CN209096005U

CN209096005U - A kind of bellows nozzle assures sealing production line

Info

Publication number: CN209096005U
Application number: CN201821641387.9U
Authority: CN
Inventors: 高明芳
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-10-10
Filing date: 2018-10-10
Publication date: 2019-07-12
Anticipated expiration: 2028-10-10

Abstract

The utility model discloses a kind of bellows nozzles to assure sealing production line.The side of the first lift bracket is arranged in the luggage carrier interval of the utility model, transfer device is used to the bellows on luggage carrier being transferred to the first lift bracket, the other side of the first lift bracket is arranged in second lift bracket, first device for discharging is used to for the bellows on the first lift bracket being transferred to the second lift bracket, and the second device for discharging is used to the bellows on the second lift bracket being transferred to other stations；Bellows nozzle assures one end that the first lift bracket is arranged in sealing machine, the other end of first lift bracket is set to locking mechanism, bellows nozzle assures that one end of the second lift bracket is arranged in sealing machine and its connecting head for pipe orifice is removably movably installed with bellows, and the other end of the second lift bracket is arranged in locking mechanism.The production line automation operation of the utility model carries out sealing treatment to the both ends nozzle of bellows respectively, easy to operate, sealing is high-efficient.

Description

A kind of bellows nozzle assures sealing production line

Technical field

The utility model relates to bellows processing technique fields more particularly to a kind of bellows nozzle to assure sealing 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, the production for sealing in the prior art Line is complicated, and the degree of automation is low, and difficulty is larger when nozzle being caused to seal, higher cost, and processing efficiency is lower.

Summary of the invention

The purpose of this utility model is that the above-mentioned deficiency for the prior art proposes a kind of high degree of automation, sealing The good bellows nozzle of effect assures sealing production line.

A kind of bellows nozzle of the utility model assures sealing production line, including luggage carrier, transfer device, the first lifting Bracket, the first device for discharging, the second lift bracket, the second device for discharging and two bellows nozzles assure sealing machine；The load Rack, the first lift bracket and the second lift bracket are arranged in left-right direction, and the luggage carrier and the second lift bracket point Cloth side before and after first lift bracket；The transfer device is arranged between the luggage carrier and the first lift bracket, uses In the bellows on the luggage carrier to be transferred on first lift bracket, the first device for discharging setting is described the Between two lift brackets and the first lift bracket, for the bellows on first lift bracket to be transferred to described second liter It drops on bracket, the rear side of second lift bracket is arranged in second device for discharging, is used for second lift bracket On bellows be transferred to other stations；One of them described bellows nozzle assures sealing machine setting in the first lifting support The left end of frame, another described bellows nozzle assure the right end that second lift bracket is arranged in sealing machine, and described One lift bracket and the second lift bracket can respectively drive the bellows oscilaltion being placed on it, and be moved upward to wave Line tube hub line is in a straight line with the center line for the connecting head for pipe orifice that the corresponding bellows nozzle assures sealing machine When, the connecting head for pipe orifice that the bellows nozzle assures sealing machine detachably connects with the end of the corresponding bellows, described Connecting head for pipe orifice drives bellows rotation connected to it.

Preferably, first lift bracket and the second lift bracket include fixed frame and are arranged in the fixed frame two The shearing lift bracket at end, the both ends of the bellows are individually positioned in the shearing lift bracket, first lifting The wave that the synchronous driving of the shearing lift bracket of the shearing lift bracket of bracket or first lift bracket is placed on it Line pipe oscilaltion.

Preferably, first lift bracket and the second lift bracket further include setting on the ground and in left-right direction The fixed frame of the sliding rail of distribution, first lift bracket and the second lift bracket is slidably disposed in corresponding described respectively On sliding rail.

Preferably, first device for discharging includes the first stripper and multiple first discharge arms；First stripper It is arranged on the fixed frame of first lift bracket, and is located between the shearing lift bracket at the fixed frame both ends, institute The front side for stating fixed frame is equipped with the first lifting device, the driving end of the front side of first stripper and first lifting device Hingedly, the rear side of the fixed frame, the driving end driving of first lifting device are hinged on rear side of first stripper Overturning before and after first stripper；First discharge arm includes the horizontal segment placed along the longitudinal direction and is arranged in horizontal segment Rear end and the vertical bar vertical with the horizontal segment, the front end of the horizontal segment are fixed on the fixed frame, the vertical bar The front side and its bottom end for being placed on second lift bracket offset with ground.

Preferably, second device for discharging includes the second stripper and multiple second discharge arms, second stripper The fixed frame of second lift bracket is set, and is located between the shearing lift bracket at the fixed frame both ends；It is described The front side of fixed frame is equipped with the second lifting device, and the driving of second lifting device is hinged on front side of second stripper On end, the rear side of the fixed frame is hinged on rear side of second stripper；The driving end of second lifting device drives Overturning before and after second stripper；The front end of second discharge arm is fixed on the rear side of the fixed frame, and described second unloads The rear end of material bar is placed on the ground or extends horizontally to other stations.

Preferably, further include two and support locking mechanism, the locking mechanism that supports includes bracket and is vertically arranged on the bracket Support stop member, and it is described support stop member can be rotated relative to the bracket；One of them described setting that can be horizontally slipped to locking mechanism In the right end of first lift bracket, so that supporting the right end phase of stop member and the bellows for being placed on first lift bracket Support and with bellows synchronous rotary, another is described to be arranged in second lift bracket to what locking mechanism can horizontally slip Left end so that support stop member offset with the left end for the bellows for being placed on second lift bracket and it is synchronous with bellows revolve Turn.

Preferably, the locking mechanism that supports further includes the slideway extended in left-right direction, and the bracket can by rectilinear orbit The setting of sliding is in the slideway.

Preferably, one end of the slideway is connect with the fixed frame, and the slideway is parallel with the sliding rail, the slideway Bottom end be equipped with pulley.

Preferably, the transfer device includes two third lifting devices and two transfer levers, two third liftings Device is separately positioned on the both ends of the luggage carrier, and the transfer levers include the horizontal segment placed along the longitudinal direction and are arranged in institute State horizontal segment rear end and the vertical rod vertical with the horizontal segment, the front end of the transfer levers and the third lifting device are cut with scissors It connects, the vertical rod is placed on the front side of first lift bracket and its bottom end offsets with ground, the third lifting device Driving end drive the front end of the transfer levers to go up and down so that bellows on luggage carrier is transferred to the by inclined transfer levers On one lift bracket.

Preferably, connecting head for pipe orifice includes ring flange, connection sleeve, pilot sleeve, multiple variable-diameter blocks and terminal pad, flange One end of cabinet is arranged in disk, connect with driving mechanism, and connection sleeve is cylinder, and is coaxially fixed on ring flange away from cabinet One end, and its one end end far from ring flange is coaxially provided with position-arresting disk, pilot sleeve is set in outside connection sleeve, and can be along even Female connector cylinder axially slides between ring flange and position-arresting disk, and one end end of the pilot sleeve far from ring flange is circumferentially uniformly set along it There are multiple connecting columns for axially penetrating through position-arresting disk, more connecting columns are fixedly connected with connection far from one end of above-mentioned pilot sleeve Disk；Variable-diameter block is arranged between ring flange and position-arresting disk, and multiple variable diameter block specifications are consistent, and longitudinal section is fan annular, and point It is not uniformly arranged on the outside of pilot sleeve circumferentially along pilot sleeve.

The workflow that a kind of bellows nozzle of the utility model assures sealing production line is as follows: bellows is placed on institute It states on luggage carrier, the bellows on luggage carrier is transferred on first lift bracket by transfer device, when bellows turns It moves after the first lift bracket, then the first lift bracket is folded up, so that bellows one end and the bellows nozzle packet The connecting head for pipe orifice of channel closure machine is in the same horizontal position, and the first lift bracket assures the pipe of sealing machine towards bellows nozzle The sliding of mouth junction, so that bellows is detachably arranged in the bellows nozzle and assures on the connecting head for pipe orifice of sealing machine, Then locking mechanism is supported to support bellows one end on the first lift bracket to the bellows pipe of the one end for being located at the first lift bracket It mouthful assures the connecting head for pipe orifice of sealing machine and bellows bellows nozzle relatively connected to it is driven to assure the nozzle of sealing machine Connector rotation, enables bellows nozzle to assure sealing machine and seals to bellows one end, after sealing, first Lift bracket drives bellows to slide to the one end for assuring sealing machine far from bellows nozzle, so that bellows and bellows nozzle The junction for assuring sealing machine separates, and the first lift bracket is folded down, and the first device for discharging is by the wave on the first lift bracket Line pipe shifts the second lift bracket, and the second lift bracket rises, so that the other end of bellows and another described bellows Nozzle assures the connecting head for pipe orifice of sealing machine in the same horizontal position, another supports locking mechanism for the wave on the second lift bracket The bellows nozzle that the line pipe other end is supported to the one end for being located at the second lift bracket assures connecting head for pipe orifice and the drive of sealing machine Bellows assures the connecting head for pipe orifice rotation of sealing machine relative to bellows nozzle connected to it, so that bellows nozzle assures envelope Mouth machine can seal bellows one end, and after sealing, the second lift bracket drives bellows to far from bellows Nozzle assures one end sliding of sealing machine, so that the junction that bellows assures sealing machine with bellows nozzle separates, second liter It drops bracket to be folded down, the bellows on the second lift bracket is transferred to other stations by the second device for discharging.The utility model Bellows nozzle assure sealing production line automatic operation sealing treatment, operation side carried out to the both ends nozzle of bellows respectively Just, seal high-efficient.

Detailed description of the invention

Fig. 1 is the structural schematic diagram that a kind of bellows nozzle of the utility model assures a kind of state of sealing production line；

Fig. 2 is the structural representation that a kind of bellows nozzle of the utility model assures another state of sealing production line Figure；

Fig. 3 is the structural representation that a kind of bellows nozzle of the utility model assures the first deposit mechanism of sealing production line Figure；

Fig. 4 assures sealing machine for the bellows nozzle that a kind of bellows nozzle of the utility model assures sealing production line The structural schematic diagram of connecting head for pipe orifice.

10- luggage carrier；20- transfer device；21- third lifting device；22- transfer levers；The horizontal segment of 221- transfer levers； 222- vertical rod；The first lift bracket of 30-；31- fixed frame；The shearing lift bracket of 32-；33- sliding rail；The first discharging of 40- dress It sets；The first stripper of 41-；The first discharge arm of 42-；421- horizontal segment；422- vertical bar；The first lifting device of 43-；50- second Lift bracket；The second device for discharging of 60-；The second stripper of 61-；The second discharge arm of 62-；The second lifting device of 63-；70- ripple Pipe nozzle assures sealing machine；71- connecting head for pipe orifice；80- supports locking mechanism；81- slideway；82- bracket；83- supports stop member；84- driving Device；85- pulley.90- driving mechanism；91- ring flange；92- connection sleeve；921- position-arresting disk；93- pilot sleeve；931- connects Connect column；932- sliding groove structure；94- variable-diameter block；941- sliding block；95- terminal pad.

Specific embodiment

It is specific embodiment of the utility model and in conjunction with attached drawing below, the technical solution of the utility model is made further Description, but the utility model is not limited to these examples.

A kind of bellows nozzle of the utility model assures sealing production line, including luggage carrier 10, transfer device 20, first 60, two lift bracket 30, the first device for discharging 40, the second lift bracket 50, the second device for discharging bellows nozzles assure envelope Mouth machine 70；Luggage carrier 10, the first lift bracket 30 and the second lift bracket 50 are arranged in left-right direction, and luggage carrier 10 and Two lift brackets 50 are distributed in 30 front and back side of the first lift bracket；Transfer device 20 is arranged in luggage carrier 10 and the first lift bracket Between 30, for the bellows on luggage carrier 10 to be transferred to the first lift bracket 30, the setting of the first device for discharging 40 is the Between two lift brackets 50 and the first lift bracket 30, for the bellows on the first lift bracket 30 to be transferred to the second lifting On bracket 50, the rear side of the second lift bracket 50 is arranged in the second device for discharging 60, for by the wave on the second lift bracket 50 Line pipe is transferred to other stations；One of bellows nozzle assures the left end that the first lift bracket 30 is arranged in sealing machine 70, Another bellows nozzle assures the right end that the second lift bracket 50 is arranged in sealing machine 70, the first lift bracket 30 and second Lift bracket 50 can respectively drive the bellows oscilaltion being placed on it, and be moved upward to bellows core line with it is right When the center line that the bellows nozzle answered assures the connecting head for pipe orifice 71 of sealing machine 70 is in a straight line, bellows nozzle packet The connecting head for pipe orifice 71 of channel closure machine 70 detachably connects with the end of corresponding bellows, and the driving of connecting head for pipe orifice 71 is connected thereto Bellows rotation.

The workflow that a kind of bellows nozzle of the utility model assures sealing production line is as follows: bellows is placed on load In rack 10, the bellows on luggage carrier 10 is transferred on the first lift bracket 30 by transfer device 20, when bellows turns It moves after the first lift bracket 30, then the first lift bracket 30 is folded up, so that bellows one end and bellows nozzle packet The connecting head for pipe orifice 71 of channel closure machine 70 is in the same horizontal position, and the first lift bracket 30 assures sealing towards bellows nozzle The nozzle junction of machine 70 is slided, so that bellows is detachably arranged in the nozzle connection that bellows nozzle assures sealing machine 70 On first 71, then supports locking mechanism 80 and support bellows one end on the first lift bracket 30 to positioned at the one of the first lift bracket 30 The bellows nozzle at end assures the connecting head for pipe orifice 71 of sealing machine 70 and drives bellows bellows nozzle relatively connected to it The connecting head for pipe orifice 71 for assuring sealing machine 70 rotates, and enables bellows nozzle to assure sealing machine 70 and carries out to bellows one end Sealing, after sealing, the first lift bracket 30 drives bellows to the one end for assuring sealing machine 70 far from bellows nozzle Sliding, so that the junction that bellows assures sealing machine 70 with bellows nozzle separates, the first lift bracket 30 is folded down, the Bellows on first lift bracket 30 is shifted the second lift bracket 50 by one device for discharging 40, and the second lift bracket 50 rises, So that the other end of bellows and another bellows nozzle assure the connecting head for pipe orifice 71 of sealing machine 70 in same level position It sets, another supports locking mechanism 80 and supports the bellows other end on the second lift bracket 50 to positioned at the second lift bracket 50 The bellows nozzle of one end assures the connecting head for pipe orifice 71 of sealing machine 70 and drives bellows bellows pipe relatively connected to it Mouth assure sealing machine 70 connecting head for pipe orifice 71 rotate, enable bellows nozzle assure sealing machine 70 to bellows one end into Row sealing, after sealing, the second lift bracket 50 drives bellows to assure the one of sealing machine 70 to far from bellows nozzle End sliding, so that the junction that bellows assures sealing machine 70 with bellows nozzle separates, the second lift bracket 50 is folded down, Bellows on second lift bracket 50 is transferred to other stations by the second device for discharging 60.The bellows nozzle of the utility model It assures sealing production line automatic operation and sealing treatment, easy to operate, sealing efficiency is carried out to the both ends nozzle of bellows respectively It is high.

First lift bracket 30 can be identical or not identical with the second lift bracket 50, and their structure have it is more Kind, herein without limitation, in this practical example, the first lift bracket 30 and the second lift bracket 50 include 31 He of fixed frame The shearing lift bracket 32 at 31 both ends of fixed frame is set, the both ends of bellows are individually positioned in shearing lift bracket 32, The synchronous driving of the shearing lift bracket 32 of the shearing lift bracket 32 of first lift bracket 30 or the first lift bracket 30 is put Set bellows oscilaltion on it.In another achievable mode, the first lift bracket 30 and the second lift bracket 50 may include workbench and the cylinder that driving workbench oscilaltion below workbench is arranged in, and workbench can be V-type, V The workbench of type can play the role of limit bellows position, cylinder make workbench rise so that bellows always with wave Line pipe nozzle assures the nozzle junction of sealing machine 70 point-blank, and cylinder makes workbench rise decline.

First lift bracket 30 and the second lift bracket 50 can also include that setting divides on the ground and in left-right direction The fixed frame 31 of the sliding rail 33 of cloth, the first lift bracket 30 and the second lift bracket 50 is slidably disposed in corresponding cunning respectively On rail 33.It is slided on sliding rail 33, reduces the frictional force that the first lift bracket 30 is subject in the process of movement, fixed frame 31 can To be slided on sliding rail 33 by many structures, such as the lower end of fixed frame 31 can be equipped with pulley 85 or sliding block.Certainly may be used also To include driving mechanism that driving states that fixed frame 31 slides on sliding rail 33, such as: sliding rail 33 can drive for electric sliding rail 33, motor Movable pulley 85 slides on electric sliding rail 33.

As shown in Figure 1,3, there are many structures of the first device for discharging 40, herein without limitation, in the present embodiment, the One device for discharging 40 includes the first stripper 41 and multiple first discharge arms 42；First stripper 41 is arranged in the first lift bracket On 30 fixed frame 31, and it is located between the shearing lift bracket 32 at fixed frame both ends, the front side of fixed frame 31 is equipped with first Lifting device 43, the front side of the first stripper 41 and the driving end of the first lifting device 43 are hinged, the rear side of the first stripper 41 It is hinged on the rear side of fixed frame 31, the driving end of the first lifting device 43 is overturn before and after driving the first stripper 41；First discharging Bar 42 includes the horizontal segment 421 placed along the longitudinal direction and is arranged in 421 rear end of horizontal segment and vertical with horizontal segment 421 vertical Bar 422, the front end of horizontal segment 421 are fixed on fixed frame 31, vertical bar 422 be placed on the front side of the second lift bracket 50 and its Bottom end offsets with ground.Bellows is being transferred to the second lift bracket 50 from the first lift bracket 30 by the first device for discharging 40 In operation, the driving end of the first lifting device 43 drives the other end of the first stripper 41 to be gone up and down relative to one end so that the One stripper 41 inclination, since bellows is cylindrical, so bellows can be tumbled along inclined first stripper 41 to the On one discharge arm 42, the placement surface in the second lift bracket 50 for folding collapsed state is then rolled to by the first discharge arm 42 On, then the driving end of the first lifting device 43 drives the other end of the first stripper 41 to be gone up and down relative to one end so that the One stripper 41 is horizontal.In order to enable bellows can be tumbled smoothly from the first stripper 41 to the first discharge arm 42, so It is rolled on the placement surface of the second lift bracket 50 for folding collapsed state by the first discharge arm 42 afterwards, in addition to optimal, Wherein the horizontal segment 421 of the first discharge arm 42 is with the placement surface in the second lift bracket 50 for folding collapsed state same flat Outside face, wherein the horizontal segment 421 of the first discharge arm 42 can be slightly above or be somewhat below second in folding collapsed state The placement surface of lift bracket 50, this slightly above or the difference range that is somewhat below can according to the actual diameter of bellows come Setting, such as: when the diameter of bellows is 30cm, the first discharge arm 42 include the horizontal segment 421 placed along the longitudinal direction with The difference in height of placement surface in the second lift bracket 50 for folding collapsed state can be positive and negative 10cm.

There are many structures of second device for discharging 60, herein without limitation, in the present embodiment, the second device for discharging 60 Including the second stripper 61 and multiple second discharge arms 62, the fixed frame of the second lift bracket 50 is arranged in the second stripper 61 31, and be located between the shearing lift bracket 32 at fixed frame both ends；The front side of fixed frame 31 is equipped with the second lifting device 63, the The front side of two strippers 61 is hinged on the driving end of the second lifting device 63, and the rear side of the second stripper 61 is hinged on fixed frame Rear side；The driving end of second lifting device 63 is overturn before and after driving the second stripper 61；The front end of second discharge arm 62 is fixed Other stations are placed on the ground or extended horizontally in the rear end of the rear side of fixed frame 31, the second discharge arm 62.Second discharging Bellows is being transferred in the operation on other stations or ground by device 60 from the second lift bracket 50, the second lifting device 63 End is driven to drive the other end of the second stripper 61 to go up and down relative to one end so that the second stripper 61 tilts, due to ripple Pipe is cylindrical, so bellows can be tumbled along inclined second stripper 61 to the second discharge arm 62, then by the Two discharge arms 62 are rolled to other stations or ground, and then the driving end of the first lifting device 43 drives the another of the first stripper 41 End relative to one end lifting so that the first stripper 41 is horizontal, wherein the second discharge arm 62 should be at tilting down or horizontal State so that bellows smoothly can be rolled to other stations or ground by the second discharge arm 62.It should be noted that When the placement surface in the second lift bracket 50 for folding collapsed state is higher than the second stripper 61 in horizontality, ripple Pipe is first to be rolled on the placement surface of the second lift bracket 50, and described above be also based only on this fact, naturally it is also possible to be When the placement surface in the second lift bracket 50 for folding collapsed state is equal to or less than the second stripper in horizontality 61 state is tumbled from the bellows that the first device for discharging 40 unloads to the second stripper 61 and the second lift bracket 50 in this way Or only on the second stripper 61, this does not affect the implementation of the utility model.

When the structure of the first device for discharging 40 and the second device for discharging 60 is as above, in the first lift bracket 30 and second liter In the another embodiment for dropping bracket 50, in order to enable bellows can smoothly turn from the workbench of the first lift bracket 30 The workbench for moving to the second lift bracket 50, when cylinder driving workbench decline, to guarantee the placement surface and first of workbench Stripper 41 and the second stripper 61 placement surface when in a horizontal state are either lower than the first stripper in same level 41 and second placement surface when in a horizontal state of stripper 61.

This production line can also include two and support locking mechanism 80, including bracket and be vertically arranged on bracket to locking mechanism 80 Support stop member 83, and support stop member 83 can be rotated relative to bracket；One of them supports the setting that can horizontally slip of locking mechanism 80 first The right end of lift bracket 30, so that the right end to stop member 83 and the bellows for being placed on the first lift bracket 30 offsets and and wave Line pipe synchronous rotary, another supports the left end that the second lift bracket 50 is arranged in that locking mechanism 80 can horizontally slip, so that Left end to stop member 83 and the bellows for being placed on the second lift bracket 50 offset and with bellows synchronous rotary.

It can also include the slideway 81 extended in left-right direction to locking mechanism 80, bracket 82 is slidable by rectilinear orbit It is arranged in slideway 81.Bracket 82 will slide on slideway 81 until supporting will extremely support to one end of bellows, and support stop member 83 and ripple Pipe is rotated relative to connecting head for pipe orifice 71 connected to it together, so that sealing operation smoothly carries out.In order to enable supporting only machine Structure 80 more automates in operation, to locking mechanism 80 can also driving arm 82 slides on slideway 81 and driving is supported including being used for The driving device 84 that stop member 83 drives the nozzle of bellows to rotate relative to connecting head for pipe orifice 71 connected to it.

One end of slideway 81 is connect with fixed frame 31, and slideway 81 is parallel with sliding rail 33, and the bottom end of slideway 81 is equipped with pulley 85. Fixed frame 31 drives during exercise to be moved together to locking mechanism 80.

The structure of transfer device 20 can there are many, herein without limitation, in the present embodiment, transfer device 20 includes Two third lifting devices 21 and two transfer levers 22, two third lifting devices 21 are separately positioned on the both ends of luggage carrier 10, Transfer levers 22 include the horizontal segment 221 placed along the longitudinal direction and are arranged in 221 rear end of horizontal segment and vertical with horizontal segment 221 Vertical rod 222, the front end of transfer levers 22 and third lifting device 21 are hinged, and vertical rod 222 is placed on the first lift bracket 30 The front end of front side and its bottom end offsets with ground, the driving end driving transfer levers 22 of third lifting device 21 is gone up and down so that luggage carrier Bellows on 10 is transferred on the first lift bracket 30 by inclined transfer levers 22.Transfer device 20 is will be on luggage carrier 10 Bellows be transferred on the first lift bracket 30, third lifting device 21 drive end driving transfer levers 22 one end relative to turn The vertical rod 222 for moving bar 22 is gone up and down, so that the bellows on luggage carrier 10 is lifted to shift by inclined transfer levers 22 To the first lift bracket 30.

In order to enable bellows can be tumbled smoothly from luggage carrier 10 to transfer levers 22, then rolled by transfer levers 22 To in fold collapsed state the first lift bracket 30 placement surface on, in addition to optimal transfer levers 22 horizontal segment 221 with The placement surface of placement surface in the first lift bracket 50 for folding collapsed state either the first stripper 41 is in same plane Outside, wherein the horizontal segment 221 of transfer levers 22 can be slightly above or be somewhat below in the first lifting support for folding collapsed state The placement surface of the placement surface of frame 50 either the first stripper 41, this difference range for being slightly above or being somewhat below can root It is arranged according to the actual diameter of bellows, such as: when the diameter of bellows is 30cm, transfer levers 22 include putting along the longitudinal direction The horizontal segment 221 set is set with either the first stripper 41 of the placement surface in the first lift bracket 50 for folding collapsed state The difference in height of object plane can be positive and negative 10cm.

As shown in figure 4, above-mentioned connecting head for pipe orifice 71 includes ring flange 91, connection sleeve 92, pilot sleeve 93, multiple variable diameters One end of cabinet 1 is arranged in block 94 and terminal pad 95, ring flange 91, connect with driving mechanism 90, and connection sleeve 92 is cylinder, and It is coaxially fixed on one end that ring flange 91 deviates from cabinet 1, and its one end end far from ring flange 91 is coaxially provided with position-arresting disk 921, pilot sleeve 93 is set in outside connection sleeve 92, and can along connection sleeve 92 it is axial ring flange 91 and position-arresting disk 921 it Between slide, one end end of the pilot sleeve 93 far from ring flange 91 is uniformly provided with along its circumferential direction and multiple axially penetrates through position-arresting disk 921 Connecting column 931, more connecting columns 931 are fixedly connected with terminal pad 95 far from one end of above-mentioned pilot sleeve 93；Variable-diameter block 94 It is arranged between ring flange 91 and position-arresting disk 921, multiple 94 specifications of variable-diameter block are consistent, and longitudinal section is fan annular, and respectively Along the circumferential outside for being uniformly arranged on pilot sleeve 93 of pilot sleeve 93.

It is not directed to place above, is suitable for the prior art.

Although being described in detail by some specific embodiments of the example to the utility model, this field It is to be understood by the skilled artisans that above example merely to be illustrated, rather than in order to limit the scope of the utility model, this Utility model person of ordinary skill in the field described specific embodiment can be made it is various modification or It supplements or is substituted in a similar manner, but direction without departing from the utility model or surmount the appended claims institute The range of definition.It should be appreciated by those skilled in the art all foundation the technical essence of the utility model are to the above embodiment party Formula any modification, equivalent replacement, improvement and so on, should be included in the protection scope of the utility model.

Claims

1. a kind of bellows nozzle assures sealing production line, it is characterised in that: including luggage carrier (10), transfer device (20), One lift bracket (30), the first device for discharging (40), the second lift bracket (50), the second device for discharging (60) and two bellowss Nozzle assures sealing machine (70)；The luggage carrier (10), the first lift bracket (30) and the second lift bracket (50) are along left and right Direction setting, and the luggage carrier (10) and the second lift bracket (50) are distributed in side before and after first lift bracket (30)； The transfer device (20) is arranged between the luggage carrier (10) and the first lift bracket (30), is used for the luggage carrier (10) bellows on is transferred on first lift bracket (30), and first device for discharging (40) is arranged described second Between lift bracket (50) and the first lift bracket (30), for the bellows on first lift bracket (30) to be transferred to On second lift bracket (50), the rear side in second lift bracket (50) is arranged in second device for discharging (60), For the bellows on second lift bracket (50) to be transferred to other stations；One of them described bellows nozzle is assured Sealing machine (70) is arranged in the left end of first lift bracket (30), another described bellows nozzle assures sealing machine (70) right end in second lift bracket (50) is set, and first lift bracket (30) and the second lift bracket (50) can The bellows oscilaltion being placed on it is respectively driven, and is being moved upward to bellows core line and the corresponding ripple When the center line that pipe nozzle assures the connecting head for pipe orifice (71) of sealing machine (70) is in a straight line, the bellows nozzle packet The connecting head for pipe orifice (71) of channel closure machine (70) detachably connects with the end of the corresponding bellows, the connecting head for pipe orifice (71) bellows rotation connected to it is driven.

2. a kind of bellows nozzle as described in claim 1 assures sealing production line, it is characterised in that: the first lifting support Frame (30) and the second lift bracket (50) include the shearing liter of fixed frame (31) and setting at the fixed frame (31) both ends It drops bracket (32), the both ends of the bellows are individually positioned in the shearing lift bracket (32), first lift bracket (30) the synchronous driving of the shearing lift bracket (32) of shearing lift bracket (32) or first lift bracket (30) is put Set bellows oscilaltion on it.

3. a kind of bellows nozzle as claimed in claim 2 assures sealing production line, it is characterised in that: the first lifting support Frame (30) and the second lift bracket (50) further include the sliding rail (33) that setting is distributed on the ground and in left-right direction, and described the The fixed frame (31) of one lift bracket (30) and the second lift bracket (50) is slidably disposed in the corresponding sliding rail respectively (33) on.

4. a kind of bellows nozzle as claimed in claim 2 assures sealing production line, it is characterised in that: the first discharging dress Setting (40) includes the first stripper (41) and multiple first discharge arms (42)；First stripper (41) is arranged described first On the fixed frame (31) of lift bracket (30), and it is located between the shearing lift bracket (32) at the fixed frame both ends, it is described The front side of fixed frame (31) is equipped with the first lifting device (43), and the front side of first stripper (41) and first lifting fill The driving end for setting (43) is hinged, is hinged on the rear side of the fixed frame (31) on rear side of first stripper (41), and described The driving end of one lifting device (43) drives overturning before and after first stripper (41)；First discharge arm (42) includes edge Horizontal segment (421) that front-rear direction is placed and it is arranged in horizontal segment (421) rear end and vertical with the horizontal segment (421) vertical The front end of bar (422), the horizontal segment (421) is fixed on the fixed frame (31), and the vertical bar (422) is placed on described The front side and its bottom end of second lift bracket (50) offset with ground.

5. a kind of bellows nozzle as claimed in claim 2 assures sealing production line, it is characterised in that: the second discharging dress Setting (60) includes the second stripper (61) and multiple second discharge arms (62), and second stripper (61) is arranged described second The fixed frame (31) of lift bracket (50), and be located between the shearing lift bracket (32) at the fixed frame both ends；It is described solid The front side for determining frame (31) is equipped with the second lifting device (63), and second lifting is hinged on front side of second stripper (61) On the driving end of device (63), the rear side of the fixed frame is hinged on rear side of second stripper (61)；Described second liter The driving end of falling unit (63) drives overturning before and after second stripper (61)；The front end of second discharge arm (62) is fixed The rear end of rear side in the fixed frame (31), second discharge arm (62) is placed on the ground or extends horizontally to other works Position.

6. a kind of bellows nozzle as claimed in claim 3 assures sealing production line, it is characterised in that: further include two and support only Mechanism (80), it is described to locking mechanism (80) include bracket (82) and be vertically arranged on the bracket to stop member (83), and institute Stating can rotate to stop member (83) relative to the bracket (82)；Exist described in one of them to the setting that locking mechanism (80) can horizontally slip The right end of first lift bracket (30), so that supporting stop member (83) and the ripple for being placed on first lift bracket (30) The right end of pipe offset and with bellows synchronous rotary, another described setting that can be horizontally slipped to locking mechanism (80) is described The left end of second lift bracket (50), so that supporting stop member (83) and being placed on the bellows of second lift bracket (50) Left end offset and with bellows synchronous rotary.

7. a kind of bellows nozzle as claimed in claim 6 assures sealing production line, it is characterised in that: described to support locking mechanism (80) further include the slideway (81) extended in left-right direction, the bracket (82) is slidably arranged in the slideway (81), and with drive Dynamic device (84) transmission connection, the driving device can drive the bracket (82) to slide along the slideway (81).

8. a kind of bellows nozzle as claimed in claim 7 assures sealing production line, it is characterised in that: the slideway (81) One end is connect with the fixed frame (31), and the slideway (81) is parallel with the sliding rail (33).

9. a kind of bellows nozzle as described in claim 1 assures sealing production line, it is characterised in that: the transfer device It (20) include two third lifting devices (21) and two transfer levers (22), two third lifting devices (21) are respectively set At the both ends of the luggage carrier (10), the transfer levers (22) include that the horizontal segment (221) placed along the longitudinal direction and setting exist Horizontal segment (221) rear end and the vertical rod (222) vertical with the horizontal segment (221), the front end of the transfer levers (22) Hingedly with the third lifting device (21), the vertical rod (222) be placed on the front side of first lift bracket (30) and Its bottom end offsets with ground, the driving end of the third lifting device (21) drive the front end of the transfer levers (22) to go up and down so that Bellows on luggage carrier (10) is transferred on the first lift bracket (30) by inclined transfer levers (22).

10. as a kind of described in any item bellows nozzles of claim 1-9 assure sealing production line, it is characterised in that: nozzle Connector (71) includes ring flange (91), connection sleeve (92), pilot sleeve (93), multiple variable-diameter blocks (94) and terminal pad (95), ring flange (91) is arranged in one end of cabinet (1), connect with driving mechanism (90), and connection sleeve (92) is cylinder, and same Axis is fixed on one end that ring flange (91) deviate from cabinet (1), and its one end end far from ring flange (91) is coaxially provided with limit Disk (921), pilot sleeve (93) are set in connection sleeve (92) outside, and can along connection sleeve (92) it is axial in ring flange (91) and Position-arresting disk slides between (921), and pilot sleeve (93) is uniformly provided with far from one end end of ring flange (91) along its circumferential direction multiple The connecting column (931) of position-arresting disk (921) is axially penetrated through, the one end of more connecting columns (931) far from above-mentioned pilot sleeve (93) is solid Surely terminal pad (95) are connected with；Variable-diameter block (94) is arranged between ring flange (91) and position-arresting disk (921), multiple variable-diameter blocks (94) Specification is consistent, and longitudinal section is fan annular, and is circumferentially uniformly arranged on pilot sleeve (93) along pilot sleeve (93) respectively It is external.