CN104176539A - Fully automatic film coiling machine - Google Patents

Fully automatic film coiling machine Download PDF

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Publication number
CN104176539A
CN104176539A CN201410408784.1A CN201410408784A CN104176539A CN 104176539 A CN104176539 A CN 104176539A CN 201410408784 A CN201410408784 A CN 201410408784A CN 104176539 A CN104176539 A CN 104176539A
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CN
China
Prior art keywords
gas expansion
expansion shaft
equiped
film
adapter plate
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Application number
CN201410408784.1A
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Chinese (zh)
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CN104176539B (en
Inventor
吕建表
Original Assignee
浙江广厦建设职业技术学院
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Priority to CN201410408784.1A priority Critical patent/CN104176539B/en
Publication of CN104176539A publication Critical patent/CN104176539A/en
Application granted granted Critical
Publication of CN104176539B publication Critical patent/CN104176539B/en

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Abstract

The invention discloses a fully automatic film coiling machine. A frame comprises left and right fixing plates, and an active coiling roller is mounted between the left and right fixing plates and is driven through a coiling roller drive motor; a fixed transverse rod is mounted on the upper end portion of the frame and is provided with a film cutting component; a film lifting assisting roller is arranged between the left and right fixing plates, and a film lifting drive component drives the film lifting assisting roller to act; an air swelling shaft support is arranged at the rear end of the active coiling roller between the left and right fixing plates, a support supporting shaft is arranged corresponding to the air swelling shaft support between the left and right fixing plates, the lower end of the air swelling shaft support sleeves the support supporting shaft, the upper end portion of the air swelling shaft support is provided with an air swelling shaft accommodating groove, and the frame is provided with an automatic shaft returning component and an automatic air swelling shaft conveying component corresponding to the air swelling shaft support. By means of the structural design, film coiling operation can be performed automatically and efficiently, the automation level is high, the operating efficiency is high, and labor cost can be saved effectively.

Description

A kind of Full-automatic film winder
Technical field
The present invention relates to film take-up equipment technical field, relate in particular to a kind of Full-automatic film winder.
Background technology
As a kind of very important packing, film is widely used in daily life.Wherein, for film production manufacturer, after film forming, must, by corresponding thin film winder by the bundled web-like of film take-up, to facilitate, place and transportation.
Thin film winder generally comprises by motor-driven active wind-up roll and is positioned over the initiatively gas expansion shaft of wind-up roll top, gas expansion shaft is under Action of Gravity Field and be erected on initiatively wind-up roll, in the situation that motor drives initiatively wind-up roll rotation, gas expansion shaft is along with active wind-up roll rotates, and then realizes film take-up operation; When being set in the paper web of gas expansion shaft and being rolled up film, continuous film must be cut off.
For existing thin film winder, its degree of automation and work efficiency still need to improve further.
Summary of the invention
The object of the present invention is to provide a kind of Full-automatic film winder, this Full-automatic film winder can be automatically and is completed efficiently film take-up operation, and degree of automation is high, work efficiency is high and can effectively save labour turnover.
For achieving the above object, the present invention is achieved through the following technical solutions.
A kind of Full-automatic film winder, include winder frame, the right side adapter plate that winder frame includes left side adapter plate and is positioned at left side adapter plate right-hand member side, between left side adapter plate and right side adapter plate, be equiped with rotatably initiatively wind-up roll, initiatively the both ends of the wind-up roll turning cylinder of wind-up roll are erected on the left side adapter plate of corresponding side rotatably, right side adapter plate, the corresponding initiatively wind-up roll of winder frame is equiped with wind-up roll drive motor, the power take-off shaft of wind-up roll drive motor drives and is connected with the wind-up roll turning cylinder of active wind-up roll,
The upper end of winder frame is equiped with the fixed transverse rod that horizontal cross is arranged, the left part of fixed transverse rod and right part are installed in respectively left side adapter plate, the right side adapter plate of corresponding side, and fixed transverse rod can be equiped with relatively actively film and cut apart assembly;
Between left side adapter plate and right side adapter plate can relative to be equiped with actively with active wind-up roll parallel interval layout and can rotate around active wind-up roll lift film help roll, winder frame correspondence is lifted film help roll and is equiped with and lifts film driven unit;
Between left side adapter plate and right side adapter plate, in the rear end side of active wind-up roll, can relatively be equiped with actively the gas expansion shaft support of vertical extension, between left side adapter plate and right side adapter plate, corresponding gas expansion shaft support is equiped with stent support axle, the both ends of stent support axle are erected on respectively the left side adapter plate of corresponding side, right side adapter plate, the bottom of gas expansion shaft support is set in stent support axle, the upper end of gas expansion shaft support offers the gas expansion shaft standing groove towards upper shed, the corresponding gas expansion shaft support of winder frame is equiped with and automatically moves back Shaft assembly, automatically moving back Shaft assembly is connected with gas expansion shaft carriage drive, the corresponding gas expansion shaft support of winder frame is also equiped with gas expansion shaft is delivered to the gas expansion shaft automatic transport assembly in gas expansion shaft standing groove.
Wherein, described film is cut apart assembly and is included the horizontal guide rail that is screwed on described fixed transverse rod lower surface, the lower end side of horizontal guide rail can be equiped with cross sliding clock relatively actively, horizontal guide rail matches with cross sliding clock, cross sliding clock is fitted with the division driving cylinder that is installed in described winder frame and horizontal balance, the piston rod extension end of division driving cylinder is connected with cross sliding clock, the lower end side of cross sliding clock is equiped with cutting knife permanent seat, upper end and the cross sliding clock of cutting knife permanent seat are spirally connected, and the bottom of cutting knife permanent seat is screwed with thin film cutter.
Wherein, the described film driven unit of lifting includes to be installed in and lifts film drive shaft between described left side adapter plate and described right side adapter plate, the both ends of lifting film drive shaft are erected on respectively the left side adapter plate of corresponding side rotatably, right side adapter plate, described winder frame correspondence is lifted film drive shaft and is equiped with and lifts film drive motor, the power take-off shaft of lifting film drive motor with lift film drive shaft and drive and be connected, lift the active minor sprocket that film drive shaft is set with synchronous rotation, the wind-up roll turning cylinder of described active wind-up roll is set with driven hinge wheel rotatably, initiatively between minor sprocket and driven hinge wheel, installed around driving chain, driven hinge wheel is fitted with activity swing arm, the anchor portion of activity swing arm is screwed on driven hinge wheel, describedly lift the free end that film help roll is installed in activity swing arm rotatably.
Wherein, the described Shaft assembly that automatically moves back includes and moves back axle and drive cylinder, moving back axle drives piston rod extension end and the described gas expansion shaft support of cylinder hinged, moving back axle drives the rear end of the cylinder block portion hinge of cylinder to be loaded on described winder frame, the side of gas expansion shaft support be equiped be welded be fixed on winder frame move back axle guide ribs, move back axle guide ribs along gas expansion shaft exit axis gradually towards having a down dip extension.
Wherein, described gas expansion shaft automatic transport assembly includes gas expansion shaft lifting mechanism, gas expansion shaft propulsive mechanism and gas expansion shaft supplementary mechanism.
6, a kind of Full-automatic film winder according to claim 5, it is characterized in that: described gas expansion shaft lifting mechanism includes the fixed support plate that is installed in described winder frame bottom, the upper end side of fixed support plate can be equiped with the first bracing frame of arranged crosswise relatively actively, the second bracing frame, the middle part of the middle part of the first bracing frame and the second bracing frame is hinged, the bottom hinge of the first bracing frame is loaded on fixed support plate, the bottom of the second bracing frame is equiped with guide wheel rotatably, the corresponding guide wheel of upper surface of fixed support plate is equiped with the guide seat that horizontal cross is arranged, guide seat offers guide groove, guide wheel can be flush-mounted in guide groove relatively actively, the upper end side of the first bracing frame is equiped with gas expansion shaft mounting table, the upper surface of gas expansion shaft mounting table is the curved surface shape towards lower recess, the first bracing frame, the upper end of the second bracing frame respectively with gas expansion shaft mounting table butt, corresponding the first bracing frame of fixed support plate is equiped with lifting and drives cylinder, lifting drives piston rod extension end and first bracing frame of cylinder hinged, lifting drives the rear end of the cylinder block portion hinge of cylinder to be loaded on fixed support plate.
Wherein, be equiped with vertical extension and telescopic limit telescopic post between the upper surface of described fixed support plate and described gas expansion shaft mounting table, the bottom of limit telescopic post is connected with fixed support plate, and the upper end of limit telescopic post is connected with gas expansion shaft mounting table.
Wherein, described gas expansion shaft propulsive mechanism includes two gas expansion shaft guide ribs that are installed in respectively adapter plate upper end, described left side and adapter plate upper end, described right side, the rear end side of each gas expansion shaft guide ribs is equiped with respectively cylinder fixed block, each cylinder fixed block is equiped with respectively the gas expansion shaft propulsion cylinder of knee-action, the piston rod epitaxial end portion of each gas expansion shaft propulsion cylinder is equiped with respectively gas expansion shaft back-up block, and the upper surface of each gas expansion shaft back-up block offers respectively towards the support slot of upper shed and curved shape.
Wherein, the surface of described support slot is equiped with cushion compound.
Wherein, described gas expansion shaft supplementary mechanism includes the movable disc of the wind-up roll turning cylinder that is set in rotatably described active wind-up roll, movable disc is fitted with the supplementary drive spindle of vertical extension, supplement the bottom of drive spindle and the welding of the edge part of movable disc, supplement drive spindle and described gas expansion shaft spacer support frame and arrange and supplement the front that drive spindle is positioned at gas expansion shaft support, supplementary drive spindle is fitted with automatically to supplement and drives cylinder, automatically supplement and drive piston rod extension end and the supplementary drive spindle of cylinder hinged, automatically supplement and drive the rear end of the cylinder block portion hinge of cylinder to be loaded on described winder frame.
Beneficial effect of the present invention is: a kind of Full-automatic film winder of the present invention, its winder frame comprises left side adapter plate, right side adapter plate, installing active wind-up roll between left and right side adapter plate, initiatively the wind-up roll turning cylinder both ends of wind-up roll are erected on the left and right side adapter plate of corresponding side, and initiatively wind-up roll drives by wind-up roll drive motor; Winder frame upper end installing fixed transverse rod, fixed transverse rod installing film is cut apart assembly; Between left and right side adapter plate, film help roll is lifted in installing, and winder frame correspondence is lifted the installing of film help roll and lifted film driven unit; Between left and right side adapter plate, in active wind-up roll rear end side, install gas expansion shaft support, corresponding gas expansion shaft support installing stent support axle between left and right side adapter plate, gas expansion shaft support bottom is set in stent support axle, gas expansion shaft standing groove is offered in gas expansion shaft support upper end, and Shaft assembly and gas expansion shaft automatic transport assembly are moved back in the corresponding gas expansion shaft support installing of winder frame automatically.By said structure, design, the present invention can be automatically and is completed efficiently film take-up operation, i.e. the present invention has advantages of that degree of automation is high, work efficiency is high and can effectively save labour turnover.
Accompanying drawing explanation
Utilize accompanying drawing to be further detailed the present invention below, but the embodiment in accompanying drawing does not form any limitation of the invention.
Fig. 1 is structural representation of the present invention.
Fig. 2 is the structural representation that film of the present invention is cut apart assembly.
Fig. 3 is the structural representation of gas expansion shaft automatic transport assembly of the present invention.
Fig. 4 is the structural representation of lifting film driven unit of the present invention.
Fig. 5 is the structural representation of gas expansion shaft lifting assembly of the present invention.
In Fig. 1 to Fig. 5, include:
1---winder frame 11---left side adapter plate
12---right side adapter plate 21---be wind-up roll initiatively
22---wind-up roll turning cylinder 23---wind-up roll drive motor
Film is cut apart assembly to 31---fixed transverse rods 32---
321---horizontal guide rail 322---cross sliding clock
323---cutting knife permanent seat 324---thin film cutter
41---lifting film help roll 42---are lifted film driven unit
421---lifting film drive shaft 422---are lifted film drive motor
423---active minor sprocket 424---driven hinge wheel
425---driving chain 426---activity swing arm
51---gas expansion shaft support 511---gas expansion shaft standing groove
52---stent support axles 61---move back Shaft assembly automatically
611---move back axle and drive cylinder 612---are moved back axle guide ribs
71---gas expansion shaft lifting mechanism 711---fixed support plate
712---first bracing frame 713---second bracing frame
714---guide wheel 715---guide seat
715a---guide groove 716---gas expansion shaft mounting table
717---lifting drives cylinder 718---limit telescopic post
81---gas expansion shaft propulsive mechanism 811---gas expansion shaft guide ribs
812---cylinder fixed block 813---gas expansion shaft propulsion cylinder
814---gas expansion shaft back-up block 814a---support slot
815---cushion compound 91---gas expansion shaft supplementary mechanism
911---movable disc 912---are supplemented drive spindle
913---automatically supplement and drive cylinder.
The specific embodiment
Below in conjunction with concrete embodiment, the present invention will be described.
As shown in Figures 1 to 5, a kind of Full-automatic film winder, include winder frame 1, the right side adapter plate 12 that winder frame 1 includes left side adapter plate 11 and is positioned at left side adapter plate 11 right-hand member sides, between left side adapter plate 11 and right side adapter plate 12, be equiped with rotatably initiatively wind-up roll 21, initiatively the both ends of the wind-up roll turning cylinder 22 of wind-up roll 21 are erected on the left side adapter plate 11 of corresponding side rotatably, right side adapter plate 12, the corresponding initiatively wind-up roll 21 of winder frame 1 is equiped with wind-up roll drive motor 23, the power take-off shaft of wind-up roll drive motor 23 drives and is connected with the wind-up roll turning cylinder 22 of active wind-up roll 21.
Further, the upper end of winder frame 1 is equiped with the fixed transverse rod 31 that horizontal cross is arranged, the left part of fixed transverse rod 31 and right part are installed in respectively left side adapter plate 11, the right side adapter plate 12 of corresponding side, and fixed transverse rod 31 can be equiped with relatively actively film and cut apart assembly 32.
Further, between left side adapter plate 11 and right side adapter plate 12 can relative to be equiped with actively with active wind-up roll 21 parallel interval layouts and can rotate around active wind-up roll 21 lift film help roll 41, winder frame 1 correspondence is lifted film help roll 41 and is equiped with and lifts film driven unit 42.
In addition, between left side adapter plate 11 and right side adapter plate 12, in the rear end side of active wind-up roll 21, can relatively be equiped with actively the gas expansion shaft support 51 of vertical extension, between left side adapter plate 11 and right side adapter plate 12, corresponding gas expansion shaft support 51 is equiped with stent support axle 52, the both ends of stent support axle 52 are erected on respectively the left side adapter plate 11 of corresponding side, right side adapter plate 12, the bottom of gas expansion shaft support 51 is set in stent support axle 52, the upper end of gas expansion shaft support 51 offers the gas expansion shaft standing groove 511 towards upper shed, the corresponding gas expansion shaft support 51 of winder frame 1 is equiped with and automatically moves back Shaft assembly 61, automatically moving back Shaft assembly 61 drives and is connected with gas expansion shaft support 51, the corresponding gas expansion shaft support 51 of winder frame 1 is also equiped with gas expansion shaft is delivered to the gas expansion shaft automatic transport assembly in gas expansion shaft standing groove 511.
As preferred embodiment, as depicted in figs. 1 and 2, film is cut apart assembly 32 and is included the horizontal guide rail 321 that is screwed on fixed transverse rod 31 lower surfaces, the lower end side of horizontal guide rail 321 can be equiped with cross sliding clock 322 relatively actively, horizontal guide rail 321 matches with cross sliding clock 322, cross sliding clock 322 is fitted with the division driving cylinder that is installed in winder frame 1 and horizontal balance, the piston rod extension end of division driving cylinder is connected with cross sliding clock 322, the lower end side of cross sliding clock 322 is equiped with cutting knife permanent seat, the upper end of cutting knife permanent seat and cross sliding clock 322 are spirally connected, the bottom of cutting knife permanent seat is screwed with thin film cutter 324.
At film of the present invention, cut apart in assembly 32 working processs, when the paper web of gas expansion shaft is rolled up film, drive cylinder action and drive cross sliding clock 322 to move by its piston rod, horizontal guide rail 321 matches to merge with cross sliding clock 322 and guides cross sliding clock 322 to move reposefully, cross sliding clock 322 drives thin film cutter 324 parallel motions by cutting knife permanent seat, in this process, thin film cutter 324 is cut off continuous film to cut apart by its cutoff edge; After continuous film is completely severed and cuts apart, drive air cylinder driven cross sliding clock 322, cutting knife permanent seat and thin film cutter 324 to be reset to initial position.By said structure, design, film of the present invention is cut apart assembly 32 can be automatically and complete efficiently film and cut off and to cut apart operation, novel in design, degree of automation is high, work efficiency is high and can effectively save labour turnover.
As preferred embodiment, as shown in Figure 4, lifting film driven unit 42 includes to be installed in and lifts film drive shaft 421 between left side adapter plate 11 and right side adapter plate 12, the both ends of lifting film drive shaft 421 are erected on respectively the left side adapter plate 11 of corresponding side rotatably, right side adapter plate 12, winder frame 1 correspondence is lifted film drive shaft 421 and is equiped with and lifts film drive motor 422, the power take-off shaft of lifting film drive motor 422 with lift film drive shaft 421 and drive and be connected, lift the active minor sprocket 423 that film drive shaft 421 is set with synchronous rotation, initiatively the wind-up roll turning cylinder 22 of wind-up roll 21 is set with driven hinge wheel 424 rotatably, initiatively between minor sprocket 423 and driven hinge wheel 424, installed around driving chain 425, driven hinge wheel 424 is fitted with activity swing arm 426, the anchor portion of activity swing arm 426 is screwed on driven hinge wheel 424, lift the free end that film help roll 41 is installed in activity swing arm 426 rotatably.
Of the present invention, lift in film driven unit 42 working processs, when the paper web of gas expansion shaft is rolled up film, lift film drive motor 422 forwards and drive and lift 421 rotations of film drive shaft, initiatively minor sprocket 423 synchronously rotates along with lifting film drive shaft 421, initiatively minor sprocket 423 drives driven hinge wheel 424 to rotate by driving chain 425, driven hinge wheel 424 drive activity swing arms 426 are rotated, now, the free end of activity swing arm 426 upwards swings and moves up with lifting film help roll 41, lifting under the effect of film help roll 41, initiatively the film of wind-up roll 21 approaching sides is lifted, and then facilitate cutting knife cut-out to cut apart continuous film, after film is cut off and cuts apart, lift 422 reversions of film drive motor, and then driving activity swing arm 426 resets, wherein, the present invention is matched and can play deceleration effort with driven hinge wheel 424 by active minor sprocket 423, and then drives and to lift film help roll 41 and lift or put down with slower speed.By said structure, design, the present invention can automatically lift film to facilitate cutting knife cut-out to cut apart, and then avoids cutting knife to scratch initiatively wind-up roll 21 surfaces, and structure design novelty and degree of automation are high.
As preferred embodiment, as shown in Figure 3, automatically moving back Shaft assembly 61 includes and moves back axle and drive cylinder 611, moving back axle drives piston rod extension end and the gas expansion shaft support 51 of cylinder 611 hinged, moving back axle drives the rear end of the cylinder block portion hinge of cylinder 611 to be loaded on winder frame 1, the side of gas expansion shaft support 51 be equiped be welded be fixed on winder frame 1 move back axle guide ribs 612, move back axle guide ribs 612 along gas expansion shaft exit axis gradually towards having a down dip extension.
Of the present invention, automatically move back in Shaft assembly 61 working processs, the gas expansion shaft standing groove 511 of gas expansion shaft support 51 is for carrying the end of gas expansion shaft, when the paper web of gas expansion shaft is rolled up film, move back that axle drives cylinder 611 actions and by its piston rod extension end towards moving back the axle guide ribs 612 thrusters bracing strut 51 that rises of supplying gas, gas expansion shaft support 51 moves back axle and drives cylinder 611 side oscillations moving back axle and drive under the thrusting action of cylinder 611 towards deviating from; When gas expansion shaft support 51 is rocked to certain angle, gas expansion shaft end contacts and take to be put in moves back axle guide ribs 612 upper surfaces, move back axle and drive cylinder 611 promote the 51 continuation swings of gas expansion shaft support and finally make gas expansion shaft end exit the gas expansion shaft standing groove 511 of corresponding side, and gas expansion shaft finally glides and exits winder frame 1 along guide ribs.By said structure, design, the Shaft assembly 61 that automatically moves back of the present invention can be automatically and complete efficiently gas expansion shaft and exit operation, and structure design is novel and time saving and energy saving.
As preferred embodiment, as shown in Figure 3, gas expansion shaft automatic transport assembly includes gas expansion shaft lifting mechanism 71, gas expansion shaft propulsive mechanism 81 and gas expansion shaft supplementary mechanism 91.Wherein, as shown in Figure 5, gas expansion shaft lifting mechanism 71 includes the fixed support plate 711 that is installed in winder frame 1 bottom, the upper end side of fixed support plate 711 can be equiped with the first bracing frame 712 of arranged crosswise relatively actively, the second bracing frame 713, the middle part of the middle part of the first bracing frame 712 and the second bracing frame 713 is hinged, the bottom hinge of the first bracing frame 712 is loaded on fixed support plate 711, the bottom of the second bracing frame 713 is equiped with guide wheel 714 rotatably, the corresponding guide wheel 714 of upper surface of fixed support plate 711 is equiped with the guide seat 715 that horizontal cross is arranged, guide seat 715 offers guide groove 715a, guide wheel 714 can be flush-mounted in guide groove 715a relatively actively, the upper end side of the first bracing frame 712 is equiped with gas expansion shaft mounting table 716, the upper surface of gas expansion shaft mounting table 716 is the curved surface shape towards lower recess, the first bracing frame 712, the upper end of the second bracing frame 713 respectively with gas expansion shaft mounting table 716 butts, corresponding the first bracing frame 712 of fixed support plate 711 is equiped with lifting and drives cylinder 717, lifting drives piston rod extension end and first bracing frame 712 of cylinder 717 hinged, lifting drives the rear end of the cylinder block portion hinge of cylinder 717 to be loaded on fixed support plate 711.Wherein, between the upper surface of fixed support plate 711 and gas expansion shaft mounting table 716, be equiped with vertical extension and telescopic limit telescopic post 718, the bottom of limit telescopic post 718 is connected with fixed support plate 711, and the upper end of limit telescopic post 718 is connected with gas expansion shaft mounting table 716.
Further, as shown in Figure 3, gas expansion shaft propulsive mechanism 81 includes two gas expansion shaft guide ribs 811 that are installed in respectively adapter plate 11 upper ends, left side and right side adapter plate 12 upper ends, the rear end side of each gas expansion shaft guide ribs 811 is equiped with respectively cylinder fixed block 812, each cylinder fixed block 812 is equiped with respectively the gas expansion shaft propulsion cylinder 813 of knee-action, the piston rod epitaxial end portion of each gas expansion shaft propulsion cylinder 813 is equiped with respectively gas expansion shaft back-up block 814, and the upper surface of each gas expansion shaft back-up block 814 offers respectively the support slot 814a towards upper shed and curved shape.Wherein, the surface of support slot 814a is equiped with cushion compound 815.
Further, gas expansion shaft supplementary mechanism 91 includes and is set in rotatably the initiatively movable disc 911 of the wind-up roll turning cylinder 22 of wind-up roll 21, movable disc 911 is fitted with the supplementary drive spindle 912 of vertical extension, supplement the bottom of drive spindle 912 and the welding of the edge part of movable disc 911, supplement drive spindle 912 and arrange and supplement with gas expansion shaft support 51 intervals the front that drive spindle 912 is positioned at gas expansion shaft support 51, supplement drive spindle 912 and be fitted with the supplementary cylinder 913 that drives automatically, automatically supplement and drive piston rod extension end and the supplementary drive spindle 912 of cylinder 913 hinged, automatically supplement and drive the rear end of the cylinder block portion hinge of cylinder 913 to be loaded on winder frame 1.
In gas expansion shaft lifting mechanism 71 working processs of the present invention, gas expansion shaft is positioned over to the upper surface of gas expansion shaft mounting table 716, wherein, because the upper surface of gas expansion shaft mounting table 716 is the curved surface shape to lower recess, this curved surface shape structure design can guarantee that gas expansion shaft can not be rolled down from the upper surface of gas expansion shaft mounting table 716 effectively; When needs lifting gas expansion shaft, lifting drives cylinder 717 to move and passes through its piston rod extension end pushing tow the first bracing frame 712, because the middle part of the first bracing frame 712 and the second bracing frame 713 is hinged, upper end at the first bracing frame 712 swings upward, the upper end of the second bracing frame 713 also swings upward, and the guide wheel 714 of the second bracing frame 713 bottoms is along the guide groove 715a of guide seat 715 towards the first hinged seat side shifting; Under the effect of supporting of the first bracing frame 712 and the second bracing frame 713 upper ends, on gas expansion shaft mounting table 716, move, and then realize gas expansion shaft lifting operation.In addition, limit telescopic post 718 of the present invention can guarantee that gas expansion shaft mounting table 716 vertically moves and realizes lifting, and in the process of gas expansion shaft mounting table 716 liftings, limit telescopic post 718 also stretches accordingly.By said structure, design, gas expansion shaft lifting mechanism 71 of the present invention can be automatically and is completed efficiently gas expansion shaft and lift and put operation, and structure design is novel and time saving and energy saving.
In gas expansion shaft propulsive mechanism 81 working processs of the present invention, take respectively in the gas expansion shaft guide ribs 811 that is put in corresponding side at the both ends of gas expansion shaft, and gas expansion shaft is along gas expansion shaft guide ribs 811 towards gas expansion shaft propulsion cylinder 813 side rolls; When the both ends of gas expansion shaft roll down from corresponding gas expansion shaft guide ribs 811 rear ends respectively, the both ends of gas expansion shaft are just taken and are put to the support slot 814a of the gas expansion shaft back-up block 814 of corresponding side, and the support slot 814a of arc design can guarantee that gas expansion shaft can not be rolled down from gas expansion shaft back-up block 814 effectively; And latter two gas expansion shaft propulsion cylinder 813 synchronization actions the gas expansion shaft back-up block 814 that pushes corresponding side synchronously move down, and gas expansion shaft is carried to assigned address the most at last.Wherein, cushion compound 815 of the present invention can be played anti-skidding and buffer action, in the time of can effectively avoiding gas expansion shaft to fall from gas expansion shaft guide ribs 811 rear ends, directly clash into gas expansion shaft back-up block 814, and can guarantee further that gas expansion shaft can not fall down from gas expansion shaft back-up block 814.By said structure, design, gas expansion shaft push piece of the present invention mechanism can move to assigned address by gas expansion shaft automatically and efficiently, novel in design, degree of automation is high and can effectively increase work efficiency and reduce labour intensity.
In gas expansion shaft supplementary mechanism 91 working processs of the present invention, when gas expansion shaft propulsion cylinder 813 pushes to bottom by gas expansion shaft, now, when gas expansion shaft is transferred between gas expansion shaft support 51 and supplementary drive spindle 912, automatically supplement and drive cylinder 913 to move and pass through its piston rod extension end supplementary drive spindle 912 of pushing tow backwards, supplementing drive spindle 912 drives movable disc 911 to rotate, supplementing under the thrusting action of drive spindle 912, gas expansion shaft is pushed to the gas expansion shaft standing groove 511 of gas expansion shaft support 51, realizes gas expansion shaft and automatically supplements.
Comprehensive above-mentioned situation is known, and the present invention can be automatically and completed efficiently film take-up operation, i.e. the present invention has advantages of that degree of automation is high, work efficiency is high and can effectively save labour turnover.
Above content is only preferred embodiment of the present invention, for those of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, and this description should not be construed as limitation of the present invention.

Claims (10)

1. a Full-automatic film winder, it is characterized in that: include winder frame (1), the right side adapter plate (12) that winder frame (1) includes left side adapter plate (11) and is positioned at left side adapter plate (11) right-hand member side, between left side adapter plate (11) and right side adapter plate (12), be equiped with rotatably initiatively wind-up roll (21), initiatively the both ends of the wind-up roll turning cylinder (22) of wind-up roll (21) are erected on the left side adapter plate (11) of corresponding side rotatably, right side adapter plate (12), the corresponding initiatively wind-up roll (21) of winder frame (1) is equiped with wind-up roll drive motor (23), the power take-off shaft of wind-up roll drive motor (23) drives and is connected with the wind-up roll turning cylinder (22) of active wind-up roll (21),
The upper end of winder frame (1) is equiped with the fixed transverse rod (31) that horizontal cross is arranged, the left part of fixed transverse rod (31) and right part are installed in respectively left side adapter plate (11), the right side adapter plate (12) of corresponding side, and fixed transverse rod (31) can be equiped with relatively actively film and cut apart assembly (32);
Between left side adapter plate (11) and right side adapter plate (12) can relative to be equiped with actively with active wind-up roll (21) parallel interval layout and can rotate around active wind-up roll (21) lift film help roll (41), winder frame (1) correspondence is lifted film help roll (41) and is equiped with and lifts film driven unit (42);
Between left side adapter plate (11) and right side adapter plate (12), in the rear end side of active wind-up roll (21), can relatively be equiped with actively the gas expansion shaft support (51) of vertical extension, left side adapter plate (11) with right side adapter plate (12) between corresponding gas expansion shaft support (51) be equiped with stent support axle (52), the both ends of stent support axle (52) are erected on respectively the left side adapter plate (11) of corresponding side, right side adapter plate (12), the bottom of gas expansion shaft support (51) is set in stent support axle (52), the upper end of gas expansion shaft support (51) offers the gas expansion shaft standing groove (511) towards upper shed, the corresponding gas expansion shaft support of winder frame (1) (51) is equiped with and automatically moves back Shaft assembly (61), automatically moving back Shaft assembly (61) drives and is connected with gas expansion shaft support (51), the corresponding gas expansion shaft support of winder frame (1) (51) is also equiped with gas expansion shaft is delivered to the gas expansion shaft automatic transport assembly in gas expansion shaft standing groove (511).
2. a kind of Full-automatic film winder according to claim 1, it is characterized in that: described film is cut apart assembly (32) and included the horizontal guide rail (321) that is screwed on described fixed transverse rod (31) lower surface, the lower end side of horizontal guide rail (321) can be equiped with cross sliding clock (322) relatively actively, horizontal guide rail (321) matches with cross sliding clock (322), cross sliding clock (322) is fitted with the division driving cylinder that is installed in described winder frame (1) and horizontal balance, the piston rod extension end of division driving cylinder is connected with cross sliding clock (322), the lower end side of cross sliding clock (322) is equiped with cutting knife permanent seat, the upper end of cutting knife permanent seat and cross sliding clock (322) are spirally connected, the bottom of cutting knife permanent seat is screwed with thin film cutter (324).
3. a kind of Full-automatic film winder according to claim 2, it is characterized in that: described in lift film driven unit (42) and include to be installed in and lift film drive shaft (421) between described left side adapter plate (11) and described right side adapter plate (12), the both ends of lifting film drive shaft (421) are erected on respectively the left side adapter plate (11) of corresponding side rotatably, right side adapter plate (12), described winder frame (1) correspondence is lifted film drive shaft (421) and is equiped with and lifts film drive motor (422), the power take-off shaft of lifting film drive motor (422) with lift film drive shaft (421) and drive and be connected, lift the active minor sprocket (423) that film drive shaft (421) is set with synchronous rotation, the wind-up roll turning cylinder (22) of described active wind-up roll (21) is set with driven hinge wheel (424) rotatably, initiatively between minor sprocket (423) and driven hinge wheel (424), installed around driving chain (425), driven hinge wheel (424) is fitted with activity swing arm (426), the anchor portion of activity swing arm (426) is screwed on driven hinge wheel (424), describedly lift the free end that film help roll (41) is installed in activity swing arm (426) rotatably.
4. a kind of Full-automatic film winder according to claim 3, it is characterized in that: the described Shaft assembly (61) that automatically moves back includes and moves back axle and drive cylinder (611), moving back axle drives piston rod extension end and the described gas expansion shaft support (51) of cylinder (611) hinged, moving back axle drives the rear end of the cylinder block portion hinge of cylinder (611) to be loaded on described winder frame (1), the side of gas expansion shaft support (51) be equiped be welded be fixed on winder frame (1) move back axle guide ribs (612), move back axle guide ribs (612) along gas expansion shaft exit axis gradually towards having a down dip extension.
5. a kind of Full-automatic film winder according to claim 4, is characterized in that: described gas expansion shaft automatic transport assembly includes gas expansion shaft lifting mechanism (71), gas expansion shaft propulsive mechanism (81) and gas expansion shaft supplementary mechanism (91).
6. a kind of Full-automatic film winder according to claim 5, it is characterized in that: described gas expansion shaft lifting mechanism (71) includes the fixed support plate (711) that is installed in described winder frame (1) bottom, the upper end side of fixed support plate (711) can be equiped with first bracing frame (712) of arranged crosswise relatively actively, the second bracing frame (713), the middle part of the middle part of the first bracing frame (712) and the second bracing frame (713) is hinged, the bottom hinge of the first bracing frame (712) is loaded on fixed support plate (711), the bottom of the second bracing frame (713) is equiped with guide wheel (714) rotatably, the corresponding guide wheel of upper surface (714) of fixed support plate (711) is equiped with the guide seat (715) that horizontal cross is arranged, guide seat (715) offers guide groove (715a), guide wheel (714) can be flush-mounted in guide groove (715a) relatively actively, the upper end side of the first bracing frame (712) is equiped with gas expansion shaft mounting table (716), the upper surface of gas expansion shaft mounting table (716) is the curved surface shape towards lower recess, the first bracing frame (712), the upper end of the second bracing frame (713) respectively with gas expansion shaft mounting table (716) butt, corresponding the first bracing frame of fixed support plate (711) (712) is equiped with lifting and drives cylinder (717), lifting drives piston rod extension end and first bracing frame (712) of cylinder (717) hinged, lifting drives the rear end of the cylinder block portion hinge of cylinder (717) to be loaded on fixed support plate (711).
7. a kind of Full-automatic film winder according to claim 6, it is characterized in that: between the upper surface of described fixed support plate (711) and described gas expansion shaft mounting table (716), be equiped with vertical extension and telescopic limit telescopic post (718), the bottom of limit telescopic post (718) is connected with fixed support plate (711), and the upper end of limit telescopic post (718) is connected with gas expansion shaft mounting table (716).
8. a kind of Full-automatic film winder according to claim 7, it is characterized in that: described gas expansion shaft propulsive mechanism (81) includes two gas expansion shaft guide ribs (811) that are installed in respectively adapter plate (11) upper end, described left side and described right side adapter plate (12) upper end, the rear end side of each gas expansion shaft guide ribs (811) is equiped with respectively cylinder fixed block (812), each cylinder fixed block (812) is equiped with respectively the gas expansion shaft propulsion cylinder (813) of knee-action, the piston rod epitaxial end portion of each gas expansion shaft propulsion cylinder (813) is equiped with respectively gas expansion shaft back-up block (814), the upper surface of each gas expansion shaft back-up block (814) offers respectively the support slot (814a) towards upper shed and curved shape.
9. a kind of Full-automatic film winder according to claim 8, is characterized in that: the surface of described support slot (814a) is equiped with cushion compound (815).
10. a kind of Full-automatic film winder according to claim 9, it is characterized in that: described gas expansion shaft supplementary mechanism (91) includes the movable disc (911) of the wind-up roll turning cylinder (22) that is set in rotatably described active wind-up roll (21), movable disc (911) is fitted with the supplementary drive spindle (912) of vertical extension, supplement the bottom of drive spindle (912) and the welding of the edge part of movable disc (911), supplement drive spindle (912) and arrange and supplement with described gas expansion shaft support (51) interval the front that drive spindle (912) is positioned at gas expansion shaft support (51), supplement drive spindle (912) and be fitted with the supplementary cylinder (913) that drives automatically, automatically supplement and drive piston rod extension end and the supplementary drive spindle (912) of cylinder (913) hinged, automatically supplement and drive the rear end of the cylinder block portion hinge of cylinder (913) to be loaded on described winder frame (1).
CN201410408784.1A 2014-08-19 2014-08-19 A kind of Full-automatic film winder CN104176539B (en)

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CN107902466A (en) * 2017-10-20 2018-04-13 安徽快来防水防腐有限公司 A kind of waterproof roll cloth discharge device, outlet assembly
CN108502602A (en) * 2018-03-30 2018-09-07 瑞安市鸿腾塑业有限公司 A kind of film material collecting device

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CN107902466A (en) * 2017-10-20 2018-04-13 安徽快来防水防腐有限公司 A kind of waterproof roll cloth discharge device, outlet assembly
CN108502602A (en) * 2018-03-30 2018-09-07 瑞安市鸿腾塑业有限公司 A kind of film material collecting device
CN108502602B (en) * 2018-03-30 2019-09-03 瑞安市鸿腾塑业有限公司 A kind of film material collecting device

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