CN106043774A - Ultrasonic film sealing device for packaging of chemical fiber spinning cakes - Google Patents
Ultrasonic film sealing device for packaging of chemical fiber spinning cakes Download PDFInfo
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- CN106043774A CN106043774A CN201610595977.1A CN201610595977A CN106043774A CN 106043774 A CN106043774 A CN 106043774A CN 201610595977 A CN201610595977 A CN 201610595977A CN 106043774 A CN106043774 A CN 106043774A
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- Prior art keywords
- film
- plate
- press mold
- roller
- chemical fiber
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B11/00—Wrapping, e.g. partially or wholly enclosing, articles or quantities of material, in strips, sheets or blanks, of flexible material
- B65B11/06—Wrapping articles, or quantities of material, by conveying wrapper and contents in common defined paths
- B65B11/08—Wrapping articles, or quantities of material, by conveying wrapper and contents in common defined paths in a single straight path
- B65B11/10—Wrapping articles, or quantities of material, by conveying wrapper and contents in common defined paths in a single straight path to fold the wrappers in tubular form about contents
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B51/00—Devices for, or methods of, sealing or securing package folds or closures; Devices for gathering or twisting wrappers, or necks of bags
- B65B51/10—Applying or generating heat or pressure or combinations thereof
- B65B51/22—Applying or generating heat or pressure or combinations thereof by friction or ultrasonic or high-frequency electrical means, i.e. by friction or ultrasonic or induction welding
- B65B51/225—Applying or generating heat or pressure or combinations thereof by friction or ultrasonic or high-frequency electrical means, i.e. by friction or ultrasonic or induction welding by ultrasonic welding
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Containers And Plastic Fillers For Packaging (AREA)
Abstract
The invention discloses an ultrasonic film sealing device for packing of chemical fiber spinning cakes. The ultrasonic film sealing device comprises a rack, a left film clamping mechanism, a right film clamping mechanism, a lifting mechanism and a film fusing and cutting mechanism. Through the film clamping mechanisms, a thin film is compressed; by utilizing local high temperature generated by vibration between an ultrasonic welding head and an idler wheel, the thin film is fused; and meanwhile, through a specially designed idler wheel section structure, the fusion and cutting of the thin film are finished at the same time. The device is simple in structure, high in working efficiency, free of extraneous odor in the film fusion process, beautiful in welding line after the film fusion and free of sealing edge. Moreover, the thin film after the fusion can cling to spinning cakes, so that the cost is saved to the greatest extent.
Description
Technical field
The invention belongs to packaging field, be specifically related to a kind of chemical fiber spinning cake packaging guard technology.
Background technology
The general dish of chemical fibre that chemical fibre industry is produced delivers to user after becoming spinning cake, for avoiding contamination ash in spinning cake transportation
Dirt, greasy dirt, prevent spinning cake from being produced fracture of wire phenomenon because rubbing simultaneously, needs to wrap up layer of plastic film outside spinning cake,
Thin film outside spinning cake, during parcel spinning cake, will be cut off and merge by plastic sheeting, forms similar cylindrical sleeves
Shape.
Filed in Tongxiang Zhongchen Chemical Fibre Co., Ltd.'s JIUYUE in 2011 26 days, patent CN201120364051.4 " mould by spinning cake
Material film automatic wrapping device " disclose the sealer equipment of a kind of spinning cake, use what heat-sealing-cutting mode completed thin film to melt together-cutting,
I.e. make thin film merge by pressing, thin film is cut off in the middle of pressing edge sealing simultaneously, form one and be wrapped in spinning cake week
The thin-film covering enclosed, this technical scheme there is problems in that 1. thin film merges face relatively greatly, not only can produce inaesthetic pressing envelope
Limit, and fusion process produces abnormal flavour, pollute environment；2. for protection spinning cake not by high temperature, need to make spinning cake leave heat
Sealing-cutting device one segment distance, therefore the thin-film covering after pressing is the loosest, it is impossible to be close to spinning cake, and thin film is caused waste.Wenzhou
Patent " bag heat-sealing-cutting film-wrapping machine structure is wrapped up in plastic film packaging " filed in the bladder YinWu Co., Ltd of city December in 2013 20 days is public
Open a kind of thin film packaging sealing film-wrapping machine structure, including being arranged on the squeeze-film mechanism on the upside of workbench, the heat-sealing on the downside of workbench
Cut mechanism and the film feeding mechanism of the upper and lower both sides of workbench, squeeze-film mechanism compress plastic film that upper and lower both sides film feeding mechanism transmitted and by
Heat-sealing-cutting mechanism sealing, workbench is provided above mandrel, and the two ends of mandrel are slidably supported in machine frame at two sides, and mandrel periphery arranges rubber
Glue laminated roller, connects between rubber roller and mandrel and installs the first unilateral bearing, and this equipment exists structure complexity, installing space
Greatly, the problem such as inefficiency.
Summary of the invention
Present invention solves the technical problem that and be: overcome the deficiencies in the prior art, it is provided that a kind of for chemical fiber spinning cake packaging
Ultrasound wave sealer device, by sandwiched film mechanism by film compression, utilizes the local vibrating generation between wave welding head of ultrasonic wave and roller
High temperature is by film melts, and meanwhile, specially designed roller tangent plane structure ensure that the fusion of thin film, cut-out complete simultaneously.Dress
Putting simple in construction, work efficiency is high, and melts membrane process free from extraneous odour, and after melting film, weld seam is attractive in appearance, without edge sealing.Additionally, after Rong Heing
Thin film can be close to spinning cake, has saved cost to greatest extent.
The present invention for achieving the above object, adopts the following technical scheme that
A kind of ultrasound wave sealer device for chemical fiber spinning cake packaging, by frame, left side sandwiched film mechanism, right side folder film machine
Structure, elevating mechanism, melt membrane cut mechanism composition, left side sandwiched film mechanism is fixed on the left of frame, and right side sandwiched film mechanism is fixed on frame
Right side, left and right sandwiched film mechanism is all including press mold assembly by side, center, when left side sandwiched film mechanism and right side sandwiched film mechanism in
Between when drawing close, drive the thin film on both sides to be pressed together by press mold assembly；Elevating mechanism is arranged on left side sandwiched film mechanism or the right side
On any one side of side sandwiched film mechanism, described in melt membrane cut mechanism and be arranged on elevating mechanism, move up and down with elevating mechanism.
Further, melt membrane cut mechanism described in and include melting film cutting machine framework, earrings cylinder, turning rolls, bearing pin, roller, ultrasonic
Ripple unit；Earrings cylinder, ultrasound unit are fixed on melts on film cutting machine framework；Roller is arranged on turning rolls, turning rolls top
With earrings cylinders, middle part is connected with melting film cutting machine framework by bearing pin, and bottom is connected with roller by bearing pin, thus is formed
More than one junction, be the point of application, junction, middle part be fulcrum, junction, bottom be the lever construction of stress point, earrings gas
Cylinder motion drives turning rolls motion, thus drives roller to press close to the thin film after clamping；Mechanism's installing plate is fixed on elevating mechanism.
Further, roller is the wheel-like structure of the center drilling of thick middle, thin edge, becomes " " shape at edge tangent plane, by
Being " " shape in roller edge tangent plane, cut off simultaneously by thin film, the slag of thin film is deposited in leaning now to one side, then to the other of roller edge tangent plane
At angle, the thin film of roller both sides is made again to merge.
Further, ultrasound unit includes soldering tip, and soldering tip is cylinder, when the cylinder rod of earrings cylinder stretches out, and roller
Just being pressed in the middle top of its end part, the angle between roller center and pressure point line and soldering tip is 0～5 °, works as sandwiched film mechanism
When the cylinder rod of compression and earrings cylinder stretches out, the seal face between pressure point and sandwiched film mechanism between roller, soldering tip is in same
One vertical plane.
Further, ultrasound unit ultrasonic pressure is 0.18MPa～0.25MPa, the frequency of vibration of soldering tip be 35kHz～
40kHz。
Further, left side sandwiched film mechanism is identical with right side sandwiched film mechanism structure, is symmetrically installed, and all includes driving element, water
Smooth seat, horizontal slide rail, driving plate, sliding panel, press mold assembly；Element and horizontal slide is driven to be fixed in frame；Drive unit
Part is connected with driving plate, and slide block is connected to drive in the middle of plate；Horizontal slide passes horizontal slide rail；The outer side of horizontal slide rail with drive
Dynamic plate is connected, and inner side is connected with sliding panel, and press mold assembly is fixed on sliding panel needs the end face of press mold；Driving element drives is driven
Dynamic plate moves, and drives the press mold assembly on sliding panel to move left and right.
Further, press mold assembly includes two pieces of parallel press mold side plate/bars and fixed plate composition, and press mold side plate/bar is with solid
Determine plate to connect.
Further, being fitted without the fixed plate on the sandwiched film mechanism of elevating mechanism side is press mold base plate, press mold side plate/bar
It is installed in parallel in the both sides of press mold base plate, overlooks as " [" shape；Sliding panel installs fairlead with press mold assembly junction；Fairlead
Middle through guide post, guide post end is connected with press mold base plate；Sliding panel) and press mold base plate between be provided with through guide post
Buffer spring.
Further, the driving element of sandwiched film mechanism is cylinder or motor-leading screw or motor-crank block structure.
Further, described elevating mechanism include motor, shaft coupling, driving shaft, rolling bearing units, driven shaft, synchronous pulley, with
Step band, lifter plate, vertical slide, upright slide rail；Motor is fixed in frame, and motor shaft is connected with driving shaft by shaft coupling；
Be arranged in parallel immediately below driving shaft driven shaft, and driving shaft and driven shaft two ends both pass through rolling bearing units, middle through Timing Belt
Wheel；Timing Belt is arranged between two synchronous pulleys；Lifter plate is fixed inside Timing Belt；In the middle part of lifter plate and right side is fixing the most sliding
Seat, through a upright slide rail in the middle of each vertical slide；Upright slide rail is arranged on sliding panel；Motor drives driving shaft to turn
Dynamic, drive Timing Belt to rotate, thus drive lifter plate to move up and down, move left and right with sliding panel simultaneously.
Operation principle: spinning cake moves forward under the driving of spinning cake conveyer device, and pushes away forward when touching thin film
Dynamic thin film.When spinning cake arrives after frame, left pressure side plate/bar and right pressure side plate/bar respectively under the driving driving cylinder to
Centre is drawn close, until compressing, now, thin film becomes cylindrical sleeve wound packages to be centered around around spinning cake；Roller is in the driving of earrings cylinder
Under, compress soldering tip, meanwhile, melt membrane cut mechanism under the driving of motor, move down, start sealer；The dither of soldering tip promotees
Making to occur high frequency to clash between roller and soldering tip, thus produce localized hyperthermia, moment is by film melts.Due to roller edge tangent plane
For " " shape, contact with soldering tip in the middle of it, thin film is cut off；Meanwhile, the slag of thin film is deposited in the both sides of roller edge tangent plane
At chamfering, make the thin film of roller both sides again merge, form weld seam；When melting membrane cut mechanism and moving to bottom, envelope
Film has worked, and roller leaves soldering tip, melts and moves in membrane cut mechanism, and pressure side plate separates with press strip, homing, simultaneously membrane supplying
Thin film is retracted original state by device.
Beneficial effects of the present invention:
By sandwiched film mechanism by film compression, utilize the localized hyperthermia vibrating generation between wave welding head of ultrasonic wave and roller by thin
Film melts, and meanwhile, specially designed roller tangent plane structure ensure that the fusion of thin film, cut-out complete simultaneously；Apparatus structure letter
Single, work efficiency is high, and melts membrane process free from extraneous odour, and after melting film, weld seam is attractive in appearance, without edge sealing；Additionally, the thin film after Rong Heing can be tight
Patch spinning cake, has saved cost to greatest extent.
Accompanying drawing explanation
Fig. 1 is the ultrasound wave sealer apparatus structure for chemical fiber spinning cake packaging of the present invention；
Fig. 2 is for melting membrane cut mechanism schematic diagram；
Fig. 3-Fig. 9 is the present invention schematic diagram for embodiment, and wherein Fig. 7, Fig. 8, Fig. 9 cut membrane process schematic diagram for melting.
In figure, 1 frame, sandwiched film mechanism on the left of in the of 2, sandwiched film mechanism on the right side of in the of 3,4 elevating mechanisms, 5 melt membrane cut mechanism, 6 thin film, and 7
Film-supplying device, 8 spinning cakes, 9 spinning cake conveyer devices, 21 driving elements, 22 horizontal slide, 23 horizontal slide rails, 24 driving plates, 25
Sliding panel, 26 fairleads, 27 guide posts, 28 press mold assemblies, 281 press, 282 press mold side plates/bar, 29 buffer springs, 31 drive
Dynamic element (right), 32 horizontal slide (right), 33 horizontal slide rails (right), 34 drive plate (right), 35 sliding panels (right), 36 press mold assemblies
(right), 361 pressure fixed plates, 362 press mold side plates/bar (right), 41 motors, 42 motor mounting plates, 43 shaft couplings, 44 driving shafts, 45
Rolling bearing units, 46 driven shafts, 47 synchronous pulleys, 48 Timing Belts, 49 lifter plates, 410 vertical slides, 411 upright slide rails, 51 mechanisms
Installing plate, 52 sketch plates, 53 earrings cylinders, 54 turning rolls support plates, 55 turning rolls, 56Y type joint, 57 bearing pins, 58 rollers, 59 surpass
Sound unit, 591 chucks, 592 soldering tips, 510 fixture blocks.
Detailed description of the invention
Except embodiment described below, the present invention can also have other embodiments or implement by different way.Therefore,
It should be known that the invention is not limited in described in the following description or in the accompanying drawings shown in structure detailed of parts
Situation.When the most only introducing an embodiment, claim is not limited to this embodiment.
With example, the specific implementation method of the present invention is further detailed below in conjunction with the accompanying drawings:
The present invention for chemical fiber spinning cake packaging ultrasound wave sealer device, its structure as depicted in figs. 1 and 2, including frame
1, left side sandwiched film mechanism 2, right side sandwiched film mechanism 3, elevating mechanism 4, melt 5 five parts of membrane cut mechanism.
Described frame 1 is rectangular frame structure, and left and right is respectively arranged one piece of rectangular flat, is used for installing left side sandwiched film mechanism
2 and right side sandwiched film mechanism 3, left and right sandwiched film mechanism structure is identical, symmetrical, and elevating mechanism 4 is installed any with melting membrane cut mechanism 5
Side, the present embodiment is arranged on right side sandwiched film mechanism 3.
Described left side sandwiched film mechanism 2 is positioned on the left of frame 1, including drive element 21, horizontal slide 22, horizontal slide rail 23,
Drive plate 24, sliding panel 25, fairlead 26, guide post 27, press mold assembly 28, buffer spring 29, wherein drive element 21 and water
Smooth seat 22 is arranged on the rectangular flat of frame 1；Element 21 is driven to use Rodless cylinder, the cylinder slide block on cylinder during ventilation
Can move left and right along cylinder barrel；Horizontal slide 22 totally four, every two pieces one group, it is separately mounted to frame 1 top and middle part, often
Group horizontal slide 22 is through a horizontal slide rail 23, and horizontal slide rail 23 can move horizontally along horizontal slide 22.Horizontal slide rail 23 is left
The end of side is provided with the driving plate 24 of rectangle, drives and is connected with the cylinder slide block driving element 21 in the middle of plate 24；Sliding panel 25
For being disposed with the L-shaped flat board of reinforcement up and down, wherein one side is arranged on the end on the right side of horizontal slide rail 23, the upper and lower Ge Kai of another side
One hole, is used for installing in the middle of fairlead 26, fairlead 26 through guide post 27；Press mold assembly 28 is by a press 281 and two
Part press mold side plate/bar 282 forms, and overlooks as " [" shape, its press 281 is connected with guide post 27 end, left sliding panel 25 and pressure
Buffer spring 29 through guide post 27 is installed between base plate 281.
Described right side sandwiched film mechanism 3 is positioned on the right side of frame 1, including driving element (right) 31, horizontal slide (right) 32, water
The parts such as smooth rail (right) 33, driving plate (right) 34, sliding panel (right) 35, press mold assembly (right) 36.Wherein drive element (right)
31, horizontal slide 32, horizontal slide rail 33, drive plate 34 consistent with left side sandwiched film mechanism 2 corresponding construction and annexation, symmetry cloth
Put on the right side of frame 1；Sliding panel (right) 35 is the most each rectangular flat lacking a jiao in left side, is arranged on right side sandwiched film mechanism 3 institute
The end on the left of horizontal slide rail (right) 33 belonged to；Press mold assembly (right) 36 includes two pressure fixed plates 361 and press mold side plate/bar
362, wherein press mold side plate/bar (right) 362 is separately mounted on the left of sliding panel (right) 35 at unfilled corner, flat between pressure fixed plate 361
Row arranges two press strip press mold side plate/bars (right) 362；When left side sandwiched film mechanism 2 and right side sandwiched film mechanism 3 are drawn close to centre,
Press mold side plate/the bar 362 on right side can stick together with two press mold side plate/bars 282 of left pressure assembly 28 with fitting together perfectly.
Described elevating mechanism 4 is positioned on the sliding panel (right) 35 of right side sandwiched film mechanism 3, including motor 41, motor mounting plate
42, shaft coupling 43, driving shaft 44, rolling bearing units 45, driven shaft 46, synchronous pulley 47, Timing Belt 48, lifter plate 49, vertically slide
Seat 410, upright slide rail 411；Motor 41 is fixed on the upper right side of right sliding panel 35 by motor mounting plate 42, and motor shaft is by connection
Axial organ 43 is connected with driving shaft 44；Driving shaft 44 two ends pass rolling bearing units 45, realize it by rolling bearing units 45 and support and fixed
Position.Be arranged in parallel immediately below driving shaft 44 driven shaft 46, and driven shaft 46 two ends again pass through rolling bearing units 45, by axle of usheing to seat
Hold 45 and realize its support and location；Through synchronous pulley 47 in the middle of driving shaft 44 and driven shaft 46, cloth between two synchronous pulleys 47
Put Timing Belt 48；Fixing lifter plate 49 inside Timing Belt 48, when motor 41 drives driving shaft 44 to rotate, Timing Belt 48 can drive
Lifter plate 49 moves up and down；Lifter plate 49 is that left side is wider, the narrower flat board in middle part and right side, and in the middle part of it and right side is all fixing perpendicular
Straight slide 410, through a upright slide rail 411 in the middle of each vertical slide 410；Upright slide rail 411 is arranged on sliding panel (right)
On 35, play guide effect when lifter plate 49 moves.
Described membrane cut mechanism 5 of melting includes mechanism's installing plate 51, sketch plate 52, earrings cylinder 53, turning rolls support plate 54, roller
Frame 55, breeches joint 56, bearing pin 57, roller 58, ultrasound unit 59, fixture block 510；Mechanism's installing plate 51 is fixed on elevating mechanism 4
Lifter plate 49 on, the vertical block that wherein upper design two is parallel, the vertical block in the left side is relatively low, and the vertical block in the right is higher, two erect
The straight stepped layout of block, bottom design is with the skewback of arc groove；Sketch plate 52 is the near of upper left side and lower right unfilled corner
Like rectangular flat, being arranged on two parallel vertical blocks of mechanism's installing plate 51, sketch plate 52 middle and upper part has hole, engaging lug
Ring cylinder 53, turning rolls support plate 54 two pieces altogether, it is positioned at sketch plate 52 lower left, is symmetrically mounted on sketch plate 52 both sides；After installation,
Turning rolls support plate 54 has a salient angle beyond sketch plate, has hole in the middle part of salient angle, turning rolls 55 be with middle part as axle center, upper and lower
Angled strip, its upper, middle and lower respectively have hole；In turning rolls 55 bottom, it is perpendicular to perforate direction and is designed with square
Groove, turning rolls 55 top perforate is connected with the cylinder rod of earrings cylinder 53 by breeches joint 56, and bearing pin 57 is passed through in middle part perforate
Being connected with the salient angle perforate of turning rolls support plate 54, bottom is connected with roller 58 by bearing pin 57, and after installation, turning rolls 55 forms one
Individual with junction, top as the point of application, junction, middle part is as fulcrum, junction, bottom is as stress point lever construction；Roller 58 is
Thick middle, the wheel-like structure of center drilling of thin edge, become " " shape at edge tangent plane.The chuck 591 of ultrasound unit 59 blocks
Enter in the arc groove of mechanism's installing plate 51 bottom skewback, after being adjusted to suitable distance along the direction of soldering tip 592, pass through fixture block
510 fix；Soldering tip 592 is cylinder, and when the cylinder rod of earrings cylinder 53 stretches out, roller 58 is pressed in soldering tip 592 end just
Middle top, pressure is 0.18MPa～0.25MPa, the angle between roller 58 center and pressure point line and soldering tip 592 be 0～
5°；The frequency of vibration of soldering tip 592 is 35kHz～40kHz.Earrings cylinder 53, turning rolls support plate 54, turning rolls 55, roller 58, super
Sound unit 59 is between two press strips 362 of right pressure assembly 36；When left pressure assembly 28 and right pressure assembly 36 compress and ear
The pressure between pressure point and left pressure assembly 28, right pressure assembly 36 when the cylinder rod of ring cylinder 53 stretches out, between roller 58, soldering tip 592
Tight face is in same vertical plane.
Below by the embodiment work process to the ultrasound wave sealer device for chemical fiber spinning cake packaging of the present invention
It is described in detail.
As shown in Figure 3 and Figure 4, thin film 6 is fixed on frame 1 front by film-supplying device 7, each volume of left and right, middle
Seal.Spinning cake 8 moves forward under the driving of spinning cake conveyer device 9, and promotes forward thin film 6 when touching thin film 6.
As shown in figure 5 and figure 7, when spinning cake 8 arrives after frame 1, press mold side plate/bar 282 and press mold side plate/bar (right) 362 are respectively
Draw close to centre under the driving driving cylinder 21 and driving cylinder (right) 31, until compressing.Now, thin film 6 becomes cylindrical sleeves
Dress is centered around spinning cake 8 around.As shown in Figure 6 and Figure 8, roller 58, under the driving of earrings cylinder 53, compresses soldering tip 592, with
Time, melt membrane cut mechanism 5 under the driving of motor 41, move down, start sealer.The dither of soldering tip 592 promotes roller 58
And occurring high frequency to clash between soldering tip 592, thus produce localized hyperthermia, thin film 6 is melted by moment.Due to roller 58 edge tangent plane
For " " shape, contact with soldering tip 592 in the middle of it, thin film 6 is cut off；Meanwhile, the slag of thin film 6 is deposited in roller 58 edge tangent plane
Both sides chamfering at, make the thin film 6 of roller 58 both sides again merge, form weld seam as shown in Figure 9.When melting film cutting machine
When structure 5 moves to bottom, sealer has worked, and roller 58 leaves soldering tip 592, melts and moves in membrane cut mechanism 5, press mold side plate/bar
282 open with press mold side plate/bar (right) 362 points, and homing, thin film 6 is retracted original state by film-supplying device 7 simultaneously.
It should be noted that in above example, the driving element that left side squeeze-film mechanism 2 and right side squeeze-film mechanism 3 use
Also motor-leading screw or motor-crank block structure it are replaced by.
Above example shows, the present invention produces during the ultrasound wave sealer device busy of chemical fiber spinning cake packaging
Heat weight range is little, and sealer position can be close from spinning cake, has saved cost.Further, the fusion of thin film, cut-out complete simultaneously,
Work efficiency is high, and after melting film, weld seam is attractive in appearance, without edge sealing.
Obviously, those skilled in the art can carry out various change and the modification essence without deviating from the present invention to the present invention
God and scope.If these amendments and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention
It is intended to also comprise these change and modification.
Claims (10)
1. the ultrasound wave sealer device for chemical fiber spinning cake packaging, it is characterised in that sealer device includes frame (1), left side
Sandwiched film mechanism (2), right side sandwiched film mechanism (3), elevating mechanism (4), melting membrane cut mechanism (5), left side sandwiched film mechanism (2) is fixed on machine
Frame (1) left side, right side sandwiched film mechanism (3) is fixed on the right side of frame, is all including press mold assembly (28) by side, center, is working as left side
When sandwiched film mechanism (2) and right side sandwiched film mechanism (3) are drawn close to centre, the thin film on both sides is driven to be pressed on by press mold assembly (28)
Together；Elevating mechanism (4) be arranged on left side sandwiched film mechanism (2) or right side sandwiched film mechanism (3) any one side on, described in melt film cutting machine
Structure (5) is arranged on elevating mechanism (4), moves up and down with elevating mechanism.
2. the ultrasound wave sealer device for chemical fiber spinning cake packaging as claimed in claim 1, it is characterised in that described in melt and cut film
Mechanism (5) includes melting film cutting machine framework (52), earrings cylinder (53), turning rolls (55), bearing pin (57), roller (58), ultrasound wave
Unit (59)；Earrings cylinder (53), ultrasound unit (59) are arranged on melts on film cutting machine framework (52)；Roller (58) is arranged on rolling
On wheel carrier (55), turning rolls (55) top is connected with earrings cylinder (53), and middle part is passed through bearing pin (57) and melts film cutting machine framework
(52) being connected, bottom is connected with roller (58) by bearing pin (57), thus forming more than one junction, is the point of application, middle part
Junction be fulcrum, junction, bottom be the lever construction of stress point, earrings cylinder (53) motion drives turning rolls (55) motion,
Thus the thin film after driving roller (58) to press close to clamping；Mechanism's installing plate (51) is fixed on elevating mechanism (4).
3. the ultrasound wave sealer device for chemical fiber spinning cake packaging as claimed in claim 2, it is characterised in that described roller
(58) it is the wheel-like structure of center drilling of thick middle, thin edge, at edge tangent plane, becomes " " shape.
4. the ultrasound wave sealer device for chemical fiber spinning cake packaging as claimed in claim 2, it is characterised in that；Ultrasound unit
(59) including that soldering tip (592), soldering tip (592) are cylinder, when the cylinder rod of earrings cylinder (53) stretches out, roller (58) is lucky
Being pressed in the middle top of soldering tip (592) end, the angle between roller (58) center and pressure point line and soldering tip (592) is 0～5 °,
When the cylinder rod of sandwiched film mechanism compression and earrings cylinder (53) stretches out, the pressure point between roller (58), soldering tip (592) and folder film
Seal face between mechanism is in same vertical plane.
5. the ultrasound wave sealer device for chemical fiber spinning cake packaging as claimed in claim 4, it is characterised in that described ultrasound wave
Unit (59) ultrasonic pressure is 0.18MPa～0.25MPa, and the frequency of vibration of soldering tip (592) is 35kHz～40kHz.
6. the ultrasound wave sealer device for chemical fiber spinning cake packaging as claimed in claim 1, it is characterised in that described left side presss from both sides
Film mechanism (2) is identical with right side sandwiched film mechanism (3) structure, is symmetrically installed, all include drive element (21), horizontal slide (22),
Horizontal slide rail (23), driving plate (24), sliding panel (25), press mold assembly (28)；Drive element (21) solid with horizontal slide (22)
It is scheduled in frame (1)；Driving element (21) and be connected with driving plate (24), slide block is connected to drive in the middle of plate (24)；Horizontal slide
(22) through horizontal slide rail (23)；Horizontal slide rail (23) outer side is connected with driving plate (24), inner side and sliding panel (25) phase
Even, press mold assembly (28) is fixed on sliding panel (25) needs the end face of press mold；Element (21) is driven to drive plate (24) to move
Dynamic, drive the press mold assembly (28) on sliding panel (25) to move left and right.
7. the ultrasound wave sealer device for chemical fiber spinning cake packaging as claimed in claim 6, it is characterised in that press mold assembly
(28) including two blocks of parallel press mold side plates/bar (282) and fixed plate composition, press mold side plate/bar (282) is connected with fixed plate.
8. the ultrasound wave sealer device for chemical fiber spinning cake packaging as claimed in claim 7, it is characterised in that be fitted without rising
Fixed plate on the sandwiched film mechanism of descending mechanism side is press mold base plate (281), and press mold side plate/bar (282) is installed in parallel in press mold
The both sides of base plate (281), overlook as " [" shape；Sliding panel (25) installs fairlead (26) with press mold assembly (28) junction；Guide
Through guide post (27) in the middle of set (26), guide post (27) end is connected with press mold base plate (281)；At the bottom of sliding panel (25) and press mold
Buffer spring (29) through guide post (27) is installed between plate (281).
9. the ultrasound wave sealer device for chemical fiber spinning cake packaging as claimed in claim 6, it is characterised in that described driving
Element (21) is cylinder or motor-leading screw or motor-crank block structure.
10. the ultrasound wave sealer device for chemical fiber spinning cake packaging as claimed in claim 1, it is characterised in that: described lifting
Mechanism (4) includes motor (41), shaft coupling (43), driving shaft (44), rolling bearing units (45), driven shaft (46), synchronous pulley
(47), Timing Belt (48), lifter plate (49), vertical slide (410), upright slide rail (411)；Motor (41) is fixed on frame (1)
On, motor shaft is connected with driving shaft (44) by shaft coupling (43)；Be arranged in parallel immediately below driving shaft (44) driven shaft (46),
Driving shaft (44) and driven shaft (46) two ends both pass through rolling bearing units (45), middle through synchronous pulley (47)；Two synchronous pulleys
(47) Timing Belt (48) is arranged between；At the fixing lifter plate (49) in Timing Belt (48) inner side；Lifter plate (49) middle part and right side are solid
Fixed vertical slide (410), through a upright slide rail (411) in the middle of each vertical slide (410)；Upright slide rail (411) is installed
On sliding panel (25)；Melt membrane cut mechanism installing rack (52) to be arranged on lifter plate (49)；Motor drives driving shaft (44) to rotate,
Drive Timing Belt (48) to rotate, drive lifter plate (49) and melt membrane cut mechanism (5) up and down motion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610595977.1A CN106043774B (en) | 2016-07-26 | 2016-07-26 | For the ultrasonic wave sealer device of chemical fiber spinning cake packaging |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610595977.1A CN106043774B (en) | 2016-07-26 | 2016-07-26 | For the ultrasonic wave sealer device of chemical fiber spinning cake packaging |
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| CN106927085A (en) * | 2017-04-25 | 2017-07-07 | 程梅雪 | A kind of portable deep bid paper bag assembling device |
| CN115123628A (en) * | 2022-07-21 | 2022-09-30 | 陕西科技大学 | Large-scale heat sealing device |
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| CN115123628B (en) * | 2022-07-21 | 2024-03-26 | 陕西科技大学 | Large-scale heat sealing device |
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| CN106043774B (en) | 2018-06-15 |
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