, conveying mechanism 104 is formed.
Described conveying mechanism 104 is mainly by carrying motor 1041(shown in Figure 12-14), synchronous pulley group 1042, conveyer belt 1043, active roll 1044, driven running roller 1045, pressure zone running roller 1046 form.Described conveying motor 1041 is installed in the below of rolling frame 101, carry motor 1041 to be connected with active roll 1044 by synchronous pulley group 1042, active roll 1044 and driven running roller 1045 are installed in the front and rear of rolling frame 101 respectively, the two ends of conveyer belt 1043 are socketed in respectively on active roll 1044 and the driven running roller 1045, and pressure zone running roller 1046 is installed in the middle part of rolling frame 101 and leans with the lower semisection of conveyer belt 1043 and the lower semisection of conveyer belt 1043 is pressed down; The described wrap-up 102 of saying good-bye is installed in the rear end of rolling frame 101 and is positioned at a side of conveying mechanism 104 driven running rollers 1045, describedly pulls apart the side that device 103 is installed in the front end of rolling frame 101 and is positioned at conveying mechanism 104 active rolls 1044.
Shown in Figure 12-1, Figure 12-3, the described wrap-up 102 of saying good-bye mainly is made up of four rotating-table apparatus 1022, rolling drive unit 1023, rolling conversion equipment 1024, top roller device 1025, a branch position rotating disk mechanism 1026.
Shown in Figure 12-1, Figure 12-4, Figure 12-5, described four rotating-table apparatus, 1022 rotatable being installed on the rolling frame 101, it mainly is made up of rotating disk 10221, toothed disc 10222, gear bush 10223, four Scrolls 10224, locating flange 10225, friction winding wheel 10226, transposition gear 10227, synchronous pulley group 10228, position rotaring motors 10229.Described rotating disk 10221 and toothed disc 10222 are superimposed together at interval by gear bush 10223, and gear bush 10223 is socketed on the locating flange 10225 by bearing 102231, and locating flange 10225 is installed on the side plate 1011 of rolling frame 101; Described four Scrolls 10224 are around the centre of gyration equidistant placement of rotating disk 10221, one end of four Scrolls 10224 is by bearing 102241 rotatable rotating disk 10221 and the toothed discs 10222 that are superimposed together that pass, and their traversing through end is distinguished an affixed friction winding wheel 10226.Described position rotaring motor 10229 is installed on the rolling frame 101, and position rotaring motor 10229 is connected with transposition gear 10227 by synchronous pulley group 10228, drives transposition gear 10227 and rotates, transposition gear 10227 and toothed disc 10222 engagements.
As Figure 12-2 with reference to shown in the figure 12-1, described rolling drive unit 1023 has two covers, and it comprises winding wheel 10231, rolling wheel carrier 10232, rolling cylinder 10233, gear train 10234, synchronous pulley mechanism 10235, motor 10236, synchronous pulley group 10237.Described winding wheel 10231 and gear train 10234 are all rotatable to be installed on the rolling wheel carrier 10232, driven gear 102341 in the gear train 10234 and winding wheel 10231 coaxial settings, driven pulley 102351 coaxial settings in driving gear 102342 in the gear train 10234 and the synchronous pulley mechanism 10235, so winding wheel 10231 is connected with synchronous pulley mechanism 10235 by gear train 10234.Two cover rolling drive units 1023 connect transmission power by synchronous pulley mechanism 10235.Shown in figure 12-7, described motor 10236 is connected with synchronous pulley mechanism 10235 by synchronous pulley group 10237, drives 10235 actions of synchronous pulley mechanism.Described rolling cylinder 10233 is installed on the side plate 1011 of rolling frame 101, shown in figure 12-6, the piston rod of rolling cylinder 10233 is hinged on a jiao of rolling wheel carrier 10232, and the middle part of rolling wheel carrier 10232 is hinged on the rolling frame 101 and can swings around this pin joint; Winding wheel 10231 on the two cover rolling drive units 1023 can or separate with two contacts in four friction winding wheels 10226 on four rotating-table apparatus 1022 respectively, and driving friction winding wheel 10226 rotations, and then drive Scroll 10224 rotations, carry out rolling.
To shown in Figure 12-11, described rolling conversion equipment 1024 comprises rack drives cylinder 10241, tooth bar 10242, tooth bar guide holder 10243, gear 10244, rotating shaft 10245, bearing block 10246, renovates swing arm 10247, renovates 10248, renovates casting die 102491, conveyer belt roof pressure cylinder 102492, conveyer belt top roller 102493, cam 102494 as Figure 12-9.The cylinder body of described rack drives cylinder 10241 is installed on the rolling frame 101, the tailpiece of the piston rod of rack drives cylinder 10241 connects part 102411 by cylinder and connects tooth bar 10242, tooth bar 10242 activities are nested with in tooth bar guide holder 10243 and by 10243 guiding of tooth bar guide holder, tooth bar 10242 meshes with gear 10244.Described rotating shaft 10245 is rotatable to be installed on the bearing block 10246 and two ends projecting shaft bearing 10246, gear 10244 fixedly sleeved ends in rotating shaft 10245, an end of renovating swing arm 10247 is fixedly mounted on the other end of rotating shaft 10245, the other end of renovating swing arm 10247 connects renovates 10248, installs on the top of renovating 10248 and renovates casting die 102491; The cylinder body of described conveyer belt roof pressure cylinder 102492 is installed on the rolling frame 101, the tailpiece of the piston rod of conveyer belt roof pressure cylinder 102492 connects conveyer belt top roller 102493, and this conveyer belt top roller 102493 is positioned at the below of conveyer belt 1043 and the jack-up conveyer belt 1043 that can make progress under the driving of conveyer belt roof pressure cylinder 102492.Described induction cam 102494 is fixedly sleeved in rotating shaft 10245.
Shown in Figure 12-12, Figure 12-13, described top roller device 1025 comprises that cylinder holder 10251, top roller cylinder 10252, guiding mechanism 10253, top roller holder 10254, top roller 10255, electric eye 10256, electric eye detect boss 10257.Described cylinder holder 10251 is installed on the rolling frame 101, top roller cylinder 10252 has two, the cylinder body of two top roller cylinders 10252 all is fixed on the cylinder holder 10251, the top of top roller cylinder 10252 piston rods connects top roller holder 10254, top roller holder 10254 is connected with cylinder holder 10251 by the guiding mechanism 10253 of its both sides, makes top roller holder 10254 move up and down stably.Described top roller 10255 rotatable being installed on the top roller holder 10254, this top roller 10255 is arranged in the below of four rotating-table apparatus 1022 Scrolls 10224 and can be near Scroll 10224(with reference to shown in the figure 12-8 under the driving of top roller cylinder 10252) so that compress polybag in the rolling.Be provided with electric eye 10256 on top roller holder 10254, electric eye be housed on rolling frame 101 detect boss 10257, this electric eye detection boss 10257 is installed in and is positioned on the electric eye 10256 upper and lower mobile tracks.
The rolling mode that the present invention adopts is to utilize a Scroll 10224 to drive sack to do a scrolling action, finishes the task of collection.In whole wrapup procedure, finish this a whole set of collection process through four rotating-table apparatus 1022.But in wrapup procedure, because the continuous rolling of sack, its diameter can constantly increase, and can change in the center of the Scroll 10224 of rolling position and the distance between the conveyer belt 1043 this moment.In this change procedure, need constant compression force of top roller assurance to withstand sack, to guarantee carrying out smoothly of wrapup procedure.Suppose that pressure is not constant, for example adopt spring assembly to guarantee pressure, that is in wrapup procedure, and along with the increase of diameter, top roller is pressed down.Because spring is constantly compressed, its pressure that upwards withstands sack is constantly to increase, and the situation that is difficult to discharging can appear because the frictional force between sack and the Scroll is excessive in the too consolidation that this can make the sack rolling in the process of discharging.Top roller device 1025 of the present invention can effectively address this problem, and guarantees in wrapup procedure, and pressure is in a steady state.
Shown in Figure 12-3, described branch position rotating disk mechanism 1026 comprises distribution disk 10261, divides position cylinder 10262.The described cylinder body of position cylinder 10262 that divides is installed on the side plate 1011 of rolling frame 101, divides the piston rod of position cylinder 10262 to pass the side plate 1011 of rolling frame 101; The described distribution disk 10261 rotatable tailpieces of the piston rod that are socketed in branch position cylinder 10262, radially offer four elongated slot 102611(that communicate with circumference on the distribution disk 10261 shown in Figure 12-9), these four elongated slots 102611 are socketed on four Scrolls 10224 of four rotating-table apparatus 1022 in the gap respectively in different phase places, that is, but elongated slot 102611 gaps in four elongated slots 102611 be socketed in four Scrolls 10224 just on the Scroll 10224 of rolling.
Shown in Figure 12-1, operation principle of the present invention:
Pull apart device 103 and the wrap-up 102 of saying good-bye lays respectively at a side of conveying mechanism 104 active rolls 1044 and a side of driven running roller 1045, will flow to the wrap-up 102 of saying good-bye and carry out rolling through pulling apart polybag that device 103 pulls apart by the conveyer belt on the conveying mechanism 104 1043.
Shown in Figure 12-1, Figure 12-3, the say good-bye operation principle of wrap-up 102 of the present invention:
1, in process of production, plastic bag is through after pulling apart device, and sack is separated separately one by one, sends conveyer belt to.On conveyer belt 1043, be in a state that dislocation is stacked between sack and the sack, be transported to four rotating-table apparatus 1022.
2, enter into four rotating-table apparatus 1022 after, four rotating-table apparatus 1022 are started working.Rack drives cylinder 10241 in the rolling conversion equipment 1024 promotes tooth bar 10242 motions, and 10248 upsets are renovated in driven gear 10244 rotations, and Scroll 10224 is buckled in the inside, and simultaneously, conveyer belt roof pressure cylinder 102492 is jack-up conveyer belt 1043 upwards.
3, conveyer belt 1043 continues to travel forward.At this moment, owing to renovate 10248 upsets, simultaneously, conveyer belt roof pressure cylinder 102492 is jack-up conveyer belt 1043 upwards, blocked advancing of sack, sack can move along the internal face of renovating 10248, from the past swivel motion in the top of Scroll 10224, reenters then between Scroll 10224 and the conveyer belt 1043.Like this, because the continuous rotation of Scroll 10224 just can be got up the sack rolling.
4, behind Scroll 10224 beginning rolling sacks, rack drives cylinder 10241 can spur tooth bar 10242, drives to renovate on 10248 and turns over.Simultaneously, 10221 rotations of four rotating disks, Scroll 10224 enters into normal take-up position (as the position of the Scroll 102243 of Figure 12-9) and continues rotation, up to finishing this rolling.
5, when Scroll 10224 enters into normal take-up position, to renovate 10248 and just can overturn according to the time that configures, barrier bag moves forward, and begins rolling next time.
In wrapup procedure, the course of work of four rotating-table apparatus 1022 is as follows:
1, Scroll 10224 is when pre-set sack number is arrived in this initial rolling position (as the position of the Scroll among Figure 12-9 102242) rolling, transposition gear 10227 begins to rotate, 10222 rotations of driven gear dish, under the drive of toothed disc 10222, rotating disk 10221 rotation, Scroll 10224 enter into normal take-up position (as the position of the Scroll 102243 of Figure 12-9) thereupon and proceed rolling.Simultaneously, the electric eye checkout gear is arranged on the transposition gear 10227, can guarantee in the transposition process of rotating shaft, to enter into normal take-up position accurately.
2, when reaching the rolling number of predetermined set, renovate 10248 and the mating reaction of conveyer belt top roller 102493 under, barrier bag continues to move towards this rolling position, another Scroll 10224 begins to carry out rolling next time.
3, in wrapup procedure, along with the continuous rolling of sack, diameter increases, but at position rotaring motor 10229(servomotor) control under, two take-up position can well remain on a state that equates with the linear velocity of conveyer belt 1043.
4, come back to the first step then, the Scroll 10224 that wind this moment enters the elongated slot 102611 of distribution disk, and under minute effect of position cylinder 10262, the sack that winds is unloaded in distribution disk 10261 work.
In wrapup procedure, the course of work of top roller device 1025 is as follows:
1, after sack enters the rolling position, under the drive of Scroll 10224, constantly rolling, its diameter also constantly increases thereupon.Top roller 10255 is pressed down.The internal pressure of top roller cylinder 10252 constantly increases, and top roller 10255 upwards pressure and also increases gradually within the specific limits, to guarantee the degree of packing of the finished product that rolling is come out.
When 2, top roller 10255 is pressed down to a certain degree, when promptly pressure arrives a setting degree, detected by electric eye 10256, this moment, the air inlet/outlet of the bottom of top roller cylinder 10252 began to lose heart along with top roller 10255 is continued to press down.
3, in this course, by relief valve control, guarantee that top roller cylinder 10252 pressure inside are in a steady state, guarantee that with this pressure is in a steady state value, it is excessive and discharging occurs being difficult to or situation that can't discharging occurs to be unlikely to pressure.
4, after rolling is finished in the rolling position, Scroll 10224 leaves the rolling position, under the effect of top roller cylinder 10252 internal pressures, top roller is got back to initial position, simultaneously, and after electric eye 10256 detects, under the control of air pressure valve, original state is got back in 10252 inflations to the top roller cylinder again.
5, come back to first step afterwards, carry out rolling next time, so repeat, make wrapup procedure carry out continuously.
Shown in Figure 12-14, described pull apart device 103 mainly by carry motor 1041, fixed electrical machinery 1033, pull apart rubber roll group 1034, fixedly rubber roll group 1035, synchronous pulley 10361, synchronous pulley 10362, pull apart cylinder 1037, fixedly cylinder 1038, the first cylinder installing rack 10391, the second cylinder installing rack 10392, last gas blow pipe 103101 and following gas blow pipe 103102 are formed.
Described conveying motor 1041, fixed electrical machinery 1033, the first cylinder installing rack 10391, the second cylinder installing rack 10392 all are installed on the rolling frame 101.
Describedly pull apart the top that cylinder 1037 is installed in the first cylinder installing rack 10391, fixedly cylinder 1038 is installed in the top of the second cylinder installing rack 10392; Describedly pull apart rubber roll group 1034 and fixedly rubber roll group 1035 adjacent settings.
The described rubber roll group 1034 of pulling apart is by initiatively pulling apart rubber roll 10341 and the driven rubber roll 10342 of pulling apart constitutes.It is relative up and down and establish with the driven rubber roll 10342 of pulling apart initiatively to pull apart rubber roll 10341, driven pull apart rubber roll 10342 rotatable be installed on the first cylinder installing rack 10391 and with stretch the piston rod 10371 that gets off from the first cylinder installing rack, 10391 tops and be connected, under the drive of piston rod 10371, can move up and down; Initiatively pull apart rubber roll 10341 by synchronous pulley 10361, chain 10363, sprocket wheel is connected with the output shaft of conveying motor 1041 and by 1041 drives of conveying motor.
Described fixedly rubber roll group 1035 by initiatively fixedly rubber roll 10351 and driven fixedly rubber roll 10352 constitute, initiatively fixedly rubber roll 10351 is relative up and down with driven fixedly rubber roll 10352 and establish.Driven fixedly rubber roll 10352 is rotatable be installed on the second cylinder installing rack 10392 and with stretch the piston rod 10381 that gets off from the second cylinder installing rack, 10392 tops and be connected, under the drive of piston rod 10381, can move up and down; Initiatively fixedly rubber roll 10351 is connected with the output shaft of fixed electrical machinery 1033 by synchronous pulley 10362 and is driven by fixed electrical machinery 1033.
Shown in Figure 12-18, the described second cylinder installing rack 10392 mainly is made up of portal 103921, guide post 103922, guide holder 103923, rubber roll installing rack 103924.Described guide post 103922 is installed on the portal 103921, and rubber roll installing rack 103924 slips on guide post 103922 by the guide holder 103923 of its both sides, driven fixedly rubber roll 10352 rotatable being installed on the rubber roll installing rack 10394.The structure of the first cylinder installing rack 10391 and the second cylinder installing rack 10392 are basic identical, repeat no more.
In the present embodiment, described pull apart cylinder 1037 and fixedly cylinder 1038 have two respectively, two pull apart cylinder 1037 and two fixedly cylinder 1038 be installed in the top of two countercylinder installing racks, 10391,10392 portals 103911,103921 respectively, pull apart the piston rod 10371 of cylinder 1037 and fixedly the piston rod 10381 of cylinder 1038 to pass the top of portal 103911,103921 separately respectively affixed with rubber roll installing rack 103914,103924 separately.
Described conveying motor 1041 adopts threephase asynchronous 1032; Described fixed electrical machinery 1033 adopts servomotor 1033.
Shown in figure 12-15, the described gas blow pipe 103101 of going up is installed on the portal 103921 of cylinder installing rack 10392, and following gas blow pipe 103102 is installed on the rolling frame 101 by following gas blow pipe mount pad 103103.Between two pairs of rubber rolls, plastic bag passes between last gas blow pipe 103101 and following gas blow pipe 103102, because plastic bag is soft, can nature sagging from pulling apart after rubber roll group 1034 output, so use gas blow pipe 103101 and following gas blow pipe 103102 plastic bag is blown afloat, thereby fall on the conveyer belt 1043 afterwards and be stacked in the top of previous plastic bag.
The present invention pulls apart the operation principle of device 103:
With reference to shown in the figure 12-15, in the process of producing, plastic bag is before entering the winder of saying good-bye as Figure 12-16, Figure 12-17, and each sack can be divided by the some broken string, applies certain power and can tear separately.Plastic bag is through behind the film guiding roller 10320, and guiding enters the present invention.In process of production, at first plastic bag being worn film according to the projected path mode places, produce then, at this moment, the driven rubber roll 10342 of pulling apart of pulling apart rubber roll group 1034 that is arranged in the top is to be in hanging shape when polybag normally moves, promptly do not contact, have only in the time will pulling apart, just to promote the driven rubber roll 10342 of pulling apart and down move, contact with plastic bag by the effect of pulling apart cylinder 1037 with plastic bag.When entering, a broken string pulls apart rubber roll group 1034 and fixedly between the rubber roll group 1035, fixed electrical machinery 1033 lockings or deceleration, and fixedly rubber roll group 1035 stops operating, and remains a speed and carries out running work and pull apart rubber roll group 1034.Because fixedly rubber roll group 1035 is not rotated, plastic bag is applied in a power, is torn apart from a broken string, enters into conveyer belt 1043, delivers to and says good-bye wrap-up 102(shown in Figure 12-1).After plastic bag was torn, fixed electrical machinery 1033 remained in operation, and drove fixedly rubber roll group 1035 rotations, plastic bag is sent to pulls apart rubber roll group 1034, send from pulling apart rubber roll group 1034, gas blow pipe work is up and down arranged simultaneously, can guarantee smooth the falling on the conveyer belt 1043 of a back plastic bag.Meanwhile.The conveyer belt 1043 of pulling apart rubber roll group 1034 and its left side all is that the speed that keeps certain is constant all the time, and the speed when fixedly rubber roll group 1035 is restarted work after pulling apart can be faster than pulling apart rubber roll group 1034, make a back plastic bag catch up with previous plastic bag, thereby it is stacked on the previous plastic bag.So repeat continuous firing.
To shown in Figure 14-3, described automatic weighing device mainly is made up of main hopper 2091, casing 2092, the baffle plate 2093 of weighing, cylinder 2094, cylinder mounting plate 2095, the hopper 2096 of weighing, LOAD CELLS 2097, electric eye 2098 as Figure 14-1.
Described casing 2092 comprises casing body 20921, casing upper plate 20922, casing lower plate 20923.Described casing upper plate 20922 and casing lower plate 20923 are fixed in upper and lower two openends of casing body 20921 respectively.
Described main hopper 2091 is installed on the casing upper plate 20922 of end face of casing 2092; Offer the clout discharging opening 20911 that surplus stock is emitted in the bottom of main hopper 2091, on this clout discharging opening 20911, be provided with discharge baffle 20912.The discharging opening of described main hopper 2091 is aimed at the charging aperture of being located on the casing 2092 casing upper plates 20,922 209221, and the baffle plate 2093 of weighing is set on the charging aperture 209221 of casing 2092, and an end of this baffle plate 2093 of weighing is connected with the piston rod of cylinder 2094.Described cylinder mounting plate 2095 is L-shaped, the one section straight-arm is installed the cylinder body of cylinder 2094, its another section straight-arm is fixed on casing upper plate 20922 inwalls at casing 2091 tops, and guide plate 20951 is housed on it, form rectangle chute 20952(between this guide plate 20951 and the cylinder mounting plate 2095 with reference to shown in the figure 14-5), the described baffle plate 2093 of weighing slips in this chute 20952.
The described hopper 2096 of weighing is installed in an end of LOAD CELLS 2097, and LOAD CELLS 2097 other ends are fixed on casing lower plate 20923 inwalls of casing 2092 bottom surfaces by LOAD CELLS locating piece 20971, the supporting seat 20972 of weighing.The charging aperture 20961 of hopper 2096 of weighing is aimed at the charging aperture 209221 of casings 2092, and the discharging opening 20962 of the hopper 2096 of weighing is aimed at the discharging opening of being located on the casing 2092 casing lower plates 20,923 209231.Described electric eye 2098 by electric eye holder 20981(with reference to shown in the figure 14-4) be fixed on casing lower plate 20923 inwalls of casing 2092 bottom surfaces and be positioned at the outside of the discharging opening 209231 of the hopper 2096 of weighing, aim at the tapping channel of the hopper 2096 of weighing.
The operation principle of described automatic weighing device 209:
1, when inflation film manufacturing machine is started working, plastics are constantly extruded, and stretch.In this process, the speed of its stretching configures in process of production, is known, and the width of film is to set according to the needs of producing product, also is known, and inflation film manufacturing machine can be controlled the thickness of its film by the extrusion capacity of control plastics.
2, in use, thickness as required, width configure the film thickness that needs on the main frame of inflation film manufacturing machine, width, and parameters such as draw speed begin blown film then and stretch.
3, after parameter configured, the present invention can start working.From main hopper 2091 beginning automatic blankings, raw material enter on the hopper 2096 of weighing, and behind the arrival setting-up time, cylinder 2094 promotes to weigh baffle plate 2093, stops blanking.This moment, LOAD CELLS 2097 can weigh up raw-material weight in the hopper 2096 of weighing automatically constantly.
4, along with the blown film process is constantly carried out, the LOAD CELLS 2097 of the hopper 2096 of weighing can transmit weight constantly to the inflation film manufacturing machine main frame in each unit interval that configures.And mutual Here it is inflation film manufacturing machine of poor quality is extruded raw-material quality between them in each unit interval, can be converted into volume according to the density of material.
5, the inflation film manufacturing machine main frame is when obtaining the extrusion capacity of each unit interval, can be according to the draw speed of setting, the width of film, automatically calculate the thickness of film, compare with the thickness of setting, if its thickness is outside error range, can adjust the screw speed of main frame, adjust its extrusion capacity, accomplish adjustment constantly, guarantee that the thickness of film is within the error range.
Shown in Figure 15-1, described film folding footpath adjusting device automatically mainly is made up of two motor installing racks 21011,21012, bracing frame 2102, two motors 21031,21032, guide rod 2104,21061,21062, two electronic inductors 21071,21072 of 21051,21052, two sliding shoes of two rhizoid bars.
Described two motor installing racks 21011,21012 are oppositely arranged, and bracing frame 2102 is arranged on the centre of two motor installing racks 21011,21012; Described two motors 21031,21032 are installed in respectively on two motor installing racks 21011,21012, the output shaft of two motors 21031,21032 is connected with screw mandrel 21051,21052 by shaft coupling 2108 respectively, and motor 21031,21032 adopts servomotor.
Described two sliding shoes 21061,21062 slip respectively on guide rod 2104 and with two screw mandrels 21051,21052 and are spirally connected, and two electronic inductors 21071,21072 are installed on two sliding shoes 21061,21062 respectively and are oppositely arranged.
Described electronic inductor 21071 is made up of two detection inductors 210711,210712 that abut against together; Equally, electronic inductor 21072 is made up of two detection inductors 210721,210722 that abut against together.
To shown in Figure 15-4, described film folding footpath is the operation principle of adjusting device 210 automatically as Figure 15-2:
1, the width control for plastic sheeting 21010 mainly is to adopt blowing in the process of drawing, and the air quantity that adopts during blown film is controlled, and reaches the purpose of adjusting plastic sheeting 21010 width.
2, in process of production, plastic sheeting 21010 can be folded pressing by man-like shelf after being blown and pulling out, and is fed on the ensuing production line by a tension force rubber roll then.
3, a cover electronic inductor 21071,21072 is arranged on the tension force rubber roll.Plastic sheeting 21010 from the tension force rubber roll through out-of-date, if the normal words of width only can be detected by one of them electronic inductor 21071 or 21072.
4, when two electronic inductors 21071,21072 all do not detect, illustrate that the width of plastic sheeting 21010 is too little, the automatic tonifying Qi of inflation film manufacturing machine meeting this moment increases air-blowing quantity, increases the width of plastic sheeting 21010.
5, when two electronic inductors 21071,21072 all detect, illustrate that the width of plastic sheeting 21010 is too big, this moment, inflation film manufacturing machine can be cooled down automatically, reduced air-blowing quantity, reduced the width of plastic sheeting 21010.
6, in the course of work of inflation film manufacturing machine, be to be in a state that detects constantly to the width of plastic sheeting 21010, be in all the time in the scope of an equilibrium so can effectively guarantee the width of plastic sheeting 21010.
As shown in figure 13, be second embodiment of the present invention.The structure of this embodiment is the same substantially with last embodiment, different be that described winder is the winder of commonly using 208 '.

Claims (27)

1. the production equipment of a wire rope handling polybag, it comprises spice machine, automatic weighing device, inflation film manufacturing machine, film folding footpath adjusting device, spark machine, printing machine, storage rack, Bag Making Machine, tripod, winder automatically; Described spice machine, automatic weighing device, inflation film manufacturing machine, the automatic adjusting device in film folding footpath, spark machine, printing machine, storage rack, Bag Making Machine, tripod, winder are arranged in order into different station according to processing step; It is characterized in that: described Bag Making Machine is the wire rope handling Bag Making Machine, and this wire rope handling Bag Making Machine is mainly formed by entangling limit device, frame, wire rope handling film tube continuous apparatus, knuckle device, tension balance device, blanking apparatus, wire rope handling shaped device, layering adhering device, adhering device, heat seal device, portal frame; Describedly entangle the side that the limit device is installed in the front end of frame as a relatively independent device and is positioned at wire rope handling film tube continuous apparatus, described wire rope handling film tube continuous apparatus, tension balance device, blanking apparatus, wire rope handling shaped device, layering adhering device, adhering device, heat seal device are arranged on the frame from front to back in regular turn; Between wire rope handling film tube continuous apparatus and tension balance device, be provided with the knuckle device; Described portal frame has two, is installed on the frame and lays respectively at the rear end of layering adhering device front end and adhering device;
Described wire rope handling shaped device comprises frame, rocker arrangement, wire rope handling crimping unit, system for compacting, lax mechanism, transfer, guider; Described rocker arrangement, wire rope handling crimping unit, system for compacting, lax mechanism, transfer, guider wear according to the wire rope handling film and are arranged sequentially on the frame; Described guider mainly by the input guide plate, on bend guide plate, down the bending guide plate is formed, describedly go up the above and below that bending guide plate and following bending guide plate are disposed on the input guide plate respectively, vertically be provided with the through hole that runs through its total length along what import guide plate; Longitudinally be provided with the deep gouge that runs through its total length at last bending guide plate and following bending guide plate upper surface, offer a groove, the bottom land and the lower surface of this groove perforation deep gouge at the bottom land of this deep gouge;
Shown in the wire rope handling crimping unit comprise pressing plate mounting rod, blade installing plate, cut open cutter, doubling pressing plate, doubling guide plate; One end of described pressing plate mounting rod is fixed on the frame, one end of blade installing plate is fixedly connected on the free end of pressing plate mounting rod, cut open that cutter is installed on the blade installing plate and relative with the doubling guide plate, the bottom of doubling guide plate is connected the free end of pressing plate mounting rod by the middle part cantilever lever; Described doubling pressing plate has two, and they are relative with the both sides of doubling guide plate respectively and be connected the free end of pressing plate mounting rod by the sidepiece cantilever lever;
Described guider also comprises two pads, these two pads are separately positioned on input guide plate and last bending guide plate, import between guide plate and the following bending guide plate, and making to go up between bending guide plate, input guide plate, the following bending guide plate three has at interval;
Described rocker arrangement comprises cylinder, swing arm, driving shaft, driving shaft bearing seat, many film guiding rollers, testing agency; The cylinder body of described cylinder is fixed on the frame, and the rod end of the piston rod of cylinder is hinged in the swing arm, and an end of swing arm is connected on the driving shaft, and driving shaft is rotatable to be nested with on the bearing that is positioned at the driving shaft bearing seat, and swing arm is provided with many film guiding rollers; On the frame with swing arm on many film guiding rollers above be provided with many film guiding rollers, many film guiding rollers in the swing arm are relative with many film guiding rollers on the frame; Described testing agency is installed on the driving shaft bearing seat;
Described system for compacting mainly is made up of active rubber roll, driven rubber roll and rubber roll installing rack; The rotatable respectively upper and lower that is installed in the rubber roll installing rack of described active rubber roll and driven rubber roll, initiatively rubber roll and driven rubber roll are oppositely arranged, and between forms a gap that supplies the wire rope handling film to pass;
Described lax mechanism mainly is made up of left wire rope handling baffle plate, right wire rope handling baffle plate, mat, electric eye checkout gear; Described left wire rope handling baffle plate and right wire rope handling baffle interval are fixed on the frame; Described mat is arranged between left wire rope handling baffle plate and the right wire rope handling baffle plate, and the upper end of mat is fixed on the frame, and the bottom of mat freely hangs; Described electric eye checkout gear is installed on the frame and is positioned at the swing arm below of rocker arrangement;
Described transfer comprise lead film bar fixture, go up film guiding roller, turn to transition roller, lead the film bar, film guiding roller down; The described film bar fixture of leading is fixed on the frame, last film guiding roller, turn to transition roller, lead the film bar be fixed on lead on the film bar fixture and they to lead face parallel; Described down film guiding roller is fixed on the frame, its lead face with last film guiding roller, turn to transition roller, lead film bar three to lead face vertical.
2. the production equipment of wire rope handling polybag according to claim 1 is characterized in that: the described limit device that entangles is mainly formed by entangling limit frame and swing span; The described upper and lower part of entangling the limit frame is provided with rubber roll; Described swing span is rectangular, is respectively equipped with rubber roll on its upper and lower limit, and being connected that its middle part can be swung entangled on the frame of limit.
3. the production equipment of wire rope handling polybag according to claim 1 is characterized in that: described tension balance device mainly is made up of feeding motor, active rubber roll, driven rubber roll, many transition rollers, many dancer rools, adjusting swing arm, adjusting cylinder, detection of gear, tension detecting apparatus; Described feeding motor is installed on the frame, rotatable being installed on the frame in two ends of active rubber roll, driven rubber roll, many transition rollers, and the feeding motor connects by transmission mechanism and initiatively rubber roll rotation of driving; Two belows of regulating in the swing arm and being positioned at many transition rollers that the rotatable installation in the two ends of described many dancer rools is oppositely arranged, many dancer rools and many transition roller mutual dislocation are so that the plastic bag between detours; The cylinder body of described adjusting cylinder is installed on the frame, and the rod end of regulating the piston rod of cylinder is hinged on to be regulated in the swing arm, and detection of gear is connected by connecting rod and regulates in the swing arm, and tension detecting apparatus is arranged on by the detection of gear.
4. the production equipment of wire rope handling polybag according to claim 1 is characterized in that: described knuckle device mainly is made up of folded sheet, V flap, guide rod, blade, gripper shoe, adjusting rod, adjusting rod mount pad; Described folded sheet is installed on the framework lateral plate by gripper shoe, and folded sheet constitutes by two, and two folded sheets are oppositely arranged, and forms a parallel space narrower, that can supply plastic bag to pass between them; Described guide rod, V flap are installed in the parallel space, and the inner of guide rod connects the V flap, and folded sheet is stretched out in the outer end of guide rod, and blade is installed on the V flap; Described adjusting rod is installed on the framework lateral plate by the adjusting rod mount pad, and adjusting rod is fixed on the framework lateral plate after can left and rightly moving.
5. the production equipment of wire rope handling polybag according to claim 1 is characterized in that: described layering adhering device comprises installing rack, knife rest, gas blow pipe, baffle plate, heat-fastening knife, cylinder mounting plate, a plurality of cylinder, heat-fastening knife governor motion; Described installing rack is fixed on the frame, and described cylinder mounting plate has two flat boards that extend internally, and these two flat boards are oppositely arranged, and forms an installing space between two flat boards, and the body of cylinder mounting plate is fixed on the installing rack; The cylinder body of described a plurality of cylinders is installed in the outside of cylinder mounting plate flat board respectively, the upper cylinder piston rod is connected with the heat-fastening knife governor motion with upper and lower flat board and its tailpiece of the piston rod that the lower cylinder piston rod passes cylinder mounting plate respectively, upper and lower knife rest is separately fixed on the heat-fastening knife governor motion, upper and lower knife rest is oppositely arranged and can moves up and down under the guiding mechanism guiding, is respectively equipped with heat-fastening knife on the opposite face of upper and lower knife rest; Described gas blow pipe has two, is separately fixed on the upper and lower knife rest and lays respectively at the both sides of heat-fastening knife, is provided with baffle plate in a side of two heat-fastening knife opposite faces.
6. the production equipment of wire rope handling polybag according to claim 5 is characterized in that: described heat-fastening knife governor motion comprises contiguous block, connecting rod, sliding shoe, sliding bar; Described contiguous block is connected with the cylinder piston rod end, and knife rest is installed on the connecting rod, and connecting rod is located in the contiguous block; Described knife rest is installed on the sliding shoe, and sliding shoe is actively socketed on sliding bar, and sliding bar is installed on the installing rack.
7. the production equipment of wire rope handling polybag according to claim 1 is characterized in that: described adhering device comprises knife rest mount pad, knife rest installing plate, heat seal base, guide post, heat-fastening knife, guide bearing, heat-fastening knife installing plate, cylinder installing rack, cylinder; Described knife rest mount pad is fixed on the frame, and the knife rest installing plate slips on the knife rest mount pad; The lower end of described cylinder installing rack is fixed on the knife rest installing plate and is inverted L shaped shape, and the straight arm section of cylinder installing rack is connected with frame by guide bearing; The cylinder body of described cylinder is installed on the cylinder installing rack horizontal segment, and cylinder piston rod passes cylinder installing rack horizontal segment and its tailpiece of the piston rod is connected with the heat-fastening knife installing plate that heat-fastening knife is housed, and the heat seal base is installed on the knife rest installing plate and is relative with heat-fastening knife.
8. the production equipment of wire rope handling polybag according to claim 7 is characterized in that: described knife rest installing plate is fixed on the sliding shoe, and sliding shoe is actively socketed on the sliding panel, and sliding panel is installed on the knife rest mount pad.
9. the production equipment of wire rope handling polybag according to claim 1 is characterized in that: described blanking apparatus mainly is made up of mount pad, otch cylinder, punching cylinder, cylinder installation sliding shoe, sliding panel, motion bar; Described mount pad is socketed on the motion bar, and motion bar is fixed on the frame, and sliding panel is installed on the mount pad, and cylinder is installed sliding shoe and slipped on sliding panel; Described otch cylinder and punching cylinder all are installed in cylinder and install on the sliding shoe, and the tailpiece of the piston rod of otch cylinder connects cutting knife, and the tailpiece of the piston rod of punching cylinder connects drift, is respectively equipped with punching concave die and cutting knife die below cutting knife and drift.
10. the production equipment of wire rope handling polybag according to claim 1 is characterized in that: described wire rope handling film tube continuous apparatus is mainly led film bar, adhering device, pendulous device by frame, film tube, damping unit, checkout gear, many and is formed; Described film tube has two, is installed in respectively on the frame, and the rolling of wire rope handling material is provided with many coiled strip bars along circumference in the film tube in the film tube, and damping unit is arranged in the central authorities of film tube; Lead the film bar and be divided into two groups for described many, be provided with at interval according to two wire rope handling material motion tracks respectively; Described checkout gear has two, is installed on the frame respectively and lays respectively at a side of two groups of wire rope handling material; Described adhering device is installed on the frame and is positioned at the meet of two groups of wire rope handling material, so that allow two groups of wire rope handling material pass; Described pendulous device is installed on the frame and is positioned at the adhering device rear.
11. the production equipment of wire rope handling polybag according to claim 10 is characterized in that: described adhering device mainly by the bonding cylinder, go up the heat seal mount pad, go up guide post, heat seal pressing plate installing plate, go up the heat seal seat, down guide post, spring, down the heat seal seat, the heat seal mount pad is formed down; Described upward heat seal mount pad is oppositely arranged with following heat seal mount pad and its sidewall is separately fixed on the frame; The cylinder body of described bonding cylinder is fixed on the last end face of heat seal mount pad, the last end face that piston rod on the bonding cylinder is passed down through the heat seal mount pad is connected with heat seal pressing plate installing plate, heat seal pressing plate installing plate top is nested with at last heat seal mount pad by last guide post activity, and guide post was connected with last heat seal seat under heat seal pressing plate installing plate bottom was passed through; Described spring housing is connected on down guide post and its two ends lean respectively between heat seal pressing plate installing plate and last heat seal seat; Described down heat seal seat is installed in down on the heat seal mount pad and is relative with last heat seal seat, and one of between formation can allow two groups of gaps that the wire rope handling material passes.
12. the production equipment of wire rope handling polybag according to claim 11 is characterized in that: the described silica gel clamp clip that silica gel is housed on the heat seal seat and is used to clamp silica gel of going up; Described silica gel clamp clip, the heating wire fixed head that on the heat seal seat silica gel is housed down, is used to clamp silica gel, silica gel on the last heat seal seat is relative with silica gel on the following heat seal seat to be to be used to clamp the wire rope handling material, silica gel on the last heat seal seat and relative heat seal two wire rope handling material that are used for of heating wire fixed head on the following heat seal seat.
13. the production equipment of wire rope handling polybag according to claim 10 is characterized in that: described damping unit comprises handle, wire rope handling film plate washer, installing plate, rotating shaft, damping rubber, compressing member, bearing mount pad, cylinder fixed mount, cylinder; Described cylinder fixed mount is installed on the frame, and the cylinder body of cylinder is installed on the cylinder fixed mount, and the tailpiece of the piston rod of cylinder connects compressing member, the affixed damping rubber as brake block in the outer end of compressing member; One side of described bearing mount pad connects the cylinder fixed mount, and the opposite side of bearing mount pad is connected and installed plate, and installing plate is fixed on the frame; On the rotatable bearing that is arranged in the bearing mount pad of described rotating shaft, the inner of rotating shaft is relative with damping rubber and can be in contact with one another the affixed handle in the outer end of rotating shaft; Described wire rope handling film barrier casing is connected in the rotating shaft.
14. the production equipment of wire rope handling polybag according to claim 1, it is characterized in that: described winder is individual stacked automatic winding machine, this individual stacked automatic winding machine mainly by rolling frame, the wrap-up of saying good-bye, pull apart device, conveying mechanism is formed; Described conveying mechanism is mainly by carrying motor, synchronous pulley group, conveyer belt, active roll, driven running roller, belt hold roller wheel to form; Described conveying motor is installed in the below of rolling frame, carry motor to be connected with active roll by the synchronous pulley group, active roll and driven running roller are installed in the front and rear of rolling frame respectively, the two ends of conveyer belt are socketed in respectively on active roll and the driven running roller, and the pressure zone running roller is installed in the middle part of rolling frame and leans with the lower semisection of conveyer belt and the lower semisection of conveyer belt is pressed down; The described wrap-up of saying good-bye is installed in the rear end of rolling frame and is positioned at a side of the driven running roller of conveying mechanism, describedly pulls apart the side that device is installed in the front end of rolling frame and is positioned at the conveying mechanism active roll.
15. the production equipment of wire rope handling polybag according to claim 14 is characterized in that: described pull apart device mainly by carry motor, fixed electrical machinery, pull apart the rubber roll group, fixedly rubber roll group, synchronous pulley, pull apart cylinder, fixedly cylinder, the first cylinder installing rack, the second cylinder installing rack are formed; Described conveying motor, fixed electrical machinery, the first cylinder installing rack, the second cylinder installing rack all are installed on the rolling frame; Describedly pull apart the top that cylinder is installed in the first cylinder installing rack, fixedly cylinder is installed in the top of the second cylinder installing rack; Describedly pull apart rubber roll group and the fixedly adjacent setting of rubber roll group; The described rubber roll group of pulling apart is by initiatively pulling apart rubber roll and the driven rubber roll of pulling apart constitutes, it is relative up and down and establish with the driven rubber roll of pulling apart initiatively to pull apart rubber roll, drivenly pull apart that rubber roll is rotatable to be installed on the first cylinder installing rack and to stretch the piston rod that gets off from cylinder installing rack top and be connected with first, under the drive of piston rod, can move up and down, initiatively pull apart rubber roll and be connected with the output shaft of carrying motor by synchronous pulley; Described fixedly rubber roll group is by initiatively fixedly rubber roll and driven fixedly rubber roll constitute, initiatively fixedly rubber roll is relative up and down with driven fixedly rubber roll and establish, driven fixedly rubber roll is rotatable be installed on the second cylinder installing rack and with stretch the piston rod that gets off from the second cylinder installing rack top and be connected, can move up and down under the drive of piston rod, initiatively fixedly rubber roll is connected with the output shaft of fixed electrical machinery by synchronous pulley.
16. the production equipment of wire rope handling polybag according to claim 15 is characterized in that: the described second cylinder installing rack mainly is made up of portal, guide post, guide holder, rubber roll installing rack; Described guide post is installed on the portal, and the rubber roll installing rack slips on guide post by the guide holder of its both sides, and rubber roll is rotatable to be installed on the rubber roll installing rack.
17. the production equipment of wire rope handling polybag according to claim 15, it is characterized in that: described pull apart cylinder and fixedly cylinder have two respectively, two pull apart cylinder and two fixedly cylinder be installed in the top of two secondary first, second cylinder installing rack portals respectively, pull apart the piston rod of cylinder and fixedly the piston rod of cylinder to pass the top and the rubber roll installing rack of portal separately respectively affixed.
18. the production equipment of wire rope handling polybag according to claim 15 is characterized in that: it also comprises gas blow pipe and following gas blow pipe, and last gas blow pipe and following gas blow pipe are installed in respectively on cylinder installing rack and the rolling frame.
19. the production equipment of wire rope handling polybag according to claim 14 is characterized in that: the described wrap-up of saying good-bye mainly is made up of four rotating-table apparatus, rolling drive unit, rolling conversion equipment, top roller device, a branch position rotating disk mechanism;
Described four rotating-table apparatus are rotatable to be installed on the rolling frame, and it mainly is made up of rotating disk, toothed disc, gear bush, four Scrolls, locating flange, friction winding wheel, transposition gear, synchronous pulley group, position rotaring motors; Described rotating disk and toothed disc are superimposed together at interval by gear bush, and gear bush is connected on the locating flange by bearing holder (housing, cover), and locating flange is installed on the side plate of rolling frame; Described four Scrolls center on the centre of gyration equidistant placement of rotating disk, the affixed respectively friction winding wheel of rotatable rotating disk and the toothed disc that is superimposed together that pass of an end of four Scrolls, their traversing through end; Described position rotaring motor is installed on the rolling frame, and position rotaring motor is connected with the transposition gear by the synchronous pulley group, drives the transposition gear and rotates, transposition gear and toothed disc engagement;
Described rolling drive unit has two covers, and it comprises winding wheel, rolling wheel carrier, rolling cylinder, gear train, synchronous pulley mechanism, motor; Described winding wheel and gear train are all rotatable to be installed on the rolling wheel carrier, winding wheel is connected with synchronous pulley mechanism by gear train, two cover rolling drive units are by synchronous pulley mechanism transmission power, and motor is connected with synchronous pulley mechanism by the synchronous pulley group; Described rolling cylinder is installed on the side plate of rolling frame, and the piston rod of rolling cylinder is hinged on a jiao of rolling wheel carrier, and the middle part of rolling wheel carrier is hinged on the rolling frame and can swings around this pin joint; Winding wheel on the two cover rolling drive units can or separate with two contacts in four friction winding wheels on four rotating-table apparatus respectively, and drives the rotation of friction winding wheel;
Described rolling conversion equipment comprises rack drives cylinder, tooth bar, tooth bar guide holder, gear, rotating shaft, bearing block, renovates swing arm, renovates, renovates casting die, conveyer belt roof pressure cylinder, conveyer belt top roller; The cylinder body of described rack drives cylinder is installed on the rolling frame, and the tailpiece of the piston rod of rack drives cylinder connects tooth bar, and the tooth bar activity is nested with in the tooth bar guide holder and by the tooth bar guide holder and guides, the rack and pinion engagement; Described rotating shaft is rotatable to be installed on the bearing block and two ends projecting shaft bearing, the fixedly sleeved end of gear in rotating shaft, an end of renovating swing arm is fixedly mounted on the other end of rotating shaft, and the other end of renovating swing arm connects to be renovated, and installs on the top of renovating and renovates casting die; The cylinder body of described conveyer belt roof pressure cylinder is installed on the rolling frame, and the tailpiece of the piston rod of conveyer belt roof pressure cylinder connects the conveyer belt top roller, and this conveyer belt top roller is positioned at the below of conveyer belt and the jack-up conveyer belt that can make progress under the driving of conveyer belt roof pressure cylinder;
Described top roller device comprises that cylinder holder, top roller cylinder, guiding mechanism, top roller holder, top roller, electric eye, electric eye detect boss; Described cylinder holder is installed on the rolling frame, the top roller cylinder cylinder body be fixed on the cylinder holder, the top of the piston rod of top roller cylinder connects the top roller holder, the top roller holder is connected with the cylinder holder by the guiding mechanism of its both sides; Described top roller is rotatable to be installed on the top roller holder, and this top roller is arranged in the below of four rotating-table apparatus Scrolls and can be near Scroll under the driving of top roller cylinder; Be provided with electric eye on the top roller holder, electric eye be housed on the rolling frame detect boss, this electric eye detection boss is installed in and is positioned on the upper and lower mobile track of electric eye;
Described branch position rotating disk mechanism comprises distribution disk, divides the position cylinder; The described cylinder body of position cylinder that divides is installed on the side plate of rolling frame, divides the piston rod of position cylinder to pass the side plate of rolling frame; The rotatable tailpiece of the piston rod that is socketed in branch position cylinder of described distribution disk radially offers four elongated slots that communicate with circumference on the distribution disk, these four elongated slots are socketed on four Scrolls of four rotating-table apparatus in the gap respectively in different phase places.
20. the production equipment of wire rope handling polybag according to claim 19 is characterized in that: described rolling conversion equipment also comprises the induction cam, and this induction cam is fixedly sleeved in rotating shaft.
21. the production equipment of wire rope handling polybag according to claim 1 is characterized in that: described automatic weighing device mainly is made up of main hopper, casing, the baffle plate of weighing, cylinder, cylinder mounting plate, the hopper of weighing, LOAD CELLS, electric eye; The discharging opening that described main hopper is installed in the end face of casing and main hopper is aimed at the charging aperture of casing, one baffle plate of weighing is set on the charging aperture of casing, one end of this baffle plate of weighing is connected with the piston rod of cylinder, and the cylinder body of cylinder is fixed on the inwall of casing by cylinder mounting plate; The described hopper of weighing is installed in the casing by LOAD CELLS, and the charging aperture of the hopper of weighing is aimed at the charging aperture of casing, and the discharging opening of the hopper of weighing is aimed at the discharging opening of casing; Described electric eye is installed in discharging opening outside of the hopper of weighing and aims at the tapping channel of the hopper of weighing.
22. the production equipment of wire rope handling polybag according to claim 21, it is characterized in that: described cylinder mounting plate is L-shaped, the one section straight-arm is installed cylinder, on its another section straight-arm guide plate is housed, form the rectangle chute between this guide plate and the cylinder mounting plate, the described baffle plate of weighing slips in this chute.
23. the production equipment of wire rope handling polybag according to claim 21 is characterized in that: an end of described LOAD CELLS connects the hopper of weighing, and its other end is fixed on the bottom surface inwall of casing by LOAD CELLS locating piece, the supporting seat of weighing.
24. the production equipment of wire rope handling polybag according to claim 21 is characterized in that: described casing comprises casing body, casing upper plate, casing lower plate; Described casing upper plate and casing lower plate are fixed in upper and lower two openends of casing body respectively also respectively as the fixed head of main hopper and the fixed head of the hopper of weighing.
25. the production equipment of wire rope handling polybag according to claim 1 is characterized in that: described film folding footpath adjusting device automatically mainly is made up of motor installing rack, bracing frame, motor, guide rod, screw mandrel, sliding shoe, electronic inductor; Described motor installing rack and bracing frame are oppositely arranged, and motor is installed on the motor installing rack, guide rod two ends be fixed on motor installing rack and the bracing frame; One end of described screw mandrel is connected with motor output shaft by shaft coupling, and the other end of screw mandrel is rotating to be connected on the bracing frame; Described sliding shoe slips on guide rod and with screw mandrel and is spirally connected, and electronic inductor is installed on the sliding shoe.
26. the production equipment of wire rope handling polybag according to claim 25 is characterized in that: described motor installing rack, motor, screw mandrel, sliding shoe, electronic inductor all constitute by two; Described two motor installing racks are oppositely arranged, and bracing frame is arranged on the centre of two motor installing racks; Described two motors are installed in respectively on two motor installing racks, and the output shaft of two motors is connected with screw mandrel by shaft coupling respectively; Described two sliding shoes slip respectively on guide rod and with two screw mandrels and are spirally connected, and two electronic inductors are installed on two sliding shoes respectively and are oppositely arranged.
27. the production equipment of wire rope handling polybag according to claim 26 is characterized in that: described electronic inductor is made up of two detection inductors that abut against together.
CN 201110080370 2011-03-31 2011-03-31 Lacing plastic bag production equipment Expired - Fee Related CN102267250B (en)

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