CN202656511U - Full-automatic multifunctional multi-mode integrated bag making machine - Google Patents

Full-automatic multifunctional multi-mode integrated bag making machine Download PDF

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Publication number
CN202656511U
CN202656511U CN 201120484913 CN201120484913U CN202656511U CN 202656511 U CN202656511 U CN 202656511U CN 201120484913 CN201120484913 CN 201120484913 CN 201120484913 U CN201120484913 U CN 201120484913U CN 202656511 U CN202656511 U CN 202656511U
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CN
China
Prior art keywords
cylinder
roller
plate
seat
rubber roll
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CN 201120484913
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Chinese (zh)
Inventor
彭杭
辛少荣
陈圭盛
彭泽光
许美强
李庆瑞
陈一杰
刘建雄
潘立东
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广东中包机械有限公司
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Priority to CN 201120484913 priority Critical patent/CN202656511U/en
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Publication of CN202656511U publication Critical patent/CN202656511U/en

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Abstract

A full-automatic multifunctional multi-mode integrated bag making machine integrates middle sealing, three-side sealing, four-side sealing, bottom adding and folding independence and zippers and full automatically makes a multifunctional multi-mode integrated packaging bag. The bag making machine comprises a non-stop joint film unreeling device, a splitting and folding forming frame device, an independence device, a front longitudinal sealing machine body device, a middle machine body device and a rear machine body device which are sequentially connected. The bag making machine has all functions of various existing automatic bag making machines and is lower in manufacturing cost, high in integration level and efficiency and higher in practicability, and labor, devices, electricity and oil are saved.

Description

Full-automatic multifunctional multi-mode integrated bag making machine
Technical field
The utility model relates to the full automatic bag-making machine in a kind of package packing machine field, particularly relates to a kind of full-automatic multifunctional multi-mode integrated bag making machine.It is to utilize full-automatic multifunctional multi-mode integrated, and becomes a kind of new design that quite has practicality and progressive, is suitable for the industrial circle wide popularization and application.
Background technology
Existing automatic packaging bag machine processed generally has middle seal full automatic bag-making machine, three banding full automatic bag-making machines, four banding full automatic bag-making machines, add end folding end self-support full automatic bag-making machine, above-mentioned various Bag Making Machine can only be equipped with according to the function of self corresponding equipment, its maximum defective is, every kind of Bag Making Machine can only be made and add the end or folding end Self stand bag, middle envelope, three edge sealing bags, the packaging bag of one type of unitary system formula such as four edge sealing bags, do multiple packaging bag and need to buy the automatic bag-mfg. machine of various functions, this makes supporting artificial and equipment increase undoubtedly, has increased the bag cost.
Because the defects that above-mentioned existing automatic single system Bag Making Machine exists, the design people is based on being engaged in for many years abundant practical experience and professional knowledge of this type of product design manufacturing, and the utilization of cooperation scientific principle, positive research and innovation in addition, in the hope of founding a kind of a kind of concentrated envelope of new structure, three edge sealing bags, four edge sealing bags, add the end self-support of end folding, the full-automatic multifunctional multi-mode integrated bag making machine that slide fastener function etc. is integrated, can realize all functions of existing various automatic bag-mfg. machines, and cost is relatively cheap, integrated level is high, less manpower, province's equipment, power saving, fuel-efficient, efficient is high, makes it have more practicality.Through constantly research, design, and after repeatedly studying sample and improvement, finally create the present invention who has practical value.
Summary of the invention
The purpose of this utility model is, overcome the defective that existing automatic bag-mfg. machine exists, and provide a kind of full-automatic multifunctional multi-mode integrated bag making machine of new structure, technical problem to be solved is with middle envelope, three bandings, four bandings, adds the end self-support of end folding, the multi-functional multi-standard Bag Making Machine that the slide fastener function becomes one, make equipment of its usefulness realize the several functions multiple types, so both less manpower, province's equipment, power savings, fuel-efficient, integrated level is high again, the bag cost is low, efficient is higher, thereby more is suitable for practicality.
Another purpose of the present utility model is, a kind of full-automatic multifunctional multi-mode integrated bag making machine is provided, and technical problem to be solved is that to make it walk film more smooth and easy rationally, thereby more is suitable for practicality and has value on the industry.
An again purpose of the present utility model is; provide not shutting down of a kind of full-automatic multifunctional multi-mode integrated bag making machine to refute and connect the film unwinding device; technical problem to be solved is need not shut down to refute when its coating materials is finished to connect coating materials; thereby save waste and the energy consumption of coating materials, improve bag speed.
An again purpose of the present utility model is, longitudinal sealing lifting device under a kind of weight type of full-automatic multifunctional multi-mode integrated bag making machine is provided, technical problem to be solved is that the lower seal mould that its longitudinal sealing lower seal mould will be heated in the time will shutting down descends, and avoids the lower seal mould to scald coating materials; Pressure when weight type structure increases heat-sealing simultaneously reduces the temperature of heating and the time of heat seal, makes heat seal place degree of adhesion high, smooth.
An also purpose of the present utility model is, a kind of weight type horizontal sealing high-position lifting device of full-automatic multifunctional multi-mode integrated bag making machine is provided, wherein upper envelope mould high-position lifting device is realized the high-position lifting second time of upper envelope die holder, has greatly increased its hoisting depth; And the lower seal mould use cylinder climbing structure, technical problem to be solved be make in its horizontal sealing the lower seal mould in the time will shutting down away from face, avoid lower seal mould scald coating materials; Pressure when weight type structure increases heat-sealing simultaneously reduces the temperature of heating and the time of heat seal, makes heat seal place degree of adhesion high, smooth.
An again purpose of the present utility model is, a kind of two cutters of full-automatic multifunctional multi-mode integrated bag making machine are provided, and technical problem to be solved is to make product appearance more both artistic and practical; Solution is rushed ROUND CORNERED POCKET and is produced easily the corner burr, has a strong impact on the defective of product appearance, carries out simultaneously secondary and cuts, the progress of enhancing productivity and working.
The purpose of this utility model and to solve its technical problem be to adopt following technical scheme to realize.According to the full-automatic multifunctional multi-mode integrated bag making machine that the utility model proposes; it finishes and concentrates envelope, three bandings, four bandings, adds the Bag Making Machine of the multi-functional multi-standard integrated packaging bag of full-automatic making that support oneself in the end folding end, slide fastener is integrated; comprise: do not shut down to refute and connect the film unwinding device; to cutting doubling moulding rack device; self-standing device; forebody device, middle machine body device and rear body device, said apparatus is linked in sequence successively.
Aforesaid full-automatic multifunctional multi-mode integrated bag making machine, wherein said do not shut down to refute connect the film unwinding device and comprise the not stop unwinding outside framework of square and put the film frame.Be contained on the rear square bearer of stop unwinding outside framework not put the film frame comprise two put the film frame namely be loaded on stop unwinding outside framework top not on put the film frame and be loaded on the not underlying film frame of stop unwinding outside framework below; put the film roller to be implemented in the non-stop-machine situation to change to be contained in to put on the film frame; thereby the coating materials on the more hyperphoric film roller is realized not shutting down coating materials and is supplied with.
Putting the film frame on described comprises and puts film roller and two upper support frames.One end of these two upper support frames is separately fixed on the wallboard outside, the left and right sides of the top of stop unwinding outside framework not, the two ends of putting the film roller on the other end of these two upper support frames is fixing respectively.Described underlying film frame comprises underlying film roller, two lower support framves and two underlying film frame lifting cylinders, locking cylinder, latch segment.One end of these two lower support framves is separately fixed on the wallboard outside, the left and right sides of the below of stop unwinding outside framework not, and the other end of these two lower support framves is separately fixed at the two ends of underlying film roller.These two underlying film frame lifting cylinder one ends are separately fixed at the not stop unwinding outside framework left and right sides wallboard outside, and these two underlying film frame lifting cylinder other ends are connected with two lower support framves respectively.Being contained in respectively two locking cylinders on the lower support frame is connected with two latch segments upper end respectively.The lower end of these two latch segments is respectively with the locking of the both ends of underlying film roller or unclamp, with locking with unclamp underlying film roller.
Described not stop unwinding outside framework comprises the guide roller of a plurality of upper storage film roll row that is equipped with on the upper frame.Be useful on the lower storage film roll row roller connecting plate of fixing a plurality of lower storage film roll row guide rollers on the underframe.The guide rollers of a plurality of lower storage film roll rows are housed on two lower storage film roll row roller connecting plates about this accordingly, be fixed on the fixed traction roller of hold-down roller group of rear square bearer top and hold-down roller group movable carry-over pinch rolls, be contained in a plurality of export orientation rollers of front square bearer and be contained in lifting cylinder on the framework of the left and right sides.Wherein, the movable carry-over pinch rolls two ends of hold-down roller group that are positioned at the fixed traction roller top of hold-down roller group are connected with two cylinder arrangement of clutch that are contained in outside framework respectively, the unclamping and compress of the movable carry-over pinch rolls by cylinder arrangement of clutch adjusting hold-down roller group and fixed traction roller.
The up and down two ends of these two lifting cylinders are locked at not on the stop unwinding outside framework left and right sides by the cylinder connecting plate.Axle center spindle nose of two cylinders connects lifting cylinder and connects crossbeam two ends installing hole about this, and this lifting cylinder connects on the crossbeam respectively has a pull bar mount pad to be used for installing pull bar near end positions, and two one on pull bars connect lifting cylinder and connect crossbeam.These two pull bar other ends connect lower storage film roll row roller connecting plate, and each one is installed on stop unwinding outside framework about 11 inboards about lower storage roll row rail plate.And on the lower storage film roll row roller connecting plate lower storage roll row slide block is installed, this time storage roll row slide block is installed on the lower storage roll row rail plate, be connected with lower storage roll row slide block guide rail by lower storage roll row slide block, lower storage roll row slide block is realized sliding up and down at lower storage roll row rail plate.During work, drive lower storage film roll row roller connecting plate is shortened in the elongation in lifting cylinder axle center and a plurality of lower storage film roll row guide roller moves, thereby plays the regulating action that rises and descend.
Aforesaid wherein saidly comprise cutting doubling moulding rack device:
---the forming supporter housing, by a plurality of edger roll cylinders, a plurality of traction rubber rolls and a plurality of compression rubber roll, a plurality of clamping cylinders, a plurality of traction electric machine, barrel roll cylinder and system framework.Wherein,
Described barrel roll cylinder laterally is fixed on the rear square bearer bottom of framework, and traction rubber roll and one compress the rubber roll close contact, and this traction rubber roll vertically is connected to the centre in the framework of forming supporter outside framework by bearing block.This traction electric machine is connected by adapter sleeve with the upper end spindle nose of this traction rubber roll.This compresses rubber roll upper and lower side and is connected with two slide blocks up and down respectively, and two slide blocks, one end has screwed hole, is connected with the axle center end that is fixed on two clamping cylinders that the framework inside ceiling panel is connected with base plate by bolt and oscillating bearing.A plurality of edger roll cylinders vertically be arranged in the framework the rear and in the both sides of this compression rubber roll;
The place ahead is horizontally arranged with one and compresses rubber roll and a traction rubber roll in framework, it is closely adjacent with the traction rubber roll that this compresses rubber roll, about these compression rubber roll two ends are connected in by bearing on two movable blocks, wherein one of two movable blocks is installed on the place ahead of framework by movable pin, and the other end of this two movable block is connected with placing two clamping cylinders that compress the rubber roll top.By two clamping cylinders, realization compresses the rubber roll compression and unclamps.This is positioned at traction rubber roll one end that compresses the rubber roll below handgrip is installed, and is used for manual adjustments.This traction rubber roll other end is installed a transmission Timing Belt, synchronous pulley, and traction electric machine is installed below transmission Timing Belt, synchronous pulley, drives the work of traction rubber roll by this transmission Timing Belt, synchronous pulley.
---coating materials break-in structure is comprised of guide wheel, guide wheel bar, transverse support bar, break-in folded film plate, oblique bracing piece, electric eye mounting rod, electric eye support displacement guide plate, edger roll cylinder, correction motor, adjusted guide plate, lower adjusting guide plate, adjusting screw, guide shaft, guide shaft cover, electric eye mount pad.Wherein, this guide wheel, guide wheel bar one end pass through the vertical guide post at two guide wheel clamping frames rears, and the other end of this guide wheel, guide wheel bar is connected with an end of transverse support bar, and the other end of this transverse support bar is connected with lower adjusting guide plate.
This electric eye mounting rod and this electric eye support displacement guide plate all vertically are fixed on the same side framework of rear square bearer of framework, and two electric eye mount pads are installed on the electric eye mounting rod, only do up and down straight-line displacement by electric eye support displacement guide plate restriction electric eye mount pad.This electric eye mounting rod, electric eye support displacement guide plate and electric eye mount pad are used for the installation of correction electric eye, and the correction electric eye is by the tracking to a certain specific pattern of coating materials, and when coating materials produced skew, electric eye issued a signal to the correction motor, realized compensation.
This adjusted guide plate and lower adjusting guide plate are locked at respectively the top and bottom of guide shaft cover, and the top and bottom of this guide shaft vertically are fixed on respectively rear frame head plate and the base plate of framework, and this guide shaft cover is enclosed within the middle of this guide shaft, play the effect of coating materials guiding.
The two ends of this edger roll cylinder are connected with lower adjusting guide plate with the adjusted guide plate respectively, and vertically parallel with the guide shaft cover.The lower end of break-in folded film plate is connected with the transverse support bar lateral surface, on the upper end of this break-in lamina membranacea and the adjusted guide plate that is contained in edger roll cylinder top, on this adjusted guide plate adjusting screw is housed, and this adjusting screw is connected with correction motor above being contained in framework.This edger roll cylinder is used for the guiding of coating materials, detect by the coating materials on the edger roll cylinder by the electric eye mount pad simultaneously, by the position of detection signal error correct motor 22-8 adjusting break-in folded film plate, this break-in structure makes coating materials change to vertical transmission direction from the transmission direction of transverse horizontal.
This oblique bracing piece lower end is connected with the transverse support bar medial surface, and this oblique bracing piece upper end is connected with the top of guide shaft cover, and it is firmly practical that total is connect.
--the folded film tripod device is by edger roll cylinder, folded film set square, adjusting rod, form cutting knife and folded film set square installing plate.Wherein,
This edger roll cylinder vertically is fixed in the framework at quadro frame rear, place the folded film set square in the quadro frame vertically to be installed on the folded film set square installing plate, this folded film set square installing plate is loaded on the framework top, and the drift angle of this leg-of-mutton folded film set square places and compresses roller face height level between rubber roll and the traction rubber roll.
One end of this adjusting rod is connected with the folded film set square, and the other end of adjusting rod is fixed on the side frame in quadro frame the place ahead, regulates folded film set square position by regulating adjusting rod.
This is fixed on the side frame in quadro frame the place ahead and is positioned at folded film set square drift angle medial surface to cutting knife, this knife face to cutting knife stretches out the coating materials place, the drift angle outside of folded film set square; Finish the incision to coating materials, make coating materials be divided into up and down two-piece type from single piece type.
--swinging arm device is comprised of swing arm roller, swing arm roller, cylinder, arm shaft, swing arm.Wherein, this arm shaft vertically is fastened in the framework of forming supporter outside framework by bearing block, this swing arm up and down each one be locked at respectively the arm shaft upper and lower, the up and down two ends of this swing arm roller and swing arm roller are separately fixed in the swing arm of top and bottom at two ends up and down, axle center one end of this cylinder is connected with the swing arm bottom, and the other end of this cylinder is fixed in the framework of outside framework.Swing by swing arm, store a certain amount of coating materials worker, make for film more smooth and easy.
Aforesaid full-automatic multifunctional multi-mode integrated bag making machine, wherein said forebody device comprises: spoon frame plate profiled part, weight type longitudinal sealing heater, weight type longitudinal sealing cooling device, photocell eye mount pad, four banding fork stand body components, traction electric machine, traction rubber roll component, fuselage ring.Wherein, spoon frame plate profiled part, weight type longitudinal sealing heater, weight type longitudinal sealing cooling device, photocell eye mount pad, four banding fork stand body components, traction electric machine, traction rubber roll component are installed on the fuselage ring sequentially.
The wherein said middle machine body device of aforesaid full-automatic multifunctional multi-mode integrated bag making machine comprises: overlap weight type longitudinal sealing heater more, overlap weight type longitudinal sealing cooling device more, edge-neatening apparatus, traction rubber roll apparatus, fuselage ring.Wherein, weight type longitudinal sealing heater, weight type longitudinal sealing cooling device, edge-neatening apparatus, traction rubber roll apparatus are installed on the fuselage ring sequentially
Wherein said edge-neatening apparatus comprises: wall seat, connecting rod, the positive piece of pipe, installation shaft, roller, two are installed link block, worm screw adjustment seat, the edge iron mounting rod, regulate worm gear, edge iron.Wherein, about two wall seats be placed on respectively on fuselage two wallboards on the plane, two wall seat bottom surfaces are provided with installing hole, make two wall seats be fixed on that these connecting rod two ends are connected with two wall seat front end installing holes respectively on the fuselage.This is managed positive piece and is installed on the outside intermediate plate face of left side wall seat.This installation shaft passes across the middle installing hole of two wall seats, and left end passes in the middle of managing positive piece, is just realizing pipe by managing positive piece.The installation shaft intermediate sleeve of mobile roller has the roller of trough of belt, and these roller both sides are installed respectively link block and link block is installed.These edge iron mounting rod two ends are installed link blocks and link block is installed is connected with two respectively.The both sides of this edge iron mounting rod are equipped with two edge irons, are used for the unnecessary slitter edge of excision coating materials.On this installation link block the worm screw adjustment seat is installed, this edge iron mounting rod right side is equipped with the adjusting worm gear.Adjusting worm gear in this worm screw adjustment seat is that one group of worm and gear connects, rotarily driving the adjusting worm gear by the handwheel on the worm screw adjustment seat rotates and edge iron mounting rod synchronous rotary, thereby play the incision of regulating edge iron and separate, be used for the unnecessary slitter edge of excision coating materials.
Wherein, described traction rubber roll apparatus comprises: wall seat, cylinder block, cylinder, link block, bearing block, bearing cap, traction rubber roll, compression rubber roll, adjusting handgrip, connecting rod, bearing.
Wherein, described about two wall seats be placed on respectively on the upper plane of fuselage, two wall seat bottom surfaces are provided with installing hole about this, and two wall seats are fixed on the fuselage.About two cylinder blocks are separately fixed at about described on the upper surface of two wall seats.On two cylinder blocks, by the cylinder axis heart action, make to compress rubber roll compression or separation about two cylinders are separately fixed at about described.About the U-shaped indentation, there of two wall seats a link block respectively is installed, about bearing block and bearing are housed respectively on two link blocks, this bearing is contained in bearing block inside, is used for installing compressing rubber roll.The below of described left and right sides link block and bearing cap is housed being positioned at wall seat lateral surface is used for installing the traction rubber roll.Described compression rubber roll two ends are contained in respectively in the two bearings of the left and right sides.The two ends of described traction rubber roll are contained in the bearing of two left and right sides of the below that is positioned at bearing block.In traction rubber roll left side regulating handle is housed, the traction rubber roll is rotated, the two ends of two connecting rods are contained in the top of two wall seats.
Aforesaid full-automatic multifunctional multi-mode integrated bag making machine, comprise rear body framework, tension-adjusting gear in wherein said rear body device, ultrasonic unit, organize horizontal sealing heating high-position lifting device more, organize plain edition horizontal sealing cooling device more, organize the punch die mount pad more, photocell eye mount pad, traction electric machine, traction rubber roll, cut part, rewinding conveyer belt apparatus.Wherein, this tension-adjusting gear, ultrasonic wave erecting device, organize horizontal sealing heating high-position lifting device more, organize plain edition horizontal sealing cooling lifting device more, punch die mount pad, photocell eye mount pad, traction electric machine, traction rubber roll, cutter, rewinding conveyer belt apparatus be contained on the rear body framework successively.
Aforesaid full-automatic multifunctional multi-mode integrated bag making machine, namely four banding forming panel mount pads, forming cone wheel load spoon, moulding guiding spoon, moulding fork spoon, moulding guiding spoon, heat-resisting fabric mounting rod, stainless steel forming panel form wherein said spoon frame plate profiled part by fork spoon mounting base, support portal frame, middle envelope.Wherein, this fork spoon mounting base horizontal is on the upper frame face of this fuselage ring, and this type supports on two body side frames at rear that portal frame vertically is fixed on this fuselage ring.This four banding seals the forming panel mount pad and is fixed on the upper ledge that supports portal frame namely, be used for installing the stainless steel forming panel.This stainless steel forming panel is positioned on the fork spoon mounting base, each two of spoon, moulding guiding spoons are pitched in this forming cone wheel load spoon, moulding guiding spoon, moulding, laterally be installed in sequentially respectively the left and right sides of fork spoon mounting base upper surface, being used for auxiliary stainless steel forming panel makes coating materials finish envelope or four banding moulding, this heat-resisting fabric mounting rod is positioned at the place ahead of moulding guiding spoon, and laterally is fixed on the plate face of fork spoon mounting base.
Aforesaid full-automatic multifunctional multi-mode integrated bag making machine, wherein said weight type longitudinal sealing heater by four pull bars, four springs, organize more seal die holder on the longitudinal sealing, organize longitudinal sealing lower seal die holder more, cylinder jacking apparatus, two connecting rods, two electric eye mount pads, stainless steel depression bars form.Wherein, spring on each drag link sleeve in these four pull bars, the top and bottom of these four pull bars pass respectively the through hole of the through hole of two longitudinal sealing entablatures and two longitudinal sealing sills and by nut with two longitudinal sealing entablatures and two longitudinal sealing sills lockings, pitman coupling is equipped with in the lower end of each pull bar.
Seal die holder on described many group longitudinal sealings, be placed on successively on the longitudinal sealing entablature, the upper end of envelope die holder is provided with a upper envelope die holder adjusting handle of regulating envelope die holder position on the longitudinal sealing on each longitudinal sealing, and the connecting rod of envelope die holder adjusting handle is horizontally through the through hole that the upper end of sealing die holder on the longitudinal sealing is provided with this on.Above each longitudinal sealing envelope die holder, envelope die holder locking bolt is installed, realization is locked and seals die holder on the longitudinal sealing, in the middle of each longitudinal sealing envelope die holder, be provided with a plurality of envelope mould regulating springs, the lower end of envelope die holder is by locking nut and the locking of upper longitudinal sealing mould mount pad on this each longitudinal sealing, from upper longitudinal sealing mould mount pad lower end upper thermal insulation board, upper heated seats, upper envelope mould are installed successively, have through hole to be used to install heating rod in the middle of the heated seats on this.
Described many group longitudinal sealing lower seal die holders, be placed on successively on the longitudinal sealing sill, wherein, each longitudinal sealing lower seal die holder left side is equipped with a lower seal die holder adjusting handle, about two jacking pole sockets be installed on respectively in the middle of these longitudinal sealing lower seal die holder two wallboards, be used for being connected and fixed wallboard, make simultaneously the guide pin bushing of this lifting pin.A carrying seat board lies in this above longitudinal sealing lower seal die holder, at this lower thermal insulation board, lower heated seats, lower seal mould is installed successively from the bottom up above the carrying seat board.The positive reinforced seat of pipe is installed below the carrying seat board, plays the effect that reinforcement carrying seat board and pipe are just being strengthened the lower seal mode structure.Above-mentioned longitudinal sealing lower seal die holder, carrying seat board, lower thermal insulation board, lower heating plate, five parts of lower seal mould from bottom to up order are bolted whole lower seal mould of formation, and the two cover cylinder jacking apparatus that the lower seal mould is installed by lower seal die holder bottom surface are realized moving up and down.
Described two connecting rods are installed on two longitudinal sealing sill upper surfaces, each connecting rod of the right and left, and the front end of these two connecting rods connects respectively the two ends of electric eye seat connecting rod.At this two electric eye mount pads are installed above the electric eye seat connecting rod, described two stainless steel depression bars place the rear of electric eye seat connecting rod, two double-screw bolts about being contained on two connecting rods pass respectively in the through hole that the two ends, the left and right sides of these two stainless steel depression bars are provided with, these two double-screw bolts overlap respectively upper spring, and use nut check.
The heat-resisting fabric mounting rod is contained on two heat-resisting fabric mount pads that are fixed in the left and right sides, and above-mentioned member places after the connecting rod.This heat-resisting fabric mounting rod is used for heat-resisting fabric is installed, and avoids sealing mould and directly contacts with coating materials.
Described longitudinal sealing adjusting handle is installed on the longitudinal sealing sill by link block, and the longitudinal sealing adjusting handle is each side installed a gear, the tooth chi engagement on this gear and the fuselage; When rotating the longitudinal sealing adjusting handle, the hand wheel shaft that drives the longitudinal sealing adjusting handle rotates, and the corresponding rotation of gear makes weight type longitudinal sealing heater can move forward and backward adjusting on fuselage.Should upward seal the both sides, hand wheel shaft front and back of die holder adjusting handle and one gear respectively was installed, the tooth chi engagement of this gear and longitudinal sealing entablature.When rotating the adjusting handle that upward seals the die holder adjusting handle, the adjusting handle axle of envelope die holder adjusting handle rotates in the drive, the corresponding rotation of gear, but make envelope die device move left and right adjusting on the two groups of longitudinal sealing entablatures in front and back on this group longitudinal sealing.
Aforesaid full-automatic multifunctional multi-mode integrated bag making machine, wherein said every suit cylinder jacking apparatus is comprised of lifting pin, jacking cylinder block, jacking cylinder, limiting cushion block, little cylinder mounting plate, stingy cylinder.Wherein lifting pin one end is provided with screw thread and is connected with the jacking cylinder, this lifting pin other end becomes tip cooperating realization lower seal mould pipe with the positive reinforced seat normal pore of tube of pipe just, realize that by the reduction of jacking cylinder the lower seal mould moves up and down simultaneously, this jacking cylinder block one side is equipped with little cylinder, this stingy cylinder spindle nose end connects limiting cushion block, stingy cylinder release limiting cushion block blocked the middle spacing deck of lifting pin after this limiting cushion block was used for the rising of jacking cylinder, helped the lower seal mould to bear pressure.
Aforesaid full-automatic multifunctional multi-mode integrated bag making machine, wherein said four banding fork stand body components are comprised of wallboard seat, sliding bar, slide, slide, adjusting bolt, forked standard, fork plate, adjusting bolt, adjusting bolt.Wherein, four banding fork stand body components are disposed across on the fuselage on the plane, by about each wallboard seat installing hole be locked on the fuselage, be positioned at the left and right sides on the upper surface that two the wallboard seats in the left and right sides are fixed on fuselage ring, described two sliding bars are located at respectively the front and back, these two sliding bar two ends respectively with about two wallboard seats be connected, these two slide bars pass respectively slide and the slide between two wallboard seats, the top of the wallboard seat of the left and right sides respectively arranges an adjusting bolt, these two adjusting bolts pass across respectively two wallboard seats upper end, left and right sides intermediate throughholes, one of them adjusting bolt be connected left side slide through hole whorl and connect, another adjusting bolt slide through hole whorl on the right of being positioned at is connected.Can regulate the position, the left and right sides of forked standard, fork plate by these two adjusting bolts.
Be provided with vertical adjusting bolt in the middle of each slide top, be provided with a forked standard in the bottom of each slide, each cooperates two guide rods by being fixed on forked standard with guide hole on the slide, each vertical adjusting bolt is threaded with each slide, each adjusting bolt lower end is connected with each forked standard, by the height of adjusting bolt adjusting forked standard, each fork plate is installed in below the forked standard, is used for the moulding of coating materials guiding.
Wherein said fuselage ring comprises:
--two connect the framework two sides that driver plate is separately positioned on fuselage ring, and connect with described pitman coupling;
--retainer, be installed on the connection driver plate, each front and rear that connects on driver plate respectively arranges a retainer;
--eccentric shaft, each connects the spindle nose two ends with retainer;
--spacing guide wheel, be contained on the framework left and right sides of fuselage ring, two of each sides, and driver plate rear and front end face is tangent with connecting, play restriction and connect the effect of driver plate move left and right, during work, rotate by the driven by motor eccentric shaft, this retainer is corresponding to move up and down, and realizes that the longitudinal sealing mould moves up and down.
Aforesaid full-automatic multifunctional multi-mode integrated bag making machine, wherein said horizontal sealing heating high-position lifting device comprises: be positioned at the horizontal sealing lower seal mould parts of below and be positioned at envelope mould parts two large divisions in the horizontal sealing of top.
Wherein said horizontal sealing lower seal mould parts by horizontal sealing lower seal die holder, manage positive reinforced seat, carrying seat board, lower thermal insulation board, lower heated seats, lower seal mould, lifting pin guide bracket, cylinder jacking installation composition.This carrying seat board lies in above the described horizontal sealing lower seal die holder, this is equipped with lower thermal insulation board, lower heated seats, lower seal mould from the bottom up successively above carrying seat board, the positive reinforced seat of pipe is installed below this carrying seat board, play reinforcement carrying seat board and pipe and just strengthening the effect of lower seal mould, above-mentioned 5 parts are bolted and form whole lower sealing film.This horizontal sealing lower seal die holder right side is equipped with horizontal sealing mould displacement adjusting handle, is used for regulating the position of horizontal sealing lower seal die holder; About two lifting pin guide brackets be installed in the middle of horizontal sealing lower seal die holder two wallboards, be used for being connected and fixed wallboard, make simultaneously the guide pin bushing of lifting pin, two cover cylinder jacking apparatus respectively are installed about below this lower sealing film seat.Every suit cylinder jacking apparatus is comprised of lifting pin, jacking cylinder block, jacking cylinder, limiting cushion block, little cylinder mounting plate, stingy cylinder.Wherein the lifting pin lower end has screw thread to be connected with jacking cylinder upper end, and this lifting pin other end becomes tip cooperating realization lower seal mould pipe with the positive reinforced seat normal pore of tube of pipe just, realizes that by the reduction of jacking cylinder the lower seal mould moves up and down simultaneously.This jacking cylinder block one side is equipped with little cylinder mounting plate, this little cylinder is contained in little cylinder mounting plate, this stingy cylinder head connects limiting cushion block, respectively establish a through hole in the both sides of horizontal sealing lower sealing film seat, the pull bar of the left and right sides passes through hole, about two springs be enclosed within respectively on the pull bar and by locking nut and lock.
In the wherein said horizontal sealing envelope mould parts comprise seal plate in die holder, the entablature, upper thermal insulation board, upper heated seats, upper envelope mould in the horizontal sealing, promote screwed pipe, promote link block, locking nut, upper envelope mould regulating spring, envelope mould install lock handle, upper envelope mould air cylinder lifting device, guide block.Two guide blocks added the hollow-core construction that upper end plate forms about the envelope die holder was clamped by the front and back biside plate in this horizontal sealing.It is inner that plate is positioned in the horizontal sealing envelope die holder lower end in this entablature, passes the upper end plate guide hole of envelope die holder in the horizontal sealing and be stuck in the entablature on the plate by nut by the locking double-screw bolt on the plate in the entablature.Can be up and down by the upper end plate guide hole of envelope die holder in the horizontal sealing on the plate in this crossbeam.Plate has a plurality of spring positions hole to be used for placing a plurality of upper envelope mould regulating springs in this entablature, plays to add that strong pressure is gentle to rush to the effect of envelope mould.Plate, upper thermal insulation board, upper heated seats, upper envelope mould are arranged in order from top to down in this entablature, and by sealing die holder in a plurality of envelope moulds installation lock handles and the horizontal sealing of bolt-locking composition;
The two lifting screwed pipes that are positioned at the left and right sides pass from below to up respectively and seal two guide blocks about mould in the horizontal sealing, and put the lifting link block that is positioned at the left and right sides, are locked at by locking nut and seal in the horizontal sealing on the die holder, are used for the pull bar displacement position-limiting.
Two pull bars of the left and right sides vertically pass respectively horizontal sealing lower seal die holder) and horizontal sealing on the envelope two ends, the die holder left and right sides guide hole, the upper end of two pull bars is connected with the drawhead link block by screw thread, this two pull bars lower end is connected with the driver plate link block with pull bar, by pull bar and driver plate link block) be connected with the connection driver plate, move up and down by envelope die holder parts in the pull bar drive horizontal sealing, two on this spring respectively passes pull bar, places on the horizontal sealing lower seal die holder on the plane.Pull bar is passed in each two stack of this locking nut one side, places on the spring and with the pull bar respective threaded to cooperate locking spring.
Described upper envelope mould air cylinder lifting device comprises link block, upper H type link block, the middle coupling bar of H type, H type upper connecting rod, spring link block, solid saddle, return spring coupling seat, cylinder coupling seat, return spring, upper cylinder head coupling block, drawhead link block, upper cylinder.Wherein, be positioned at an end and upper cylinder head coupling block two client links of the H type upper connecting rod of top, this upper cylinder head coupling block is connected with an end of upper cylinder, the other end of this upper cylinder is installed in the cylinder coupling seat, this cylinder coupling seat is fixed on the solid saddle, this return spring one end is connected with the upper end that is positioned at right side H type middle brace rod by the spring contiguous block, the other end of this return spring be contained on the solid saddle on the H type link block, the lower end of the H type middle brace rod of this left and right sides is connected with the upper link block of the left and right sides respectively, about six through holes are respectively arranged on two upper H type link blocks, be respectively three through holes of three through holes in front and back.One client link return spring of this return spring coupling seat, the other end fixed connection seat board of this return spring coupling seat.
Aforesaid full-automatic multifunctional multi-mode integrated bag making machine, wherein said tension-adjusting gear is comprised of wall seat, connecting rod, roller, roller, roller, swing arm, spring fitting bar, spring, arm shaft, cylinder, axle, link block, a wall seat is each side arranged, the base plate of this wall seat is fixed by screws on the framework upper horizontal plane of rear body framework, and the two ends of this connecting rod are fixed on the both ends of the surface in two wall seat the place aheads.This spring fitting bar vertically is fixed on an end of connecting rod, one end of this spring is fixed on the spring fitting bar, the other end of this spring is connected with fixing swing arm, two wall seat the place aheads about the front end of the swing arm of the left and right sides is fixed on, wherein the place ahead of each swing arm and rear are provided with through hole, the through hole in two swing arm the place aheads about the two ends of this roller are passed, this roller is installed on the axle, the through hole at two swing arm rears about the two ends of this axle are passed.The two ends, the left and right sides of this axle respectively with about the spindle nose of two cylinders connect, about the cylinder of the left and right sides is installed on two link blocks, the rear of two wall seats about the two ends of this roller are fixed on.
Aforesaid full-automatic multifunctional multi-mode integrated bag making machine, wherein said described ultrasonic unit comprises: lower, lower seal mould heated seats, lower seal mould, pull bar, drawhead, lower spring, locking nut, upper spring, upper locking nut, ultrasonic wave seat board, ultrasonic sound appratus.This lower horizontal on fuselage two wallboards the plane, this is equipped with lower seal mould heated seats above lower, this is equipped with the lower seal mould above lower seal mould heated seats, there is through hole at these lower two ends, about two pull bars pass from lower two ends through hole respectively, this pull bar lower end is equipped with drawhead and is connect the driver plate connection, makes pull bar can follow the connection driver plate and transports up and down merit.Two lower springs are enclosed within respectively on two pull bars about this, and place vertically on plane on lower.Two locking nuts are connected with two pull bar intermediate thread about this, Plane Installation has the ultrasonic wave seat board on these two lower springs, on this ultrasonic wave seat board ultrasonic sound appratus is installed, about two upper springs be enclosed within respectively on two pull bars and place vertically on plane on the ultrasonic wave seat board, this upper locking nut is connected with the pull bar intermediate thread, the locking upper spring.This ultrasonic sound appratus is installed on the ultrasonic wave seat board on the plane, but left and right horizontal is regulated its position.
Aforesaid full-automatic multifunctional multi-mode integrated bag making machine, wherein said traction electric machine, traction rubber roll, cut part comprise that upper cutter device, lower cutter device, rubber roll draw-gear, cutting knife move forward and backward adjusting device and cut actuator.Wherein,
Described upper cutter device is comprised of upper cutter mount pad, upper cutter, limited block, link block.Each one is installed on the vertical screen of Cutter apron about this limited block, this upper cutter mount pad is installed in the middle of two limited blocks, this upper cutter is installed on the upper cutter mount pad, and with the one by one cut-out of lower cutter realization to the moulding bag, this two link block and cut actuator connect.
Described lower cutter device is comprised of lower cutter mount pad, lower cutter, Cutter apron base plate, the vertical screen of Cutter apron, adjustment screw clamping block.Wherein, this Cutter apron base plate is installed on the rear body framework, each one is installed on incision tool rest both sides about the vertical screen of this Cutter apron, this lower cutter mount pad is installed on the Cutter apron base plate, this lower cutter is installed on the lower cutter mount pad, with the one by one cut-out of upper cutter realization to the moulding bag, becomes the final finished bag, this adjustment screw clamping block connects adjustment screw and Cutter apron base plate, drives upper cutter device and lower cutter device and does the front and back offset movement.
Described rubber roll draw-gear is comprised of rubber covered roller seat base plate, the vertical screen of rubber covered roller seat, lower traction rubber roll, upper compression rubber roll, rubber roll clamping cylinder, rubber roll clamping cylinder seat, connection compact heap, rubber roller bearing, bearing cap, synchronous pulley, reinforcing struts; Wherein, this rubber covered roller seat base plate is installed on the rear body framework, and be positioned at Cutter apron base plate rear, and with screw lock on plane on the fuselage, this rubber covered roller seat base plate is each side installed the vertical screen of a rubber covered roller seat, this time traction two ends, rubber roll left and right sides spindle nose installation shaft is held and is installed on the vertical screen of rubber covered roller seat, a bearing cap is respectively installed in the vertical screen of this rubber covered roller seat outside, realization is spacing to lower traction rubber roll, this synchronous pulley is installed on lower traction rubber roll one side shaft head, connect by Timing Belt and motor, driving lower traction rubber roll rotates, upward compression rubber roll two ends spindle nose is respectively installed a rubber roller bearing and is installed on the U-shaped groove of the vertical screen of rubber covered roller seat, about on the screw of the vertical screen of this rubber covered roller seat upper surface a rubber roll clamping cylinder seat is installed respectively, about a rubber roll clamping cylinder respectively is installed on the two rubber roll clamping cylinder seats, the terminal installation in this rubber roll clamping cylinder axle center connects compact heap, connect by connecting compact heap and rubber roller bearing, and rubber roll clamping cylinder axle center is flexible, compress compression and the disengaging of rubber roll and lower traction rubber roll in the realization, this time traction rubber roll and upper compression rubber roll form a rubber roll group, realize traction and the conveying of coating materials.Two reinforcing struts are fixed on the upper end of the vertical screen of two rubber covered roller seats.
Described cutting knife moves forward and backward adjusting device, is comprised of adjustment seat, adjustment screw, coupling shaft sleeve, Cutter apron displacement cylinder, axle center connection cylinder locking piece, adjusting handle, regulating shaft, line gear.Wherein, this axle center connects about cylinder locking piece each one group and is installed on the corresponding screw of rubber covered roller seat base plate one side.Each axle center is terminal about this Cutter apron displacement cylinder connects the connection of cylinder locking piece with the axle center, and this Cutter apron displacement cylinder cylinder body is installed by end face and adjustment seat connects, and front end of two adjustment screw connects by adjustment screw clamping block and Cutter apron base plate about this.Coupling shaft sleeve connection adjustment seat is passed in two adjustment screw rear ends about this, this coupling shaft sleeve is installed on the adjustment seat by two groups of ball bearings of adjustment seat front/rear end, a line gear is respectively installed in this coupling shaft sleeve rear end, this regulating shaft is installed on the adjustment seat, one line gear respectively is installed about this regulating shaft, and with the line gear engagement that install the coupling shaft sleeve rear end, this adjusting handle is installed on regulating shaft one end end side.
Described cut actuator is by connecting pull bar, pendulum plate, power transmission shaft, affecting connecting plate, connecting rod, bearing pin, eccentric wheel, crank axle, motor to form.Wherein, this motor is installed on fuselage one side by motor mounting plate, and this electrical axis one side and eccentric wheel mesopore connect, and this eccentric wheel eccentric orfice is by crank axle and connecting rod one client link, this connecting rod other end is by bearing pin and affect connecting plate one client link, and this affects the connecting plate other end and power transmission shaft to connect; This power transmission shaft each side connects a pendulum plate, and this pendulum plate connects with the connection pull bar, and this connects pull bar and connects by link block and upper cutter mount pad, moves up and down thereby finally drive upper cutter by a series of sequence.
Aforesaid full-automatic multifunctional multi-mode integrated bag making machine is characterized in that described rewinding conveyer belt apparatus comprises: stainless steel frame, connecting rod, F type mounting rod, frid, slide plate bar, extension bar, adjusting installing plate, support bar, link block, guide block, round nut, adjusting screw(rod), motor, bearing block, bevel gear, bevel gear, rubber roll, three roller conveyer belts.
The parallel screwed hole one that is placed with faces up before and after this two connecting rod, about respectively have two otch to cooperate with two connecting rods respectively on the two F type mounting rods bottom and pass through bolt-locking; About two frid notches be locked at inwards the inboard front lower end of two F type mounting rods, and cooperate flexible connection with the left and right sides slide plate bar that is locked at back body top, can be used for regulating rewinding conveyer belt apparatus picking bag position, behind location positioning, by frid notch position below screwed hole is arranged, be tightened by bolts on the slide plate bar.About two extension bars be locked at upper end before the two F type mounting rod inboards, and load onto roller at two extension bar front end installing holes.About two support bars, one end connect respectively about two slide plate bars middle parts screwed hole, about the two support bar other ends respectively be locked in back body on the lower about two link blocks be connected, form a triangular structure with supplemental support rewinding conveyer belt apparatus; Two adjusting installing plates are installed in respectively two F type mounting rod rear ends about this, about two bearing blocks two regulate the installing plate indentation, there about being installed on respectively, between these two bearing blocks rubber roll is housed, this rubber roll left end is equipped with bevel gear, this bevel gear and the bevel gear engagement that is installed on the motor of adjusting installing plate rear end, drive rubber roll by electric machine rotation and rotate, thus the driving conveying belt motion.This roller is installed in regulates the installing plate front end; These roller two ends are installed in two and regulate in the slotted hole that arranges in the middle of the installing plate, are used for regulating moving up and down of spacing roller, and this conveyer belt the place ahead is wrapped on the roller, and this conveyer belt rear is wrapped in roller.Load onto guide block on this two adjustings installing plate slotted hole, two guide block intermediate throughholes were loaded onto round nut about two adjusting screw(rod) one ends passed about this, and two adjusting screw(rod) other ends have individual annulus to overlap the two ends, the left and right sides of upper roller about this.This conveyer belt is a ring, and interior snare has the roller of front end, the middle roller of rubber roll of rear end, and circle is outer to be positioned at the roller that roller is close to previously, by round nut adjusting roller height, thereby makes the conveyer belt stretching.Stainless steel frame by bolt-locking on connecting rod.
The utility model compared with prior art has obvious advantage and beneficial effect.By technique scheme, the utility model full-automatic multifunctional multi-mode integrated bag making machine can reach suitable technological progress and practicality, and has the extensive value on the industry, and it has following advantages at least:
1, the utility model full-automatic multifunctional multi-mode integrated bag making machine, adopted and added end self-support shaped device and folding end self-support shaped device, chain stretching device, middle envelope (four bandings) fork spoon shaped device etc., make the utility model concentrate envelope, three bandings, four bandings, add the end self-support of end folding, the slide fastener function is integrated, solve the existing monistic problem of Bag Making Machine, can be used for making various bag types, avoid Bag Making Machine to finish a kind of sack, to again buy new machine when doing another kind and increase artificial and waste that cause, because integrated level is high, thereby less manpower, province's equipment, power saving, fuel-efficient, can significantly reduce cost, increase economic efficiency, on the practicality of using and cost benefit, it is required really to meet industry development fully, quite has industrial utilization.
2, the utility model full-automatic multifunctional multi-mode integrated bag making machine, owing to adopt horizontal roller group, vertical roller group and various displacement adjustment device, make away film smooth and easy rationally, thereby make the quality that has improved all kinds packaging bags, improve efficient, quite had the value of industry.
3, the utility model can reach the effect in the practicality really, not only uses and has improved work efficiency, and saved manpower and electric power, meets the needs of engineering reality, and really has the value on the industry, is suitable for industrial circle and extensively promotes the use of.
4, structure of the present utility model really has more technological progress than existing full automatic bag-making machine, and the architectural feature that it is unique and function also are far from existing special-purpose self-support equipment and can compare, more existing special-purpose self-support equipment has the multinomial effect of enhancement, and the progress on possessing skills.
5, the utility model full-automatic multifunctional multi-mode integrated bag making machine, not only simple in structure, and in operating process, change very easily the trend of film, the packaging bag that just can realize making four edge sealing bags or add end Self stand bag or roll over end Self stand bag or have the slide fastener function, more can meet the user for the demand of all kinds packaging bag product, can give the selection of consumer Geng Jia, and can significantly promote its overall efficiency, thereby more be suitable for practicality.
Above-mentioned explanation only is the general introduction of technical solutions of the utility model, for can clearer understanding technological means of the present utility model, and can be implemented according to the content of specification, and for above and other purpose of the present utility model, feature and advantage can be become apparent, below especially exemplified by preferred embodiment, and the cooperation accompanying drawing, be described in detail as follows.
Description of drawings
Fig. 1 a is that the utility model is not shut down and refuted the schematic perspective view that connects the film unwinding device;
Fig. 1 b is that the utility model is not shut down and refuted the schematic side view that connects the film unwinding device;
Fig. 2 a is that the utility model is to cutting the schematic perspective view of doubling shaped device;
Fig. 2 b is that the utility model is to cutting the schematic perspective view of doubling shaped device;
Fig. 2 c is that the utility model is to cutting the schematic top plan view of doubling shaped device;
Fig. 2 d is that the utility model is to cutting the schematic side view of doubling shaped device;
Fig. 2 e is that the utility model is to cutting the schematic diagram of doubling shaped device;
Fig. 4 a is longitudinal sealing fuselage device schematic perspective view before the utility model;
Fig. 4 b is longitudinal sealing fuselage device schematic side view before the utility model;
Fig. 4 c is longitudinal sealing fuselage device schematic top plan view before the utility model;
Fig. 4 d is longitudinal sealing lifting device perspective view under the utility model weight type;
Fig. 4 e is longitudinal sealing lifting device perspective view under the utility model weight type
Fig. 4 f is longitudinal sealing lifting device front elevational schematic under the utility model weight type;
Fig. 4 g is that schematic diagram is looked in longitudinal sealing lifting device left side under the utility model weight type;
Fig. 4 h is the utility model weight type lower seal mould front elevational schematic schematic diagram;
Fig. 4 i is the utility model air cylinder lifting device perspective view;
Fig. 4 j is the utility model four banding fork stand parts perspective view;
Fig. 5 a is longitudinal sealing fuselage device schematic perspective view in the utility model;
Fig. 5 b is longitudinal sealing fuselage device schematic side view in the utility model;
Fig. 5 c is longitudinal sealing fuselage device schematic top plan view in the utility model;
Fig. 5 d: the edge-neatening apparatus structural representation that is longitudinal sealing fuselage device in the utility model;
Fig. 5 e: the traction rubber roll apparatus structural representation that is longitudinal sealing fuselage device in the utility model
Fig. 6 a is horizontal sealing fuselage device schematic perspective view behind the utility model;
Fig. 6 b is horizontal sealing fuselage device schematic side view behind the utility model;
Fig. 6 c is horizontal sealing fuselage device schematic top plan view behind the utility model;
Fig. 6 d is the horizontal sealing heating secondary lifting device front elevational schematic of horizontal sealing fuselage device behind the utility model;
Fig. 6 e: the horizontal sealing of horizontal sealing fuselage device heating secondary lifting device stereochemical structure diagram behind the utility model;
Fig. 6 f: the horizontal sealing heating secondary lifting device stopped status schematic diagram of the utility model horizontal sealing fuselage device;
Fig. 6 g: the horizontal sealing heating secondary lifting device stopped status schematic diagram of the utility model horizontal sealing fuselage device;
Fig. 6 h: the rewinding conveying device backsight structural representation of horizontal sealing fuselage device behind the utility model;
Fig. 6 i: the ultrasonic wave structural representation of the utility model horizontal sealing fuselage device;
Fig. 6 j: the tension-adjusting gear structural representation of the utility model horizontal sealing fuselage device;
Fig. 6 k: the horizontal sealing cooling device structural representation of horizontal sealing fuselage device behind the utility model;
Fig. 6 l: the rewinding conveying device of horizontal sealing fuselage device is faced structural representation behind the utility model;
Fig. 6 m: traction electric machine, traction rubber roll, cut part are faced perspective view;
Fig. 6 n: traction electric machine, traction rubber roll, cut part rear perspective structural representation;
Figure 60: traction electric machine, traction rubber roll, cut part are in fuselage position perspective view;
Fig. 7 is the utility model general structure schematic perspective view;
Fig. 8 is the utility model general structure schematic side view;
Fig. 9 is the utility model general structure schematic top plan view.
1: do not shut down to refute and connect the film unwinding device
11: the stop unwinding outside framework
11-1: the fixed traction roller 11-2 of hold-down roller group: the movable carry-over pinch rolls of hold-down roller group
11-3: guide roller 11-4: on store up the guide roller of film roll row
11-5: on store up the guide roller 11-6 of film roll row: on store up the guide roller of film roll row
11-7: on store up the guide roller 11-8 of film roll row: on store up the guide roller of film roll row
11-9: on store up the guide roller 11-10 of film roll row: on store up the guide roller of film roll row
11-11: on store up the guide roller 11-12 of film roll row: the guide roller of lower storage film roll row
11-13: the guide roller 11-14 of lower storage film roll row: the guide roller of lower storage film roll row
11-15: the guide roller 11-16 of lower storage film roll row: the guide roller of lower storage film roll row
11-17: the guide roller 11-18 of lower storage film roll row: the guide roller of lower storage film roll row
11-19: export orientation roller 11-20: export orientation roller
11-21: cylinder arrangement of clutch 11-22: lifting cylinder
11-23: pull bar 11-24: lifting cylinder connects crossbeam
11-25: lower storage roll row slide block 11-26: lower storage film roll row roller connecting plate
11-27: lower storage roll row rail plate
12: put the film frame
12-1: underlying film roller 12-2: lower support frame
12-3: underlying film frame promotes gas 12-4: on put the film roller
12-5: upper support frame 12-6: locking cylinder
12-7: latch segment
2: to cutting doubling moulding rack device
21: the forming supporter outside framework
21-1: barrel roll cylinder 21-2: edger roll cylinder
21-3: traction rubber roll 21-4 compresses rubber roll
21-5: clamping cylinder 21-6: edger roll cylinder
21-7: edger roll cylinder 21-8: clamping cylinder
21-9: compress rubber roll 21-10: traction rubber roll
21-11: traction electric machine 21-12: transmission Timing Belt, synchronous pulley
21-13: traction electric machine 21-14: slide block
22: mould material break-in structure
22-1: guide wheel, guide wheel bar 22-2: transverse support bar
22-3: break-in folded film plate 22-4: oblique bracing piece
22-5: electric eye mounting rod 22-6: electric eye support displacement guide plate
22-7: edger roll cylinder 22-8: correction motor
22-9: adjusted guide plate 22-10: the lower guide plate of regulating
22-11: regulate screw mandrel 22-12: guide shaft
22-13: guide shaft cover 22-14: electric eye mount pad
23: the folded film tripod device
23-1: roller 23-2: folded film set square
23-3: adjusting rod 23-4: to cutting knife
23-5: folded film set square installing plate
24: swinging arm device
24-1: swing arm roller 24-2: swing arm roller
24-3: cylinder 24-4: arm shaft
24-5: swing arm
4: the forebody device
41: spoon frame plate profiled part
41-1: fork spoon mounting base 41-2: support portal frame
41-3: middle envelope i.e. four banding moulding lamina membranacea mount pad 41-4: forming cone wheel load spoon
41-5: moulding guiding spoon 41-6: moulding fork spoon
41-7: moulding guiding spoon 41-8: heat-resisting fabric mounting rod
41-9: embroider steel moulding lamina membranacea
42: weight type longitudinal sealing heater
42-1: pull bar 42-2: spring
42-3: pitman coupling 42-4: longitudinal sealing sill
42-5: longitudinal sealing lower seal die holder 42-6: carrying seat board
42-7: lower thermal insulation board 42-8: lower heated seats
42-9: lower seal mould 42-10: manage positive reinforced seat
42-11: jacking pole socket 42-12: lifting pin
42-13: cylinder jacking apparatus 42-14: jacking cylinder block
42-15: jacking gas 42-16: limiting cushion block
42-17: little cylinder mounting plate 42-18: little cylinder
42-19: lower sealing film seat adjusting handle 42-20: connecting rod
42-21: electric eye seat connecting rod 42-22: electric eye mount pad
42-23: rust steel column 42-24: heat-resisting fabric mount pad
42-25: heat-resisting fabric mounting rod 42-26: double-screw bolt
42-27: envelope die holder 42-28 on the longitudinal sealing: on seal the die holder locking bolt
42-29: longitudinal sealing entablature 42-30: locking nut
42-31: on seal mould regulating spring 42-32: upper longitudinal sealing mould mount pad
42-33: upper thermal insulation board 42-34: upper heated seats
42-35: on seal mould 42-36: on seal the die holder adjusting handle
42-37: longitudinal sealing adjusting handle
43: weight type longitudinal sealing cooling device 44: photocell eye mount pad
45: banding fork stand body component
45-1: wallboard seat 45-2: sliding bar
45-3: slide 45-4: slide
45-5: regulate adjusting bolt 45-6: forked standard
45-7: fork plate 45-8: adjusting bolt
46: traction electric machine, traction rubber roll component
47: fuselage ring
47-1: connect driver plate 47-2: eccentric shaft
47-3: retainer 47-4: spacing guide wheel
5: the middle machine body device
51: weight type longitudinal sealing heater 52: weight type longitudinal sealing cooling device
53: edge-neatening apparatus
53-1: wall seat 53-2: connecting rod
53-3: manage positive piece 53-4: installation shaft
53-5: roller 53-6: link block is installed
53-7: link block 53-8 is installed: the worm screw adjustment seat
53-9: edge iron mounting rod 53-10: regulate worm gear
53-11: edge iron
54:, the traction rubber roll apparatus
54-1: wall seat 54-2: cylinder block
54-3: cylinder 54-4: link block
54-5: bearing block 54-6: bearing cap
54-7: traction rubber roll 54-8: tight rubber roll
54-9: regulate handgrip 54-10: connecting rod
54-11: bearing
55: fuselage ring
6: the rear body device
60: the rear body framework
60-1 connects driver plate 60-2: eccentric shaft
60-3: retainer
61: tension-adjusting gear
61-1: wall seat 61-2: coupling bar
61-3: roller 61-4: roller
61-5: roller 61-6: swing arm
61-7: spring fitting bar 61-8: spring
61-9: arm shaft 61-10: cylinder
61-11: axle 61-12: coupling block
62: ultrasonic unit
62-1: a lower 62-2: lower seal mould heated seats
62-3: lower seal mould 62-4: pull bar
62-5: drawhead 62-6: lower spring
62-7: locking nut 62-8: upper spring
62-9: upper locking nut 62-10: ultrasonic wave seat board
62-11: ultrasonic sound appratus
63: horizontal sealing heating high-position lifting device
63-1: horizontal sealing lower seal die holder 63-2: manage positive reinforced seat
63-3: carrying seat board 63-4: lower thermal insulation board
63-5: lower heated seats 63-6: lower seal mould
63-7: cylinder jacking apparatus 63-8: little cylinder mounting plate
63-9: stingy 63-10: limiting cushion block
63-11: lifting pin guide bracket 63-12: lifting pin
63-13: jacking cylinder block 63-14: jacking cylinder
63-15: spring 63-16: locking nut
63-17: pull bar 63-18: drawhead link block
63-19: pull bar and driver plate link block 63-20: seal die holder in the horizontal sealing
63-21: plate 63-22 in the entablature: postcibal vomiting hot plate
63-23: upper heated seats 63-24: on seal mould
63-25: promote screwed pipe 63-26 and promote link block
63-27: locking nut 63-28: on seal the mould regulating spring
6-29: the envelope mould is installed lock handle 63-30: on seal mould air cylinder lifting device
63-31: upper link block 63-32: upper H type link block
Connecting rod 63-34:H type upper connecting rod in the middle of the 63-33:H type
63-35: spring link block 63-36: solid saddle
63-37: power spring coupling seat 63-38: cylinder coupling seat
63-39: return spring 63-40: upper cylinder head link block
63-41: upper cylinder 63-42: guide block
63-43: horizontal sealing mould displacement adjusting handle A1: through hole
B1: through hole C1: through hole
A2: through hole B2: through hole
C2: through hole;
64: plain edition horizontal sealing cooling device
64-1: horizontal sealing lower seal die holder 64-2: lower silica gel plate
64-3: lower refrigerating seat 64-4: pull bar
64-5: pull bar and driver plate link block 64-6: spring
64-7: locking nut 64-8: seal die holder in the horizontal sealing
64-9: upper silica gel plate 64-10: upper refrigerating seat
64-11: upper spring 64-12: bourdon tube just covers
64-13: link block 64-14: gear
64-15: adjusting handle
65: the photocell eye mount pad
66: the punch die mount pad
67: traction electric machine, traction rubber roll, cut part
67-1: rubber covered roller seat base plate 67-2: the vertical screen of rubber covered roller seat
67-3: rubber roll compresses gas 67-4: rubber roll clamping cylinder seat
67-5: connect compact heap 67-6: the rubber roller bearing
67-7: bearing cap 67-8: lower traction rubber roll
67-9: on compress rubber roll 67-10: synchronous pulley
67-11: Cutter apron base plate 67-12: the vertical screen of Cutter apron
67-13: limited block 67-14: upper cutter mount pad
67-15: upper cutter 67-16: lower cutter mount pad
67-17: lower cutter 67-18: link block
67-19: connect pull bar 67-20: pendulum plate
67-21: power transmission shaft 67-22: adjustment seat
67-23: adjustment screw 67-24: coupling shaft sleeve
67-25: Cutter apron displacement cylinder 67-26: the axle center connects the cylinder locking piece
67-27: adjusting handle 67-28: reinforcing struts
67-29: affect connecting plate 67-30: connecting rod
67-31: bearing pin 67-32: eccentric wheel
67-33: crank axle 67-34: motor
67-36: regulating shaft 67-35: adjustment screw clamping block
67-37: line gear
68: the rewinding conveyer belt apparatus
68-1: stainless steel frame 68-2: connecting rod
68-3:F type mounting rod 68-4: frid
68-5: slide plate bar 68-6: extension bar
68-7: regulate installing plate 68-8: support bar
68-9: link block 68-10: guide block
68-11: round nut 68-12: adjusting screw(rod)
68-13: motor 68-14: bearing block
68-15: bevel gear 68-16: bevel gear
68-17: rubber roll 68-18: roller
68-19: roller 68-20: roller
68-21: conveyer belt
The specific embodiment
Be to reach technological means and the effect that predetermined goal of the invention is taked for further setting forth the utility model, below in conjunction with accompanying drawing and preferred embodiment, to according to the full-automatic many merits that the utility model proposes
Can multi-standard one
Its specific embodiment of body Bag Making Machine, structure, feature and effect thereof are described in detail as follows.
See also Fig. 7, Fig. 8, shown in Figure 9; the full-automatic multifunctional multi-mode integrated bag making of the utility model preferred embodiment; it mainly comprises: do not shut down to refute and connect film unwinding device 1; to cutting doubling moulding rack device 2; self-standing device 3; forebody device 4, middle machine body device 5 and rear body device 6, said apparatus connect in order successively.Wherein, self-standing device 3 patent applied fors are seen application number 2001120248137.0
Such as Fig. 7-9, shown in 1a, the 1b, described do not shut down to refute connect film unwinding device 1 and comprise the not stop unwinding outside framework 11 of square and put film frame 12, this is put on the rear square bearer that film frame 12 is contained in stop unwinding outside framework 11 not.
Wherein said put film frame 12 by on put the film frame and underlying film frame forms.Should on put the film frame by on put film roller 12-4, upper support frame 12-5 and form; about the end of two upper support frame 12-5 be separately fixed on the left and right sides frame side wallboard on the rear square bearer of stop unwinding outside framework 11 not, about this other end of two upper support frame 12-5 respectively with on put film roller 12-4 two ends be connected.
This underlying film frame is comprised of underlying film roller 12-1, lower support frame 12-2, underlying film frame lifting cylinder 12-3, locking cylinder 12-6, latch segment 12-7.About the end of two lower support frame 12-2 be separately fixed on the left and right sides framework wallboard outside on the rear square bearer of stop unwinding outside framework 11 not; other end of two lower support frame 12-2 is connected with the two ends of underlying film roller 12-1 respectively about this; the end of described two underlying film frame lifting cylinder 12-3 is separately fixed at the wallboard outside, the left and right sides on the rear square bearer of stop unwinding outside framework 11 not; the axle center end of the other end of these two underlying film frame lifting cylinder 12-3 respectively with about two lower support frame 12-2 be connected; the cylinder head of two locking cylinder 12-6 of two lower support frame 12-2 ends is connected with the lower end of two latch segment 12-7 respectively about being contained in; the upper end of this two latch segment 12-7 is locked with the two ends of underlying film roller 12-1 respectively or is unclamped, to realize locking and to unclamp underlying film roller 12-1.When machine will be started working material loading, the control air valve is given two underlying film frame lifting cylinder 12-3 inflations, make underlying film frame lifting cylinder 12-3 axle center extend the lower support frame 12-2 that lowers, load onto coating materials, then controlling air valve makes underlying film frame lifting cylinder 12-3 return promote lower support frame 12-2, coating materials rises, normal feed.When coating materials runs low (approximately coating materials can satisfy machine normal operation 10 minutes), operating personnel change to coating materials and put film roller 12-4 position from underlying film roller 12-1 position.At this moment machine continuous firing; Operating personnel control air valve to two underlying film frame lifting cylinder 12-3 inflations, make the axle of this underlying film lifting cylinder 12-3 extend the lower support frame 12-2 that lowers, another is put the film roller load upper new coating materials, and this is put the film roller be placed on the lower support frame 12-2, control again air valve and make underlying film frame lifting cylinder 12-3 return promote lower support frame 12-2, make new coating materials rise to the operating position; When on put film roller 12-4 position coating materials when being finished, the traction electric machine stall of the fixed traction roller 11-1 of hold-down roller group, with the coating materials between the movable carry-over pinch rolls 11-2 of the fixed traction roller 11-1 that puts film roller 12-4 and hold-down roller group in the blade cut-out and hold-down roller group, with adhesive tape it is received on the locational coating materials of underlying film roller 12-1; Then the traction electric machine of the fixed traction roller 11-1 of hold-down roller group starts, and machine works on.
Wherein said not stop unwinding outside framework 11 is by the guide roller group of upper storage film roll row; the guide roller group of lower storage film roll row; hold-down roller group fixed traction roller 11-1; hold-down roller group activity carry-over pinch rolls 11-2; export orientation roller group; lifting cylinder 11-22; pull bar 11-23; lifting cylinder connects crossbeam 11-24; lower storage roll row slide block 11-25; lower storage film roll row roller connecting plate 11-26; lower storage roll row slide block guide rail 11-27 and quadro frame form; the guide roller group of storage film roll row is housed on the upper frame of its middle frame; the guide roller that 8 upper storage film roll rows are arranged in the present embodiment; namely upward store up the guide roller 11-4 of film roll row; the guide roller 11-5 of upper storage film roll row; the guide roller 11-6 of upper storage film roll row; the guide roller 11-7 of upper storage film roll row; the guide roller 11-8 of upper storage film roll row; the guide roller 11-9 of upper storage film roll row; the guide roller 11-10 of upper storage film roll row; the guide roller 11-11 of upper storage film roll row; the guide roller of above-mentioned 8 upper storage film roll rows is arranged in order, and is separately fixed on the upper frame of framework.The guide roller group of lower storage film roll row is housed at the underframe of framework, there are 7 in the present embodiment, namely the guide roller of the guide roller 11-18 of guide roller 11-12, the guide roller 11-13 of lower storage film roll row of lower storage film roll row, the guide roller 11-14 of lower storage film roll row, the guide roller 11-15 of lower storage film roll row, the guide roller 11-16 of lower storage film roll row, the guide roller 11-17 of lower storage film roll row, lower storage film roll row, above-mentioned 7 lower storage film roll rows is arranged in order, and is fixed with a pair of lower storage film roll row roller connecting plate 11-26 at underframe.The guide roller of above-mentioned 7 lower storage film roll rows is installed on two lower storage film roll row roller connecting plate 11-26 successively.
The movable carry-over pinch rolls 11-2 of the fixed traction roller 11-1 of wherein said hold-down roller group and hold-down roller group places the top of film frame and is contained on the inside panel of both sides, rear square bearer rear.The fixed traction roller 11-1 of this hold-down roller group places movable carry-over pinch rolls 11-2 below and the next-door neighbour of hold-down roller group, this guide roller 11-3 places the fixed traction roller 11-1 front side of hold-down roller group, the movable carry-over pinch rolls 11-2 two ends of this hold-down roller group respectively be contained in outside framework 11 in two cylinder arrangement of clutch 11-21 be connected, comprise slide block among each cylinder arrangement of clutch 11-21, article two, guide bracket and adjusting cylinders, wherein on the slide block one be furnished with installing hole, the movable carry-over pinch rolls 11-2 of this hold-down roller group is connected with cylinder arrangement of clutch 11-21 by this installing hole, and the slide block other end is connected with adjusting cylinders, realizes the compression between the fixed traction roller 11-1 of the movable carry-over pinch rolls 11-2 of hold-down roller group and hold-down roller group by adjusting cylinders and unclamps.Described export orientation roller group is established 2 in the present embodiment, and namely export orientation roller 11-19 and export orientation roller 11-20 fill respectively on the front square bearer.
Aforesaid two lifting cylinder 11-22 by the cylinder connecting plate be installed in respectively on 11 liang of body side frames of stop unwinding outside framework not about two lateral surfaces; the two ends installing hole that this lifting cylinder connects crossbeam 11-24 is connected with the axle center spindle nose of two lifting cylinder 11-22; two pull bar 11-23 place not two medial surfaces of stop unwinding outside framework 11; these two pull bar 11-23 upper ends are installed in respectively on the pull bar mount pad at lifting cylinder connection crossbeam 11-24 two ends; the lower end of these two pull bar 11-23 connects lower storage film roll row roller connecting plate 11-26; each one is installed on stop unwinding outside framework about 11 inboards about this time storage film roll row rail plate 11-27; this time storage roll row slide block 11-25 is installed on the lower storage roll row rail plate 11-27; and can slide up and down at lower storage roll row rail plate 11-27; lower storage film roll row roller connecting plate 11-26 is installed on the lower storage roll row slide block 11-25, and moves up and down with lower storage roll row slide block 11-25.
The elongation in underlying film lifting cylinder 11-22 axle center shortening drives and stores up film roll row guide roller 11-12 under lower storage film roll row roller connecting plate 11-26 and the lower storage film roll row guide roller group to lower storage film roll row guide roller 11-18 during work, thereby plays the effect of rising and descending.
In the time will beginning bag for the first time, open air valve and make the elongation of lifting cylinder 11-22 axle center to two lifting cylinder 11-22 inflations, the whole mechanism of guide roller group that drives lower storage film roll row roller connecting plate 11-26 and lower storage film roll row by pull bar 11-23 upwards rises to peak along lower storage roll row rail plate 11-27, at this moment the guide roller lower surface of 7 lower storage film roll rows is higher than 8 upper storage film roll row guide roller upper surfaces, makes things convenient for the coating materials level to pass.When the guide rollers of 7 lower storage film roll rows descend, just form between the guide roller group of the guide roller group of lower storage film roll row and upper storage film roll row and intersect, coating materials passes one on the other one by one wears form membrane.The function of this mechanism is to save a certain amount of coating materials and keeps just changing coating materials under the non-stop-machine state of machine; When coating materials runs low, the traction electric machine of the fixed traction roller 11-1 of hold-down roller group stops operating, coating materials between the activity traction rubber roll 11-2 that makes the fixed traction rubber roll 11-1 that compresses the rubber roll group and compress the rubber roll group keeps impaction state, and the coating materials that stores between the guide roller of the guide roller of 7 the lower storage film roll rows in back and 8 upper storage film roll rows keeps tensioning state.At this moment, two lifting cylinder 11-22 slowly inflate, at this moment 7 are descended to store up the guide roller risings of film roll rows, guide roller and 8 upper coating materials that store between the guide roller of film roll rows that store up of 7 lower storage film roll rows are supplied with for the coating materials that the back machine continues operation, meanwhile operating personnel dismantle rapidly and put the film roller, replace with new coating materials; When the coating materials replacing is finished, the traction electric machine of the fixed traction roller 11-1 of hold-down roller group starts, two lifting cylinder 11-22 actions, the axle center retraction of these two lifting cylinder 11-22 drives the guide roller of lower storage film roll row roller connecting plate 11-26 and 7 lower storage film roll rows, whole mechanism arrives minimum point along lower storage roll row rail plate 11-27 slow decreasing, finish the storage membrane process, and the complete machine normal operation.
Such as Fig. 7-9, Fig. 2 a, Fig. 2 b, Fig. 2 c, Fig. 2 d, 2e is described to comprise forming supporter outside framework 21, coating materials break-in structure 22, folded film tripod device 23 and swinging arm device 24. wherein to cutting doubling moulding rack device 2,
Described forming supporter outside framework 21 is by a plurality of edger roll cylinders, a plurality of traction rubber rolls and a plurality of compression rubber roll, barrel roll cylinder, a plurality of clamping cylinder, traction electric machine 21-11, barrel roll cylinder 21-1 and system framework.Wherein, this framework forms a general frame by front upper and lower plates, rear upper and lower plates and many places, left and right sides riser vertical rod equijoin, as the fittable slackening device of coating materials break-in structure 22, folded film tripod device 23, swinging arm device 24.These a plurality of edger roll cylinders and a plurality of barrel roll cylinder play the effect of coating materials guiding and break-in, and a plurality of traction rubber roll groups play the effect that the traction coating materials is supplied with and transmitted.
Barrel roll cylinder 21-1 in the present embodiment laterally is fixed on the rear square bearer bottom (seeing Fig. 2 a, 2b, 2e) of framework, a traction rubber roll 21-3 and a compression rubber roll 21-4 close contact, this traction rubber roll 21-3 vertically is connected to the centre (seeing Fig. 2 d, 2e) in the framework of forming supporter outside framework 21 by bearing block, this traction electric machine 21-13 is connected by adapter sleeve with the upper end spindle nose of this traction rubber roll 21-3.This compresses rubber roll 21-4 upper and lower side and is flexibly connected with two slide block 21-14 interstitial holes up and down respectively, this two slide block 21-14 one end has screwed hole, be connected with oscillating bearing with the cylinder head that is fixed on the two clamping cylinder 21-5 that the framework inside ceiling panel is connected with base plate by bolt and be connected, and it is flexible to regulate the clamping cylinder axle center by the cylinder control valve, thereby control compression rubber roll 21-4 is pressed on traction rubber roll 21-3 to coating materials and compresses between the rubber roll 21-4.Be provided with 3 edger roll cylinders in (seeing Fig. 2 d) present embodiment, be edger roll cylinder 21-2, edger roll cylinder 21-6, edger roll cylinder 21-7, these 3 edger roll cylinders all vertically are fixed in the framework of forming supporter outside framework 21, and edger roll cylinder 21-2 and edger roll cylinder 21-6, edger roll cylinder 21-7 are separately positioned on the both sides that compress rubber roll 21-4.(seeing Fig. 2 b, 2c, 2d).
The place ahead is horizontally arranged with one and compresses rubber roll 21-9 and a traction rubber roll 21-10 in framework, and it is closely adjacent with traction rubber roll 21-10 that this compresses rubber roll 21-9.About this compression rubber roll 21-9 two ends are connected in by bearing on two movable blocks, two movable blocks the place ahead that is installed on framework by movable pin wherein, the other end of this two movable block is connected with placing the two clamping cylinder 21-8 that compress rubber roll 21-9 top, realizes compressing the compression of rubber roll 21-9 and unclamping by clamping cylinder 21-8.This traction rubber roll 21-10 two ends laterally are fixed on the place ahead of framework by bearing and place and compress rubber roll 21-9 below, and this traction rubber roll 21-10 one end is installed handgrip, is used for manual adjustments.This traction rubber roll 21-10 other end is installed a Timing Belt, synchronous pulley 21-12, and this Timing Belt, synchronous pulley 21-12 below are equipped with traction electric machine 21-11, drive traction rubber roll 21-10 work by transmission Timing Belt, synchronous pulley 21-12.(seeing Fig. 2 b, 2c, 2d)
Aforesaid coating materials break-in structure 22 is comprised of guide wheel, guide wheel bar 22-1, transverse support bar 22-2, break-in folded film plate 22-3, oblique bracing piece 22-4, electric eye mounting rod 22-5, electric eye support displacement guide plate 22-6, edger roll cylinder 22-7, correction motor 22-8, adjusted guide plate 22-9, lower adjusting guide plate 22-10, adjusting screw 22-11, guide shaft 22-12, guide shaft cover 22-13, electric eye mount pad 22-14.Wherein, guide wheel, guide wheel bar 22-1 one end are by on the vertical guide post at two guide wheel clamping frames rears, the other end of this guide wheel, guide wheel bar 22-1 is connected with the end of transverse support bar 22-2, the other end of this transverse support bar 22-2 be connected with lower adjusting guide plate 22-10.(seeing Fig. 2 e)
This adjusted guide plate 22-9 and lower adjusting guide plate 22-10 are locked at respectively the top and bottom of guide shaft cover 22-13.The top and bottom of this guide shaft 22-12 vertically are fixed on respectively top board and the base plate inboard of the rear square bearer of quadro frame.This guide shaft cover 22-13 is placed on the guide shaft 22-12, plays the effect of coating materials guiding.The adjusting screw mandrel 22-11 that is contained on the adjusted guide plate 22-9 is connected with the correction motor 22-8 that is contained in the framework top, regulates the height of break-in folded film plate 22-3 by correction motor 22-8.
The lower end of this break-in folded film plate 22-3 is connected with transverse support bar 22-2 outside, and the upper end of this break-in folded film plate 22-3 connects adjusted guide plate 22-9.(seeing Fig. 2 a, Fig. 2 b, 2e)
This oblique bracing piece 22-4 lower end is connected with transverse support bar 22-2 medial surface, and (seeing Fig. 2 a, Fig. 2 b) this oblique bracing piece 22-4 upper end is connected with guide shaft cover 22-13 top, plays and strengthens the firm effect of this integral body triangular form support.
This electric eye mounting rod 22-5 vertically is fixed on the side of rear square bearer of quadro frame, and a plurality of electric eye mount pad 22-14 are installed on the electric eye mounting rod 22-5, thereby the pattern of realizing coating materials is followed the tracks of, the correction alignment.(seeing Fig. 2 a, Fig. 2 c)
This electric eye support displacement guide plate 22-6 and electric eye mounting rod 22-5 are positioned at homonymy, vertically are fixed on a side of the rear square bearer of forming supporter outside framework 21, are used for installing the guiding of electric eye mount pad 22-14.22-14 only does up and down straight-line displacement by electric eye support displacement guide plate 22-6 restriction electric eye mount pad.This electric eye mounting rod 22-5, electric eye support displacement guide plate 22-6, electric eye mount pad 22-14 all for the correction electric eye installation, the correction electric eye is by the tracking to a certain specific pattern of coating materials, when coating materials produces skew, electric eye issues a signal to the correction motor, realizes compensation (seeing Fig. 2 a, Fig. 2 c).
The top and bottom of this edger roll cylinder 22-7 are connected with lower adjusting guide plate 22-10 with adjusted guide plate 22-9 respectively, and vertically are fixed on the guide shaft cover 22-13.Be used for the coating materials guiding.(seeing Fig. 2 a, Fig. 2 c)
This correction motor 22-8 places above the top board of rear square bearer of framework, and by regulating screw mandrel 22-11 and adjusted guide plate 22-9 connection for transmission, the height that is used for adjusting break-in folded film plate 22-3 (is seen Fig. 2 a).This edger roll cylinder 22-7 is used for the guiding of coating materials, detects by the coating materials on the edger roll cylinder 22-7 by electric eye mount pad 22-14 simultaneously, regulates the position of break-in folded film plate 22-3 by detection signal error correct motor 22-8; This break-in structure makes coating materials change to vertical transmission direction from the transmission direction of transverse horizontal.
Coating materials break-in process is: break-in folded film plate 22-3, guide shaft cover 22-13 and transverse support bar 22-2 three parts form a right angled triangle overall structure.Guide shaft cover 22-13 vertically is enclosed within on the guide shaft 22-12 and can moves up and down along guide shaft 22-12, adjusted guide plate 22-9, lower adjusting guide plate 22-10 are locked at respectively up and down two ends of guide shaft cover 22-13, and transverse support bar 22-2 one end has installing hole can laterally be fixed on the lower adjusting guide plate 22-10; The other end is fixedly connected with break-in folded film plate 22-3 lower end by screw, and break-in folded film plate 22-3 upper end is fixedly connected with adjusted guide plate 22-9, forms an oblique plate.When coating materials passed from oblique plate, coating materials just moved towards to become vertical trend from level.
Adjusting height process is that the outside of edger roll cylinder 22-7 is equipped with electric eye, when coating materials passes through edger roll cylinder 22-7, the trace point that electric eye is followed the tracks of on the coating materials is the coating materials pattern, when trace point is offset, electric eye sends signal controlling correction motor 22-8 forward or reverse, drive and regulate screw mandrel 22-11 rotation, realize that guide shaft cover 22-13 and break-in folded film plate 22-3 total move up and down, and make the trace point return.
Described folded film tripod device 23 is by edger roll cylinder 23-1, folded film set square 23-2, adjusting rod 23-3, form cutting knife 23-4 and folded film set square installing plate 23-5.
This edger roll cylinder 23-1 vertically is fixed in the framework at quadro frame rear, is used for the coating materials guiding.Place the folded film set square 23-2 in the quadro frame vertically to be installed on the folded film set square installing plate 23-5, this folded film set square installing plate 23-5 is loaded on the framework top.Roller face height level between the drift angle height of this leg-of-mutton folded film set square 23-2 and compression rubber roll 21-9 and the traction rubber roll 21-10 is used for the coating materials doubling, forms two-layer up and down.(Fig. 2 c)
The end of this adjusting rod 23-3 is connected with folded film set square 23-2, and the other end of this adjusting rod 23-3 installing hole from the side frame in quadro frame the place ahead passes, and fixes with nut in side frame installing hole both sides.Thereby by adjusting rod 23-3 make folded film set square 23-2 position produce skew regulate doubling, to the coating materials input position after cutting.
This is fixed on the side in quadro frame the place ahead to cutting knife 23-4.This is positioned at folded film set square 23-2 drift angle medial surface to cutting knife 23-4, and cut cutting for coating materials at the drift angle coating materials place, the outside (seeing Fig. 2 d) that this knife face to cutting knife 23-4 stretches out folded film set square 23-2, makes coating materials be divided into up and down two coating materials from single piece type.
Coating materials is walked film along two hypotenuses of set square and is formed doubling to two hypotenuse angle of cut places, when coating materials is walked to the limit, can by to cutting knife 23-4 coating materials to being cut to two up and down.When being used for folding end Self stand bag, four edge sealing bags, coating materials need not being cut into two up and down, and only need amount to into two-layer coating materials, only needs to regulate this moment cutting knife get final product away from film body, is folded in half into two-layer coating materials and transmits forward simultaneously.
Described swinging arm device 24 is comprised of swing arm roller 24-1, swing arm roller 24-2, cylinder 24-3, arm shaft 24-4, swing arm 24-5.Wherein arm shaft 24-4 vertically is fastened in the framework of forming supporter outside framework 21 by bearing block.This swing arm 24-5 is each bottom and top that is locked at respectively arm shaft 24-4 up and down.The upper/lower terminal of this swing arm roller 24-1 and swing arm roller 24-2 upper/lower terminal are separately fixed on the swing arm 24-5; (seeing Fig. 2 a, c, d), axle center one end of this cylinder 24-3 is connected with swing arm 24-5 bottom, and this cylinder 24-3 other end is fixed in the framework of outside framework 21, swing by swing arm 24-5, be used for coating materials deposit buffering, regulate simultaneously coating materials tension force, make for film more smooth and easy.(seeing Fig. 2 a, Fig. 2 d)
Being shaped the film course of work is: coating materials never stop unwinding device 1 by drawing; at first the pass by lower roller upper side by break-in folded film plate 22-3 facing up of the barrel roll cylinder 21-1 that play the guiding role; coating materials moves towards to become vertical trend from level; then (outside of edger roll cylinder 22-7 is equipped with electric eye to pass edger roll cylinder 22-7; when coating materials passes through edger roll cylinder 22-7; electric eye is followed the tracks of the trace point (being the coating materials pattern) on the coating materials; during the trace point skew; electric eye sends signal controlling correction motor 22-8 forward or reverse; correction motor 22-8 output shaft head is equipped with to be regulated screw mandrel 22-11 and guide shaft and overlaps screw mandrel on the 22-13 and be connected copper sheathing and carry out transmission; realize that guide shaft cover 22-13 and break-in folded film plate 22-3 total move up and down, and make the trace point return.Between this traction rubber roll 21-3 and the compression rubber roll 21-4, flexible by clamping cylinder 21-5 control valve adjusting cylinders axle center, thereby control compresses rubber roll 21-4 coating materials is pressed between traction rubber roll 21-3 and the compression rubber roll 21-4.This edger roll cylinder 21-7 play the guiding role to coating materials, then coating materials by swing arm roller 24-1 in edger roll cylinder 21-6 guide effect, swing arm roller 24-2 regulates coating materials tension force by swing arm cylinder 24-3, coating materials is directed to folded film set square 23-2 by edger roll cylinder 23-1 again, coating materials is along two hypotenuse doublings of folded film set square 23-2 set square, when coating materials is walked to the limit, by to cutting knife 23-4 coating materials to cutting, coating materials is pressed on coating materials on the traction rubber roll 21-10 roller face by compressing rubber roll 21-9, drive traction rubber roll 21-10 for coating materials provides away the film pulling force by traction electric machine 21-13 again, it is smooth and easy to guarantee to walk the film feed.
Shown in Fig. 4 a, 4b, 4c, described forebody device 4 comprises: spoon frame plate profiled part 41, weight type longitudinal sealing heater 42, weight type longitudinal sealing cooling device 43, photocell eye mount pad 44, four banding fork stand body components 45, traction electric machine, traction rubber roll component 46, fuselage ring 47; Wherein, spoon frame plate profiled part 41, weight type longitudinal sealing heater 42, weight type longitudinal sealing cooling device 43, photocell eye mount pad 44, four banding fork stand body components 45, traction electric machine, traction rubber roll component 46 are installed on sequentially on the fuselage ring 47 and (see Fig. 4 a, 4b).Wherein,
Described spoon frame plate profiled part 41 comprises:
--fork spoon mounting base 41-1 keeps flat and is fixed on the upper plane of this fuselage ring; (see that Fig. 4 a) is used for that envelope is installed, spoon is pitched in four banding moulding.
--support portal frame 41-2, door type framework vertically is fixed on two body side frames at rear of this fuselage ring; (see Fig. 4 a)
--middle envelope i.e. four banding moulding lamina membranacea mount pad 41-3, are fixed on the middle part of the upper ledge that supports portal frame 41-2; (seeing Fig. 4 a, b, c) is used for installing the stainless steel forming panel 41-9 of envelope or four bandings.
--each two of forming cone wheel load spoon 41-4, moulding guiding spoon 41-5, moulding fork spoon 41-6, moulding guiding spoon 41-7, this forming cone wheel load spoon 41-4, moulding guiding spoon 41-5, moulding fork spoon 41-6, moulding guiding spoon 41-7 laterally are installed in respectively the left and right sides of pitching spoon mounting base 41-1 upper surface sequentially by supporting seat, and (seeing Fig. 4 a, b, c) is used for auxiliary stainless steel forming panel 41-9 makes coating materials finish the guiding of envelope or four bandings, moulding.
--heat-resisting fabric mounting rod 41-8, be positioned at the place ahead of moulding guiding spoon 41-7, and be fixed on laterally that (seeing Fig. 4 a, b, c) is used at the longitudinal sealing mould heat-resisting fabric being installed on the plate face of fork spoon mounting base 41-1, heat-resisting fabric plays heat-blocking action, prevents from that Heated Copper envelope mould and coating materials from directly contacting will paste goods scald coating materials.
--stainless steel forming panel 41-9 is installed on the fork spoon mounting base 41-1.
Shown in accompanying drawing 4d, 4e, 4f, 4g, 4h, 4i, described weight type longitudinal sealing heater 42 comprises:
--four pull bar 42-1, pass respectively the through hole of two longitudinal sealing entablature 42-29 and the through hole of two longitudinal sealing sill 42-4; And use lower nut four pull bar 42-1 are locked at respectively two longitudinal sealing entablature 42-29 and two longitudinal sealing sill 42-4; Each pull bar 42-1 lower end is equipped with pitman coupling 42-3 (seeing Fig. 4 d, 4e, 4f);
--four spring 42-2, its center penetrates respectively pull bar 42-1 (Fig. 4 d, e, f).(position sees that Fig. 4 is a) when descending as driver plate 47-1, drive longitudinal sealing entablature 42-29 decline Compress Spring 42-2 by pull bar 42-1, at this moment spring plays buffering, increase pressure-acting, when connecting driver plate 47-1 rising, drive longitudinal sealing entablature 42-29 by pull bar 42-1 and rise, Compress Spring 42-2 resilience, at this moment spring plays the effect that help resets.
--organize envelope die holder 42-27 on the longitudinal sealing, its group number is selected according to actual needs, is three groups at present embodiment more.These three groups of longitudinal sealing 42-27 are placed on the longitudinal sealing entablature 42-29 successively; The connecting rod of envelope die holder adjusting handle 42-36 passes in the middle of each longitudinal sealing envelope die holder 42-27 upper end on each, is used for regulating the position of envelope die holder 42-27 on the longitudinal sealing.Envelope die holder 42-27 both sides respectively are equipped with a upper envelope die holder locking bolt 42-28, envelope die holder 42-27 on the longitudinal sealing that is used for being locked on this longitudinal sealing.Three upper envelope mould regulating spring 42-31 are installed in the middle of the envelope die holder 42-27 on this longitudinal sealing, are used for regulating the envelope molding pressure, play simultaneously the effect of buffering; Upper longitudinal sealing mould mount pad 42-32 is locked at envelope die holder 42-27 lower end on the longitudinal sealing by locking nut 42-30, and should thermal insulation board 42-33, upper heated seats 42-34, upper envelope mould 42-35 be installed upper longitudinal sealing mould mount pad 42-32 lower end from top to bottom successively, there is through hole to be used to install heating rod in the middle of the heated seats 42-34 on this.(seeing Fig. 4 f)
--organize longitudinal sealing lower seal die holder 42-5, be three groups at present embodiment more, and 42-27 is identical for the same envelope die holder of group number.Three groups of longitudinal sealing lower seal die holder 42-5 are placed on the longitudinal sealing sill 42-4 successively.Wherein, each longitudinal sealing lower seal die holder 42-5 left side is equipped with a lower sealing film seat adjusting handle 42-19 (Fig. 4 f), be used for to regulate the position of longitudinal sealing lower seal die holder 42-5. about two jacking pole socket 42-11 be installed on respectively in the middle of this longitudinal sealing lower seal die holder 42-5 two wallboards, be used for being connected and fixed wallboard, make simultaneously the guide pin bushing of lifting pin 42-12.A carrying seat board 42-6 lies in above this longitudinal sealing lower seal die holder 42-5.Lower thermal insulation board 42-7, lower heated seats 42-8, lower seal mould 42-9 are installed on this carrying seat board 42-6 from the bottom up successively.A positive reinforced seat 42-10 of pipe is installed below carrying seat board 42-6, plays the effect (seeing Fig. 4 h) that reinforcement carrying seat board 42-6 and pipe are just being strengthened the lower seal mode structure;
Above-mentioned longitudinal sealing lower seal die holder 42-5, carrying seat board 42-6, lower thermal insulation board 42-7, lower heating plate 42-8, five parts of lower seal mould 42-9 are bolted and form a whole lower seal mode structure, and the two cover cylinder jacking apparatus 42-13 that the lower seal mould is installed by lower seal die holder 42-5 bottom surface realize moving up and down;
--cylinder jacking apparatus 42-13 by: lifting pin 42-12, jacking cylinder block 42-14, jacking cylinder 42-15, limiting cushion block 42-16, little cylinder mounting plate 42-17, stingy cylinder 42-18 form.Wherein lifting pin 42-12 one end has screw thread to be connected with jacking cylinder 42-15, and this lifting pin 42-12 other end becomes tip cooperating realization lower seal mould pipe with the positive reinforced seat 42-10 normal pore of tube of pipe just, realizes that by jacking cylinder 42-15 reduction the lower seal mould moves up and down simultaneously.This jacking cylinder block 42-14 one side is equipped with little cylinder mounting plate 42-17, at little cylinder mounting plate 42-17 stingy cylinder 42-18 is installed, this stingy cylinder 42-18 cylinder head connects limiting cushion block 42-16, stingy cylinder 42-18 release limiting cushion block 42-16 blocked the middle spacing deck of main lifting pin 42-12 after this limiting cushion block 42-16 was used for jacking cylinder 42-15 rising, helped the lower seal mould to bear pressure.(seeing Fig. 4 i)
--two connecting rod 42-20 are installed on two groups of longitudinal sealing sill 42-4 upper surfaces each connecting rod 42-20 of the right and left.(seeing Fig. 4 d)
--two electric eye mount pad 42-22, about the two connecting rod 42-20 front ends two ends of affixed electric eye seat connecting rod 42-21 respectively, two electric eye mount pad 42-22 are installed above this electric eye seat connecting rod 42-21 are used for installing electric eye; (seeing Fig. 4 d)
--stainless steel depression bar 42-23, be positioned at the rear of electric eye seat connecting rod 42-21, about the about 65mm of two connecting rod 42-20 place two double-screw bolt 42-26 are installed, these two stainless steel depression bar 42-23 have installing hole to be enclosed within on the double-screw bolt 42-26 of the right and left by two, overlap again upper spring after passing the through hole of two stainless steel column 42-23 on this double-screw bolt 42-26, be used for stainless steel and regulate depression bar 42-23 pressure, then use nut check.(Fig. 4 d, 4e)
--heat-resisting fabric mounting rod 42-25, be contained on two heat-resisting fabric mount pad 42-24 that are fixed in the left and right sides, above-mentioned member places after the connecting rod 4-20; This heat-resisting fabric mounting rod 42-25 is used for heat-resisting fabric is installed, and avoids sealing mould and directly contacts in coating materials, prevents from sealing mould and scalds coating materials.
--longitudinal sealing adjusting handle 42-37 is installed on the longitudinal sealing sill 42-4 by link block, and the hand wheel shaft of longitudinal sealing adjusting handle 42-37 is each side installed a gear, the tooth chi engagement of gear on fuselage.When rotating the adjusting handle of longitudinal sealing adjusting handle 42-37, drive the adjusting handle axle and rotate, the corresponding rotation of gear makes weight type longitudinal sealing heater 42 can move forward and backward adjusting on fuselage;
--on seal the hand wheel shaft of die holder adjusting handle 42-36 before and after both sides one gear respectively is installed, gear is in the tooth chi engagement of longitudinal sealing entablature 42-29; When die holder adjusting handle 42-36 is upward sealed in rotation, drive the adjusting handle axle and rotate, the corresponding rotation of gear is sealed die device move left and right adjusting on the two groups of longitudinal sealing entablatures 42-29 of front and back but make on this group longitudinal sealing.
During start work; the elongation of jacking cylinder 42-15 axle center; lifting pin 42-12 with whole lower seal mould bascule along the positive reinforced seat 42-10 of the pipe jacking 10cm that makes progress; at this moment the lower seal mould is in the extreme higher position; then stingy cylinder 42-18 axle center elongation is released limiting cushion block 42-16 and is blocked the middle spacing deck of lifting pin 42-12, helps the lower seal mould to bear pressure.
During shutdown, shrink in stingy cylinder 42-18 axle center, and the limiting card seat that limiting cushion block 42-16 detaches in the middle of the lifting pin 42-12 is put; Shrink in jacking cylinder 42-15 axle center, and carrying seat board 42-6 descends, and descends thereby drive lower seal mould 63-6, and at this moment lower seal mould 63-6 is in extreme lower position; Thereby so that the distance between upper envelope mould 63-24 and the lower seal mould 63-6 strengthens, when being in shutdown or changing coating materials, can not scald coating materials, reduce the generation of waste product, energy savings; When wearing film, replacing envelope mould, the staff also is difficult for being burned, and is easy to operate, and the time and labour saving has been improved operating efficiency widely.
Shown in accompanying drawing 4j, described four banding fork stand body components 45 are comprised of wallboard seat 45-1, sliding bar 45-2, slide 45-3, slide 45-4, adjusting bolt 45-5, forked standard 45-6, fork plate 45-7, adjusting adjusting bolt 45-8.Wherein, four banding fork stand body components 45 are disposed across on the fuselage on the plane, by about each wallboard seat 45-1 installing hole be locked on the fuselage, be positioned at the left and right sides on the upper surface that the left and right sides two wallboard seats 45-1 is fixed on fuselage ring, present embodiment is two sliding bar 45-2, and these two sliding bar 45-2 are located at respectively front side and rear side.These two sliding bar 45-2 two ends by screw respectively with about two wallboard seat 45-1 be connected, these two slide bar 45-2 pass respectively slide 45-3 and the slide 45-4 between two wallboard seat 45-1, two slide 45-3, slide 45-4 are positioned at the sliding bar 45-2 left and right sides, an adjusting bolt 45-8 is respectively installed in the outside of the wallboard seat 45-1 of the left and right sides, transfer bolt 45-8 to pass respectively the left and right sides two wallboard seat 45-1 upper end intermediate throughholes for these two, two adjusting bolt 45-8 respectively with about two slide 45-3, slide 45-4 be threaded; Can regulate the position, the left and right sides of forked standard 45-6, fork plate 45-7 by two adjusting bolt 45-8;
In the middle of slide 45-3 and slide 45-4, be respectively equipped with vertical adjusting bolt 45-5, be provided with fork plate 45-7 in the bottom of each slide, two forked standard 45-6 are positioned at two slide belows, each cooperates two guide rods by being fixed on forked standard 45-6 with guide hole on the slide, two vertical adjusting bolt 45-5 are threaded with slide separately, regulate the height of forked standard 45-6 by regulating adjusting bolt 45-5; This fork plate 45-7 is installed in below the forked standard 45-6, is used for the moulding of coating materials guiding.
In making when envelope or four banding stereoscopic bags, stainless steel forming panel 41-9 is passed in the coating materials inside of moulding, and make coating materials under the guiding of fork plate 45-7 by the fork implantation site of control fork plate 45-7 this moment, pitch into a certain amount of coating materials to inside, finish the body formed function of fork stand of middle envelope, four bandings.
Shown in Fig. 4 a, described fuselage ring 47 comprises:
--two connect the framework two sides that driver plate 47-1 is separately positioned on fuselage ring 47, and connect with described pitman coupling 42-3;
--retainer 47-3, the upper end connects with connection driver plate 47-1, and each front and rear that connects on driver plate 47-1 respectively arranges a retainer;
--eccentric shaft 47-2, cross in the fuselage two side wall panels, two ends spindle nose and retainer 47-3 connect;
--spacing guide wheel 47-4 is contained on the framework left and right sides of fuselage ring 47 two of each sides, and with to connect driver plate 47-1 rear and front end face tangent, play restriction and connect the effect of driver plate 47-1 move left and right.Fig. 4 a is seen in the position.
Drive that eccentric shaft 47-2 rotates, eccentric shaft 47-2 drives retainer 47-3 operation and move up and down by fuselage master motor and linkage structure, retainer 47-3 drives connection driver plate 47-1 and moves up and down, connecting driver plate 47-1 drive pitman coupling 42-3 and upper envelope die holder structure moves up and down, thereby seal moving up and down of die holder 42-7 on the realization longitudinal sealing, finish heat seal hot pressure and the separation of coating materials.Wherein the spacing guide wheel 47-4 in the left and right sides is installed in respectively on the fuselage side, and driver plate 47-1 both ends of the surface are tangent with connecting, and plays restriction and connects the effect of driver plate 47-1 move left and right.
Connect driver plate 47-1, by driven by motor eccentric shaft 47-2, retainer 47-3 motion, realize that the longitudinal sealing mould moves up and down.
Comprise such as Fig. 5 a, 5b, the described middle machine body device 5 of 5c: two cover weight type longitudinal sealing heaters, 51, two cover weight type longitudinal sealing cooling devices 52, edge-neatening apparatus 53, traction rubber roll apparatus 54, fuselage ring 55.Wherein, weight type longitudinal sealing heater 51, sequentially is installed on the front square bearer of fuselage ring 55 by the rear of fuselage ring 55 weight type longitudinal sealing cooling device 52, edge-neatening apparatus 53, traction electric machine, traction rubber roll component 54.(Fig. 5 a, b, c)
Shown in Fig. 5 d, edge-neatening apparatus 53 comprises: wall seat 53-1, connecting rod 53-2, pipe positive piece 53-3, installation shaft 53-4, roller 53-5, a plurality of installation link block, worm screw adjustment seat 53-8, edge iron mounting rod 53-9, adjusting turbine 53-10, edge iron 53-11, wherein, about two wall seat 53-1 be placed on respectively on fuselage two wallboards on the plane, two wall seat 53-1 bottom surfaces are provided with installing hole, and two wall seat 53-1 are fixed on the fuselage.This connecting rod 53-2 two ends are connected with two wall seat 53-1 front end installing holes respectively.This is managed positive piece 53-3 and is installed on the outside intermediate plate face of left side wall seat 53-1.This installation shaft 53-4 passes across the middle installing hole of two wall seat 53-1, and left end passes in the middle of managing positive piece 53-3, is just realizing pipe by managing positive piece 53-3.The installation shaft 53-4 intermediate sleeve of mobile roller has the roller 53-5 of trough of belt, this roller 53-5 installs respectively both sides link block 53-6 and link block 53-7 is installed, this edge iron mounting rod 53-9 two ends are installed link block 53-6 and link block 53-7 is installed is connected with two respectively, the both sides of this edge iron mounting rod 53-9 are equipped with two edge iron 53-11, are used for the unnecessary slitter edge of excision coating materials.On this installation link block 53-7 worm screw adjustment seat 53-8 is installed, this edge iron mounting rod 53-9 right side is equipped with regulates worm gear 53-10.Adjusting worm gear 53-10 among this worm screw adjustment seat 53-8 is that one group of turbine and worm connects, rotarily driving adjusting worm gear 53-10 by the handwheel on the worm screw adjustment seat 53-8 rotates and edge iron mounting rod 53-9 synchronous rotary, thereby play the incision of regulating deburring cutter 53-11 and separate, be used for the unnecessary slitter edge of excision coating materials.By manualling locate the position on two edge iron 53-11 and the edge iron mounting rod 53-9, make two edge iron 53-11 in the correct waste material position of cutting; Rotarily drive by the handwheel on the worm screw adjustment seat 53-8 and to regulate that worm gear 53-10 rotates, edge iron mounting rod 53-9 synchronous rotary, thereby play the incision of regulating deburring cutter 53-11 and separate, be used for the unnecessary slitter edge of excision coating materials.
Shown in Fig. 5 e, traction rubber roll apparatus 54 comprises: wall seat 54-1, cylinder block 54-2, cylinder 54-3 link block 54-4, bearing block 54-5, bearing cap 54-6, traction rubber roll 54-7, compression rubber roll 54-8, adjusting handgrip 54-9, connecting rod 54-10, bearing 54-11, wherein
Two wall seat 54-1 are placed on respectively on the upper plane of fuselage about described, and two wall seat 54-1 bottom surfaces are provided with installing hole about this, and two wall seat 54-1 are fixed on the fuselage.About two cylinder block 54-2 are separately fixed at about described on the upper surface of two wall seat 54-1.On the two cylinder block 54-2, by the cylinder axis heart action, make to compress rubber roll 54-8 compression or separation about two cylinder 54-3 are separately fixed at about described.About the U-shaped indentation, there of two wall seat 54-1 a link block 54-4 respectively is installed, about bearing block 54-5 and bearing 54-11 are housed respectively on the two link block 54-4.It is inner that this bearing 54-11 is contained in bearing block 54-5, is used for installing compression rubber roll 54-8.The below of described left and right sides link block 54-4 and bearing cap 53-6 is housed being positioned at wall seat lateral surface is used for installing traction rubber roll 54-7.Described compression rubber roll 54-8 two ends are contained in respectively in the two bearings 54-11 of the left and right sides, the two ends of described traction rubber roll 54-7 are contained in the bearing of two left and right sides of the below that is positioned at bearing block 54-5, in traction rubber roll 54-7 left side regulating handle 54-9 is housed, traction rubber roll 54-7 is rotated.The two ends of two connecting rod 54-10 are contained in the top of two wall seat 54-1.
Fig. 6 a, 6b, the described rear body device 6 of 6c comprise rear body framework 60, tension-adjusting gear 61, ultrasonic unit 62, organize horizontal sealing heating high-position lifting device 63 more, organize plain edition horizontal sealing cooling device 64, photocell eye mount pad 65 more, organize punch die mount pad 66, traction electric machine, traction rubber roll, cut part 67, rewinding conveyer belt apparatus 68 more.In the present embodiment, be provided with 3 horizontal sealing heating high-position lifting device 64,2 punch die mount pads 66 of 63,2 plain edition horizontal sealings cooling device and 1 photocell eye mount pad 65.Wherein, this tension-adjusting gear 61, ultrasonic wave erecting device 62, organize horizontal sealing heating secondary lifting device 63 more, organize plain edition horizontal sealing cooling lifting device 64 more, punch die mount pad 66, photocell eye mount pad 65, traction electric machine, traction rubber roll cut part 67, rewinding conveyer belt apparatus 68 be contained on the rear body framework 60 successively.
Shown in Fig. 6 j, wherein said tension-adjusting gear 61 is comprised of wall seat 61-1, connecting rod 61-2, roller 61-3, roller 61-4, roller 61-5, swing arm 61-6, spring fitting bar 61-7, spring 61-8, arm shaft 61-9, cylinder 61-10, axle 61-11, link block 61-12.A wall seat 61-1 is each side arranged, and the base plate of this wall seat 61-1 is fixed by screws on the framework upper horizontal plane of rear body framework 60.The two ends of this connecting rod 61-2 are fixed on the inner face in two wall seat 61-1 the place aheads.This spring fitting bar 61-7 vertically is fixed on the end of connecting rod 61-2, and the end of this spring 61-8 is fixed on the spring fitting bar 61-7, and the other end of this spring 61-8 is connected with swing arm 61-6.The place ahead and the rear of the swing arm 61-6 of the left and right sides are provided with through hole, the through hole in two swing arm 61-6 the place aheads about the two ends spindle nose of this arm shaft 61-9 passes, and roller 61-4 is installed on the arm shaft 61-9.This roller 61-5 is installed on the axle 61-11, the through hole at two swing arm 61-6 rears about the two ends of this axle 6-11 are passed, about this axle 61-11 two spindle noses respectively with about the axle center spindle nose of two cylinder 61-10 connect, about the cylinder 61-10 of the left and right sides is installed on the two link block 6-12.The rear of two wall seat 61-1 about the two ends of this roller 61-3 are fixed on.Coating materials passes roller 61-4 below through roller 61-3 top, passes roller 61-5 top again; Because roller 61-4 is head, under the active force of deadweight and cylinder 61-11, energy will relax or unnecessary coating materials to pressing down, make coating materials remain the tensioned state of some tension, make away film smooth and easy.
Shown in Fig. 6 i, described ultrasonic unit 62 comprises: a lower 62-1, lower seal mould heated seats 62-2, lower seal mould 62-3, pull bar 62-4, drawhead 62-5, lower spring 62-6, locking nut 62-7, upper spring 62-8, upper locking nut 62-9, ultrasonic wave seat board 62-10, ultrasonic sound appratus 62-11.A lower 62-1 of this ultrasonic unit horizontal on fuselage two wallboards the plane, this lower is equipped with lower seal mould heated seats 62-2 above the 62-1, above this lower seal mould heated seats 62-2 lower seal mould 62-3 is installed, there is through hole at these lower 62-1 two ends, about two pull bar 62-4 pass from lower 62-1 two ends through hole respectively, the connection driver plate 60-1 that this pull bar 62-4 is equipped with the lower end drawhead 62-5 and fuselage connects, and makes pull bar 62-4 can follow connection driver plate 60-1 and transports up and down merit.Two lower spring 62-6 are enclosed within respectively on the two pull bar 62-4 about this, and place vertically on plane on the lower 62-1, and two locking nut 62-7 are connected with two pull bar 62-4 intermediate thread about this.The upper Plane Installation of these two lower spring 62-6 has ultrasonic wave seat board 62-10, on this ultrasonic wave seat board 62-10 ultrasonic sound appratus 62-11 is installed.About two upper spring 62-8 to be enclosed within respectively two pull bar 62-4 upper and place vertically on plane on the ultrasonic wave seat board 62-10, this upper locking nut 62-9 is connected with pull bar 62-4 intermediate thread, locks upper spring 62-8.This ultrasonic sound appratus 62-11 is installed on the upper plane of ultrasonic wave seat board 62-10, but left and right horizontal is regulated its position.Utilize hyperacoustic fuel factor, fuse the slide fastener of the zipper joint position between two finished bags.
This pull bar 62-4 connects by the connection driver plate 60-1 of drawhead 62-5 and fuselage, when connecting driver plate 60-1 motion, drives ultrasonic wave seat board 62-10, ultrasonic sound appratus 62-11 and does and transport up and down merit; When ultrasonic sound appratus 62-11 presses down when contacting with slide fastener, ultrasonic sound appratus 62-11 utilizes hyperacoustic fuel factor, fuses the slide fastener of the zipper joint position between two finished bags, thereby when making finished bag cut into single form, slide fastener can not break away from the place of cutting.
Shown in Fig. 6 d, 6e, 6F, 6G, wherein said each horizontal sealing heating high-position lifting device 63 comprises: envelope mould parts two large divisions in horizontal sealing lower seal mould parts and the horizontal sealing.
Described horizontal sealing lower seal mould parts are comprised of horizontal sealing lower seal die holder 63-1, the positive reinforced seat 63-2 of pipe, carrying seat board 63-3, lower thermal insulation board 63-4, lower heated seats 63-5, lower seal mould 63-6, lifting pin guide bracket 63-11, cylinder jacking apparatus 63-7.
Horizontal sealing lower seal die holder 63-1 right side is equipped with horizontal sealing mould displacement adjusting handle 63-43, is used for regulating the position of horizontal sealing lower seal die holder 63-1.About two lifting pin guide bracket 63-11 be installed in the middle of horizontal sealing lower seal die holder 63-1 two wallboards, be used for being connected and fixed wallboard, make simultaneously the guide pin bushing of lifting pin 63-12.This carrying seat board 63-3 lies in above the horizontal sealing lower seal die holder 63-1, and lower thermal insulation board 63-4, lower heated seats 63-5, lower seal cutting die 63-6 are installed above this carrying seat board 63-3 from the bottom up successively.The positive reinforced seat 63-2 of pipe is installed below this carrying seat board 63-3, plays reinforcement carrying seat board 63-3 and pipe and just strengthening the effect of lower seal mould.Above-mentioned five parts are bolted the lower seal mode structure that forms a whole.The two cover cylinder jacking apparatus 63-7 that horizontal sealing lower seal mould parts are installed about by horizontal sealing die shoe 63-1 bottom surface realize moving up and down.Two cover cylinder jacking apparatus 63-7 respectively are installed about below this lower sealing film seat 63-1, and every suit cylinder jacking apparatus 63-7 is comprised of lifting pin 63-12, jacking cylinder block 63-13, jacking cylinder 63-14, limiting cushion block 63-10, little cylinder mounting plate 63-8, stingy cylinder 63-9.Wherein lifting pin 63-12 one end has screw thread to be connected with jacking cylinder 63-14 upper end, and the other end becomes tip cooperating realization lower seal mould pipe with the positive reinforced seat 63-2 normal pore of tube of pipe just, realizes that by jacking cylinder 63-14 reduction the lower seal mould moves up and down simultaneously; This jacking cylinder block 63-13 one side is equipped with little cylinder mounting plate 63-8, this stingy cylinder 63-9 is contained on the little cylinder mounting plate 63-8, this stingy cylinder 63-9 head connects limiting cushion block 63-10, after this limiting cushion block 63-10 is used for jacking cylinder 63-14 rising, this stingy cylinder 63-9 releases limiting cushion block 63-10 and blocks the middle spacing deck of lifting pin 63-12, helps the lower seal mould to bear pressure.A through hole is respectively established in both sides at horizontal sealing lower sealing film seat 63-1, and the pull bar 63-17 of the left and right sides passes through hole, about two spring 63-15 to be enclosed within respectively two pull bar 63-17 upper and by locking nut 63-16 locking.
Envelope mould parts are positioned at horizontal sealing lower seal mould parts top in the described horizontal sealing, and envelope mould parts comprise in the horizontal sealing plate 63-21, upper thermal insulation board 63-22, upper heated seats 63-23, upper envelope mould 63-24 in envelope die holder 63-20, the entablature, promote screwed pipe 63-25, promote link block 63-26 in the horizontal sealing, locking nut 63-27, upper envelope mould regulating spring 63-28, envelope mould install lock handle 63-29, upper envelope mould air cylinder lifting device 63-30, guide block 63-42.
Two guide block 63-42 added the hollow-core construction that upper end plate forms about envelope die holder 63-20 was clamped by the front and back biside plate in this horizontal sealing, plate 63-21 is positioned at the inside, envelope die holder 63-20 lower end in the horizontal sealing in this entablature, pass in the horizontal sealing upper end plate guide hole of envelope die holder 63-20 by the locking double-screw bolt on the plate 63-21 in the entablature, then lock nut and be stuck in the entablature on the plate 63-21.Can be up and down by the upper end plate guide hole of envelope die holder 63-20 in the horizontal sealing on the plate 63-21 in this crossbeam.Plate 63-21 has a plurality of spring positions hole to be used for placing a plurality of upper envelope molding pressure spring 63-28 in this entablature, and present embodiment has three spring position holes to be used for placing three upper envelope molding pressure spring 63-28, plays to add that strong pressure is gentle to rush to the effect of envelope mould.Plate 63-21, upper thermal insulation board 63-22, upper heated seats 63-23, upper envelope cutter film 63-24 are arranged in order from top to down in this entablature, and by 4 envelope moulds envelope die holder 63-20 in lock handle 63-29 and the horizontal sealing of bolt-locking composition are installed.
The two lifting screwed pipe 63-25 that are positioned at the left and right sides pass from below to up respectively and seal two guide block 63-42 about die holder 63-20 in the horizontal sealing, then put and promote link block 63-26, be locked at locking nut 63-27 again and seal in the horizontal sealing on the die holder 63-20, be used for pull bar 63-17 displacement position-limiting.
Two pull bar 63-17 of the left and right sides vertically pass respectively the guide hole at envelope two ends, the die holder 62-20 left and right sides in horizontal sealing lower seal die holder 63-1 and the horizontal sealing, this pull bar 63-17 upper end is connected with drawhead link block 63-18 by screw thread, this two pull bar 63-17 lower end cylinder lever connecting rod and driver plate link block 63-19, be connected with connection driver plate 60-1 with driver plate link block 63-19 by pull bar, move up and down by envelope die holder parts in the pull bar 63-17 drive horizontal sealing.
Described upper envelope mould air cylinder lifting device 63-30 comprises link block 63-31, upper H type link block 63-32, H type middle brace rod 63-33, H type upper connecting rod 63-34, spring link block 63-35, solid saddle 63-36, return spring coupling seat 63-37, cylinder coupling seat 63-38, return spring 63-39, upper cylinder head contiguous block 63-40, drawhead link block 63-18, upper cylinder 63-41.Wherein, an end that is positioned at the H type upper connecting rod 63-34 of top is connected with upper cylinder head link block 63-40 two ends, this upper cylinder head coupling block 63-40 is connected with the end of upper cylinder 63-41, the other end of this upper cylinder 63-41 is installed in cylinder coupling seat 63-38, this cylinder coupling seat 63-38 is fixed on the solid saddle 63-36, this return spring 63-39 one end is connected with the upper end that is positioned at right side H type middle brace rod 63-33 by spring contiguous block 63-35, the other end of this return spring 63-39 be contained on the solid saddle 63-36 on the H type link block 63-32.(seeing Fig. 6 e)
The lower end of the H type middle brace rod 63-33 of this left and right sides is connected with the upper link block 63-31 of the left and right sides respectively, about six through holes are respectively arranged on two upper H type link block 63-32, be respectively three the through hole A1 in front, through hole B1, through hole C1 and three the through hole A2 in back, through hole B2, through hole C2.
About among the two pull bar 63-17, each pull bar 63-17 passes respectively the through hole of envelope die holder 63-20 in the horizontal sealing; And by spring 63-15, locking nut 63-16 pull bar 63-17 is locked in the horizontal sealing on the envelope die holder 63-20, pull bar 63-17 lower end is equipped with pull bar and driver plate link block 63-19, be used for connecting driver plate 60-1, this connects driver plate 60-1 by the motion of driven by motor cam structure, realize sealing moving up and down of die holder 63-20 in the horizontal sealing, realize the elevated height of envelope die holder 63-20 in the horizontal sealing.When upper cylinder 63-41 action live lever stretched, upper H type link block 63-32 was in vertical state, and envelope die holder 63-20 in a state of nature in the horizontal sealing; When upper cylinder 63-41 action live lever is shunk, upper cylinder head coupling block 63-40 drives upper H type link block 63-32 swing by connecting bearing pin, should connect with upper link block 63-31 by bearing pin upper H type link block 63-32 lower end, should connect with lifting link block 63-26 by bearing pin by upper link block 63-31, this promotes link block 63-26 and connects with envelope die holder 63-20 in the horizontal sealing, so when upper cylinder 63-41 action drives upper H type link block 63-32 swing, envelope die holder 63-20 will upwards promote certain height in the horizontal sealing, the secondary elevated height of envelope mould 63-24 in the realization.
During start work, it is that moving point, through hole C2 are that moving point swings to the left that the elongation of upper cylinder 63-41 axle center promotes upper H type link block 63-32 upper end through hole C1, because moving point through hole B1 is that moving point, through hole B2 are that moving point is constant with the relative pull bar 63-17 of pull bar 63-17 tie-point locus, thereby making through hole moving point A1 is that moving point, through hole A2 are that moving point swings the upper link block 63-31 swing of drive left, at this moment thereby envelope die holder 63-20 moves downward minimum point in the drive horizontal sealing, goes up H type link block 63-32 and is positioned at vertical position.During envelope, driven by motor cam structure motion drive connects driver plate 60-1 and moves up and down, and connects on the driver plate 60-1 because pull bar 63-17 is bound up on, thereby realizes sealing moving up and down of die holder 63-20 in the horizontal sealing, finishes the process that envelope is pressed.
Simultaneously, the elongation of jacking cylinder 63-14 axle center, the lower seal mould 63-6 that lifting pin 63-12 will connect with carrying seat board 63-3 is along the positive reinforced seat 63-2 of the pipe jacking 10cm that makes progress, at this moment lower seal mould 63-6 is in the extreme higher position, then the elongation of stingy cylinder 63-9 axle center is released limiting cushion block 63-10 and is blocked spacing deck in the middle of the lifting pin 63-12, the pressure when helping lower seal mould 63-6 to bear envelope mould 63-24 to press down.
Shown in Fig. 6 G; during shutdown; it is that moving point, through hole C2 are that moving point swings to the right that the upper H type link block 63-32 of pulling upper end through hole C1 is shunk in upper cylinder 63-41 axle center; because through hole B1 is that moving point, through hole B2 are that moving point is pull bar 63-17 tie-point; pull bar 63-17 locus is constant relatively; thereby making through hole A1 is that moving point, through hole A2 are that moving point swings the upper link block 63-31 swing of drive to the right, and envelope die holder 63-20 moves upward to peak in the horizontal sealing thereby drive.At this moment, the distance between upper envelope mould 63-24 and the lower seal mould 63-6 is pulled open greatly, has realized the high-order stopped status of envelope mould 63-24 in the horizontal sealing, thereby so that envelope mould 63-24 can not scald coating materials in the horizontal sealing, or make the coating materials temperature distortion, reduced the generation of waste product, energy savings; When wearing film, replacing envelope mould, the staff also is difficult for being burned, more convenient operation, and the time and labour saving has been improved operating efficiency widely.
At this moment, shrink in stingy cylinder 63-9 axle center, and the limiting card seat that limiting cushion block 63-10 detaches in the middle of the pre-rising stem 63-12 is put; Shrink in jacking cylinder 63-14 axle center, and the lower seal mode structure descends and lies on the horizontal sealing lower seal die holder 63-1, and at this moment lower seal mould 63-6 is in extreme lower position; Thereby so that the distance between upper envelope mould 63-24 and the horizontal sealing lower seal mould 63-6 strengthens, when being in shutdown or changing coating materials, can not scald coating materials, reduce the generation of waste product, energy savings; When wearing film, replacing envelope mould, the staff also is difficult for being burned, and is easy to operate, and the time and labour saving has been improved operating efficiency widely.
Shown in Fig. 6 k, described plain edition horizontal sealing cooling device 64 is by envelope die holder 64-8, upper silica gel plate 64-9, upper refrigerating seat 64-10, upper spring 64-11, bourdon tube are just covering 64-12, link block 64-13 in horizontal sealing lower seal die holder 64-1, lower silica gel plate 64-2, lower refrigerating seat 64-3, pull bar 64-4, pull bar and driver plate link block 64-5, spring 64-6, locking nut 64-7, the horizontal sealing, gear 64-14, adjusting handle 64-15 form.
Described horizontal sealing lower seal die holder 64-1 is disposed across on the fuselage on the plane, place lower silica gel plate 64-2 and lower refrigerating seat 64-3 above this horizontal sealing lower seal die holder 64-1 and by bolt-locking on horizontal sealing lower seal die holder 64-1, each through hole of this horizontal sealing lower seal die holder 64-1 two ends, about two pull bar 64-4 pass from the through hole at horizontal sealing lower seal die holder 64-1 two ends respectively, this two pull bar 64-4 lower end connects with connection driver plate 60-1 by two pull bars and driver plate link block 64-5, this pull bar 64-4 transports up and down merit with connecting driver plate 60-1, about two spring 64-6 be enclosed within respectively on the two pull bar 64-4, and place vertically on horizontal sealing lower seal die holder 64-1 upper face, this locking nut 64-7 and pull bar 64-4 intermediate thread linking springs 64-6, top also being equipped with of this spring 64-6 sealed die holder 64-8 in the horizontal sealing, envelope die holder 64-8 underrun bolt is locked silica gel plate 64-9 and upper refrigerating seat 64-10 from top to bottom in this horizontal sealing, two upper spring 64-11 are enclosed within respectively on the two pull bar 64-4, and place vertically on horizontal sealing lower seal die holder 64-1 upper face, this upper spring pipe is just covering 64-12 and is being connected locking upper spring 64-11 with pull bar 64-4 intermediate thread by nut.These two ends, horizontal sealing lower seal die holder 64-1 front side respectively are equipped with a link block 64-13 and are used for installing adjusting handle 64-15, this adjusting handle 64-15 is near the cogged 64-14 of place, two ends, adjusting handle 64-15 rotation is rotated adjusting handle 64-15 and can be regulated this whole front and back position that is installed on the fuselage by gear 64-14 and the engagement of fuselage tooth bar.This plain edition horizontal sealing cooling device 64 is be used to the envelope of the coating materials after the heat seal of colding pressing line part.
Described pull bar 64-4 is by pull bar and driver plate link block 64-5 and connect driver plate 60-1 connection, and when fuselage connect driver plate 60-1 motion, envelope die holder 64-8 did and transports up and down merit in the drive horizontal sealing.When upper refrigerating seat 64-10 presses down and contacts with lower refrigerating seat 64-3, realize that envelope is cooled off at envelope line place after the coating materials heat seal presses.
Such as Fig. 6 m, Fig. 6 n, the described traction electric machine of Fig. 6 o, traction rubber roll, cut part 67, comprise that upper cutter device, lower cutter device, rubber roll draw-gear, cutting knife move forward and backward adjusting device and cut actuator.
Described upper cutter device comprises upper cutter mount pad 67-14, upper cutter 67-15, limited block 67-13, link block 67-18.Each one is installed on the vertical screen of the Cutter apron 67-12 about this limited block 67-13.This upper cutter mount pad 67-14 is installed in the middle of the two limited block 67-13, and this limited block 67-13 restriction Cutter apron motion track is only moving up and down upper cutter 67-15 with straight line.This upper cutter 67-15 is installed on the upper cutter mount pad 67-14, with the one by one cut-out of lower cutter 67-17 realization to the moulding bag, becomes the final finished part.Two link block 67-18 and cut actuator connect, the power resources that move up and down for upper cutter 67-15.
Described lower cutter device comprises lower cutter mount pad 67-16, lower cutter 67-17, Cutter apron base plate 67-11, the vertical screen of Cutter apron 67-12, adjustment screw clamping block 67-35.This Cutter apron base plate 67-11 is installed on the rear body framework 60.Each one is installed on lower cutter mount pad 67-16 both sides about the vertical screen of this Cutter apron 67-12.This lower cutter mount pad 67-16 is installed on the Cutter apron base plate 67-11.This lower cutter 67-17 is installed on the lower cutter mount pad 67-16, with the one by one cut-out of upper cutter 67-15 realization to the moulding bag, becomes the final finished bag.This adjustment screw clamping block 67-35 connects adjustment screw 67-23 and Cutter apron base plate 67-11, drives whole cutter (comprising upper cutter device and lower cutter device) and does the front and back offset movement.
Described rubber roll draw-gear comprises rubber covered roller seat base plate 67-1, the vertical screen of rubber covered roller seat 67-2, lower traction rubber roll 67-8, upper compression rubber roll 67-9, rubber roll clamping cylinder 67-3, rubber roll clamping cylinder seat 67-4, connects compact heap 67-5, rubber roller bearing 67-6, bearing cap 67-7, synchronous pulley 67-10, reinforcing struts 67-28.This rubber covered roller seat base plate 67-1 is installed on the rear body framework 60, and is positioned at Cutter apron base plate 67-11 rear, and with screw lock on plane on the fuselage.This rubber covered roller seat base plate 67-1 each side installs the vertical screen of rubber covered roller seat 67-2.This time traction two ends, rubber roll 67-8 left and right sides spindle nose installation shaft is held and is installed on the vertical screen of the rubber covered roller seat 67-2.The vertical screen of this rubber covered roller seat 67-2 respectively installs a bearing cap 67-7 in the outside, and realization is spacing to lower traction rubber roll 67-8's.This synchronous pulley 67-10 is installed on lower traction rubber roll 67-8 one side shaft head, connects by Timing Belt and motor 67-34, drives lower traction rubber roll 67-8 and rotates.Upward compression rubber roll 67-9 two ends spindle nose is respectively installed a rubber roller bearing 67-6 and is installed on the U-shaped groove of the vertical screen of rubber covered roller seat 67-2.About on the screw of the vertical screen of this rubber covered roller seat 67-2 upper surface a rubber roll clamping cylinder seat 67-4 is installed respectively, about a rubber roll clamping cylinder 67-3 respectively is installed on the two rubber roll clamping cylinder seat 67-4.The terminal installation in this rubber roll clamping cylinder 67-3 axle center connects compact heap 67-5, connect by connecting compact heap 67-5 and rubber roller bearing 67-6, and rubber roll clamping cylinder 67-3 axle center is flexible, compression and the disengaging of compression rubber roll 67-9 and lower traction rubber roll 67-8 in realizations.Lower traction rubber roll 67-8 and upper compression rubber roll 67-9 form a rubber roll group, realize traction and the conveying function of coating materials.Two reinforcing struts 67-28 are fixed on the upper end of the vertical screen of two rubber covered roller seats 67-2.
Described cutting knife moves forward and backward adjusting device, comprises that adjustment seat 67-22, adjustment screw 67-23, coupling shaft sleeve 67-24, Cutter apron displacement cylinder 67-25, axle center connect cylinder locking piece 67-26, adjusting handle 67-27, regulating shaft 67-36, line gear 67-37.Each one group is installed on the corresponding screw of rubber covered roller seat base plate 67-1 one side about this axle center connection cylinder locking piece 67-26, each axle center is terminal about this Cutter apron displacement cylinder 67-25 connects cylinder locking piece 67-26 connection with the axle center, and this Cutter apron displacement cylinder 67-25 cylinder body is installed by end face and adjustment seat 67-22 connects.About the front end of two adjustment screw 67-23 by adjustment screw clamping block 67-35 and Cutter apron base plate 67-11 connection.Coupling shaft sleeve 67-24 connection adjustment seat 67-22 is passed in two adjustment screw 67-23 rear ends about this.This coupling shaft sleeve 67-24 is installed on the adjustment seat 67-22 by two groups of ball bearings of adjustment seat 67-22 front/rear end, and this coupling shaft sleeve 67-24 respectively installs a line gear 67-37 in the rear end.Regulating shaft 67-36 is installed on the adjustment seat 67-22, and a line gear 67-37 respectively is installed about regulating shaft 67-36, and the line gear engagement of installing with coupling shaft sleeve 67-24 rear end.This adjusting handle 67-27 is installed on regulating shaft 67-36 one end end side, when adjusting handle 67-27 rotates, driving regulating shaft 67-36 rotates, line gear on the regulating shaft 67-36 rotates, line gear on the coupling shaft sleeve 67-24 that is meshed with it rotates synchronously, drive coupling shaft sleeve 67-24 and rotate, coupling shaft sleeve 67-24 rotates and makes adjustment screw 67-23 generation mobile, and it is mobile to drive whole cutter (the whole cutter that comprises upper cutter device and lower cutter installation composition).When Cutter apron displacement cylinder 67-25 moves, stretch in the axle center, because the axle center end connects cylinder locking piece 67-26 by the axle center and rubber covered roller seat base plate 67-1 fixes, at this moment the backward displacement of adjustment seat 67-22 that connects with Cutter apron displacement cylinder 67-25 cylinder body makes the backward displacement of cutter Integral synchronous that connects by adjustment screw 67-23.
Described cut actuator comprises connection pull bar 67-19, pendulum plate 67-20, power transmission shaft 67-21, affects connecting plate 67-29, connecting rod 67-30, bearing pin 67-31, eccentric wheel 67-32, crank axle 67-33, motor 67-34.This motor 67-34 is installed on fuselage one side by motor mounting plate, and this motor 67-34 axle center one side and eccentric wheel 67-32 mesopore connect, and this eccentric wheel 67-32 eccentric orfice is by crank axle 67-33 and connecting rod 67-30 one client link.This connecting rod 67-30 other end is by bearing pin 67-31 and affect connecting plate 67-29 one client link.This affects the connecting plate 67-29 other end and power transmission shaft 67-21 to connect.This power transmission shaft 67-21 each side connects a pendulum plate 67-20, this pendulum plate 67-20 and connection pull bar 67-19 connect, connecting pull bar 67-19 connects by link block 67-18 and upper cutter mount pad 67-14, move up and down thereby finally drive upper cutter 67-15 by a series of sequence, realize the cutting knife function.When motor 67-34 rotating band movable eccentric wheel 67-32 rotates, this affects, and connecting plate 67-29, connecting rod 67-30 are corresponding to do crank-motion, driving power transmission shaft 67-21 rotates, this power transmission shaft 67-21 by pendulum plate 67-20, connect pull bar 67-19 and drive upper cutter 67-15 and do moving up and down repeatedly, when motor 67-34 rotating band movable eccentric wheel 67-32 rotates a week, upper cutter 67-15 does round moving up and down once, finishes cutting function one time.
When the coating materials arrival off-position first time, motor 67-34 rotating band movable eccentric wheel 67-32 rotates, affect that connecting plate 67-29, connecting rod 67-30 are corresponding to do crank-motion, drive power transmission shaft 67-21 and rotate, power transmission shaft 67-21 by pendulum plate 67-20, connect pull bar 67-19 and drive upper cutter 67-15 and do moving up and down repeatedly; When motor 67-34 rotating band movable eccentric wheel 67-32 rotated a week, upper cutter 67-15 did round moving up and down once, finished for the first time and cut off; Cutter apron displacement cylinder 67-25 action this moment, stretch in the axle center, backward displacement of adjustment seat 67-22 with the cylinder body connection, make the backward displacement of Cutter apron Integral synchronous that connects by adjustment screw 67-23, when Cutter apron global displacement to coating materials was done for the second time off-position, motor 67-34 rotating band movable eccentric wheel 67-32 rotated a week again, and upper cutter 67-15 does round moving up and down once, finish for the second time and cut off, thus the secondarily cutting function of the two cutters of realization.
Shown in Fig. 6 h, 6l, rewinding conveyer belt apparatus 68 comprises: stainless steel frame 68-1, connecting rod 68-2, F type mounting rod 68-3, frid 68-4, slide plate bar 68-5, extension bar 68-6, adjusting installing plate 68-7, support bar 68-8, link block 68-9, guide block 68-10, round nut 68-11, adjusting screw(rod) 68-12, motor 68-13, bearing block 68-14, bevel gear 68-15, bevel gear 68-16, rubber roll 68-17, roller 68-18, roller 68-19, roller 68-20, conveyer belt 68-21.(all around direction is according to the direction all around on Figure 61)
The parallel screwed hole one that is placed with faces up before and after this two connecting rod 68-2, about respectively have two otch to cooperate with two connecting rod 68-2 respectively on the two F type mounting rod 68-3 bottoms and pass through bolt-locking.About two frid 68-4 notches be locked at inwards the inboard front lower end of two F type mounting rod 68-3, and cooperate flexible connection with the left and right sides slide plate bar 68-5 that is locked at back body top, can be used for regulating rewinding conveyer belt apparatus picking bag position, behind location positioning, by frid 68-4 notch position below screwed hole is arranged, be tightened by bolts on slide plate bar 68-5.About two extension bar 68-6 be locked at upper end before the two F type mounting rod 68-3 inboards, and load onto roller 68-20 at two extension bar 68-6 front end installing holes.About two support bar 68-8, one end connect respectively about two slide plate bar 68-5 middle part screwed hole, about the two support bar 68-8 other ends respectively be locked in back body on the lower about two link block 68-9 be connected, form a triangular structure with supplemental support rewinding conveyer belt apparatus.Two adjusting installing plate 68-7 are installed in respectively two F type mounting rod 68-3 rear ends about this, about two bearing block 68-14 two regulate installing plate 68-7 indentation, there about being installed on respectively, between these two bearing block 68-14 rubber roll 68-17 is housed, this rubber roll 68-17 left end is equipped with bevel gear 68-16, this bevel gear 68-16 and the bevel gear 68-15 engagement that is installed on the adjusting installing plate 68-7 rear end motor 68-13, rotate drive rubber roll 68-17 by motor 68-13 and rotate, thus the driving conveying belt motion.This roller 68-18 is installed in and regulates installing plate 68-7 front end; This roller 68-19 two ends are installed in two and regulate in the slotted hole that arranges in the middle of the installing plate 68-7, are used for regulating moving up and down of spacing roller 68-19, and this stretching conveyer belt 68-22 the place ahead is wrapped on the roller 68-20, and this conveyer belt 68-21 rear is wrapped in roller 68-17; Load onto guide block 68-10 on this two adjustings installing plate 68-7 slotted hole, two guide block 68-10 intermediate throughholes were loaded onto round nut 68-11 about two adjusting screw(rod) 68-12 one ends passed about this, and two adjusting screw(rod) 68-12 other ends have individual annulus to overlap the two ends, the left and right sides of upper roller 68-19 about this; This conveyer belt 68-21 is a ring, interior snare has the roller 68-20 of front end and the middle roller 68-19 of rubber roll 68-17 of rear end, be positioned at the roller 68-18 that roller 68-19 is close to previously outside the circle, by round nut 68-11 adjusting roller 68-19 height, thereby make conveyer belt 68-21 stretching; Stainless steel frame 68-1 by bolt-locking on connecting rod 68-2.
68 effects of rewinding conveyer belt apparatus are when finished bag reaches predetermined number, and conveyer belt moves a certain distance sends in batch finished bag, realize that the batch automatic material receiving of finished bag is carried.
When finished bag reaches predetermined number, motor 68-13 motion, band dynamic bevel gear 68-15 rotates, bevel gear 68-15 drives the bevel gear 68-16 rotation with its engagement, thereby drive rubber roll 68-17 running, make simultaneously forward operation of many conveyer belt 68-21, mobile certain fed distance.
The realization flow of middle envelope bag function is as follows: coating materials connects film unwinding device 1 by not shutting down to refute, and realizes that the not stop unwinding of coating materials is supplied with.Spoon frame plate profiled part 41 in the forebody device 4, seal moulding in the realization, its specific works principle is that coating materials passes the i.e. four banding moulding Stainless Molding Board 41-9 of middle envelope, and forming cone wheel load spoon 41-4, moulding guiding press spoon 41-5, moulding fork spoon 41-6, moulding guiding spoon 41-7 to amount to moulding with coating materials along moulding Stainless Molding Board 41-9.The heating rod heating that weight type longitudinal sealing heater 42 upper and lower envelope die holders are installed by its inside, envelope die holder 42-27, longitudinal sealing lower seal die holder 42-5 pass to upper envelope mould 42-35, lower seal mould 42-9 to temperature on the longitudinal sealing, envelope die holder 42-7 moves up and down under the machine driving of complete machine motor drives on the longitudinal sealing, comes and goes to repeat to finish heat seal envelope system.Weight type longitudinal sealing cooling device 43, the heat seal of sealing in realization envelope system and cooling envelope system.The cold water circulation duct of upper lower seal die holder the inside configuration cycles, by cyclic water tank circulation-supplied cooling water, lower seal mould in the cooling, upper envelope die holder moves up and down under the machine driving of complete machine motor drives, and comes and goes to repeat to finish cold cut envelope system.Traction electric machine, traction rubber roll component 46 are realized the traction of coating materials is carried.Many groups horizontal sealing heating secondary lifting device 63 in the rear body 6, the heat seal envelope system of organizing plain edition horizontal sealing cooling device 64, realization horizontal sealing and cooling envelope are made more.Middle envelope fork stand body component 45, the stereo function that seals in the realization.Its operation principle is when coating materials during by middle envelope fork stand body component 45, be equipped with corresponding stainless steel forming panel by required stereo shaping size, by the insertion position of control fork plate 45-7, coating materials is pitched into required coating materials along stainless steel forming panel two side positions simultaneously.Traction electric machine, traction rubber roll, cut part 67 realize that coating materials is carried and the cut-out of single sack.Its specific works principle is that traction rubber roll group clamps coating materials, and traction electric machine drives traction rubber roll group and rotates, and coating materials is carried to front transfer with traction rubber roll group; The upper cutter that the motor traction drives cut part moves up and down, and upper cutter moves down once, cooperates in lower cutter and finishes cutting function one time.Rewinding conveyer belt apparatus 68 realizes that the batch of finished bag receives and conveying.
The realization flow of three banding bag functions is as follows: coating materials connects film unwinding device 1 by not shutting down to refute; realizing the not stop unwinding supply of coating materials. its specific works principle is when machine will be started working material loading; on giving two, puts in the control air valve film frame lifting cylinder 12-3 inflation; make the cylinder axle center extend the lower support frame 12-2 that lowers; load onto coating materials; then controlling air valve makes the cylinder return promote lower support frame 12-2, coating materials rising, normal feed.When coating materials runs low (approximately coating materials can satisfy machine normal operation 10 minutes), operating personnel change to coating materials and put film roller position, at this moment machine continuous firing from underlying film roller position; Operating personnel control air valve and put film frame lifting cylinder 12-3 inflation on two, make the cylinder axle extend the lower support frame 12-2 that lowers, another is put the film roller load upper new coating materials, and this is put the film roller be placed on the lower support frame 12-2, control again air valve and make the cylinder return promote lower support frame 12-2, make new coating materials rise to the operating position; When on put film roller position coating materials when being finished, the traction electric machine stall of the fixed traction roller 11-1 of hold-down roller group is cut off the coating materials of putting between film roller and the hold-down roller group with blade, with adhesive tape it is received on the locational coating materials of lower displacement film roller; Then the traction electric machine of the fixed traction roller 11-1 of hold-down roller group starts, and machine works on.
To cutting doubling moulding rack device 2, realize that the single piece type coating materials is to being cut into two-piece type.To be coating materials form doubling along folded film set square 23-2 to its specific works principle, and coating materials cuts to cutting in the drift angle coating materials place, the outside (seeing Fig. 2 d) of the knife face of cutting knife 23-4 being stretched out folded film set square 23-2, forms up and down two coating materials.Weight type longitudinal sealing heater 42, weight type longitudinal sealing cooling device 43 in the forebody device 4, the heat seal of sealing in realization envelope system and cooling envelope system.The heating rod heating that weight type longitudinal sealing heater 42 upper and lower envelope die holders are installed by its inside, envelope die holder 42-27, longitudinal sealing lower seal die holder 42-5 pass to upper envelope mould 42-35, lower seal mould 42-9 to temperature on the longitudinal sealing, envelope die holder 42-7 moves up and down under the machine driving of complete machine motor drives on the longitudinal sealing, comes and goes to repeat to finish heat seal envelope system.Weight type longitudinal sealing cooling device 43, the heat seal envelope system of sealing in the realization and cooling envelope system: the cold water circulation duct of upper lower seal die holder the inside configuration cycles, by cyclic water tank circulation-supplied cooling water, lower seal mould in the cooling, upper envelope die holder moves up and down under the machine driving of complete machine motor drives, and comes and goes to repeat to finish cold cut envelope system.Traction electric machine, traction rubber roll component 46, realize the traction of coating materials is carried: traction rubber roll group clamps coating materials, and traction electric machine drives traction rubber roll group and rotates, and coating materials is carried to front transfer with traction rubber roll group.Many groups horizontal sealing heating secondary lifting device 63 in the rear body 6, the heat seal envelope system of organizing plain edition horizontal sealing cooling device 64, realization horizontal sealing and cooling envelope are made more.Traction electric machine, traction rubber roll, cut part 67 realize that coating materials is carried and the cut-out of single sack, and its specific works principle is that traction rubber roll group clamps coating materials, and traction electric machine drives traction rubber roll group and rotates, and coating materials is carried to front transfer with traction rubber roll group; The upper cutter that the motor traction drives cut part moves up and down, and upper cutter moves down once, cooperates in lower cutter and finishes cutting function one time.Rewinding conveyer belt apparatus 68 realizes that the batch of finished bag receives and conveying.Its specific works principle: when the finished bag that cuts off is fallen when reaching set batch on the conveyer belt one by one, the feeding electric machine rotation, driving conveying belt moves a certain distance when making things convenient for rewinding, motor stops, conveyer belt is static, when reaching next time in batches, motor rotates again, and conveyer belt is carried transmission again.
The realization that adds end folding end self-support bag function is by following flow process: coating materials connects film unwinding device 1 by not shutting down to refute, and realizes the not stop unwinding supply of coating materials; To cutting doubling moulding rack device 2, realize that the single piece type coating materials is to being cut into two-piece type or being folded in half into connect together two-layer up and down, its specific works principle is that coating materials forms doubling along folded film set square 23-2, coating materials cuts to cutting in the drift angle coating materials place, the outside (seeing Fig. 2 d) of the knife face of cutting knife 23-4 being stretched out folded film set square 23-2, forms up and down two coating materials.Self-standing device 3 when adding end self-support bag, needs to add end counterdie coating materials, realizes adding end self-support function by adding end self-support shaped device 32.Adding the counterdie material is positioned on the two basolateral membrane discharge plate 32-1, by the vertical small roller 32-5 of vertical roller rubber roll group, vertical traction pressure roller 32-6, vertical traction rubber roll 32-7, vertical small roller 32-8, vertical small roller 32-9, arrive doubling former 34-10, doubling former 34-10 is with this counterdie material doubling moulding, the counterdie of doubling moulding is forwards walked film between rubber roll 31-8 and the rubber roll 31-9, the counterdie of this doubling moulding and upper slice coating materials and lower coating materials meet between rubber roll 31-8 and the rubber roll 31-9, the counterdie of doubling moulding is positioned in the middle of a coating materials and the lower coating materials, continue to go ahead film to face adjusting roller 34-6, and these three coating materials are sent into next program.When two of disposable making add the end during Self stand bag, both sides add end self-support shaped device and move simultaneously.And when rolling over end self-support bag, need not to add coating materials, directly realize the self-support function by folding end self-standing device.Weight type longitudinal sealing heater 42, weight type longitudinal sealing cooling device 43 in the forebody device 4 realize that system is sealed in heat seal envelope system and the cooling of longitudinal sealing; Traction electric machine, traction rubber roll component 46 are realized the traction of coating materials is carried.Weight type longitudinal sealing heater 51, weight type longitudinal sealing cooling device 52 in the middle machine body device 5 when mmi machine body device can't a step be finished required longitudinal sealing moulding, are further realized heat seal envelope system and the cooling envelope system of required longitudinal sealing.Traction electric machine, traction rubber roll component 54 are realized the traction of coating materials is carried; Many groups horizontal sealing heating secondary lifting device 63 in the rear body 6, the heat seal envelope system of organizing plain edition horizontal sealing cooling device 64, realization horizontal sealing and cooling envelope are made more; Traction electric machine, traction rubber roll, cut part 67 realize that coating materials is carried and the cut-out of single sack; Rewinding conveyer belt apparatus 68 realizes that the batch of finished bag receives and conveying.
Slide fastener bag function is in original three banding bag functions or adds on the original basis of folding end self-support bag function, the end, increases the slide fastener gatherer at self-standing device 3, realizes that the importing of slide fastener raw material is supplied with.Weight type longitudinal sealing heater 42, weight type longitudinal sealing cooling device 43 in the forebody device 4 add heat seal envelope system and cooling envelope system that the slide fastener dividing plate is realized slide fastener.Ultrasonic wave mount pad 62 is installed the ultrasonic heat seal apparatus in the rear body device 6, realizes the pressing to the slide fastener interface.
The realization flow of four banding bag functions is as follows: coating materials connects film unwinding device 1 by not shutting down to refute, and realizes that the not stop unwinding of coating materials is supplied with; To cutting doubling moulding rack device 2, realize the preformed of coating materials.Spoon frame plate profiled part 41 in the forebody device 4 is realized four banding moulding.Weight type longitudinal sealing heater 42, weight type longitudinal sealing cooling device 43 in the forebody device 4 realize that system is sealed in heat seal envelope system and the cooling of longitudinal sealing.Four banding fork stand body components 45 are realized the stereo function of four bandings.Traction electric machine, traction rubber roll component 46 are realized the traction of coating materials is carried.Weight type longitudinal sealing heater 51, weight type longitudinal sealing cooling device 52 in the middle machine body device 5 realize that system is sealed in flanging heat seal envelope system and the cooling of four bandings.Traction electric machine, traction rubber roll component 54 are realized the traction of coating materials is carried.Many groups horizontal sealing heating secondary lifting device 63 in the rear body 6, the heat seal envelope system of organizing plain edition horizontal sealing cooling device 64, realization horizontal sealing and cooling envelope are made more.Traction electric machine, traction rubber roll, cut part 67 realize that coating materials is carried and the cut-out of single sack.Rewinding conveyer belt apparatus 68 realizes that the batch of finished bag receives and conveying.
The above, it only is preferred embodiment of the present utility model, be not that the utility model is done any pro forma restriction, although the utility model discloses as above with preferred embodiment, yet be not to limit the utility model, any those skilled in the art, within not breaking away from the technical solutions of the utility model scope, when the technology contents that can utilize above-mentioned announcement is made a little change or is modified to the equivalent embodiment of equivalent variations, in every case be the content that does not break away from technical solutions of the utility model, any simple modification that foundation technical spirit of the present utility model is done above embodiment, equivalent variations and modification all still belong in the scope of technical solutions of the utility model.

Claims (15)

1. full-automatic multifunctional multi-mode integrated bag making machine; it is characterized in that: it finishes and concentrates envelope, three bandings, four bandings, adds the Bag Making Machine of the multi-functional multi-standard integrated packaging bag of full-automatic making that support oneself in the end folding end, slide fastener is integrated; comprise: do not shut down to refute and connect film unwinding device (1); to cutting doubling moulding rack device (2); self-standing device (3); forebody device (4), middle machine body device (5) and rear body device (6), said apparatus is linked in sequence successively.
2. full-automatic multifunctional multi-mode integrated bag making machine according to claim 1, it is characterized in that wherein said do not shut down to refute connect film unwinding device (1) and comprise the not stop unwinding outside framework (11) of square and put film frame (12), be contained on the rear square bearer of stop unwinding outside framework (11) not put film frame (12) comprise two put the film frame namely be loaded on stop unwinding outside framework (11) top not on put the film frame and be loaded on the not underlying film frame of stop unwinding outside framework (11) below, put the film roller to be implemented in the non-stop-machine situation to change to be contained in to put on the film frame, thereby the coating materials on the more hyperphoric film roller is realized not shutting down coating materials and is supplied with;
Putting the film frame on described comprises and puts film roller (12-4) and two upper support frames (12-5), one end of these two upper support frames (12-5) is separately fixed on the wallboard outside, the left and right sides of the top of stop unwinding outside framework (11) not, the two ends that the other end of these two upper support frames (12-5) is put film roller (12-4) on fixing respectively, described underlying film frame comprises underlying film roller (12-1), two lower support framves (12-2) and two underlying film frame lifting cylinders (12-3), locking cylinder (12-6), latch segment (12-7), one end of these two lower support framves (12-2) is separately fixed on the wallboard outside, the left and right sides of the below of stop unwinding outside framework (11) not, the other end of these two lower support framves (12-2) is separately fixed at the two ends of underlying film roller (12-4), this two underlying film frame lifting cylinders (12-3) end is separately fixed at not stop unwinding outside framework (11) left and right sides wallboard outside, and this two underlying film frame lifting cylinders (12-3) other end is connected with two lower support framves (12-2) respectively; The locking cylinder (12-6) that is contained in respectively on two lower support framves (12-2) is connected with two latch segments (12-7) upper end respectively, the lower end of these two latch segments (12-7) is respectively with the locking of the both ends of underlying film roller (12-4) or unclamp, with locking with unclamp underlying film roller (12-1);
Described not stop unwinding outside framework (11) comprises the guide roller of a plurality of upper storage film roll row that is equipped with on the upper frame, be useful on the lower storage film roll row roller connecting plate (11-26) of fixing a plurality of lower storage film roll row guide rollers on the underframe, the guide rollers of a plurality of lower storage film roll rows are housed on two lower storage film roll row roller connecting plates (11-26) about this accordingly, are fixed on the fixed traction roller (11-1) of hold-down roller group of rear square bearer top and the movable carry-over pinch rolls (11-2) of hold-down roller group, be contained in a plurality of export orientation rollers of front square bearer and be contained in lifting cylinder (11-22) on the framework of the left and right sides; Wherein, movable carry-over pinch rolls (11-2) two ends of hold-down roller group that are positioned at fixed traction roller (11-1) top of hold-down roller group are connected with two the cylinder arrangement of clutch (11-21) that are contained in outside framework (11) respectively, the unclamping and compress of the movable carry-over pinch rolls (11-2) by cylinder arrangement of clutch (11-21) adjusting hold-down roller group and fixed traction roller (11-1);
The up and down two ends of these two lifting cylinders (11-22) are locked at not on stop unwinding outside framework (11) left and right sides by the cylinder connecting plate; axle center spindle nose of two cylinders (11-22) connects lifting cylinder and connects crossbeam (11-24) two ends installing hole about this; this lifting cylinder connects the upper close end positions of crossbeam (11-24) respectively has a pull bar mount pad to be used for installing pull bar (11-23); one on two pull bars (11-23) connect lifting cylinder and connect crossbeam (11-24); this two pull bars (11-23) other end connects lower storage film roll row roller connecting plate (11-26); each one is installed on inboard about stop unwinding outside framework (11) and on the lower storage film roll row roller connecting plate (11-26) lower storage roll row slide block (11-25) is installed about lower storage roll row rail plate (11-27); this time storage roll row slide block (11-25) is installed on the lower storage roll row rail plate (11-27); be connected with lower storage roll row slide block guide rail (11-27) by lower storage roll row slide block (11-25), lower storage roll row slide block (11-25) is realized sliding up and down at lower storage roll row rail plate (11-27).
3. full-automatic multifunctional multi-mode integrated bag making machine according to claim 1 is characterized in that: wherein saidly comprising cutting doubling moulding rack device (2):
--forming supporter housing (21), by a plurality of edger roll cylinders, a plurality of traction rubber rolls and a plurality of compression rubber roll, a plurality of clamping cylinders, a plurality of traction electric machine, barrel roll cylinder and system framework, wherein,
Described barrel roll cylinder (21-1) laterally is fixed on the rear square bearer bottom of framework, a traction rubber roll (21-3) and compression rubber roll (21-4) close contact, this traction rubber roll (21-3) vertically is connected to the interior centre of framework of forming supporter outside framework (21) by bearing block, this traction electric machine (21-13) is connected by adapter sleeve with the upper end spindle nose of this traction rubber roll (21-3), this compresses rubber roll (21-4) upper and lower side and is connected with two slide blocks (21-14) up and down respectively, two slide blocks (21-14) end has screwed hole, by bolt and oscillating bearing and terminal connection of axle center that is fixed on two clamping cylinders (21-5) that the framework inside ceiling panel is connected with base plate, a plurality of edger roll cylinders vertically are arranged on the interior rear of framework and in the both sides of this compression rubber roll (21-4);
The place ahead is horizontally arranged with one and compresses rubber roll (21-9) and a traction rubber roll (21-10) in framework, it is closely adjacent with traction rubber roll (21-10) that this compresses rubber roll (21-9), about these compression rubber roll (21-9) two ends are connected in by bearing on two movable blocks, two movable blocks the place ahead that is installed on framework by movable pin wherein, the other end of this two movable block is connected with placing two clamping cylinders (21-8) that compress rubber roll (21-9) top, by two clamping cylinders (21-8), realization compresses rubber roll 21-9 compression and unclamps; This is positioned at traction rubber roll (21-10) end that compresses rubber roll 21-9 below handgrip is installed, be used for manual adjustments, this traction rubber roll (21-10) other end is installed a transmission Timing Belt, synchronous pulley (21-12), and in transmission Timing Belt, synchronous pulley (21-12) below traction electric machine (21-11) is installed, drive traction rubber roll (21-10) work by this transmission Timing Belt, synchronous pulley (21-12);
--coating materials break-in structure (22), by guide wheel, guide wheel bar (22-1), transverse support bar (22-2), break-in folded film plate (22-3), oblique bracing piece (22-4), electric eye mounting rod (22-5), electric eye support displacement guide plate (22-6), edger roll cylinder (22-7), correction motor (22-8), adjusted guide plate (22-9), lower adjusting guide plate (22-10), adjusting screw (22-11), guide shaft (22-12), guide shaft cover (22-13), electric eye mount pad (22-14) forms, wherein, this guide wheel, guide wheel bar (22-1) end is by the vertical guide post at two guide wheel clamping frames rears, this guide wheel, the other end of guide wheel bar (22-1) is connected with an end of transverse support bar (22-2), and the other end of this transverse support bar (22-2) is connected with lower adjusting guide plate (22-10);
This electric eye mounting rod (22-5) and this electric eye support displacement guide plate (22-6) all vertically are fixed on the same side framework of rear square bearer of framework, two electric eye mount pads (22-14) are installed on the electric eye mounting rod (22-5), only do up and down straight-line displacement by electric eye support displacement guide plate (22-6) restriction electric eye mount pad (22-14).
This adjusted guide plate (22-9) and lower adjusting guide plate (22-10) are locked at respectively the top and bottom of guide shaft cover (22-13), the top and bottom of this guide shaft (22-12) vertically are fixed on respectively rear frame head plate and the base plate of framework, this guide shaft cover (22-13) is enclosed within the middle of this guide shaft (22-12), plays the effect of coating materials guiding;
The two ends of this edger roll cylinder (22-7) are connected with lower adjusting guide plate (22-10) with adjusted guide plate (22-9) respectively, and vertical parallel with guide shaft cover (22-13); The lower end of this break-in folded film plate (22-3) is connected with transverse support bar (22-2) lateral surface, on the upper end of this break-in lamina membranacea (22-3) and the adjusted guide plate (22-9) that is contained in edger roll cylinder (22-7) top, on this adjusted guide plate (22-9) adjusting screw (22-11) is housed, this adjusting screw (22-11) is connected with the correction motor (22-8) that is contained in the framework top; This edger roll cylinder (22-7) is used for the guiding of coating materials, detect by the coating materials on the edger roll cylinder (22-7) by electric eye mount pad (22-14) simultaneously, regulate the position of break-in folded film plate (22-3) by detection signal error correct motor (22-8); This break-in structure makes coating materials change to vertical transmission direction from the transmission direction of transverse horizontal;
This oblique bracing piece (22-4) lower end is connected with transverse support bar (22-2) medial surface, and this oblique bracing piece (22-4) upper end is connected with the top of guide shaft cover (22-13).
--folded film tripod device (23) is by edger roll cylinder (23-1), folded film set square (23-2), adjusting rod (23-3), form cutting knife (23-4) and folded film set square installing plate (23-5), wherein,
This edger roll cylinder (23-1) vertically is fixed in the framework at quadro frame rear, place the folded film set square (23-2) in the quadro frame vertically to be installed on the folded film set square installing plate (23-5), this folded film set square installing plate (23-5) is loaded on the framework top, and the drift angle of this leg-of-mutton folded film set square (23-2) places and compresses roller face height level between rubber roll (21-9) and the traction rubber roll (21-10);
One end of this adjusting rod (23-3) is connected with folded film set square (23-2), the other end of this adjusting rod (23-3) is fixed on the side frame in quadro frame the place ahead, regulates folded film set square (23-2) position by regulating adjusting rod (23-3);
This is fixed on the side frame in quadro frame the place ahead and is positioned at folded film set square (23-2) drift angle medial surface to cutting knife (23-4), this knife face to cutting knife (23-4) stretches out the coating materials place, the drift angle outside of folded film set square (23-2);
--swinging arm device (24) is by swing arm roller (24-1), swing arm roller (24-2), cylinder (24-3), arm shaft (24-4), swing arm (24-5 forms), wherein,
This arm shaft (24-4) vertically is fastened in the framework of forming supporter outside framework (21) by bearing block, this swing arm (24-5) up and down each one be locked at respectively arm shaft (24-4) upper and lower, the up and down two ends of this swing arm roller (24-1) and swing arm roller (24-2) up and down two ends are separately fixed in the swing arm (24-5) of top and bottom, axle center one end of this cylinder (24-3) is connected with swing arm (24-5) bottom, and the other end of this cylinder (24-3) is fixed in the framework of outside framework (21).
4. full-automatic multifunctional multi-mode integrated bag making machine according to claim 1, it is characterized in that wherein said forebody device (4) comprising: spoon frame plate profiled part (41), weight type longitudinal sealing heater (42), weight type longitudinal sealing cooling device (43), photocell eye mount pad (44), four banding fork stand body components (45), traction electric machine, traction rubber roll component (46), fuselage ring (47), wherein, spoon frame plate profiled part (41), weight type longitudinal sealing heater (42), weight type longitudinal sealing cooling device (43), photocell eye mount pad (44), four banding fork stand body components (45), traction electric machine, traction rubber roll component (46) is installed on the fuselage ring (47) sequentially.
5. full-automatic multifunctional multi-mode integrated bag making machine according to claim 1, it is characterized in that wherein said middle machine body device (5) comprising: overlap weight type longitudinal sealing heater (51) more, many cover weight type longitudinal sealing cooling devices (52), edge-neatening apparatus (53), traction rubber roll apparatus (54), fuselage ring (55) wherein, weight type longitudinal sealing heater (51), weight type longitudinal sealing cooling device (52), edge-neatening apparatus (53), traction rubber roll apparatus (54) is installed on the fuselage ring (55) sequentially;
Wherein said edge-neatening apparatus (53) comprising: wall seat (53-1), connecting rod (53-2), manage positive piece (53-3), installation shaft (53-4), roller (53-5), two link block (53-6) is installed, worm screw adjustment seat (53-8), edge iron mounting rod (53-9), regulate worm gear (53-10), edge iron (53-11), wherein, about two wall seats (53-1) be placed on respectively on fuselage two wallboards on the plane, two wall seat (53-1) bottom surfaces are provided with installing hole, two wall seats (53-1) are fixed on the fuselage, this connecting rod (53-2) two ends are connected with two wall seat (53-1) front end installing holes respectively, this is managed positive piece (53-3) and is installed on the outside intermediate plate face of left side wall seat (53-1), this installation shaft (53-4) passes across the middle installing hole of two wall seats (53-1), left end passes in the middle of managing positive piece (53-3), just realizing pipe by managing positive piece (53-3), the installation shaft of mobile roller (53-4) intermediate sleeve has the roller (53-5) of trough of belt, this roller (53-5) both sides are installed respectively link block (53-6) and link block (53-7) are installed, these edge iron mounting rod (53-9) two ends are installed link blocks (53-6) and link block (53-7) is installed is connected with two respectively, the both sides of this edge iron mounting rod (53-9) are equipped with two edge irons (53-11), are used for the unnecessary slitter edge of excision coating materials; On this installation link block (53-7) worm screw adjustment seat (53-8) is installed, edge iron mounting rod (53-9) right side is equipped with regulates worm gear (53-10), and the adjusting worm gear (53-10) in this worm screw adjustment seat (53-8) is that one group of worm and gear connects.
Wherein said traction rubber roll apparatus (54) comprising: wall seat (54-1), cylinder block (54-2), cylinder (54-3), link block (54-4), bearing block (54-5), bearing cap (54-6), traction rubber roll (54-7), compression rubber roll (54-8), adjusting handgrip (54-9), connecting rod (54-10), bearing (54-11), wherein
Two wall seats (54-1) are placed on respectively on the upper plane of fuselage about described, two wall seat (54-1) bottom surfaces are provided with installing hole about this, two wall seats (54-1) are fixed on the fuselage, about two cylinder blocks (54-2) are separately fixed at about described on the upper surface of two wall seats (54-1), about two cylinders (54-3) are separately fixed at about described on two cylinder blocks (54-2), by the cylinder axis heart action, make to compress rubber roll (54-8) compression or separation; About the U-shaped indentation, there of two wall seats (54-1) link block (54-4) respectively is installed, about bearing block (54-5) and bearing (54-11) are housed respectively on two link blocks (54-4), this bearing (54-11) is contained in bearing block (54-5) inside, is used for installing compression rubber roll (54-8); The below of described left and right sides link block (54-5) and bearing cap (53-6) is housed being positioned at wall seat lateral surface is used for installing traction rubber roll (54-7); Described compression rubber roll (54-8) two ends are contained in respectively in the left and right sides two bearings (54-11), the two ends of described traction rubber roll (54-7) are contained in the bearing of two left and right sides of the below that is positioned at bearing block (54-5), in traction rubber roll (54-7) left side regulating handle (54-9) is housed, traction rubber roll (54-7) is rotated, and the two ends of two connecting rods (54-10) are contained in the top of two wall seats (54-1).
6. full-automatic multifunctional multi-mode integrated bag making machine according to claim 1, it is characterized in that wherein said rear body device (6) comprises rear body framework (60), tension-adjusting gear (61), ultrasonic unit (62), many group horizontal sealing heating high-position lifting devices (63), many group plain edition horizontal sealing cooling devices (64), many group punch die mount pads (66), photocell eye mount pad (65), traction electric machine, the traction rubber roll, cut part (67), rewinding conveyer belt apparatus (68), wherein, this tension-adjusting gear (61), ultrasonic wave erecting device (62), many group horizontal sealing heating high-position lifting devices (63), many group plain edition horizontal sealing cooling lifting devices (64), photocell eye mount pad (65), punch die mount pad (66), traction electric machine, the traction rubber roll, cutter (67), rewinding conveyer belt apparatus (68) is contained on the rear body framework 60 successively.
7. the described full-automatic multifunctional multi-mode integrated bag making machine of any one according to claim 1-6, it is characterized in that described spoon frame plate profiled part (41) is by fork spoon mounting base (41-1), support portal frame (41-2), middle envelope i.e. four banding forming panel mount pads (41-3), forming cone wheel load spoon (41-4), moulding guiding spoon (41-5), moulding fork spoon (41-6), moulding guiding spoon (41-7), heat-resisting fabric mounting rod (41-8), stainless steel forming panel (41-9) forms, wherein, this fork spoon mounting base (41-1) horizontal is on the upper frame face of this fuselage ring, this type supports on two body side frames at rear that portal frame (41-2) vertically is fixed on this fuselage ring (47), should middle envelope be that four banding forming panel mount pads (41-3) are fixed on the upper ledge that supports portal frame (41-2), be used for installing stainless steel forming panel (41-9), this stainless steel forming panel (41-9) is positioned on the fork spoon mounting base (41-1), this forming cone wheel load spoon (41-4), moulding guiding spoon (41-5), moulding fork spoon (41-6), each two of moulding guiding spoons (41-7), laterally be installed in sequentially respectively the left and right sides of fork spoon mounting base (41-1) upper surface, being used for auxiliary stainless steel forming panel (41-9) makes coating materials finish envelope or four banding moulding, this heat-resisting fabric mounting rod (41-8) is positioned at the place ahead of moulding guiding spoon (41-7), and laterally is fixed on the plate face of fork spoon mounting base (41-1).
8. according to claim 7 full-automatic multifunctional multi-mode integrated bag making machine, it is characterized in that wherein said weight type longitudinal sealing heater (42) is by four pull bars (42-1), four springs (42-2), seal die holder (42-27) on many group longitudinal sealings, many group longitudinal sealing lower seal die holders (42-5), cylinder jacking apparatus (42-13), two connecting rods (42-20), two electric eye mount pads (42-22), stainless steel depression bar (42-23) forms, wherein, each pull bar (42-1) in these four pull bars (42-1) puts a spring (42-2), the top and bottom of these four pull bars (42-1) pass respectively the through hole of the through hole of two longitudinal sealing entablatures (42-29) and two longitudinal sealing sills (42-4) and by nut with two longitudinal sealing entablatures (42-29) and two longitudinal sealing sills (42-4) locking, pitman coupling (42-3) is equipped with in the lower end of each pull bar (42-1);
Seal die holder (42-27) on described many group longitudinal sealings, be placed on successively on the longitudinal sealing entablature (42-29), the upper end of sealing die holder (42-27) on each longitudinal sealing is provided with one and regulates the upper envelope die holder adjusting handle (42-36) that seals die holder (42-27) position on the longitudinal sealing, and the connecting rod that seals die holder adjusting handle (42-36) this on is horizontally through the through hole that the upper end of sealing die holder (42-27) on the longitudinal sealing is provided with; Seal die holder (42-27) top in each longitudinal sealing upper envelope die holder locking bolt (42-28) is installed, realization is locked and seals die holder (42-27) on the longitudinal sealing, in the middle of sealing die holder (42-27), each longitudinal sealing is provided with a plurality of upper envelope mould regulating springs (42-31), seal the lower end of die holder (42-27) on this each longitudinal sealing by locking nut (42-30) and upper longitudinal sealing mould mount pad (42-32) locking, from upper longitudinal sealing mould mount pad (42-32) lower end upper thermal insulation board (42-33) is installed successively, upper heated seats (42-34), there is through hole to be used to install heating rod in the middle of the upper envelope mould (42-35), heated seats on this (42-34);
Described many group longitudinal sealing lower seal die holders (42-5), be placed on successively on the longitudinal sealing sill (42-4), wherein, each longitudinal sealing lower seal die holder (42-5) left side is equipped with a lower seal die holder adjusting handle (42-19), about two jacking pole sockets (42-11) be installed on respectively in the middle of these longitudinal sealing lower seal die holder (42-5) two wallboards, be used for being connected and fixed wallboard, make simultaneously the guide pin bushing of this lifting pin (42-12); A carrying seat board (42-6) lies in this above longitudinal sealing lower seal die holder (42-5), at this lower thermal insulation board (42-7), lower heated seats (42-8), lower seal mould (42-9) are installed successively from the bottom up above the carrying seat board (42-6), pipe positive reinforced seat (42-10) is installed below carrying seat board (42-6), plays and strengthen carrying seat board (42-6) and manage the effect of just strengthening the lower seal mode structure; Above-mentioned longitudinal sealing lower seal die holder (42-5), carrying seat board (42-6), lower thermal insulation board (42-7), lower heating plate (42-8), five parts of lower seal mould (42-9) from bottom to up order are bolted whole lower seal mould of formation, and the two cover cylinder jacking apparatus (42-13) that the lower seal mould is installed by lower seal die holder (42-5) bottom surface are realized moving up and down;
Described two connecting rods (42-20), be installed on two longitudinal sealing sills (42-4) upper surface, each connecting rod (42-20) of the right and left, the front end of these two connecting rods (42-20) connects respectively the two ends of electric eye seat connecting rod (42-21), at this two electric eye mount pads (42-22) are installed above the electric eye seat connecting rod (42-21), described two stainless steel depression bars (42-23) place the rear of electric eye seat connecting rod (42-21), two double-screw bolts (42-26) about being contained on two connecting rods (42-20) pass respectively in the through hole that the two ends, the left and right sides of these two stainless steel depression bars (42-23) are provided with, these two double-screw bolts (42-26) overlap respectively upper spring, and use nut check;
Heat-resisting fabric mounting rod (42-25) is contained on two the heat-resisting fabric mount pads (42-24) that are fixed in the left and right sides, and above-mentioned member places connecting rod (42-20) afterwards; This heat-resisting fabric mounting rod (42-25) is used for heat-resisting fabric is installed, and avoids sealing mould and directly contacts with coating materials;
Described longitudinal sealing adjusting handle (42-37) is installed on the longitudinal sealing sill (42-4) by link block, and this longitudinal sealing adjusting handle (42-37) is each side installed a gear, the tooth chi engagement on this gear and the fuselage; When rotating longitudinal sealing adjusting handle (42-37), the hand wheel shaft that drives longitudinal sealing adjusting handle (42-37) rotates, and the corresponding rotation of gear makes weight type longitudinal sealing heater (42) can move forward and backward adjusting on fuselage; Should upward seal the both sides, hand wheel shaft front and back of die holder adjusting handle (42-36) and a gear respectively was installed, the tooth chi engagement of this gear and longitudinal sealing entablature (42-29);
9. full-automatic multifunctional multi-mode integrated bag making machine according to claim 8 is characterized in that wherein said every suit cylinder jacking apparatus (42-13) is comprised of lifting pin (42-12), jacking cylinder block (42-14), jacking cylinder (42-15), limiting cushion block (42-16), little cylinder mounting plate (42-17), little cylinder (42-18); Wherein lifting pin (42-12) end is provided with screw thread and is connected with jacking cylinder (42-15), this lifting pin (42-12) other end becomes tip just cooperating realization lower seal mould pipe with pipe positive reinforced seat (42-10) normal pore of tube, realize that by jacking cylinder (42-15) reduction the lower seal mould moves up and down simultaneously, this jacking cylinder block (42-14) side is equipped with little cylinder (42-18), and this little cylinder (42-18) spindle nose end connects limiting cushion block (42-16).
10. full-automatic multifunctional multi-mode integrated bag making machine according to claim 9, it is characterized in that described four banding fork stand body components (45) are by wallboard seat (45-1), sliding bar (45-2), slide (45-3), slide (45-4), adjusting bolt (45-5), forked standard (45-6), fork plate (45-7), adjusting bolt (45-8) forms, wherein, four banding fork stand body components (45) are disposed across on the fuselage on the plane, by about each wallboard seat (45-1) installing hole be locked on the fuselage, be positioned at the left and right sides on the upper surface that two the wallboard seats in the left and right sides (45-1) are fixed on fuselage ring, described two sliding bars (45-2) are located at respectively the front and back, these two sliding bars (45-2) two ends respectively with about two wallboard seats (45-1) be connected, these two slide bars (45-2) pass respectively slide (45-3) and the slide (45-4) that is positioned between the two wallboard seats (45-1), the top of the wallboard seat (45-1) of the left and right sides respectively arranges an adjusting bolt (45-8), these two adjusting bolts (45-8) pass across respectively two wallboard seats (45-1) upper end, left and right sides intermediate throughholes, one of them adjusting bolt (45-8) be connected left side slide (45-3) through hole whorl and connect, another adjusting bolt (45-8) slide (45-4) through hole whorl on the right of being positioned at is connected; Can regulate the position, the left and right sides of forked standard (45-6), fork plate (45-7) by these two adjusting bolts (45-8);
Be provided with vertical adjusting bolt (45-5) in the middle of each slide top, be provided with a forked standard (45-6) in the bottom of each slide, each cooperates two guide rods by being fixed on forked standard (45-6) with guide hole on the slide, each vertical adjusting bolt (45-5) is threaded with each slide, each adjusting bolt (45-5) lower end is connected with each forked standard (45-6)
Wherein said fuselage ring (47) comprising:
--two connect the framework two sides that driver plate (47-1) is separately positioned on fuselage ring (47), and connect with described pitman coupling (42-3);
--retainer (47-3), be installed on the connection driver plate (47-1), each front and rear that connects on driver plate (47-1) respectively arranges a retainer (47-3);
--eccentric shaft (47-2), each connects the spindle nose two ends with retainer (47-3);
--spacing guide wheel (47-4), be contained on the framework left and right sides of fuselage ring (47), two of each sides, and tangent with connection driver plate (47-1) rear and front end face, play restriction and connect the effect of driver plate (47-1) move left and right.
11. full-automatic multifunctional multi-mode integrated bag making machine according to claim 10 is characterized in that wherein said horizontal sealing heating high-position lifting device (63) comprising: be positioned at the horizontal sealing lower seal mould parts of below and be positioned at envelope mould parts two large divisions in the horizontal sealing of top;
Wherein said horizontal sealing lower seal mould parts are by horizontal sealing lower seal die holder (63-1), manage positive reinforced seat (63-2), carrying seat board (63-3), lower thermal insulation board (63-4), lower heated seats (63-5), lower seal mould (63-6), lifting pin guide bracket (63-11), cylinder jacking apparatus (63-7) forms, this carrying seat board (63-3) lies in above the described horizontal sealing lower seal die holder (63-1), this is equipped with lower thermal insulation board (63-4) from the bottom up successively above carrying seat board (63-3), lower heated seats (63-5), lower seal mould (63-6), pipe positive reinforced seat (63-2) is installed below this carrying seat board (63-3), play reinforcement carrying seat board (63-3) and pipe and just strengthening lower seal mould (63-6) effect, above-mentioned 5 parts are bolted and form whole lower sealing film, this horizontal sealing lower seal die holder (63-1) right side is equipped with horizontal sealing mould displacement adjusting handle (63-43), is used for regulating the position of horizontal sealing lower seal die holder (63-1); About two lifting pin guide brackets (63-11) be installed in the middle of horizontal sealing lower seal die holder (63-1) two wallboards, be used for being connected and fixed wallboard, make simultaneously the guide pin bushing of lifting pin (63-12), two cover cylinder jacking apparatus (63-7) respectively are installed about below this lower sealing film seat (63-1), and every suit cylinder jacking apparatus (63-7) is by lifting pin (63-12), jacking cylinder block (63-13), jacking cylinder (63-14), limiting cushion block (63-10), little cylinder mounting plate (63-8), little cylinder (63-9) forms; Wherein lifting pin (63-12) lower end has screw thread to be connected with jacking cylinder (63-14) upper end, this lifting pin (63-12) other end becomes tip just cooperating realization lower seal mould pipe with pipe positive reinforced seat (63-2) normal pore of tube, realizes that by jacking cylinder (63-14) reduction the lower seal mould moves up and down simultaneously; This jacking cylinder block (63-13) side is equipped with little cylinder mounting plate (63-8), this little cylinder (63-9) is contained on the little cylinder mounting plate (63-8), this little cylinder (63-9) head connects limiting cushion block (63-10), respectively establish a through hole in the both sides of horizontal sealing lower sealing film seat (63-1), the pull bar of the left and right sides (63-17) passes through hole, about two springs (63-15) to be enclosed within respectively pull bar (63-17) upper and by locking nut (63-16) locking;
Envelope mould parts comprise and seal die holder (63-20) in the horizontal sealing in the wherein said horizontal sealing, plate in the entablature (63-21), upper thermal insulation board (63-22), upper heated seats (63-23), upper envelope mould (63-24), promote screwed pipe (63-25), promote link block (63-26), locking nut (63-27), upper envelope mould regulating spring (63-28), the envelope mould is installed lock handle (63-29), upper envelope mould air cylinder lifting device (63-30), guide block (63-42), two guide blocks (63-42) add the hollow-core construction that upper end plate forms about sealing die holder (63-20) in this horizontal sealing and being clamped by the front and back biside plate, plate in this entablature (63-21) is positioned at and seals inside, die holder (63-20) lower end in the horizontal sealing, pass the upper end plate guide hole that seals die holder (63-20) in the horizontal sealing and be stuck on the plate in the entablature (63-21) by nut by the locking double-screw bolt on the plate in the entablature (63-21), can be up and down by the upper end plate guide hole that seals die holder (63-20) in the horizontal sealing on the plate in this crossbeam (63-21); Plate in this entablature (63-21) has a plurality of spring positions hole to be used for placing a plurality of upper envelope mould regulating springs (63-28), plays to add that strong pressure is gentle to rush to the effect of envelope mould; Plate in this entablature (63-21), upper thermal insulation board (63-22), upper heated seats (63-23), upper envelope mould (63-24) are arranged in order from top to down, and by sealing die holder (63-20) in a plurality of envelope moulds installation lock handles (63-29) and the horizontal sealing of bolt-locking composition;
The two lifting screwed pipes (63-25) that are positioned at the left and right sides pass from below to up respectively and seal two guide blocks (63-42) about die holder (63-20) in the horizontal sealing, and put the lifting link block (63-26) that is positioned at the left and right sides, be locked at by locking nut (63-27) again and seal in the horizontal sealing on the die holder (63-20), be used for pull bar (63-17) displacement position-limiting;
Two pull bars (63-17) of the left and right sides vertically pass respectively the guide hole that seals die holder (63-20) two ends, the left and right sides in horizontal sealing lower seal die holder (63-1) and the horizontal sealing, the upper end of two pull bars (63-17) is connected with drawhead link block (63-18) by screw thread, this two pull bar (63-17) lower end is connected with driver plate link block (63-19) with pull bar, be connected with connection driver plate (60-1) with driver plate link block (63-19) by pull bar, move up and down by envelope die holder parts in pull bar (63-17) the drive horizontal sealing, two on this spring (63-15) respectively passes pull bar (63-17), places on the upper plane of horizontal sealing lower seal die holder (63-1); Pull bar (63-17) is passed in each two stack of this locking nut (63-16) side, places spring (63-15) upward and with pull bar (63-17) respective threaded to cooperate locking spring (63-15);
Described upper envelope mould air cylinder lifting device (63-30) comprises link block (63-31), upper H type link block (63-32), coupling bar (63-33) in the middle of the H type, H type upper connecting rod (63-34), spring link block (63-35), solid saddle (63-36), return spring coupling seat (63-37), cylinder coupling seat (63-38), return spring (63-39), upper cylinder head coupling block (63-40), drawhead link block (63-18), upper cylinder (63-41); Wherein, be positioned at an end and upper cylinder head coupling block (63-40) two client links of the H type upper connecting rod (63-34) of top, this upper cylinder head coupling block (63-40) is connected with an end of upper cylinder (63-41), the other end of this upper cylinder (63-41) is installed in cylinder coupling seat (63-38), this cylinder coupling seat (63-38) is fixed on the solid saddle (63-36), this return spring (63-39) end is connected with the upper end that is positioned at right side H type middle brace rod (63-33) by spring contiguous block (63-35), the other end of this return spring (63-39) be contained on the solid saddle (63-36) on the H type link block (63-32), the lower end of coupling bar (63-33) is connected with the upper link block (63-31) of the left and right sides respectively in the middle of the H type of this left and right sides, about six through holes are respectively arranged on two upper H type link blocks (63-32), be respectively three through holes in front (A1), through hole (B1), three through holes in through hole (C1) and back (A2), through hole (B2), through hole (C2), one client link return spring (63-39) of this return spring coupling seat (63-37), the other end fixed connection seat board (63-36) of this return spring coupling seat (63-37).
12. full-automatic multifunctional multi-mode integrated bag making machine according to claim 11, it is characterized in that wherein said tension-adjusting gear (61) is by wall seat (61-1), connecting rod (61-2), roller (61-3), roller (61-4), roller (61-5), swing arm (61-6), spring fitting bar (61-7), spring (61-8), arm shaft (61-9), cylinder (61-10), axle (61-11), link block (61-12) forms, a wall seat (61-1) is each side arranged, the base plate of this wall seat (61-1) is fixed by screws on the framework upper horizontal plane of rear body framework (60), the two ends of this connecting rod (61-2) are fixed on the both ends of the surface in two wall seat (61-1) the place aheads, this spring fitting bar (61-7) vertically is fixed on an end of connecting rod (61-2), one end of this spring (61-8) is fixed on the spring fitting bar (61-7), the other end of this spring (61-8) is connected with fixedly swing arm (61-6), two wall seat (61-1) the place aheads about the front end of the swing arm of the left and right sides (61-6) is fixed on, wherein the place ahead and the rear of each swing arm (61-6) are provided with through hole, the through hole in two swing arms (61-6) the place ahead about the two ends of this roller (61-4) are passed, this roller (61-5) is installed on the axle (61-11), the through hole at two swing arms (61-6) rear about the two ends of this axle (61-11) are passed, the two ends, the left and right sides of this axle (61-11) respectively with about the spindle nose of two cylinders (61-10) connect, about the cylinder of the left and right sides (61-10) is installed on two link blocks (61-12), the rear of two wall seats (61-1) about the two ends of this roller (61-3) are fixed on.
13. full-automatic multifunctional multi-mode integrated bag making machine according to claim 12 is characterized in that wherein said described ultrasonic unit (62) comprising: lower (62-1), lower seal mould heated seats (62-2), lower seal mould (62-3), pull bar (62-4), drawhead (62-5), lower spring (62-6), locking nut (62-7), upper spring (62-8), upper locking nut (62-9), ultrasonic wave seat board (62-10), ultrasonic sound appratus (62-11); This lower (62-1) horizontal on fuselage two wallboards the plane, this lower is equipped with lower seal mould heated seats (62-2) above (62-1), this is equipped with lower seal mould (62-3) above lower seal mould heated seats (62-2), there is through hole at these lower (62-1) two ends, about two pull bars (62-4) pass from lower (62-1) two ends through hole respectively, this pull bar (62-4) lower end is equipped with drawhead (62-5) and is connect driver plate (60-1) connection, makes pull bar (62-4) can follow connection driver plate (60-1) and transports up and down merit.Two lower springs (62-6) are enclosed within respectively on two pull bars (62-4) about this, and place vertically on lower (62-1) upper plane, two locking nuts (62-7) are connected with two pull bars (62-4) intermediate thread about this, the upper Plane Installation of these two lower springs (62-6) has ultrasonic wave seat board (62-10), on this ultrasonic wave seat board (62-10) ultrasonic sound appratus (62-11) is installed, about two upper springs (62-8) to be enclosed within respectively two pull bars (62-4) upper and place vertically on the upper plane of ultrasonic wave seat board (62-10), this upper locking nut (62-9) is connected with pull bar (62-4) intermediate thread, locking upper spring (62-8); This ultrasonic sound appratus (62-11) is installed on the upper plane of ultrasonic wave seat board (62-10), but left and right horizontal is regulated its position.
14. full-automatic multifunctional multi-mode integrated bag making machine according to claim 13, it is characterized in that described traction electric machine, traction rubber roll, cut part (67), comprise that upper cutter device, lower cutter device, rubber roll draw-gear, cutting knife move forward and backward adjusting device and cut actuator, wherein
Described upper cutter device, by upper cutter mount pad (67-14), upper cutter (67-15), limited block (67-13), link block (67-18) forms, each one is installed on the vertical screen of Cutter apron (67-12) about this limited block (67-13), this upper cutter mount pad (67-14) is installed in the middle of two limited blocks (67-13), this upper cutter (67-15) is installed on the upper cutter mount pad (67-14), with the one by one cut-out of lower cutter (67-17) realization to the moulding bag, this two link block (67-18) connects with cut actuator;
Described lower cutter device, by lower cutter mount pad (67-16), lower cutter (67-17), Cutter apron base plate (67-11), the vertical screen of Cutter apron (67-12), adjustment screw clamping block (67-35) forms, wherein, this Cutter apron base plate (67-11) is installed on the rear body framework (60), each one is installed on lower cutter mount pad (67-16) both sides about the vertical screen of this Cutter apron (67-12), this lower cutter mount pad (67-16) is installed on the Cutter apron base plate (67-11), this lower cutter (67-17) is installed on the lower cutter mount pad (67-16), with the one by one cut-out of upper cutter (67-15) realization to the moulding bag, become the final finished bag, this adjustment screw clamping block (67-35) connects adjustment screw (67-23) and Cutter apron base plate (67-11), drives upper cutter device and lower cutter device and does the front and back offset movement;
Described rubber roll draw-gear is comprised of rubber covered roller seat base plate (67-1), the vertical screen of rubber covered roller seat (67-2), lower traction rubber roll (67-8), upper compression rubber roll (67-9), rubber roll clamping cylinder (67-3), rubber roll clamping cylinder seat (67-4), connection compact heap (67-5), rubber roller bearing (67-6), bearing cap (67-7), synchronous pulley (67-10), reinforcing struts (67-28); Wherein, this rubber covered roller seat base plate (67-1) is installed on the rear body framework, and be positioned at Cutter apron base plate (67-11) rear, and with screw lock on plane on the fuselage, this rubber covered roller seat base plate (67-1) is each side installed the vertical screen of a rubber covered roller seat (67-2), this time traction rubber roll (67-8) two ends, left and right sides spindle nose installation shaft is held and is installed on the vertical screen of rubber covered roller seat (67-2), a bearing cap (67-7) is respectively installed in the vertical screen of this rubber covered roller seat (67-2) outside, realization is spacing to lower traction rubber roll (67-8), this synchronous pulley (67-10) is installed on lower traction rubber roll (67-8) side shaft head, connect by Timing Belt and motor (67-34), driving lower traction rubber roll (67-8) rotates, upward compression rubber roll (67-9) two ends spindle nose is respectively installed a rubber roller bearing (67-6) and is installed on the U-shaped groove of the vertical screen of rubber covered roller seat (67-2), about on the screw of the vertical screen of this rubber covered roller seat (67-2) upper surface a rubber roll clamping cylinder seat (67-4) is installed respectively, about a rubber roll clamping cylinder (67-3) respectively is installed on the two rubber roll clamping cylinder seats (67-4), the terminal installation in this rubber roll clamping cylinder (67-3) axle center connects compact heap (67-5), connect with rubber roller bearing (67-6) by connecting compact heap (67-5), and rubber roll clamping cylinder (67-3) axle center is flexible, compress compression and the disengaging of rubber roll (67-9) and lower traction rubber roll (67-8) in the realization, this time traction rubber roll (67-8) forms a rubber roll group with upper compression rubber roll (67-9), realize traction and the conveying of coating materials, two reinforcing struts (67-28) are fixed on the upper end of the vertical screens of two rubber covered roller seats (67-2);
Described cutting knife moves forward and backward adjusting device, by adjustment seat (67-22), adjustment screw (67-23), coupling shaft sleeve (67-24), Cutter apron displacement cylinder (67-25), the axle center connects cylinder locking piece (67-26), adjusting handle (67-27), regulating shaft (67-36), line gear (67-37) forms, wherein, each one group is installed on the corresponding screw of rubber covered roller seat base plate (67-1) side about this axle center connection cylinder locking piece (67-26), each axle center is terminal about this Cutter apron displacement cylinder (67-25) connects cylinder locking piece (67-26) connection with the axle center, this Cutter apron displacement cylinder (67-25) cylinder body is installed by end face and adjustment seat (67-22) connects, front end of two adjustment screw (67-23) connects by adjustment screw clamping block (67-35) and Cutter apron base plate (67-11) about this, coupling shaft sleeve (67-24) connection adjustment seat (67-22) is passed in two adjustment screw (67-23) rear end about this, this coupling shaft sleeve (67-24) is installed on the adjustment seat (67-22) by two groups of ball bearings of adjustment seat (67-22) front/rear end, a line gear (67-37) is respectively installed in this coupling shaft sleeve (67-24) rear end, this regulating shaft (67-36) is installed on the adjustment seat (67-22), one line gear (67-37) respectively is installed about this regulating shaft (67-36), and with the line gear engagement that install coupling shaft sleeve (67-24) rear end, this adjusting handle (67-27) is installed on regulating shaft (67-36) end end side;
Described cut actuator, by connecting pull bar (67-19), pendulum plate (67-20), power transmission shaft (67-21), affect connecting plate (67-29), connecting rod (67-30), bearing pin (67-31), eccentric wheel (67-32), crank axle (67-33), motor (67-34) forms, wherein, this motor (67-34) is installed on fuselage one side by motor mounting plate, this motor (67-34) axle center one side and eccentric wheel (67-32) mesopore connect, this eccentric wheel (67-32) eccentric orfice is by crank axle (67-33) and connecting rod (67-30) client link, this connecting rod (67-30) other end is by bearing pin (67-31) and affect connecting plate (67-29) client link, and this affects connecting plate (67-29) other end and power transmission shaft (67-21) to connect; This power transmission shaft (67-21) each side connects a pendulum plate (67-20), this pendulum plate (67-20) connects with connection pull bar (67-19), this connects pull bar (67-19) and connects by link block (67-18) and upper cutter mount pad (67-14), moves up and down thereby finally drive upper cutter (67-15) by a series of sequence.
15. full-automatic multifunctional multi-mode integrated bag making machine according to claim 14 is characterized in that described rewinding conveyer belt apparatus (68) comprising: stainless steel frame (68-1), connecting rod (68-2), F type mounting rod (68-3), frid (68-4), slide plate bar (68-5), extension bar (68-6), regulate installing plate (68-7), support bar (68-8), link block (68-9), guide block (68-10), round nut (68-11), adjusting screw(rod) (68-12), motor (68-13), bearing block (68-14), bevel gear (68-15), bevel gear (68-16), rubber roll (68-17), roller (68-18), roller (68-19), roller (68-20), conveyer belt (68-21);
The parallel screwed hole one that is placed with faces up before and after this two connecting rod (68-2), about respectively have two otch to cooperate with two connecting rods (68-2) respectively on two F type mounting rod (68-3) bottoms and pass through bolt-locking; About two frids (68-4) notch be locked at inwards the inboard front lower end of two F type mounting rods (68-3), and cooperate flexible connection with left and right sides slide plate bar (68-5) that is locked at back body top, can be used for regulating rewinding conveyer belt apparatus picking bag position, behind location positioning, by frid (68-4) notch position below screwed hole is arranged, be tightened by bolts on slide plate bar (68-5); About two extension bars (68-6) be locked at two F type mounting rods (68-3) inboard before the upper end, and load onto roller (68-20) at two extension bars (68-6) front end installing hole; About two support bars (68-8) end connect respectively about two slide plate bars (68-5) middle parts screwed hole, about two support bars (68-8) other end respectively be locked in back body on the lower about two link blocks (68-9) be connected, form a triangular structure with supplemental support rewinding conveyer belt apparatus; Two adjusting installing plates (68-7) are installed in respectively two F type mounting rod (68-3) rear ends about this, about two bearing blocks (68-14) two regulate installing plate (68-7) indentation, there about being installed on respectively, between these two bearing blocks (68-14) rubber roll (68-17) is housed, this rubber roll (68-17) left end is equipped with bevel gear (68-16), this bevel gear (68-16) and bevel gear (68-15) engagement that is installed on adjusting installing plate (68-7) the rear end motor (68-13), rotate drive rubber roll (68-17) by motor (68-13) and rotate, thus the driving conveying belt motion; This roller (68-18) is installed in regulates installing plate (68-7) front end; This roller (68-19) two ends are installed in two and regulate in the slotted hole that arranges in the middle of the installing plate (68-7), be used for regulating moving up and down of spacing roller (68-19), this conveyer belt (68-21) the place ahead is wrapped on the roller (68-20), and this conveyer belt (68-21) rear is wrapped in roller (68-17); Load onto guide block (68-10) on this two adjustings installing plate (68-7) slotted hole, two guide blocks (68-10) intermediate throughholes was loaded onto round nut (68-11) about two adjusting screw(rod)s (68-12) end passed about this, and two adjusting screw(rod)s (68-12) other end has the two ends, the left and right sides of individual annulus cover upper roller (68-19) about this; This conveyer belt (68-21) is a ring, interior snare has the roller (68-20) of front end and the middle roller (68-19) of rubber roll (68-17) of rear end, be positioned at the roller (68-18) that roller (68-19) is close to previously outside the circle, by round nut (68-11) adjusting roller (68-19) highly, thus make conveyer belt (68-21) stretching; Stainless steel frame (68-1) by bolt-locking on connecting rod (68-2).
CN 201120484913 2011-11-25 2011-11-25 Full-automatic multifunctional multi-mode integrated bag making machine CN202656511U (en)

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Cited By (16)

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Publication number Priority date Publication date Assignee Title
CN102529150A (en) * 2011-11-25 2012-07-04 广东中包机械有限公司 Fully-automatic multi-functional multi-mode integral bag making machine
CN103358594A (en) * 2013-07-12 2013-10-23 泉州市汉威机械制造有限公司 Plastic packing bag making process
CN103640252A (en) * 2013-12-12 2014-03-19 江阴市汇通包装机械有限公司 Double-zipper bottom connection zippered bag making machine
CN103660380A (en) * 2013-11-30 2014-03-26 无锡鼎茂机械制造有限公司 Discharging device of center sealing machine
CN104191646A (en) * 2014-08-29 2014-12-10 无锡市张泾宇钢机械厂 Upper cutter holder of bag making machine
CN104249483A (en) * 2013-06-25 2014-12-31 江苏万乐复合材料有限公司 Heavy-packaging thick-film bag making machine
CN104339708A (en) * 2013-08-01 2015-02-11 广州永新包装有限公司 Deburring equipment and method for packaging bags
CN104960969A (en) * 2015-07-08 2015-10-07 四川南格尔生物科技有限公司 Novel soft bag tearing machine
CN105197646A (en) * 2015-09-15 2015-12-30 无锡鼎茂机械制造有限公司 Large bag making machine traction device
CN105235285A (en) * 2015-09-15 2016-01-13 无锡鼎茂机械制造有限公司 Photoelectric frame convenient to adjust for bag making machine
CN105415747A (en) * 2015-11-25 2016-03-23 蚌埠市众邦包装厂 Packing strip machining control system conducting feeding and discharging automatically
CN105856631A (en) * 2016-06-21 2016-08-17 胡承平 Plastic bag sealing strip mounting equipment
CN106269100A (en) * 2016-11-21 2017-01-04 采泉 A kind of 3D printing quick shredding mechanism of disposed waste gear type
CN106553380A (en) * 2015-09-18 2017-04-05 广东中包机械有限公司 A kind of eight side type Vertical-bag full automatic bag-making machines for Bag Making Machine
CN109263245A (en) * 2018-09-20 2019-01-25 广东汕樟轻工股份有限公司 A kind of full servo satellite-type flexible printing machine
CN109910372A (en) * 2019-03-25 2019-06-21 常州市劲普自动化设备有限公司 Full-automatic container bag/jumbo bag connection folded ultrasonic wave point welder and spot welding method

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CN102529150A (en) * 2011-11-25 2012-07-04 广东中包机械有限公司 Fully-automatic multi-functional multi-mode integral bag making machine
CN104249483A (en) * 2013-06-25 2014-12-31 江苏万乐复合材料有限公司 Heavy-packaging thick-film bag making machine
CN104249483B (en) * 2013-06-25 2017-12-05 江苏万乐复合材料有限公司 It is a kind of to pack thick film Bag Making Machine again
CN103358594A (en) * 2013-07-12 2013-10-23 泉州市汉威机械制造有限公司 Plastic packing bag making process
CN103358594B (en) * 2013-07-12 2016-04-27 泉州市汉威机械制造有限公司 A kind of plastic packaging bag bag technique
CN104339708A (en) * 2013-08-01 2015-02-11 广州永新包装有限公司 Deburring equipment and method for packaging bags
CN104339708B (en) * 2013-08-01 2018-01-16 广州永新包装有限公司 A kind of packaging bag deburring device and method
CN103660380B (en) * 2013-11-30 2015-12-30 无锡鼎茂机械制造有限公司 Middle envelope machine discharging device
CN103660380A (en) * 2013-11-30 2014-03-26 无锡鼎茂机械制造有限公司 Discharging device of center sealing machine
CN103640252A (en) * 2013-12-12 2014-03-19 江阴市汇通包装机械有限公司 Double-zipper bottom connection zippered bag making machine
CN104191646A (en) * 2014-08-29 2014-12-10 无锡市张泾宇钢机械厂 Upper cutter holder of bag making machine
CN104191646B (en) * 2014-08-29 2016-08-31 无锡纳润特科技有限公司 The upper cutter frame of Bag Making Machine
CN104960969B (en) * 2015-07-08 2017-03-01 四川南格尔生物科技有限公司 Soft bag pulls a bag machine
CN104960969A (en) * 2015-07-08 2015-10-07 四川南格尔生物科技有限公司 Novel soft bag tearing machine
CN105235285B (en) * 2015-09-15 2018-07-10 无锡鼎茂机械制造有限公司 Facilitate the Bag Making Machine photoelectricity frame of adjusting
CN105235285A (en) * 2015-09-15 2016-01-13 无锡鼎茂机械制造有限公司 Photoelectric frame convenient to adjust for bag making machine
CN105197646A (en) * 2015-09-15 2015-12-30 无锡鼎茂机械制造有限公司 Large bag making machine traction device
CN105197646B (en) * 2015-09-15 2017-03-22 无锡鼎茂机械制造有限公司 Large bag making machine traction device
CN106553380A (en) * 2015-09-18 2017-04-05 广东中包机械有限公司 A kind of eight side type Vertical-bag full automatic bag-making machines for Bag Making Machine
CN105415747A (en) * 2015-11-25 2016-03-23 蚌埠市众邦包装厂 Packing strip machining control system conducting feeding and discharging automatically
CN105856631A (en) * 2016-06-21 2016-08-17 胡承平 Plastic bag sealing strip mounting equipment
CN106269100A (en) * 2016-11-21 2017-01-04 采泉 A kind of 3D printing quick shredding mechanism of disposed waste gear type
CN106269100B (en) * 2016-11-21 2018-08-31 灵武市海德鸿工业产品设计有限公司 A kind of 3D printing quick shredding mechanism of disposed waste gear type
CN109263245A (en) * 2018-09-20 2019-01-25 广东汕樟轻工股份有限公司 A kind of full servo satellite-type flexible printing machine
CN109910372A (en) * 2019-03-25 2019-06-21 常州市劲普自动化设备有限公司 Full-automatic container bag/jumbo bag connection folded ultrasonic wave point welder and spot welding method

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