CN208305784U - A kind of bellows nozzle assures sealing machine and production line - Google Patents
A kind of bellows nozzle assures sealing machine and production line Download PDFInfo
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- CN208305784U CN208305784U CN201820742458.8U CN201820742458U CN208305784U CN 208305784 U CN208305784 U CN 208305784U CN 201820742458 U CN201820742458 U CN 201820742458U CN 208305784 U CN208305784 U CN 208305784U
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- pipe orifice
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Abstract
The utility model relates to a kind of bellows nozzles to assure sealing machine and production line.It includes cabinet, driving mechanism, connecting head for pipe orifice, mobile hold-down mechanism, hot melt system and cooling system that bellows nozzle, which assures sealing machine,；One end of cabinet is plane, and one end of cabinet is arranged in connecting head for pipe orifice, and driving mechanism is mounted in cabinet, and is sequentially connected with connecting head for pipe orifice, and connecting head for pipe orifice can be driven to rotate；One end nozzle of bellows is set in outside connecting head for pipe orifice, and one end nozzle outer surface, which is laid with, assures plastics；Hot melt system is arranged on cabinet；Mobile hold-down mechanism is mounted on one end of cabinet, has contact roller thereon, and mobile hold-down mechanism can drive contact roller to move close to or far from connecting head for pipe orifice；Cooling system is mounted on cabinet.Advantage: bellows nozzle assures sealing machine design rationally, effectively can carry out the processing of plastics edge sealing to bellows nozzle, high production efficiency is high-quality.
Description
Technical field
The utility model relates to bellows processing technology, in particular to a kind of bellows nozzle assures sealing machine and production
Line.
Background technique
Bellows needs to lay plastics (or rubber etc.) in steel band bellows surface wrap in process of production, usually corresponding
The winding laying of bellows principal piece, which is conducive to traditional equipment, can be completed, but the sealing at bellows nozzle is then needed to spend
Biggish energy processing, seal quality directly affect the service life of entire bellows, and the prior art is not exclusively used in sealing
Equipment, difficulty is larger when nozzle being caused to seal, higher cost, and processing efficiency is lower.
Utility model content
The technical problem to be solved by the utility model is to provide a kind of bellows nozzles to assure sealing machine and production line, has
The defect for overcoming the prior art of effect.
The technical solution that the utility model solves above-mentioned technical problem is as follows: a kind of bellows nozzle assures sealing machine, wraps
Include cabinet, driving mechanism, connecting head for pipe orifice, mobile hold-down mechanism, hot melt system and cooling system；
One end of above-mentioned cabinet is plane, and one end of above-mentioned cabinet, above-mentioned driving mechanism is arranged in above-mentioned connecting head for pipe orifice
It is mounted in above-mentioned cabinet, and is sequentially connected with above-mentioned connecting head for pipe orifice, and above-mentioned connecting head for pipe orifice can be driven to rotate；
One end nozzle of bellows is set in outside above-mentioned connecting head for pipe orifice, and one end nozzle outer surface, which is laid with, assures modeling
Material；
Above-mentioned hot melt system is arranged on above-mentioned cabinet, will assure plastic hot melt in one end nozzle of above-mentioned bellows
Outer surface；
Above-mentioned mobile hold-down mechanism is mounted on one end of above-mentioned cabinet, has contact roller, above-mentioned mobile hold-down mechanism thereon
Above-mentioned contact roller can be driven to move close to or far from above-mentioned connecting head for pipe orifice, be pressed on above-mentioned bellows plastics will be assured
One end nozzle outer surface；
Above-mentioned cooling system is mounted on above-mentioned cabinet, to one end nozzle outer surface for being thermally melted in above-mentioned bellows
It is cooling to assure plastics.
The beneficial effects of the utility model are: entire machine design is rationally, plastics effectively can be carried out to bellows nozzle
Edge sealing processing, high production efficiency are high-quality.
Based on the above technical solution, the utility model can also do following improvement.
Further, above-mentioned driving mechanism includes motor, main drive gear, auxiliary driving gear, bearing block, transmission shaft and transmission
Chain, above-mentioned bearing block are fixed on above-mentioned cabinet inside, and above-mentioned transmission shaft is arranged perpendicular to one end of above-mentioned cabinet, and one end is worn
Cross one end of above-mentioned cabinet, and be fixedly connected with above-mentioned connecting head for pipe orifice, the other end axially penetrates through above-mentioned bearing block, and with it is upper
It states bearing block to be rotatably assorted, above-mentioned auxiliary driving gear is coaxially fixed on the other end of above-mentioned transmission shaft, and above-mentioned motor is mounted on
It states on cabinet, above-mentioned main drive gear is coaxially fixed in the drive shaft of above-mentioned motor, above-mentioned main drive gear and above-mentioned secondary biography
Moving gear passes through the above-mentioned transmission chain engaged respectively with the two and is sequentially connected.
Beneficial effect using above-mentioned further scheme is that driving mechanism design is simple, stable.
Further, above-mentioned connecting head for pipe orifice includes ring flange, connects sleeve, pilot sleeve, multiple variable-diameter blocks and terminal pad,
One end of above-mentioned cabinet is arranged in above-mentioned ring flange, and is fixedly and coaxially connected with one end of above-mentioned transmission shaft, above-mentioned connection sleeve
For cylinder, and coaxially it is fixed on one end that above-mentioned ring flange deviates from above-mentioned cabinet, and its one end end far from above-mentioned ring flange
It is coaxially provided with position-arresting disk, above-mentioned pilot sleeve is set in outside above-mentioned connection sleeve, and can be axial above-mentioned along above-mentioned connection sleeve
It is slided between ring flange and above-mentioned position-arresting disk, one end end of the above-mentioned pilot sleeve far from above-mentioned ring flange is circumferentially uniformly set along it
There are multiple connecting columns for axially penetrating through above-mentioned position-arresting disk, above-mentioned terminal pad is arranged at intervals on above-mentioned position-arresting disk far from above-mentioned ring flange
One end, and be fixedly connected with more above-mentioned connecting columns far from one end of above-mentioned pilot sleeve, multiple above-mentioned variable diameter block specifications one
It causes, and longitudinal section is fan annular, and is circumferentially uniformly arranged on the outside of above-mentioned pilot sleeve along above-mentioned pilot sleeve respectively, on
The both ends for stating variable-diameter block are contacted with above-mentioned ring flange and above-mentioned position-arresting disk respectively, and the inside of each above-mentioned variable-diameter block is led along above-mentioned
Be equipped with sliding block to the axial restraint of sleeve, on the periphery of above-mentioned pilot sleeve along its it is circumferentially-spaced be uniformly equipped with it is multiple with it is above-mentioned
The sliding groove structure of the one-to-one bar shaped of sliding block, above-mentioned sliding groove structure is respectively along the axial direction distribution of above-mentioned pilot sleeve, above-mentioned cunning
Vertical range between the slot bottom of slot structure and above-mentioned pilot sleeve axial line from its close to one end of above-mentioned ring flange to another
End is successively gradually reduced, and above-mentioned sliding block protrudes into far from one end of above-mentioned variable-diameter block and is slidably mounted on corresponding above-mentioned sliding groove structure
It is interior, and can be slided relative to corresponding above-mentioned sliding groove structure；
Above-mentioned driving mechanism further includes pull rod and pushing meanss, and above-mentioned transmission shaft is the hollow shaft that both ends are open, above-mentioned
One end of pull rod is fixedly connected with above-mentioned terminal pad, and the other end sequentially coaxially passes through above-mentioned connection sleeve, ring flange, transmission shaft simultaneously
It is sequentially connected with above-mentioned pushing meanss, above-mentioned pushing meanss are fixed on above-mentioned machine frame inside, and above-mentioned company can be driven by pull rod
Disk, connecting column and pilot sleeve are connect along the axial movement of above-mentioned connection sleeve, and drives above-mentioned sliding groove structure relative to corresponding
The sliding of above-mentioned sliding block so that multiple above-mentioned variable-diameter blocks relative to above-mentioned pilot sleeve move radially close to or far from.
Beneficial effect using above-mentioned further scheme is that connecting head for pipe orifice design is reasonable, ingenious, can adapt to different mouths
The bellows nozzle of diameter seals processing, and versatility is stronger, practical.
Further, above-mentioned hot melt system includes gas source, bocca, displacement mechanism and the first telescoping mechanism, upper rheme
Telephone-moving structure is mounted in above-mentioned cabinet, and above-mentioned first telescoping mechanism and upper displacement mechanism are sequentially connected, above-mentioned bocca installation
It is connected in the telescopic end of above-mentioned first telescoping mechanism, and with above-mentioned gas source, above-mentioned first telescoping mechanism can pass through telescopic end
It drives above-mentioned bocca to stretch out one end of above-mentioned cabinet and extends to the side of above-mentioned connecting head for pipe orifice or retract above-mentioned cabinet
It is interior, and behind one end that above-mentioned bocca stretches out above-mentioned cabinet, upper displacement mechanism can drive above-mentioned first telescoping mechanism to drive
Above-mentioned bocca moves close to above-mentioned connecting head for pipe orifice, will assure plastic hot melt in above-mentioned ripple by above-mentioned bocca flame
One end nozzle outer surface of pipe, or move away from above-mentioned connecting head for pipe orifice.
Beneficial effect using above-mentioned further scheme is that hot melt system design is simple, reasonable, operates with simple, side
Just.
Further, upper displacement mechanism includes rack, lifting device and guide rod, and above-mentioned rack is fixed on above-mentioned machine vertically
Top inside case, above-mentioned guide rod are equipped with two, and are respectively separated and the vertical side for being fixed on above-mentioned rack, and above-mentioned the
One telescoping mechanism is mounted on two above-mentioned guide rods by bracket slide, and above-mentioned lifting device is mounted on above-mentioned rack side
Upper center, and connect with above-mentioned bracket, above-mentioned lifting device can drive above-mentioned bracket and the first telescoping mechanism above-mentioned along two
Guide rod moves up and down.
Beneficial effect using above-mentioned further scheme is that displacement rack is easy to operate, can finally realize the good of bocca
Good displacement is adjusted, and realizes effective hot melt to package plastics.
Further, above-mentioned cooling system includes blower, watering can and the second telescoping mechanism, and above-mentioned second telescoping mechanism is mounted on
In above-mentioned cabinet, above-mentioned watering can is mounted on the telescopic end of above-mentioned second telescoping mechanism, and is connected to the air outlet of above-mentioned blower, on
It states the second telescoping mechanism and above-mentioned watering can be driven to stretch out one end of above-mentioned cabinet by telescopic end and extend to above-mentioned nozzle nozzle and connect
The side of connector retracts in above-mentioned cabinet, and behind one end that above-mentioned watering can stretches out above-mentioned cabinet, and blowing direction is towards upper
The outer surface for stating connecting head for pipe orifice, to one end nozzle outer surface for being thermally melted in above-mentioned bellows assure plastics blowing it is cold
But.
Beneficial effect using above-mentioned further scheme is that design of Cooling System is simple, flexible operation, conveniently, is conducive to heat
Package plastics after molten are cooled down, and can be shunk back in cabinet when not in use, and design comparison is ingenious.
A kind of bellows nozzle is also provided and assures sealing production line, is assured including the above-mentioned bellows nozzle of bracket and two
Sealing machine, two above-mentioned bellows nozzles assure sealing machine and are respectively separated the both ends that above-mentioned bracket is arranged in, and the two is above-mentioned
Connecting head for pipe orifice is relatively close and is coaxially disposed, and bellows is shelved on above-mentioned bracket, and above-mentioned bellows can be relative to above-mentioned
Carriage turns, both ends nozzle are respectively sleeved at two above-mentioned bellows nozzles and assure outside the connecting head for pipe orifice of sealing machine.
The beneficial effect is that the entire production line can carry out sealing treatment, processing efficiency to the both ends nozzle of bellows simultaneously
Height, effect are good.
Detailed description of the invention
Fig. 1 is that the bellows nozzle of the utility model assures the structural schematic diagram of sealing machine；
Fig. 2 is that the bellows nozzle of the utility model assures the schematic diagram of internal structure of sealing machine；
Fig. 3 is that the bellows nozzle of the utility model assures the driving mechanism of sealing machine and the structure of connecting head for pipe orifice cooperation
Schematic diagram；
Fig. 4 is that the bellows nozzle of the utility model assures the structural schematic diagram of hot melt system in sealing machine；
Fig. 5 is that the bellows nozzle of the utility model assures the structural schematic diagram of cooling system in sealing machine；
Fig. 6 is the structural schematic diagram that the bellows nozzle of the utility model assures mobile hold-down mechanism in sealing machine；
Fig. 7 is that the bellows nozzle of the utility model assures the structural schematic diagram of sealing production line.
In attached drawing, parts list represented by the reference numerals are as follows:
1, cabinet, 2, driving mechanism, 3, connecting head for pipe orifice, 4, mobile hold-down mechanism, 7, bracket, 21, motor, 22, main biography
Moving gear, 23, auxiliary driving gear, 24, bearing block, 25, transmission shaft, 26, transmission chain, 27, pull rod, 28, pushing meanss, 31,
Ring flange, 32, connection sleeve, 33, pilot sleeve, 34, variable-diameter block, 35, terminal pad, 41, contact roller, 42, screw rod, 43, first
Sliding block, 44, slide plate, the 45, second sliding block, 46, pushing meanss, 47, mounting plate, 51, bocca, 52, displacement mechanism, 53, first
Telescoping mechanism, 61, blower, 62, watering can, the 63, second telescoping mechanism, 321, position-arresting disk, 331, connecting column, 332, sliding groove structure,
341, sliding block, 521, rack, 522, lifting device, 523, guide rod.
Specific embodiment
The principles of the present invention and feature are described below in conjunction with attached drawing, example is served only for explaining that this is practical
It is novel, it is not intended to limit the scope of the utility model.
Embodiment one: as shown in Fig. 1 to 7, it includes cabinet 1, driving machine that the bellows nozzle of the present embodiment, which assures sealing machine,
Structure 2, connecting head for pipe orifice 3, mobile hold-down mechanism 4, hot melt system and cooling system；
One end of above-mentioned cabinet 1 is plane, and one end of above-mentioned cabinet 1, above-mentioned driving machine is arranged in above-mentioned connecting head for pipe orifice 3
Structure 2 is mounted in above-mentioned cabinet 1, and is sequentially connected with above-mentioned connecting head for pipe orifice 3, and above-mentioned connecting head for pipe orifice 3 can be driven to rotate；
One end nozzle of bellows is set in outside above-mentioned connecting head for pipe orifice 3, and one end nozzle outer surface, which is laid with, assures modeling
Material；
Above-mentioned hot melt system is arranged on above-mentioned cabinet 1, will assure plastic hot melt in an end pipe of above-mentioned bellows
Mouth outer surface；
Above-mentioned mobile hold-down mechanism 4 is mounted on one end of above-mentioned cabinet 1, has contact roller 41, above-mentioned mobile compression thereon
Mechanism 4 can drive above-mentioned contact roller 41 to move close to or far from above-mentioned connecting head for pipe orifice 3, to will assure plastics be pressed on it is above-mentioned
One end nozzle outer surface of bellows；
Above-mentioned cooling system is mounted on above-mentioned cabinet 1, to one end nozzle outer surface for being thermally melted in above-mentioned bellows
To assure plastics cooling.
When carrying out assuring sealing to bellows one end nozzle, bellows one end is set in outside connecting head for pipe orifice 3, and
Ensure to be completely embedded between bellows nozzle and connecting head for pipe orifice 3, will not relatively rotate, then by the other end of bellows with
Other auxiliary rotating mechanism connections before assuring sealing, wrap up one layer of plastic tape (or rubber strip) in one end of bellows, next
Step, driving mechanism 2 drives connecting head for pipe orifice 3 to drive bellows rotation, synchronous, is heated by hot melt system to plastic tape, makes it
It is melted in one end outer surface of nozzle, it is synchronous, contact roller 41 is adjusted by mobile hold-down mechanism 4 and is pressed on plastic tape outer surface,
Plastics belt after making melting is adhered tightly to bellows nozzle one end outer surface, adheres to plastic tape in bellows nozzle one end
After completely, hot melt system is closed, meanwhile, adjusting contact roller 41 far from connecting head for pipe orifice 3 by mobile hold-down mechanism 4 (is exactly
Far from bellows nozzle one end outer surface), it finally opens cooling system and plastics belt is cooled down, remove wave after cooling
Line pipe, that is, completion of processing, entire machine operation is fairly simple, and high in machining efficiency, effect is good, can effectively complete bellows nozzle
Assure and sealing operation.
Above-mentioned cabinet 1 is typically designed as hollow out frame body, can be added according to actual use demand and heat dissipation performance etc. in its side
Lid sealing plate is to seal.
Preferably, above-mentioned driving mechanism 2 includes motor 21, main drive gear 22, auxiliary driving gear 23, bearing block 24, passes
Moving axis 25 and transmission chain 26, above-mentioned bearing block 24 are fixed on inside above-mentioned cabinet 1, and above-mentioned transmission shaft 25 is perpendicular to above-mentioned cabinet
1 one end setting, one end passes through one end of above-mentioned cabinet 1, and is fixedly connected with above-mentioned connecting head for pipe orifice 3, other end axis
To above-mentioned bearing block 24 is run through, and it is rotatably assorted with above-mentioned bearing block 24, above-mentioned auxiliary driving gear 23 is coaxially fixed on above-mentioned biography
The other end of moving axis 25, above-mentioned motor 21 are mounted on above-mentioned cabinet 1, and above-mentioned main drive gear 22 is coaxially fixed on above-mentioned electricity
In the drive shaft of machine 21, above-mentioned main drive gear 22 and above-mentioned auxiliary driving gear 23 pass through the above-mentioned transmission engaged respectively with the two
Chain 26 is sequentially connected, and entire driving mechanism 2 is compact-sized, runs smoothly.
Preferably, above-mentioned connecting head for pipe orifice 3 includes ring flange 31, connection sleeve 32, pilot sleeve 33, multiple variable-diameter blocks 34
With terminal pad 35, one end of above-mentioned cabinet 1 is arranged in above-mentioned ring flange 31, and coaxially fixation connects with one end of above-mentioned transmission shaft 25
It connects, above-mentioned connection sleeve 32 is cylinder, and is coaxially fixed on one end that above-mentioned ring flange 31 deviates from above-mentioned cabinet 1, and its is separate
One end end of above-mentioned ring flange 31 is coaxially provided with position-arresting disk 321, and above-mentioned pilot sleeve 33 is set in outside above-mentioned connection sleeve 32,
And it can axially be slided between above-mentioned ring flange 31 and above-mentioned position-arresting disk 321 along above-mentioned connection sleeve 32, above-mentioned pilot sleeve 33
One end end far from above-mentioned ring flange 31 is uniformly provided with multiple connecting columns for axially penetrating through above-mentioned position-arresting disk 321 along its circumferential direction
331, above-mentioned terminal pad 35 is arranged at intervals on the one end of above-mentioned position-arresting disk 321 far from above-mentioned ring flange 31, and with more above-mentioned companies
It connects column 331 to be fixedly connected far from one end of above-mentioned pilot sleeve 33, multiple above-mentioned 34 specifications of variable-diameter block are consistent, and longitudinal section is equal
It is annular for fan, and respectively along the circumferential outside for being uniformly arranged on above-mentioned pilot sleeve 33 of above-mentioned pilot sleeve 33, above-mentioned variable-diameter block
34 both ends are contacted with above-mentioned ring flange 31 and above-mentioned position-arresting disk 321 respectively, and the inside of each above-mentioned variable-diameter block 34 is along above-mentioned
The axial restraint of pilot sleeve 33 is equipped with sliding block 341, circumferentially-spaced is uniformly equipped on the periphery of above-mentioned pilot sleeve 33 along its
Multiple sliding groove structures 332 with the one-to-one bar shaped of above-mentioned sliding block 341, above-mentioned sliding groove structure 332 is respectively along above-mentioned guide sleeve
The axial of cylinder 33 is distributed, and the vertical range between 33 axial line of slot bottom and above-mentioned pilot sleeve of above-mentioned sliding groove structure 332 is by it
One end close to above-mentioned ring flange 31 is successively gradually reduced to the other end, the one end of above-mentioned sliding block 341 far from above-mentioned variable-diameter block 34
It protrudes into and is slidably mounted in corresponding above-mentioned sliding groove structure 332, and can be slided relative to corresponding above-mentioned sliding groove structure 332；
Above-mentioned driving mechanism 2 further includes pull rod 27 and pushing meanss 28, and above-mentioned transmission shaft 25 is open hollow for both ends
Axis, one end of above-mentioned pull rod 27 are fixedly connected with above-mentioned terminal pad 35, and the other end sequentially coaxially passes through above-mentioned connection sleeve 32, method
Blue disk 31, transmission shaft 25 are simultaneously sequentially connected with above-mentioned pushing meanss 28, and above-mentioned pushing meanss 28 are fixed on inside above-mentioned rack 1,
And above-mentioned terminal pad 35, connecting column 331 and pilot sleeve 33 can be driven to move along the axial direction of above-mentioned connection sleeve 32 by pull rod 27
It is dynamic, and above-mentioned sliding groove structure 332 is driven to slide relative to corresponding above-mentioned sliding block 341, so that multiple above-mentioned variable-diameter blocks 34 are opposite
It moves radially in above-mentioned pilot sleeve 33 close to or far from it is logical to greatly improve it using the design of reducing for connecting head for pipe orifice 3
With property, only pull rod 27 need to be driven mobile by pushing meanss 28 before driving connecting head for pipe orifice 3 rotates during variable diameter
Realize multiple moving radially relative to pilot sleeve 33 of variable-diameter block 34, ingenious in design, flexible and convenient operation is especially advantageous for not
With the fastening of bore bellows nozzle.
Specifically, above-mentioned sliding groove structure 332 has the sliding slot of T type away from one end of above-mentioned pilot sleeve 33 along its axial direction,
The one end of above-mentioned sliding block 341 far from variable-diameter block 34 is sliding block with the matched T-type of above-mentioned sliding slot, and the T-type end of sliding block 341 is protruded into pair
In the sliding groove structure 332 answered, the two without departing from or fall, the relative displacement axial along pilot sleeve 33 can only occur.
In some embodiments, above-mentioned mobile hold-down mechanism 4 is by mounting plate 47,42, two bearing mounting plates of screw rod, driving
Motor, the first sliding block 43, slide plate 44, the second sliding block 45, pushing meanss 46 and above-mentioned contact roller 41 form, above-mentioned mounting plate 47
For rectangular slab, and it is jointly mounted to above-mentioned 1 one end end of cabinet, length direction of the above-mentioned screw rod 42 along above-mentioned mounting plate 47
Be arranged in parallel in the side that above-mentioned mounting plate 47 deviates from cabinet 1, both ends respectively be fixed on above-mentioned mounting plate 47 away from above-mentioned
The above-mentioned bearing mounting plate at 1 side both ends of cabinet is rotatablely connected, and one end extends close to the position of above-mentioned connecting head for pipe orifice 3
It sets, the direction that the other end is directed away from above-mentioned connecting head for pipe orifice 3 extends, and above-mentioned driving motor is fixed on above-mentioned mounting plate 47,
And be sequentially connected with above-mentioned screw rod 42 far from one end of above-mentioned connecting head for pipe orifice 3, above-mentioned first sliding block, 43 screw thread is set in above-mentioned
Outside screw rod 42, both ends are slidably matched with above-mentioned mounting plate 47 away from the side of cabinet 1 respectively, and above-mentioned slide plate 44 is stripe board,
And it is vertically mounted on the side that above-mentioned first sliding block 43 deviates from above-mentioned cabinet 1, above-mentioned second sliding block 45 is slidably mounted on above-mentioned cunning
For plate 44 close to the side of above-mentioned connecting head for pipe orifice 3, above-mentioned pushing meanss 46 are fixed on above-mentioned slide plate 44 far from above-mentioned first sliding block
43 one end, and be sequentially connected with above-mentioned second sliding block 45, above-mentioned contact roller 41 is mounted on above-mentioned second sliding block 45 close to above-mentioned
The side of connecting head for pipe orifice 3, above-mentioned driving motor can drive screw rod 42 to rotate, to drive above-mentioned slide plate 44 along above-mentioned mounting plate 47
It slides axially relative to above-mentioned screw rod 42 close to or far from above-mentioned connecting head for pipe orifice 3, to realize that contact roller 41 moves close to or far
From above-mentioned connecting head for pipe orifice 3, above-mentioned pushing meanss 46 can push above-mentioned second sliding block 45 to drive above-mentioned contact roller 41 along above-mentioned pipe
The axial movement of mouth connector 3 (connection sleeve 32 or pilot sleeve 33), so that contact roller 41, which can move, is adjusted to nozzle company
Any axial position of 3 outer surface of connector enables it to cover the appearance of entire connecting head for pipe orifice 3 when compressing to package plastics
Face.
Preferably, above-mentioned pushing meanss 46 are cylinder, it is also possible to hydraulic stem or electric pushrod etc. with same similar functions
Product or device.
Preferably, above-mentioned hot melt system includes gas source, bocca 51, displacement mechanism 52 and the first telescoping mechanism 53,
Upper displacement mechanism 52 is mounted in above-mentioned cabinet 1, and above-mentioned first telescoping mechanism 53 is sequentially connected with upper displacement mechanism 52,
Above-mentioned bocca 51 is mounted on the telescopic end of above-mentioned first telescoping mechanism 53, and is connected to above-mentioned gas source, and above-mentioned first stretches
Contracting mechanism 53 can be driven above-mentioned bocca 51 to stretch out one end of above-mentioned cabinet 1 by telescopic end and extend to above-mentioned nozzle connection
First 3 side retracts in above-mentioned cabinet 1, and behind one end that above-mentioned bocca 51 stretches out above-mentioned cabinet 1, upper displacement mechanism
52 can drive above-mentioned first telescoping mechanism 53 that above-mentioned bocca 51 is driven to move close to above-mentioned connecting head for pipe orifice 3, by above-mentioned
51 flame of bocca will assure plastic hot melt in one end nozzle outer surface of above-mentioned bellows, or move away from above-mentioned nozzle connection
First 3, entire hot melt system can flexible modulation bocca 51 stretch out or retract inside it relative to cabinet 1 is mobile, using comparing
Flexibly, and by displacement mechanism 52 distance of the bocca 51 apart from connecting head for pipe orifice 3 (bellows nozzle) is adjusted, to adjust
The conditional parameters such as the temperature of hot melt are saved, realize good, effective hot melt.
Preferably, upper displacement mechanism 52 includes rack 521, lifting device 522 and guide rod 523, above-mentioned rack 521 is perpendicular
Directly it is fixed on the top inside above-mentioned cabinet 1, above-mentioned guide rod 523 is equipped with two, and is respectively separated and vertical is fixed on
The side of rack 521 is stated, above-mentioned first telescoping mechanism 53 is mounted on two above-mentioned guide rods 523 by bracket slide, above-mentioned
Lifting device 522 is mounted on the upper center of above-mentioned 521 side of rack, and connect with above-mentioned bracket, and above-mentioned lifting device 522 can
Above-mentioned bracket and the first telescoping mechanism 53 is driven to move down along two above-mentioned guide rods 523, displacement mechanism 52 designs simple, conjunction
Reason, the displacement for being able to achieve the first telescoping mechanism 53 and bocca 51 are adjusted, it is made to be more conducive to wrap up bellows nozzle outer surface
Effective heating of plastics, it is ensured that plastics good can be adhered to bellows nozzle outer surface.
Above-mentioned lifting device 512 and guide rod 513 are respectively equipped with two groups, and are distributed in the two sides of rack 511, and above-mentioned first
Telescoping mechanism 53 and bocca 51 also are provided with two groups accordingly, and are slidably mounted on two groups of guide rods 513 respectively, are heating
Cheng Zhong, two group of first telescoping mechanism 53 is synchronous to drive corresponding bocca 51 is mobile to stretch out outside 1 one end line up connector 3 of cabinet
The plastics of assuring for the bellows nozzle being arranged are heated, and more efficient, effect is more preferable, shorten heating cycle.
Preferably, above-mentioned cooling system includes blower 61, watering can 62 and the second telescoping mechanism 63, above-mentioned second telescoping mechanism
63 are mounted in above-mentioned cabinet 1, and above-mentioned watering can 62 is mounted on the telescopic end of above-mentioned second telescoping mechanism 63, and with above-mentioned blower 61
Air outlet connection, above-mentioned second telescoping mechanism 63 can drive above-mentioned watering can 62 to stretch out one end of above-mentioned cabinet 1 by telescopic end
And it extends to the side of above-mentioned nozzle connecting head for pipe orifice 3 or retracts in above-mentioned cabinet 1, and stretch out above-mentioned cabinet 1 in above-mentioned watering can 62
One end after, blowing direction is towards the outer surface of above-mentioned connecting head for pipe orifice 3, to the end pipe for being thermally melted in above-mentioned bellows
Mouthful outer surface assures that plastics quenching design of Cooling System is simple, can easily plastics to bellows nozzle outer surface into
Row quenching, cooling effect are preferable.
Embodiment two: (only show a bellows nozzle in figure and assure sealing machine) as shown in Figure 5, the ripple of the present embodiment
Pipe nozzle assures sealing production line, sealing machine is assured including such as bellows nozzles in embodiments one of bracket 7 and two, on two
It states bellows nozzle and assures sealing machine and be respectively separated the both ends that above-mentioned bracket 7 is set, and 3 phase of above-mentioned connecting head for pipe orifice of the two
To close and be coaxially disposed, bellows is shelved on above-mentioned bracket 7, above-mentioned bellows can be rotated relative to above-mentioned bracket 7,
Both ends nozzle is respectively sleeved at two above-mentioned bellows nozzles and assures outside the connecting head for pipe orifice 3 of sealing machine, and the entire production line can be same
When bellows both ends nozzle is carried out assuring sealing treatment, high in machining efficiency, effect is good, and production-line arrangement is simple.
The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all practical at this
Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model
Within the scope of shield.
Claims (7)
1. a kind of bellows nozzle assures sealing machine, it is characterised in that: including cabinet (1), driving mechanism (2), connecting head for pipe orifice
(3), mobile hold-down mechanism (4), hot melt system and cooling system；
One end of the cabinet (1) is plane, and the connecting head for pipe orifice (3) is arranged in one end of the cabinet (1), the driving
Mechanism (2) is mounted in the cabinet (1), and is sequentially connected with the connecting head for pipe orifice (3), and the nozzle can be driven to connect
Head (3) rotation；
One end nozzle of bellows is set in the connecting head for pipe orifice (3) outside, and one end nozzle outer surface, which is laid with, assures plastics；
The hot melt system is arranged on the cabinet (1), will assure plastic hot melt in one end nozzle of the bellows
Outer surface；
The mobile hold-down mechanism (4) is mounted on one end of the cabinet (1), has contact roller (41) thereon, the mobile pressure
Tight mechanism (4) can drive the contact roller (41) to move close to or far from the connecting head for pipe orifice (3), will assure plastics pressure
Tightly in one end nozzle outer surface of the bellows；
The cooling system is mounted on the cabinet (1), to one end nozzle outer surface for being thermally melted in the bellows
It is cooling to assure plastics.
2. a kind of bellows nozzle according to claim 1 assures sealing machine, it is characterised in that: the driving mechanism (2)
Including motor (21), main drive gear (22), auxiliary driving gear (23), bearing block (24), transmission shaft (25) and transmission chain
(26), the bearing block (24) is fixed on the cabinet (1) inside, and the transmission shaft (25) is perpendicular to the one of the cabinet (1)
End setting, one end pass through the one end of the cabinet (1), and are fixedly connected with the connecting head for pipe orifice (3), and the other end is axial
It is rotatably assorted through the bearing block (24), and with the bearing block (24), the auxiliary driving gear (23) is coaxially fixed on institute
The other end of transmission shaft (25) is stated, the motor (21) is mounted on the cabinet (1), and the main drive gear (22) is coaxially solid
Be scheduled in the drive shaft of the motor (21), the main drive gear (22) and the auxiliary driving gear (23) by respectively with
The transmission chain (26) transmission connection of the two engagement.
3. a kind of bellows nozzle according to claim 2 assures sealing machine, it is characterised in that: the connecting head for pipe orifice
It (3) include ring flange (31), connection sleeve (32), pilot sleeve (33), multiple variable-diameter blocks (34) and terminal pad (35), the method
Blue disk (31) setting is fixedly and coaxially connected in one end of the cabinet (1), and with one end of the transmission shaft (25), the connection
Sleeve (32) is cylinder, and is coaxially fixed on one end that the ring flange (31) deviate from the cabinet (1), and it is far from the method
One end end of blue disk (31) is coaxially provided with position-arresting disk (321), and the pilot sleeve (33) is set in the connection sleeve (32)
Outside, it and can axially be slided between the ring flange (31) and the position-arresting disk (321) along the connection sleeve (32), it is described to lead
One end end to sleeve (33) far from the ring flange (31) is uniformly provided with along its circumferential direction multiple axially penetrates through the position-arresting disk
(321) connecting column (331), the terminal pad (35) are arranged at intervals on the position-arresting disk (321) far from the ring flange (31)
One end, and be fixedly connected with the more connecting columns (331) far from the one end of the pilot sleeve (33), multiple variable diameters
Block (34) specification is consistent, and longitudinal section is fan annular, and is circumferentially uniformly arranged on along the pilot sleeve (33) respectively described
The outside of pilot sleeve (33), the both ends of the variable-diameter block (34) respectively with the ring flange (31) and the position-arresting disk (321)
Contact, the inside of each variable-diameter block (34) is equipped with sliding block (341) along the axial restraint of the pilot sleeve (33), described
It is circumferentially-spaced uniformly equipped with multiple and the sliding block (341) one-to-one bar shaped along its on the periphery of pilot sleeve (33)
Sliding groove structure (332), the sliding groove structure (332) is respectively along the axial direction distribution of the pilot sleeve (33), the sliding groove structure
(332) the vertical range between slot bottom and the pilot sleeve (33) axial line is by it close to one end of the ring flange (31)
It is successively gradually reduced to the other end, the sliding block (341) is protruded into and is slidably mounted on pair far from the one end of the variable-diameter block (34)
In the sliding groove structure (332) answered, and it can be slided relative to the corresponding sliding groove structure (332)；
The driving mechanism (2) further includes pull rod (27) and pushing meanss (28), and the transmission shaft (25) is what both ends were open
One end of hollow shaft, the pull rod (27) is fixedly connected with the terminal pad (35), and the other end sequentially coaxially passes through the connection
Sleeve (32), ring flange (31), transmission shaft (25) are simultaneously sequentially connected with the pushing meanss (28), and the pushing meanss (28) are solid
It is internal to be scheduled on the cabinet (1), and the terminal pad (35), connecting column (331) and pilot sleeve can be driven by pull rod (27)
(33) along the axial movement of connection sleeve (32), and drive the sliding groove structure (332) relative to the corresponding sliding block
(341) slide so that multiple variable-diameter blocks (34) relative to the pilot sleeve (33) move radially close to or far from.
4. a kind of bellows nozzle according to claim 1 assures sealing machine, it is characterised in that: the hot melt system includes
Gas source, bocca (51), displacement mechanism (52) and the first telescoping mechanism (53), institute's displacement mechanism (52) are mounted on described
In cabinet (1), first telescoping mechanism (53) and institute's displacement mechanism (52) are sequentially connected, and the bocca (51) is mounted on
The telescopic end of first telescoping mechanism (53), and be connected to the gas source, first telescoping mechanism (53) can pass through
Telescopic end drive the bocca (51) to stretch out one end of the cabinet (1) and extend to the connecting head for pipe orifice (3) side or
It retracts in the cabinet (1), and behind one end that the bocca (51) stretch out the cabinet (1), institute's displacement mechanism (52)
It can drive first telescoping mechanism (53) that the bocca (51) is driven to move close to the connecting head for pipe orifice (3), to pass through
Bocca (51) flame will assure plastic hot melt in one end nozzle outer surface of the bellows, or move away from the pipe
Mouth connector (3).
5. a kind of bellows nozzle according to claim 4 assures sealing machine, it is characterised in that: institute's displacement mechanism (52)
Including rack (521), lifting device (522) and guide rod (523), the rack (521) is fixed on vertically in the cabinet (1)
The top in portion, the guide rod (523) are equipped with two, and are respectively separated and the vertical side for being fixed on the rack (521),
First telescoping mechanism (53) is mounted on two guide rods (523) by bracket slide, the lifting device (522)
It is mounted on the upper center of the rack (521) side, and is connect with the bracket, the lifting device (522) can drive institute
Bracket and the first telescoping mechanism (53) is stated to move up and down along two guide rods (523).
6. a kind of bellows nozzle according to any one of claims 1 to 5 assures sealing machine, it is characterised in that: described cold
But system includes blower (61), watering can (62) and the second telescoping mechanism (63), and second telescoping mechanism (63) is mounted on described
In cabinet (1), the watering can (62) is mounted on the telescopic end of second telescoping mechanism (63), and goes out with the blower (61)
Air port connection, second telescoping mechanism (63) can drive the watering can (62) to stretch out the one of the cabinet (1) by telescopic end
It holds and extends to the side of the connecting head for pipe orifice (3) or retract in the cabinet (1), and stretch out the machine in the watering can (62)
Behind one end of case (1), blowing direction towards the connecting head for pipe orifice (3) outer surface, to being thermally melted in the bellows
One end nozzle outer surface assure plastics quenching.
7. a kind of bellows nozzle assures sealing production line, it is characterised in that: including bracket (7) and two such as claim 1 to 6
Described in any item bellows nozzles assure sealing machine, and two bellows nozzles, which are assured sealing machine and are respectively separated, to be arranged in institute
State the both ends of bracket (7), and the connecting head for pipe orifice (3) of the two is relatively close and be coaxially disposed, and puts on the bracket (7)
It is equipped with bellows, the bellows can be rotated relative to the bracket (7), and both ends nozzle is respectively sleeved at two ripples
Pipe nozzle assures the connecting head for pipe orifice (3) of sealing machine outside.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820742458.8U CN208305784U (en) | 2018-05-18 | 2018-05-18 | A kind of bellows nozzle assures sealing machine and production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820742458.8U CN208305784U (en) | 2018-05-18 | 2018-05-18 | A kind of bellows nozzle assures sealing machine and production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208305784U true CN208305784U (en) | 2019-01-01 |
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ID=64711750
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820742458.8U Expired - Fee Related CN208305784U (en) | 2018-05-18 | 2018-05-18 | A kind of bellows nozzle assures sealing machine and production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208305784U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108422653A (en) * | 2018-05-18 | 2018-08-21 | 高明芳 | A kind of bellows nozzle assures sealing machine and production line |
| CN114536731A (en) * | 2022-02-25 | 2022-05-27 | 湖北兴欣科技股份有限公司 | Steel mesh reinforced steel-plastic composite pipe two-end simultaneous plastic packaging device |
-
2018
- 2018-05-18 CN CN201820742458.8U patent/CN208305784U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108422653A (en) * | 2018-05-18 | 2018-08-21 | 高明芳 | A kind of bellows nozzle assures sealing machine and production line |
| CN114536731A (en) * | 2022-02-25 | 2022-05-27 | 湖北兴欣科技股份有限公司 | Steel mesh reinforced steel-plastic composite pipe two-end simultaneous plastic packaging device |
| CN114536731B (en) * | 2022-02-25 | 2023-06-16 | 湖北兴欣科技股份有限公司 | Device for simultaneously molding and sealing two ends of steel-mesh reinforced steel-plastic composite pipe |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190101 Termination date: 20200518 |