CN108946629A - Integrative equipment of embedment bottle is blown to straight line - Google Patents
Integrative equipment of embedment bottle is blown to straight line Download PDFInfo
- Publication number
- CN108946629A CN108946629A CN201710381174.0A CN201710381174A CN108946629A CN 108946629 A CN108946629 A CN 108946629A CN 201710381174 A CN201710381174 A CN 201710381174A CN 108946629 A CN108946629 A CN 108946629A
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- China
- Prior art keywords
- bottle
- filling
- card slot
- folder
- actuator
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B67—OPENING, CLOSING OR CLEANING BOTTLES, JARS OR SIMILAR CONTAINERS; LIQUID HANDLING
- B67C—CLEANING, FILLING WITH LIQUIDS OR SEMILIQUIDS, OR EMPTYING, OF BOTTLES, JARS, CANS, CASKS, BARRELS, OR SIMILAR CONTAINERS, NOT OTHERWISE PROVIDED FOR; FUNNELS
- B67C7/00—Concurrent cleaning, filling, and closing of bottles; Processes or devices for at least two of these operations
- B67C7/0006—Conveying; Synchronising
- B67C7/004—Conveying; Synchronising the containers travelling along a circular path
- B67C7/0046—Infeed and outfeed devices
- B67C7/0053—Infeed and outfeed devices using grippers
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/50—Reuse, recycling or recovery technologies
- Y02W30/62—Plastics recycling; Rubber recycling
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- Filling Of Jars Or Cans And Processes For Cleaning And Sealing Jars (AREA)
Abstract
A linear blowing, filling and sealing integrated device comprises a linear bottle blowing device, a bottle arranging and feeding device and a filling and sealing device, wherein the bottle arranging and feeding device is connected between the linear bottle blowing device and the filling and sealing device; the bottle arranging and conveying device comprises a rack, a bottle clamping and separating mechanism and an annular conveying mechanism, wherein the bottle clamping and separating mechanism is arranged between the linear bottle blowing device and the annular conveying mechanism, and the annular conveying mechanism is arranged between the bottle clamping and separating mechanism and the filling and capping device and is used for conveying empty bottles to the filling and capping device to complete filling and capping processes. According to the linear bottle blowing, filling and sealing integrated equipment, the linear bottle blowing device and the filling and sealing device are connected through the bottle arranging and conveying device, so that empty bottles formed by blow molding of the linear bottle blowing device can be conveyed to the filling and sealing device in a rotary output mode for filling and sealing, a series of processes such as bottle blowing, filling and sealing are integrated, the whole structure is compact, and a large area is avoided being occupied by adopting a traditional conveying chain conveying belt mode.
Description
Technical field
The present invention relates to a kind of integrated straight lines for blowing bottle, perfusion and envelope bottle functions to blow encapsulating bottle integrated equipment.
Background technique
When producing bottle in batches, alinement after straight line bottle blowing machine produces empty bottle can be used and exported, it is rotary to fill
It installs and material is perfused into the empty bottle in a row exported, be then sent in encapsulation unit and seal bottle.Traditional line formula bottle blowing machine is substantially
Release the clearance-type bottle outlet mode of multiple bottles simultaneously using single clamp hand, and rotary filling machine requires continuous bottle inlet side
Formula.In order to realize the connection transition of linear bottle blowing machine and rotary filling machine, conveying is configured usually between two equipment
Chain, while bottle placer bottle inlet position configures sub-bottle screw rod.Linear bottle blowing machine bottle outlet clamp hand is put into multiple bottles on carrier chain,
Then bottle is transmitted to sub-bottle screw rod by carrier chain, carries out the processes such as filling, capping by entering bottle placer after sub-bottle screw rod spacing.
That is, traditional line formula bottle blowing machine and rotary filling machine are the split type structure by conveying chain link, account for
With biggish place, and the carrier chain of long range transmits bring health concerns, needs to increase bottle washing procedure before filling the container；In addition
When bottle enters sub-bottle screw rod, the extruding that body will receive screw rod is easy to be scraped off.
Summary of the invention
Based on this, it is necessary to it is smaller and integrated blow bottle, perfusion and envelope bottle to provide a kind of compact overall structure, area occupied
The straight line of functions blows encapsulating bottle integrated equipment.
A kind of straight line blows encapsulating integrated equipment comprising linear equipment for blowing, reason bottle send bottle and filling and capping
Device, the reason bottle send bottle to be connected between the linear equipment for blowing and the filling and capping device；The reason bottle
Sending bottle includes rack and the folder bottle bottle distributing mechanism and ring shaped transportation mechanism that are all set in the rack, the folder bottle sub-bottle
Mechanism is set between the linear equipment for blowing and the ring shaped transportation mechanism, for clamp by it is described it is linear blow it is bottled
It sets with the empty bottle of clearance-type straight line output and is sent to the ring shaped transportation mechanism；The ring shaped transportation mechanism is set to the folder
Between bottle bottle distributing mechanism and the filling and capping device, for being exported the empty bottle with continuously and smoothly's rotation mode to the filling
It fills capping apparatus and completes filling and capping process.
The linear equipment for blowing includes blowing a bottle platform, bottle blowing machine and blowing bottle with described in one of the embodiments,
The overturning bottle discharging machine of machine cooperation, the bottle blowing machine be set to it is described blow on bottle platform, the overturning bottle discharging machine be set to described in blow
Bottle platform and the reason bottle are sent between bottle, and the overturning bottle discharging machine includes overturning seat, overturns clamp hand and overturning actuator,
The overturning clamp hand is set to turnablely on the overturning seat, and can blow bottle in described under the driving of the overturning actuator
Machine and the reason bottle send and back and forth overturn between bottle.
The folder bottle bottle distributing mechanism includes folder bottle transport mechanism and sub-bottle introducing mechanism, institute in one of the embodiments,
Folder bottle transport mechanism is stated to be set between the overturning bottle discharging machine and the sub-bottle introducing mechanism and including installation pedestal, folder bottle hand
And folder bottle actuator, the installation pedestal are slideably positioned in the rack, the folder bottle hand is set to the installation pedestal
It above and with the overturning clamp hand corresponds, the folder bottle hand can be caught under the driving of the folder bottle actuator by the overturning
The empty bottle of clamp hand transmission, and it is reciprocal close to or far from the direction of the sub-bottle introducing mechanism in the same direction with the installation pedestal one
Movement.
The folder bottle transport mechanism includes sub-bottle actuator in one of the embodiments, the folder bottle hand with described point
Bottle actuator connection, and the folder bottle hand under the driving of the sub-bottle actuator moving direction of the relatively described rack with it is described
The moving direction of the relatively described rack of installation pedestal is vertical.
The sub-bottle introducing mechanism includes bottleneck card slot and bottle moving component, the bottleneck card in one of the embodiments,
Slot is set in the rack, and alignment correspondingly be connected to the folder bottle transport mechanism and the ring shaped transportation mechanism it
Between, the bottle moving component is used to that the arrival end for pressing from both sides the empty bottle of bottle on hand and dialing to the bottleneck card slot will to be held on
It is interior, and it is also used to for the empty bottle being moved to the outlet end of the bottleneck card slot by the arrival end of the bottleneck card slot.
The bottle moving component includes bottle moving pedestal, bottle moving part, rotating member, transmission connection piece in one of the embodiments,
And bottle moving actuator, the bottle moving pedestal are slidably disposed in the rack, the bottle moving actuator is installed on described
On bottle moving pedestal, one end of the rotating member and the bottle moving actuator are hinged, the relatively described bottle moving actuator of the rotating member
The other end offer axis hole, the transmission connection piece is axially arranged in the axis hole, and the bottle moving part is fixedly connected on institute
It states on transmission connection piece, and can be with the transmission connection piece to close to or far from being connected in the empty bottle in the bottleneck card slot
Direction reciprocating rotation.
The sub-bottle introducing mechanism includes shield bottle component in one of the embodiments, and the shield bottle component is set to often
The side of a bottleneck card slot and the outlet end for being located at each bottleneck card slot, for allowing the empty bottle can be by the bottle
Mouth card slot is moved to the ring shaped transportation mechanism and prevents the empty bottle from moving into the bottleneck card by the ring shaped transportation mechanism
In slot.
The ring shaped transportation mechanism is set to institute along the direction perpendicular to the bottleneck card slot in one of the embodiments,
It states in rack comprising transmission actuator, drive sprocket, driven sprocket, chain and Bottle-clamping board；The drive sprocket and described
Driven sprocket is arranged at intervals in the rack along the direction of the vertical bottleneck card slot, and the chain is surrounded on the drive chain
Between wheel and the driven sprocket, the Bottle-clamping board is located on the chain periphery, between the side towards the bottleneck card slot
Separate the matched detent of bottle neck being equipped with the empty bottle.
In one of the embodiments, the filling and capping device include filling board, filling host, capping host and
Starwheel bottle feed, the starwheel bottle feed are set on the filling board and are provided with close to the ring shaped transportation mechanism described driven
The side of sprocket wheel.
It further includes purification device that the straight line, which blows encapsulating bottle integrated equipment, in one of the embodiments, the purification dress
It sets including sealing plate and clearing machine, the sealing plate encirclement is set to the reason bottle and send outside bottle and the filling and capping device, uses
In forming better purifying space, the clearing machine is set on the sealing plate and is configured in the better purifying space.
Straight line of the present invention blows encapsulating bottle integrated equipment, send bottle by linear equipment for blowing and filling and capping by managing bottle
Device connects, and the empty bottle for exporting linear equipment for blowing clearance-type straight line is sent to filling in a manner of rotating output
It is irrigated and is sealed bottle at dress capping apparatus, the series of processes such as bottle, perfusion and envelope bottle will be blown and concentrate on one, overall structure is tight
It gathers, avoid occupying larger place using traditional carrier chain conveyer belt mode.
Detailed description of the invention
Fig. 1 is the structural schematic diagram that straight line of the present invention blows encapsulating bottle integrated equipment；
Fig. 2 is the portion that straight line shown in Fig. 1 blows that straight line equipment for blowing and reason bottle send bottle to cooperate in encapsulating bottle integrated equipment
Separation structure schematic diagram；
Fig. 3 is the structural schematic diagram that straight line shown in Fig. 1 blows that reason bottle in encapsulating bottle integrated equipment send bottle；
Fig. 4 is that reason bottle shown in Fig. 3 send the structural schematic diagram that bottle transport mechanism is pressed from both sides in bottle；
Fig. 5 is the structural schematic diagram that reason bottle shown in Fig. 3 send sub-bottle introducing mechanism in bottle；
Fig. 6 is the partial structure diagram that reason bottle shown in Fig. 5 send sub-bottle introducing mechanism in bottle；
Fig. 7 is the structural schematic diagram of bottle moving component in sub-bottle introducing mechanism shown in Fig. 6；
Fig. 8 is the cooperation schematic diagram that bottle component and ring shaped transportation mechanism are protected in sub-bottle introducing mechanism shown in Fig. 5；
Fig. 9 is the enlarged drawing of part A in shield bottle component shown in Fig. 8；
Figure 10 is the structural schematic diagram that reason bottle shown in Fig. 1 send purification device in bottle；
Figure 11 is that straight line shown in Fig. 1 blows encapsulating bottle integrated equipment linear equipment for blowing and folder bottle transport mechanism execution is blown
The structural schematic diagram of bottle and reason bottle step；
Figure 12 a- Figure 12 c is the bottle moving component execution that straight line shown in Fig. 1 blows sub-bottle introducing mechanism in encapsulating bottle integrated equipment
The step decomposition diagram of bottle moving；
Figure 13 is the shield bottle component execution shield bottle step that straight line shown in Fig. 1 blows sub-bottle introducing mechanism in encapsulating bottle integrated equipment
Structural schematic diagram；
Figure 14 is the structural representation that straight line shown in Fig. 1 blows that ring shaped transportation mechanism in encapsulating bottle integrated equipment executes bottle outlet step
Figure.
Specific embodiment
To facilitate the understanding of the present invention, a more comprehensive description of the invention is given in the following sections with reference to the relevant attached drawings.In attached drawing
Give presently preferred embodiments of the present invention.But the invention can be realized in many different forms, however it is not limited to this paper institute
The embodiment of description.On the contrary, purpose of providing these embodiments is keeps the understanding to the disclosure more thorough
Comprehensively.
It should be noted that it can directly on the other element when element is referred to as " being fixed on " another element
Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it, which can be, is directly connected to
To another element or it may be simultaneously present centering elements.
Unless otherwise defined, all technical and scientific terms used herein and belong to technical field of the invention
The normally understood meaning of technical staff is identical.Term as used herein in the specification of the present invention is intended merely to description tool
The purpose of the embodiment of body, it is not intended that in the limitation present invention.Term " and or " used herein includes one or more phases
Any and all combinations of the listed item of pass.
Please refer to Fig. 1, in present pre-ferred embodiments, straight line blow encapsulating bottle integrated equipment 100 include it is linear blow it is bottled
It sets 10, reason bottle and send bottle 30 and filling and capping device 50.Wherein, reason bottle send bottle 30 to be connected to linear equipment for blowing
Between 10 and filling and capping device 50, the empty bottle 200 for forming the blow molding of linear equipment for blowing 10 is to rotate the side exported
Formula is sent at filling and capping device 50, is irrigated and seals bottle, and finally integrally completes to blow bottle, perfusion and seal bottle etc. a series of
Process.
Specifically, linear equipment for blowing 10 includes blowing bottle platform 11, bottle blowing machine 12 and the overturning cooperated with bottle blowing machine 12
Bottle discharging machine 13.Wherein, bottle blowing machine 12, which is set to, blows on bottle platform 11, and blows out empty bottle 200 by the way of blow molding, by empty bottle
200 export in rows of mode straight line.
Please together referring to Fig. 2, overturning bottle discharging machine 13 is set to blow bottle platform 11 and manage bottle and send between bottle 30 comprising
Overturning seat 130, overturning clamp hand 132 and overturning actuator (not shown).Overturning clamp hand 132 is set to overturning seat turnablely
On 130, and it can send and back and forth be overturn between bottle 30 in bottle blowing machine 12 and reason bottle under the driving of overturning actuator.Wherein, by
The empty bottle 200 that bottle blowing machine 12 is blown out is upward for the downward body of bottleneck in the initial state, and overturning clamp hand 132 clamps lower section bottleneck simultaneously
Under overturning actuator driving after flip vertical 180 degree, thus empty bottle 200 send bottle by linear 10 transition famous dictum bottle of equipment for blowing
While device 30, empty bottle 200 is diverted to the state of bottleneck upward, in order to subsequent perfusion and capping.
Fig. 3 is please referred to, reason bottle send bottle 30 to include rack 31 and the folder bottle bottle distributing mechanism 33 being all set in rack 31
With ring shaped transportation mechanism 35.Folder bottle bottle distributing mechanism 33 is set between linear equipment for blowing 10 and ring shaped transportation mechanism 35, is used
In clamping the empty bottle 200 exported by linear equipment for blowing 10 with clearance-type straight line, and it is sent to ring shaped transportation mechanism 35.Annular
Transport mechanism 35 is set between folder bottle bottle distributing mechanism 33 and filling and capping device 50, for revolving empty bottle 200 with continuously and smoothly
The mode of turning exports to filling and capping device 50 and completes filling and capping process.
Fig. 3 and Fig. 4 are please referred to, folder bottle bottle distributing mechanism 33 includes folder bottle transport mechanism 330 and sub-bottle introducing mechanism 340.Folder
Bottle transport mechanism 330 is set between overturning bottle discharging machine 13 and sub-bottle introducing mechanism 340, and including installation pedestal 331, folder bottle hand
332 and folder bottle actuator 333.
Specifically, installation pedestal 331 is slideably positioned in rack 31, folder bottle hand 332 be set in installation pedestal 331 and with
It overturns clamp hand 132 to correspond, can be caught under the driving of folder bottle actuator 333 and empty bottle 200 is transmitted by overturning clamp hand 132,
And moved back and forth in the same direction close to or far from the direction of sub-bottle introducing mechanism 340 with installation pedestal 331 1, empty bottle 200 is transmitted
Into sub-bottle introducing mechanism 340.
Preferably, folder bottle transport mechanism 330 includes the first sliding rail 334, first sliding actuator 335 and the first sliding block
336, the first sliding rail 334 is set in rack 31 and is extended along longitudinally in folder bottle hand 332 and sub-bottle introducing mechanism 340
Between, installation pedestal 331 is slideably positioned on the first sliding rail 334 by the first sliding block 336, and can slide actuator first
335 the first sliding rail of driving lower edge 334 slidably reciprocates.
Preferably, the first sliding actuator 335 is the telescopic cylinder connecting with installation pedestal 331.It is to be appreciated that at it
In its some embodiment, pressing from both sides bottle actuator 333 and the first sliding actuator 335 can be other power parts for being used to provide power source
Part is not limited thereto.
Fig. 5 is please referred to, sub-bottle introducing mechanism 340 includes bottleneck card slot 341 and bottle moving component 342.Bottleneck card slot 341 is arranged
In in rack 31, and correspondingly, alignment is connected between the first sliding rail 334 and ring shaped transportation mechanism 35.Specifically, bottleneck
Card slot 341 includes the arrival end for being aligned and being connected to the first sliding rail 334 and the outlet end being connected to ring shaped transportation mechanism 35.Bottle moving
Component 342 for the empty bottle 200 being held on bottle hand 332 to be dialed in the arrival end of bottleneck card slot 341, and be also used to by
Empty bottle 200 is pushed to outlet end by arrival end, and through outlet end bottle moving to ring shaped transportation mechanism 35.
Fig. 6 is please referred to, bottle moving component 342 includes bottle moving pedestal 3421, bottle moving part 3422, rotating member 3423, transmission connection
Part 3424 and bottle moving actuator 3425.Bottle moving pedestal 3421 is slidably disposed in rack 31, and bottle moving actuator 3425 is pacified
Loaded on bottle moving pedestal 3421, one end of rotating member 3423 and bottle moving actuator 3425 are hinged, and rotating member 3423 drives with respect to bottle moving
The other end of moving part 3425 offers axis hole 34231, and transmission connection piece 3424 is axial to be arranged in axis hole 34231, turns for working as
Moving part 3423 is rotated when bottle moving actuator 3425 is rotated by with rotating member 3423 together.Bottle moving part 3422 is fixedly connected on
On transmission connection piece 3424, and can be with transmission connection piece 3424 to close to or far from being connected in empty bottle 200 in bottleneck card slot 341
Direction reciprocating rotation.
Specifically, bottle moving component 342 includes the second sliding rail 3427, second sliding actuator 3428 and the second sliding block
3429, the second sliding rail 3427 is set in rack 31 along the direction of parallel bottleneck card slot 341, and simultaneously with 341 part of bottleneck card slot
Column.Second sliding actuator 3428 is connect with bottle moving pedestal 3421, and bottle moving pedestal 3421 passes through the second sliding block 3429 slideably
It is set on the second sliding rail 3427, and can be passed under the action of the second sliding 3428 driving force of actuator to close to or far from annular
The direction of mechanism 35 is sent to translate.Bottle moving actuator 3425 is installed on bottle moving pedestal 3421, and rotating member 3423 is articulated with bottle moving drive
One end of moving part 3425, transmission connection piece 3424 are arranged in the axis hole of rotating member 3423 along the direction of vertical second sliding rail 3427
In 34231, bottle moving part 3422 is fixedly connected on one end of transmission connection piece 3424, and can with transmission connection piece 3424 rotation to
Close to or far from the direction reciprocating rotation for being connected in empty bottle 200 in bottleneck card slot 341.
Fig. 7 is please referred to, more specifically, transmission connection piece 3424 includes the first transmission segment 34241, the second transmission segment 34242
And positioning pin 34243, the first transmission segment 34241 is axial to be arranged in axis hole 34231, an end cap of the second transmission segment 34242
It is in the first transmission segment 34241 and fixed by positioning pin 34243 and the first transmission segment 34241, the second transmission segment 34242
The other end is fixedly connected with bottle moving part 3422.
Meanwhile bottle moving component 342 includes the first elastic component 3426, the first transmission is fixed in one end of the first elastic component 3426
In section 34241, the other end of the first elastic component 3426 is fixed in the second transmission segment 34242, for being the second transmission segment 34242
It provides and shifting part 3422 is driven to keep the pretightning force contacted with empty bottle 200.
Further, bottle moving component 342 includes two panels locating shim 3430, wherein a piece of locating shim 3430 is sheathed on the
Outside one transmission segment 34241, another locating shim 3430 is sheathed on outside the second transmission segment 34242.First elastic component 3426 is worn
In outside the first transmission segment 34241 and/or the second transmission segment 34242, and opposite both ends are individually fixed in two panels locating shim
On 3430 and certain starting force is kept to be also used to while for providing the pretightning force supported with empty bottle 200 for bottle moving part 3422
The cushion effect of rotation is provided for bottle moving part 3422, prevents bottle moving part 3422 too fast with 3423 reciprocating rotation of rotating member and causes to sky
The damage of bottle 200.Specifically, the periphery of every locating shim 3430 offers several location holes 3431, the first elastic component 3426
Both ends be selectively fastened on every locating shim 3430 on any one location hole 3431, so can be according to required preload
The size adaptability of power adjusts 3426 opposite end of the first elastic component hook and corresponds to location hole on respective side locating shim 3430
3431 position.In this embodiment, the first elastic component 3426 is to be sheathed on transmission connection piece 3424 and opposite end
The torque spring for being set on respective side locating shim 3430 and corresponding in location hole 3431 is hooked respectively.
Further, in order to guarantee transmission connection piece 3424 with the stability of 3423 rotation process of rotating member, bottle moving component
342 include two supporting tables 3432 being set on bottle moving pedestal 3421.The side recess of each supporting table 3432 is formed with half
Circular groove, two supporting tables 3432 are installed on bottle moving pedestal 3421 along the axis direction perpendicular to transmission connection piece 3424
On, the opposite circular perforations being enclosed of two semicircular arc grooves, transmission connection piece 3424 wears and is radially limited in circle
In perforation.
Further, the one end of bottle moving part 3422 far from transmission connection piece 3424 is along the direction of vertical bottleneck card slot 341
It is provided with bottle pulling block 34221, bottle pulling block 34221 is horizontally placed on bottle moving part 3422, for pushing dynamic empty bottle 200 with evenly dispersed
It is moved along bottleneck card slot 341.Preferably, in order to protect empty bottle 200, bottle pulling block 34221 be can be used with an elastic energy of deformation
The material of power is made, such as elastic cushion, is not limited thereto.
Referring again to Fig. 3, still further, bottle moving component 342 further includes supporting plate 3433, supporting plate 3433 and rack 31 connect
The lower section for connecing and being arranged at intervals at bottleneck card slot 341, for holding empty bottle 200 when empty bottle 200 is moved along bottleneck card slot 341
Bottom prevents empty bottle 200 from falling.
In this embodiment, bottle moving actuator 3425 and the second sliding actuator 3428 are telescopic cylinder, bottle moving
Pedestal 3421 is connect with the piston rod of the second sliding actuator 3428, one end of rotating member 3423 and the work of bottle moving actuator 3425
Stopper rod is hinged, and transmission connection piece 3424 is arranged in rotating member 3423 along axial direction, and bottle moving part 3422 is to be set to transmission connection piece
Two hooks of 3424 axial endses, to realize one group of bottle moving component 342 simultaneously to the empty bottle in adjacent two sides bottleneck card slot 341
200 carry out bottle moving operation.
Referring again to Fig. 4, further, folder bottle transport mechanism 330 includes sub-bottle actuator 337, sub-bottle actuator 337
The first sliding rail of driving lower edge 334 for being set in installation pedestal 331, and actuator 335 being slided first with installation pedestal 331
It moves back and forth.Meanwhile it pressing from both sides bottle hand 332 and being connect with sub-bottle actuator 337, and pressing from both sides bottle hand 332 under the driving of sub-bottle actuator 337
The moving direction of opposite rack 31 is vertical with respect to the moving direction of rack 31 with installation pedestal 331, i.e., along perpendicular to the first sliding rail
334 direction movement, is aligned, to work as with the bottleneck card slot 341 for being currently located the connection of the first sliding rail 334 with adjusting folder bottle hand 332
It, can be under the action of bottle moving component 342 by folder bottle when it is moved to along the first sliding rail 334 close to the arrival end of bottleneck card slot 341
Hand 332 transits in bottleneck card slot 341.
Preferably, sub-bottle actuator 337 is telescopic cylinder corresponding with folder 332 quantity of bottle hand.It is to be appreciated that other
In some embodiments, sub-bottle actuator 337 can be for other power parts for being used to drive folder bottle hand 332, such as stepper motor etc.,
It is not limited thereto.
Fig. 8 is please referred to, sub-bottle introducing mechanism 340 includes shield bottle component 343, and shield bottle component 343 is set to each bottleneck card
The side of slot 341 and the outlet end for being located at each bottleneck card slot 341, for allowing empty bottle 200 that can be moved to by bottleneck card slot 341
Ring shaped transportation mechanism 35 and prevent empty bottle 200 from moving into bottleneck card slot 341 by ring shaped transportation mechanism 35.
Specifically, shield bottle component 343 includes shield bottle part 3431, the second elastic component 3432 and shaft 3433.Shaft 3433
It is axially projecting to be set in rack 31, and it is located at the side of each 341 outlet end of bottleneck card slot, shield bottle part 3431 rotationally connects
It is connected in shaft 3433 and 3433 opposite bottleneck card slots 341 opens and closes around the shaft, one end of the second elastic component 3432 abuts
In in rack 31 or shaft 3433, the other end is connected on shield bottle part 3431, for being shield bottle part 3431 by closing bottleneck card slot
The position of 341 outlet ends turns to the position offer elastic force for opening 341 outlet end of bottleneck card slot.
Please refer to Fig. 9, wherein shield bottle part 3431 is including connecting pin 34310 and keeps out end 34312.It is opened on connecting pin 34310
Equipped with connecting hole 34311, protects bottle part 3431 and be rotationally sheathed in shaft 3433 by connecting hole 34311.Keep out end 34312
Be connected to the one end of connecting pin 34310 far from shaft 3433, and opposing attached end 34310 to the direction of bottleneck card slot 341 be in one
Determine angle bending to extend.Bending of the opening towards bottleneck card slot 341 is formed between end 34312 and connecting pin 34310 at this point, keeping out
Shape.In this embodiment, the bending connection vertical with connecting pin 34310 of end 34312 is kept out, and protecting bottle part 3431 is opening court
To the rectangular-shaped of bottleneck card slot 341.
Preferably, the second elastic component 3432 is sheathed in shaft 3433, and one end is connected in rack 31 or shaft 3433,
The other end is connected on connecting pin 34310 and can be with the 3433 rotation compression together around the shaft of connecting pin 34310, to store energy.
Meanwhile the circumferentially-spaced of 34311 inner hole wall of connecting hole offers several notches 34313, the second elastic component 3432 and connecting pin
One end of 34310 cooperations abuts and is fixed in one of notch 34313, so adaptability can adjust the second bullet as needed
The elastic force size of property part 3432.Further, shield bottle component 343 further includes the locating part 3434 being set in rack 31, limit
Position part 3434, which is set to, keeps out end 34312 backwards to the side of bottleneck card slot 341, for when shield bottle part 3431 is with respect to bottleneck card slot
341 when being moved to opening state by closed state, moving displacement of the limitation shield bottle part 3431 with respect to bottleneck card slot 341.
Please referring again to Fig. 8, ring shaped transportation mechanism 35 is set to the one of rack 31 along the direction perpendicular to bottleneck card slot 341
Side comprising transmission actuator (not shown), drive sprocket 350, driven sprocket 351, chain 352 and Bottle-clamping board 353.Actively
Sprocket wheel 350 and driven sprocket 351 are arranged along the direction interval of vertical bottleneck card slot 341, and chain 352 is surrounded on drive sprocket 350
Between driven sprocket 351, for following drive sprocket 350 and driven sprocket 351 to rotate under the driving of transmission actuator.Card
Bottle plate 353 is located on 352 periphery of chain, and the side towards bottleneck card slot 341 is spaced apart to be equipped with and match with the bottle neck of empty bottle 200
Detent 3531.When Bottle-clamping board 353 is moved with chain 352 around drive sprocket 350 and driven sprocket 351, detent 3531 is successively
By bottleneck card slot 341, to be undertaken on the empty bottle 200 in place of bottleneck card slot 341.
Further, ring shaped transportation mechanism 35 includes outer shield bottle plate 354, and outer shield bottle plate 354 is set to Bottle-clamping board 353 and does not connect
The side of chain 352, and keep certain distance to be formed with Bottle-clamping board 353 and give a bottle channel, empty bottle for transmit empty bottle 200
200 are fastened in the detent 3531 of Bottle-clamping board 353, and outer shield bottle plate 354 holds the portion that empty bottle 200 is not fastened in detent 3531
Point, empty bottle 200 is limited in and is sent in bottle channel and safety and stability is transported to filling and capping device 50.
Further, ring shaped transportation mechanism 35 includes chain backplate 355, and chain backplate 355 is surrounded on the side of chain 352
And/or bottom surface, chain 352 is limited in run trace, 352 wrench deformation of chain is prevented.In this embodiment, chain
Backplate 355 is U-shaped of the opening towards detent 3531, and chain 352 is contained in opening in chain backplate 355 and by chain backplate 355
Mouth is connect with Bottle-clamping board 353, and Bottle-clamping board 353 stretches out outside the opening of chain backplate 355, for accepting empty bottle 200.
Please referring again to Fig. 1, filling and capping device 50 includes filling board (not shown), filling host 52, capping host
53 and starwheel bottle feed 54.Starwheel bottle feed 54 is set on filling board and ring shaped transportation mechanism 35 is provided with driven sprocket
351 side, for joining the empty bottle 200 being fastened in detent 3531 at the annular turning of chain 352.Join in starwheel bottle feed
Empty bottle 200 on 54 rotates with starwheel bottle feed 54 and is sent to filling host 52 and capping host 53 is successively irrigated and seals bottle
Process.
Figure 10 is please referred to, further, it further includes purification device 70, purification device that straight line, which blows encapsulating bottle integrated equipment 100,
70 include sealing plate 71 and clearing machine 73, and the encirclement of sealing plate 71 is set to reason bottle and send outside bottle 30 and filling and capping device 50, is used for
Form better purifying space.Clearing machine 73 is set on sealing plate 71 and is configured in better purifying space, guarantees by linear equipment for blowing 10
It blows the empty bottle 200 that bottle comes out to begin to carry out in the environment of opposite purification eventually in transmit process, prevents it contaminated.
The execution of encapsulating bottle integrated equipment 100 is blown with straight line below and blows bottle-reason bottle-bottle moving-shield bottle-bottle outlet step, to by straight
The course of work that the empty bottle 200 that line bottle blowing machine 12 is blown out is transmitted to filling and capping device 50 is briefly described:
Figure 11 is please referred to, when blowing bottle-reason bottle step, the empty bottle 200 that bottle blowing machine 12 is blown out is exported with form of straight lines, is overturn
Clamp hand 132 clamps lower section bottleneck and the flip vertical 180 degree under overturning actuator driving, folder bottle hand 332 are clamped by overturning clamp hand
Empty bottle 200 after 132 overturnings, the corresponding folder bottle hand 332 of the driving of sub-bottle actuator 337 is adjusted to be corresponded with bottleneck card slot 341,
The folder driving folder bottle hand 332 of bottle actuator 333 slides into 341 outlet end of bottleneck card slot along the first sliding rail 334, presss from both sides bottle hand 332 later
It resets and waits next round empty bottle 200.
Please refer to Figure 12 a-12c and Figure 13, when carrying out bottle moving step, the piston rod of bottle moving actuator 3425 stretch out (
When initial shape, the piston rod of bottle moving actuator 3425 is retracted, at this point, bottle moving part 40 is upwarped to the direction far from empty bottle 200), band
The one end hinged with bottle moving actuator 3425 of turn moving part 3423 is turned out, and rotating member 3423 is far from bottle moving actuator 3425
The other end drive transmission connection piece 3424 inwardly to rotate together with bottle moving part 3422, and to close to staying in bottleneck card slot 341
The rotation of 200 direction of empty bottle, bottle pulling block 34221 are resisted against on empty bottle 200；Second sliding actuator 3428 drives bottle moving pedestal 3421
Direction along parallel bottleneck card slot 341 is moved, so that bottle pulling block 34221 pushes empty bottle 200 to move along bottleneck card slot 341, and is stopped
It stays and is cooperated with waiting with ring shaped transportation mechanism 50 in 341 outlet end of bottleneck card slot.
When Bottle-clamping board 353 is moved to first outlet end for being placed with the bottleneck card slot 341 of empty bottle 200 along direction of advance
When, empty bottle 200 is removed bottleneck card slot 341 under the driving again of bottle moving actuator 3425 by bottle pulling block 34221, and is fastened in outer
What shield bottle plate 354 and Bottle-clamping board 353 were formed send in bottle channel.Meanwhile the bottom of bottle of empty bottle 200 is held by supporting plate 3433, is prevented
It falls, bottle moving actuator 3425 drives bottle moving part 3422 to reset next round is waited to send bottle later, and Bottle-clamping board 353 is with chain 352 to leaning on
Nearly 54 direction of starwheel bottle feed is mobile.
Figure 14 is please referred to, when carrying out shield bottle-bottle outlet step, empty bottle 200 continues with chain 352 to close to starwheel bottle feed 54
Direction is mobile, and when second bottleneck card slot 341 being moved in direction of advance, and empty bottle 200 is connected to shield bottle part 3431
Keep out on end 34312 that (when due to original state, each shield bottle part 3431 outside each bottleneck card slot 341 is in the second elasticity
Under the effect of 3432 elastic force of part, keeps out end 34312 and keep out on locating part 3434, and be extending at least partially into ring shaped transportation mechanism 35
Send in bottle channel), and when being continued to move to chain 353, promotion keeps out 34312 rotation of end to the outlet end of bottleneck card slot 341
And it is vertical with bottleneck card slot 341, shield bottle part 3431 is that empty bottle 200 moves forward certain mobile space of stepping down, and keeps out end
34312 block the outlet end of bottleneck card slot 341, prevent empty bottle 200 from slid into bottleneck card slot 341 again.Clamping has empty bottle
200 Bottle-clamping board 353, which continues to go ahead to making circular arc direction at 352 end rotation of chain, to be moved, and the transmission of empty bottle 200 at this time is
It is to be filled with capping into continuously for ampuliform state, can directly be handed off to starwheel bottle feed 54 of rotation etc..In addition, working as Bottle-clamping board 353
When overhead detent 3531 is moved to second bottleneck card slot 341 of closer drive sprocket 350, stay in bottleneck card slot 341
And do not repeated the above steps by the empty bottle 200 in bottle moving to Bottle-clamping board 353, empty bottle 200 is continuously exported to sending bottle
On star-wheel 54.
Straight line of the present invention blows encapsulating bottle integrated equipment 100, send bottle 30 by linear 10 He of equipment for blowing by managing bottle
Filling and capping device 50 connects, and the empty bottle 200 that the linear blow molding of equipment for blowing 30 is formed rotates the side of output
Formula is sent at filling and capping device 50, is irrigated and seals bottle, will be blown the series of processes such as bottle, perfusion and envelope bottle and is concentrated on one
Body, compact overall structure avoid occupying larger place using traditional carrier chain conveyer belt mode.
The embodiments described above only express several embodiments of the present invention, and the description thereof is more specific and detailed, but simultaneously
Limitations on the scope of the patent of the present invention therefore cannot be interpreted as.It should be pointed out that for those of ordinary skill in the art
For, without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to guarantor of the invention
Protect range.Therefore, the scope of protection of the patent of the invention shall be subject to the appended claims.
Claims (10)
1. a kind of straight line blows encapsulating integrated equipment, it is characterised in that: send bottle and filling including linear equipment for blowing, reason bottle
Capping apparatus is filled, the reason bottle send bottle to be connected between the linear equipment for blowing and the filling and capping device；Institute
Stating reason bottle and sending bottle includes rack and the folder bottle bottle distributing mechanism and ring shaped transportation mechanism that are all set in the rack, the folder
Bottle bottle distributing mechanism is set between the linear equipment for blowing and the ring shaped transportation mechanism, for clamping by described linear
Empty bottle that equipment for blowing is exported with clearance-type straight line is simultaneously sent to the ring shaped transportation mechanism；The ring shaped transportation mechanism is set to
Between the folder bottle bottle distributing mechanism and the filling and capping device, for by the empty bottle with continuously and smoothly's rotation mode export to
The filling and capping device completes filling and capping process.
2. straight line as described in claim 1 blows encapsulating integrated equipment, it is characterised in that: the linear equipment for blowing includes blowing
Bottle platform, bottle blowing machine and the overturning bottle discharging machine with bottle blowing machine cooperation, the bottle blowing machine be set to it is described blow on bottle platform, institute
State overturning bottle discharging machine be set to it is described blow bottle platform and the reason bottle is sent between bottle, the overturning bottle discharging machine is including overturning
Seat, overturning clamp hand and overturning actuator, the overturning clamp hand is set to turnablely on the overturning seat, and can be turned over described
Turn to send and back and forth overturn between bottle in the bottle blowing machine and the reason bottle under the driving of actuator.
3. straight line as claimed in claim 2 blows encapsulating integrated equipment, it is characterised in that: the folder bottle bottle distributing mechanism includes folder bottle
Transport mechanism and sub-bottle introducing mechanism, the folder bottle transport mechanism are set to the overturning bottle discharging machine and the sub-bottle introducing mechanism
Between and including installation pedestal, folder bottle hand and folder bottle actuator, the installation pedestal is slideably positioned in the rack, described
Folder bottle hand is set in the installation pedestal and corresponds with the overturning clamp hand, and the folder bottle hand can drive in the folder bottle
It is caught under the driving of part by the empty bottle of the overturning clamp hand transmission, and with the installation pedestal one in the same direction close to or far from institute
The direction for stating sub-bottle introducing mechanism moves back and forth.
4. straight line as claimed in claim 3 blows encapsulating integrated equipment, it is characterised in that: the folder bottle transport mechanism includes sub-bottle
Actuator, the folder bottle hand are connect with the sub-bottle actuator, and folder bottle hand phase under the driving of the sub-bottle actuator
It is vertical to the moving direction of the moving direction of the rack rack opposite with the installation pedestal.
5. straight line as claimed in claim 3 blows encapsulating integrated equipment, it is characterised in that: the sub-bottle introducing mechanism includes bottleneck
Card slot and bottle moving component, the bottleneck card slot are set in the rack, and alignment correspondingly is connected to the folder bottle and passes
It send between mechanism and the ring shaped transportation mechanism, the bottle moving component is used to be held on the empty bottle of the folder bottle on hand and dials
It moves to the arrival end of the bottleneck card slot, and is also used to for the empty bottle being moved to by the arrival end of the bottleneck card slot described
The outlet end of bottleneck card slot.
6. straight line as claimed in claim 5 blows encapsulating integrated equipment, it is characterised in that: the bottle moving component includes bottle moving base
Seat, bottle moving part, rotating member, transmission connection piece and bottle moving actuator, the bottle moving pedestal are slidably disposed in the rack
On, the bottle moving actuator is installed on the bottle moving pedestal, and one end of the rotating member and the bottle moving actuator are hinged, institute
The other end for stating the relatively described bottle moving actuator of rotating member offers axis hole, and the transmission connection piece is axially arranged in the axis hole
Interior, the bottle moving part is fixedly connected on the transmission connection piece, and can be with the transmission connection piece to close to or far from clamping
In the direction reciprocating rotation of the empty bottle in the bottleneck card slot.
7. straight line as claimed in claim 5 blows encapsulating integrated equipment, it is characterised in that: the sub-bottle introducing mechanism includes shield bottle
Component, the shield bottle component are set to the side of each bottleneck card slot and are located at the outlet end of each bottleneck card slot,
Prevent the empty bottle by the ring for allowing the empty bottle that can be moved to the ring shaped transportation mechanism by the bottleneck card slot
Shape transport mechanism moves into the bottleneck card slot.
8. straight line as claimed in claim 5 blows encapsulating integrated equipment, it is characterised in that: the ring shaped transportation mechanism along perpendicular to
The direction of the bottleneck card slot is set in the rack comprising transmission actuator, drive sprocket, driven sprocket, chain with
And Bottle-clamping board；The direction of the vertical bottleneck card slot of the drive sprocket and driven sprocket edge is arranged at intervals at the rack
On, the chain is surrounded between the drive sprocket and the driven sprocket, and the Bottle-clamping board is located on the chain periphery,
Its side towards the bottleneck card slot is spaced apart the matched detent of bottle neck being equipped with the empty bottle.
9. straight line as claimed in claim 8 blows encapsulating integrated equipment, it is characterised in that: the filling and capping device includes filling
Board, filling host, capping host and starwheel bottle feed, the starwheel bottle feed are set on the filling board and close to described
Ring shaped transportation mechanism is provided with the side of the driven sprocket.
10. straight line as described in claim 1 blows encapsulating integrated equipment, it is characterised in that: the straight line blows encapsulating bottle and integrally sets
Standby further includes purification device, and the purification device includes sealing plate and clearing machine, and the sealing plate encirclement is set to the reason bottle and send bottle
Outside device and the filling and capping device, it is used to form better purifying space, the clearing machine is set on the sealing plate and is configured at
In the better purifying space.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710381174.0A CN108946629B (en) | 2017-05-25 | 2017-05-25 | Linear blowing, filling and sealing bottle integrated equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710381174.0A CN108946629B (en) | 2017-05-25 | 2017-05-25 | Linear blowing, filling and sealing bottle integrated equipment |
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| Publication Number | Publication Date |
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| CN108946629A true CN108946629A (en) | 2018-12-07 |
| CN108946629B CN108946629B (en) | 2023-08-11 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201710381174.0A Active CN108946629B (en) | 2017-05-25 | 2017-05-25 | Linear blowing, filling and sealing bottle integrated equipment |
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|---|---|
| CN108946629B (en) | 2023-08-11 |
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Effective date of registration: 20220505 Address after: 511356 No. 4, Jiuling Road, Yonghe Economic Zone, economic and Technological Development Zone, Huangpu District, Guangzhou City, Guangdong Province Applicant after: GUANGZHOU LONGBAO TECHNOLOGY Co.,Ltd. Address before: Room 102-1, No. 3, Sangtian Fourth Road, Yonghe Street, Huangpu District, Guangzhou City, Guangdong 510000 Applicant before: GUANGZHOU LONGTUO PACKAGING MACHINERY CO.,LTD. |
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