CN207175445U - Reason bottle send bottle - Google Patents
Reason bottle send bottle Download PDFInfo
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- CN207175445U CN207175445U CN201720599242.6U CN201720599242U CN207175445U CN 207175445 U CN207175445 U CN 207175445U CN 201720599242 U CN201720599242 U CN 201720599242U CN 207175445 U CN207175445 U CN 207175445U
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- bottle
- moving
- actuator
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- bottleneck
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Abstract
One kind reason bottle send bottle to include frame, folder bottle transport mechanism, bottleneck neck, bottle moving component and ring shaped transportation mechanism；Folder bottle transport mechanism is arranged in frame and between linear equipment for blowing and bottleneck neck, bottle moving component is arranged in the frame, for the empty bottle being connected in bottleneck neck to be dialed in ring shaped transportation mechanism, ring shaped transportation mechanism is arranged between bottleneck neck and filling and capping device, for accepting the empty bottle removed by bottleneck neck and exporting in a rotative pattern to filling and capping device.Bottle is managed in the utility model and send bottle, empty bottle is moved by the way of clamping and bottle moving between linear equipment for blowing and ring shaped transportation mechanism, saves the setting of tradition longer carrier chain and sub-bottle screw rod, and simple in construction and area occupied is smaller.
Description
Technical field
It the utility model is related to a kind of reason bottle for being used to connect straight line equipment for blowing and filling and capping device and send bottle.
Background technology
Traditional line formula equipment for blowing substantially releases the clearance-type bottle outlet mode of multiple bottles simultaneously using single tong,
And rotary filling capping apparatus requires the bottle inlet mode of continous way.In order to which export straight line equipment for blowing clearance-type straight line goes out
Ampuliform state is converted to continuously and smoothly and rotates output state, and usual way is that carrier chain is configured between two equipment, while filling
Capping apparatus bottle inlet position configures sub-bottle screw rod, and the empty bottle that carrier chain comes out straight line equipment for blowing clearance-type is with compact state
It is transported to the sub-bottle screw rod at the uniform velocity transported, it is defeated that empty bottle by the varying pitch neck of sub-bottle screw rod is adjusted to equidistant at the uniform velocity straight line
Go out.Again by the transition of sub-bottle star-wheel, continuous rotation output is realized.But the mechanism is converted into compact continuous defeated by clearance-type for bottle
Enter, it is desirable to which long carrier chain is used as buffering to store a considerable amount of bottles, causes equipment often to take larger place.
Utility model content
Based on this, it is necessary to it is smaller to provide a kind of simple in construction and area occupied, for connection straight line equipment for blowing with
The reason bottle of filling and capping device send bottle.
One kind reason bottle send bottle, is connected between linear equipment for blowing and filling and capping device, and including frame and
It may be contained within folder bottle bottle distributing mechanism and the ring shaped transportation mechanism in the frame；The folder bottle transport mechanism is arranged at the frame
Above and between the linear equipment for blowing and the bottleneck neck, exported for clamping by the linear equipment for blowing
Empty bottle and be transferred in the bottleneck neck, the bottle moving component is arranged in the frame, for that will be connected in the bottle
The empty bottle in mouth neck is dialed in the ring shaped transportation mechanism, and the ring shaped transportation mechanism is arranged at the bottleneck neck
Between the filling and capping device, for accept by the bottleneck neck remove the empty bottle and export in a rotative pattern to
The filling and capping device.
In one of the embodiments, the folder bottle transport mechanism includes installation pedestal, folder bottle hand and folder bottle actuator,
The installation pedestal is slideably positioned in the frame, and the folder bottle hand is arranged in the installation pedestal, and it can be in the folder
The empty bottle that clamping is exported by the straight line equipment for blowing under the driving of bottle actuator, and leaned in the same direction with the installation pedestal one
Moved back and forth close or remote from the direction of the bottleneck neck.
In one of the embodiments, the folder bottle transport mechanism includes the first slide rail, first slides actuator and the
One sliding block, first slide rail are arranged in the frame and are extended along longitudinally in the folder bottle hand and the bottleneck
Between neck, the installation pedestal is slideably positioned on first slide rail by first sliding block, and can be described first
First slide rail described in sliding the driving lower edge of actuator slidably reciprocates.
In one of the embodiments, the folder bottle transport mechanism includes sub-bottle actuator, and the sub-bottle actuator is set
In in the installation pedestal, the folder bottle hand is connected with the sub-bottle actuator, and the folder bottle hand is in the sub-bottle actuator
Driving under relatively described frame the moving direction frame relative with the installation pedestal moving direction it is vertical.
In one of the embodiments, the bottleneck neck be aligned correspondingly be communicated in first slide rail with it is described
Between ring shaped transportation mechanism, the bottleneck neck include the arrival end that is aligned and connects with first slide rail and with the annular
The port of export of transport mechanism connection；The bottle moving component includes bottle moving pedestal, bottle moving part and bottle moving actuator, the bottle moving base
Seat is slidably disposed in the frame, and the bottle moving actuator is installed on the bottle moving pedestal, the bottle moving part and institute
State the connection of bottle moving actuator and can be under the driving of the bottle moving actuator to closer or far from being connected in the bottleneck neck
The direction reciprocating rotation of the empty bottle, and can also be put down with the bottle moving pedestal to closer or far from the ring shaped transportation mechanism direction
Move.
In one of the embodiments, the bottle moving component includes tumbler and transmission connection piece, and the one of the tumbler
End is hinged with the bottle moving actuator, and the other end of the relatively described bottle moving actuator of the tumbler offers axis hole, the biography
Follower link is rotationally arranged in the axis hole, and the bottle moving part is fixedly connected on the transmission connection piece, and can be with
The transmission connection piece is to closer or far from the direction reciprocating rotation for being connected in the empty bottle in the bottleneck neck.
In one of the embodiments, the transmission connection piece includes the first transmission segment, the second transmission segment and alignment pin,
First transmission segment is axially arranged in the axis hole, and one end of second transmission segment is sheathed in first transmission segment
And fixed by the alignment pin and first transmission segment, the other end of second transmission segment is fixed with the bottle moving part to be connected
Connect；The bottle moving component includes the first elastic component, and one end of first elastic component is fixed in first transmission segment, described
The other end of first elastic component is fixed in second transmission segment.
In one of the embodiments, the bottle moving component includes two panels locating shim, wherein a piece of locating shim
It is sheathed on outside first transmission segment, another locating shim is sheathed on outside second transmission segment；First elasticity
Part is arranged in outside first transmission segment and/or second transmission segment, and relative both ends are individually fixed in described in two panels and determined
On the pad of position and keep certain starting force.
In one of the embodiments, the reason bottle send bottle also to include shield bottle component, and the shield bottle component includes shield
Bottle part, the second elastic component and rotating shaft；The rotating shaft protrusion is arranged in the frame and positioned at the outlet of the bottleneck neck
The side at end, the shield bottle part are rotationally sheathed in the rotating shaft, and second elastic component is connected to the frame and institute
Between stating shield bottle part, institute is opened for being switched to for the shield bottle part by the closed mode for closing the port of export of the bottleneck neck
The open mode for stating the port of export of bottleneck neck provides elastic force.
In one of the embodiments, the ring shaped transportation mechanism is arranged at institute along perpendicular to the direction of the bottleneck neck
State in frame, and including transmission actuator, drive sprocket, driven sprocket, chain and Bottle-clamping board；The drive sprocket and described
Direction of the driven sprocket along the vertical bottleneck neck is arranged at intervals, and the chain is surrounded on the drive sprocket and described driven
Between sprocket wheel, the Bottle-clamping board is located on the chain periphery, and it is spaced apart towards the side of the bottleneck neck and is provided with and institute
State the screens of empty bottle cooperation.
Bottle is managed in the utility model and send bottle, by linear equipment for blowing with clearance-type by way of pressing from both sides bottle and bottle moving
The empty bottle of straight line output is transferred to ring shaped transportation mechanism, and ring shaped transportation mechanism is exported empty bottle to filling using continous way rotation mode
Capping apparatus is filled, realizes the connection of linear equipment for blowing and filling and capping device.Wherein, empty bottle uses the side of clamping and bottle moving
Formula moves between linear equipment for blowing and ring shaped transportation mechanism, saves setting for traditional longer carrier chain and sub-bottle screw rod
Put, simple in construction and area occupied is smaller.
Brief description of the drawings
Fig. 1 is the structural representation that the utility model straight line blows embedding bottle equipment integrating；
Fig. 2 is that straight line shown in Fig. 1 blows the portion that embedding bottle equipment integrating cathetus equipment for blowing send bottle to coordinate with managing bottle
Separation structure schematic diagram；
Fig. 3 is that straight line shown in Fig. 1 blows the structural representation that reason bottle in embedding bottle equipment integrating send bottle；
Fig. 4 is that reason bottle shown in Fig. 3 send the structural representation that bottle transport mechanism is pressed from both sides in bottle；
Fig. 5 is the fit structure schematic diagram that reason bottle shown in Fig. 3 send bottle moving component and bottleneck neck in bottle；
Fig. 6 is the structural representation that reason bottle shown in Fig. 5 send bottle moving component in bottle；
Fig. 7 is the part-structure schematic diagram of bottle moving component shown in Fig. 6；
Fig. 8 is that reason bottle shown in Fig. 3 send the cooperation schematic diagram that bottle component and ring shaped transportation mechanism are protected in bottle；
Fig. 9 is the enlarged drawing of part A in shield bottle component shown in Fig. 8；
Figure 10 is that straight line shown in Fig. 1 blows embedding bottle equipment integrating linear equipment for blowing and folder bottle transport mechanism is performed and blown
Bottle and the structural representation for managing bottle step；
Figure 11 a- Figure 11 c are that the step of straight line shown in Fig. 1 blows bottle moving component execution bottle moving in embedding bottle equipment integrating is decomposed
Schematic diagram；
Figure 12 is that straight line shown in Fig. 1 blows the structural representation that bottle component execution shield bottle step is protected in embedding bottle equipment integrating；
Figure 13 is that straight line shown in Fig. 1 blows the structural representation that ring shaped transportation mechanism in embedding bottle equipment integrating performs bottle outlet step
Figure.
Embodiment
For the ease of understanding the utility model, the utility model is more fully retouched below with reference to relevant drawings
State.Preferred embodiment of the present utility model is given in accompanying drawing.But the utility model can come in fact in many different forms
It is existing, however it is not limited to embodiment described herein.On the contrary, the purpose for providing these embodiments is made to public affairs of the present utility model
Open the understanding more thorough and comprehensive of content.
It should be noted that when element is referred to as " being fixed on " another element, it can be directly on another element
Or there may also be element placed in the middle.When an element is considered as " connection " another element, it can be directly connected to
To another element or it may be simultaneously present centering elements.
Unless otherwise defined, all of technologies and scientific terms used here by the article is led with belonging to technology of the present utility model
The implication that the technical staff in domain is generally understood that is identical.It is simply in term used in the description of the present utility model herein
The purpose of description specific embodiment, it is not intended that in limitation the utility model.Term as used herein " and/or " include
The arbitrary and all combination of one or more related Listed Items.
Fig. 1 is refer to, in the utility model preferred embodiment, reason bottle send bottle 100 to be connected to linear equipment for blowing
Between 200 and filling and capping device 300, for the empty bottle 400 that exports the linear clearance-type linear fashion of equipment for blowing 200 with
Continous way rotation mode is exported to filling and capping device 300, realizes linear equipment for blowing 200 and filling and capping device 300
Connection.
Specifically, linear equipment for blowing 200 include bottle blowing platform 201, bottle blowing machine 202 and with bottle blowing machine 202 coordinate
Overturn bottle discharging machine 203.Wherein, bottle blowing machine 202 is arranged on bottle blowing platform 201, and blows out empty bottle 400 by the way of blowing,
So that empty bottle 400 to be exported in straight line in a manner of rows of.
Please in the lump referring to Fig. 2, upset bottle discharging machine 203 is arranged at bottle blowing platform 201 and between reason bottle send bottle 100, its
Including overturning seat 213, upset tong 223 and upset actuator (not shown).Upset tong 223 is arranged at turnablely to be turned over
On swivel base 213, and can back and forth it be overturn between bottle blowing machine 202 and reason bottle send bottle 100 under the driving of upset actuator.Its
In, the empty bottle 400 blown out by bottle blowing machine 202 is upward for the downward body of bottleneck in original state, and upset tong 223 clamps lower section
Bottleneck and under upset actuator driving after flip vertical 180 degree, thus empty bottle 400 is transitted to by linear equipment for blowing 200
While reason bottle send bottle 100, empty bottle 400 is diverted to the state of bottleneck upward, in order to follow-up perfusion and capping.
Fig. 3 is refer to, reason bottle send bottle 100 to include frame 10, folder bottle transport mechanism 20, bottleneck neck 30, bottle moving group
Part 40 and ring shaped transportation mechanism 50.Folder bottle transport mechanism 20 is arranged in frame and is located at linear equipment for blowing 200 and bottle
Between mouth neck 30, for clamping the empty bottle 400 exported by linear equipment for blowing 200 and being transferred in bottleneck neck 30, dial
Bottle component 40 is arranged in frame, for the empty bottle being connected in bottleneck neck 30 400 to be dialed in ring shaped transportation mechanism 50,
Ring shaped transportation mechanism 50 is arranged between bottleneck neck 30 and filling and capping device 300, is removed for accepting by bottleneck neck 30
Empty bottle 400 and export the clearance-type straight line for filling and capping device 300, realizing linear equipment for blowing 200 in a rotative pattern
Bottle outlet mode is converted into continous way rotation bottle outlet mode.
Fig. 4 is refer to, folder bottle transport mechanism 20 includes installation pedestal 21, folder bottle hand 22 and folder bottle actuator 23.Specifically
Ground, installation pedestal 21 are slideably positioned in frame 10, and folder bottle hand 22 is arranged in installation pedestal 21 and with overturning tong 223 1
One correspondence, it can overturn the empty bottle that tong 223 exports during clamping is by straight line equipment for blowing 200 under the driving of folder bottle actuator 23
400, and moved back and forth in the same direction closer or far from the direction of bottleneck neck 30 with installation pedestal 21 1, empty bottle 400 is transferred to
In bottleneck neck 30.
Preferably, pressing from both sides bottle transport mechanism 20 includes the first slide rail 24, first slip sliding block 26 of actuator 25 and first, the
One slide rail 24 is arranged in frame 10 and is extended along longitudinally between folder bottle hand 22 and bottleneck neck 30, installation pedestal
21 are slideably positioned on the first slide rail 24 by the first sliding block 26, and can be slided in the driving lower edge first of the first slip actuator 25
Rail 24 slidably reciprocates.
Preferably, the first slip actuator 25 is the telescopic cylinder being connected with installation pedestal 21.It is to be appreciated that other
In some embodiments, the slip actuator 25 of folder bottle actuator 23 and first can be other power parts for being used to provide power source,
It is not limited thereto.
Fig. 5 and Fig. 6 are refer to, bottleneck neck 30 is aligned is communicated in the first slide rail 24 and ring shaped transportation mechanism correspondingly
Between 50.Specifically, bottleneck neck 30 include the arrival end that is aligned and connects with the first slide rail 24 and with ring shaped transportation mechanism 50
The port of export of connection.Bottle moving component 40 is used for the entrance that the empty bottle 400 being held on bottle hand 22 is dialed to bottleneck neck 30
In end, and it is additionally operable to empty bottle 400 being pushed to the port of export by arrival end, and through port of export bottle moving to ring shaped transportation mechanism 50.
Bottle moving component 40 includes bottle moving pedestal 41, bottle moving part 42 and bottle moving actuator 43.Bottle moving pedestal 41 is slideably
It is arranged in frame 10, bottle moving actuator 43 is installed on bottle moving pedestal 41, and bottle moving part 42 is connected with bottle moving actuator 43 and can
To closer or far from the direction reciprocating rotation for being connected in empty bottle 400 in bottleneck neck 30 under the driving of bottle moving actuator 43, with
When needing to stir empty bottle 400 to being rotated close to the direction of empty bottle 400 and pushing tow empty bottle 400, and to away from empty bottle after bottle moving completion
Unclamp the active force to empty bottle 400 in 400 directions；And can also be with bottle moving pedestal 41 to closer or far from the direction of ring shaped transportation mechanism 50
Translation, moved with pushing tow empty bottle 400 to close to ring shaped transportation mechanism 50.
Specifically, bottle moving component 40 also includes tumbler 44 and transmission connection piece 45, and one end and the bottle moving of tumbler 44 are driven
Moving part 43 is be hinged, and tumbler 44 offers axis hole 441 with respect to the other end of bottle moving actuator 43, and transmission connection piece 45 is axially worn
In in axis hole 441, for together being rotated with tumbler 44 when bottle moving actuator 43 is rotated by when tumbler 44.Bottle moving part
42 are fixedly connected on transmission connection piece 45, and can be with transmission connection piece 45 to empty closer or far from being connected in bottleneck neck 30
The direction reciprocating rotation of bottle 400.
Specifically, bottle moving component 40 include the second slide rail 46, second slide the sliding block 48 of actuator 47 and second, second
Direction of the slide rail 46 along parallel bottleneck neck 30 is arranged in frame 10, and arranged side by side with the part of bottleneck neck 30.Second slides drive
Moving part 47 is connected with bottle moving pedestal 41, and bottle moving pedestal 41 is slidably disposed on the second slide rail 46 by the second sliding block 48, and
Can be in the presence of the second slip driving force of actuator 47 to the direction translation closer or far from ring shaped transportation mechanism 50.Bottle moving is driven
Moving part 43 is installed on bottle moving pedestal 41, and tumbler 44 is articulated with one end of bottle moving actuator 43, and transmission connection piece 45 is along vertical
The direction of second slide rail 46 is connected with tumbler 44, and bottle moving part 42 is fixedly connected on one end of transmission connection piece 45, and can be with biography
The rotation of follower link 45 is to closer or far from the direction reciprocating rotation for being connected in empty bottle 400 in bottleneck neck 30.
Fig. 7 is refer to, more specifically, transmission connection piece 45 includes the first transmission segment 450, the second transmission segment 452 and determined
Position pin 453, the first transmission segment 450 are axially arranged in axis hole 441, and one end of the second transmission segment 452 is sheathed on the first transmission segment
Fixed in 450 and by alignment pin 453 and the first transmission segment 450, the other end of the second transmission segment 452 is fixed with bottle moving part 42 to be connected
Connect.
Meanwhile bottle moving component 40 includes the first elastic component 49, the first transmission segment 450 is fixed in one end of the first elastic component 49
On, the other end of the first elastic component 49 is fixed in the second transmission segment 452, is stirred for providing drive for the second transmission segment 452
Part 3311 keeps the pretightning force contacted with empty bottle 400.
Further, bottle moving component 40 includes two panels locating shim 491, wherein a piece of locating shim 491 is sheathed on first
Outside transmission segment 450, another locating shim 491 is sheathed on outside the second transmission segment 452.First elastic component 49 is arranged in the first transmission
Outside the transmission segment 452 of section 450 and/or second, and relative both ends are individually fixed on two panels locating shim 491 and keep certain first
Beginning power, while for providing the pretightning force supported with empty bottle 400 for bottle moving part 42, it is additionally operable to provide rotation for bottle moving part 42
Cushion effect, prevent that bottle moving part 42 is too fast with the reciprocating rotation of tumbler 44 and causes the damage to empty bottle 400.Specifically, every
The periphery of locating shim 491 offers some positioning holes 4910, and the both ends of the first elastic component 49 are selectively fastened to every and determined
On the pad 491 of position on any one positioning hole 4910, the first elasticity can be so adjusted according to the size adaptability of required pretightning force
The opposite end of part 49 hooks the position that positioning hole 4910 is corresponded on respective side locating shim 491.In this specific embodiment, the
One elastic component 49 for be sheathed on transmission connection piece 45 and opposite end hook respectively on respective side locating shim 491 it is corresponding fixed
Torque spring in the hole 4910 of position.
Further, in order to ensure stability of the transmission connection piece 45 with the rotation process of tumbler 44, bottle moving component 40 wraps
Include two supporting tables 492 being arranged on bottle moving pedestal 41.The side depression of each supporting table 492 is recessed formed with semicircular arc
Groove, two supporting tables 492 are installed on bottle moving pedestal 41 along perpendicular to the axis direction of tumbler 44, two semicircular arc grooves
Relative to enclose the circular perforations to be formed, transmission connection piece 45 wears and is radially limited in circular perforations.
Further, direction of the one end of bottle moving part 42 away from transmission connection piece 45 along vertical bottleneck neck 30 is provided with
Bottle pulling block 421, bottle pulling block 421 are horizontally placed on bottle moving part 42, for pushing dynamic empty bottle 400 along bottleneck neck 30 with dispersed
It is mobile.Preferably, in order to protect empty bottle 400, bottle pulling block 421 can use the material with an elastic deformation ability to be made, example
Such as cushion, it is not limited thereto.
Refer to Fig. 3, yet further, bottle moving component 40 also includes supporting plate 493, supporting plate 493 and frame 10 connect and
Every the lower section for being arranged at bottleneck neck 30, for when empty bottle 400 moves along bottleneck neck 30, holding the bottom of empty bottle 400, preventing
Empty bottle 400 drops.
In this specific embodiment, it is telescopic cylinder that bottle moving actuator 43 and second, which slides actuator 47, bottle moving pedestal
41 are connected with the piston rod of the second slip actuator 47, and one end of tumbler 44 and the piston rod of bottle moving actuator 43 are hinged, and are passed
Follower link 45 is arranged in tumbler 44 vertically, and bottle moving part 42 is two cards for being arranged at 45 axial both ends of transmission connection piece
Hook, to realize that one group of bottle moving component 40 carries out bottle moving operation to the empty bottle 400 in adjacent both sides bottleneck neck 30 simultaneously.
Further, pressing from both sides bottle transport mechanism 20 includes sub-bottle actuator 27 (refer to Fig. 4), and sub-bottle actuator 27 is arranged at
In installation pedestal 21, and it can be moved back and forth with driving lower edge first slide rail 24 of the installation pedestal 21 in the first slip actuator 25.
Meanwhile press from both sides bottle hand 22 and be connected with sub-bottle actuator 27, and bottle hand 22 is pressed from both sides under the driving of sub-bottle actuator 27 with respect to frame 10
Moving direction is vertical with respect to the moving direction of frame 10 with installation pedestal 21, i.e., edge is moved perpendicular to the direction of the first slide rail 24
(because the bearing of trend of the first slide rail 24 and the bearing of trend of bottleneck neck 30 are located along the same line), with regulation folder bottle hand 22
It is aligned with the bottleneck neck 30 for being currently located the connection of the first slide rail 24, with when it is moved to close to bottleneck neck along the first slide rail 24
During 30 arrival end, it can be transitted in the presence of bottle moving component 40 by folder bottle hand 22 in bottleneck neck 30.
Preferably, sub-bottle actuator 27 is telescopic cylinder corresponding with the folder quantity of bottle hand 22.It is to be appreciated that other one
In a little embodiments, sub-bottle actuator 27 can be for other power parts for being used to drive folder bottle hand 22, such as stepper motor etc., herein
It is not construed as limiting.
Fig. 8 and Fig. 9 are refer to, reason bottle send bottle also to include shield bottle component 70, and shield bottle component 70 is arranged at each bottleneck
The side of neck 30 and under external force with respect to the port of export folding of bottleneck neck 30, for allowing empty bottle 400 can be by bottleneck
Neck 30 is moved to ring shaped transportation mechanism 50 and prevents empty bottle 400 from moving into bottleneck neck 30 by ring shaped transportation mechanism 50.
Specifically, protecting bottle component 70 includes shield bottle part 71, the second elastic component 72 and rotating shaft 73.Rotating shaft 73 along perpendicular to
The direction protrusion of frame 10 is arranged in frame 10, and can be turned positioned at the side of each port of export of bottleneck neck 30, shield bottle part 71
It is connected to dynamicly in rotating shaft 73 and 73 relative bottleneck necks 30 opens and closes around the shaft, one end of the second elastic component 72 is connected to
In frame 10 or rotating shaft 73, the other end is connected on shield bottle part 71, for being to protect bottle part 71 by the port of export of closing bottleneck neck 30
Position turn to and open the open position of the port of export of bottleneck neck 30 elastic force is provided.
Fig. 8 is refer to, wherein, shield bottle part 71 includes connection end 710 and keeps out end 712.The company of offering on connection end 710
Hole 7101 is connect, shield bottle part 71 is rotationally sheathed in rotating shaft 73 by connecting hole 7101.Keep out end 712 and be connected to connection end
710 one end away from rotating shaft 73, and opposing attached end 710 bends extension at an angle to the direction of bottleneck neck 30.Now,
Keep out and bending of the opening towards bottleneck neck 30 is formed between end 712 and connection end 710.In this specific embodiment, keep out
The bending connection vertical with connection end 710 of end 712, and shield bottle part 71 is opening towards the rectangular-shaped of bottleneck neck 341.
Preferably, the second elastic component 72 is sheathed in rotating shaft 73, and its one end is connected in frame 10 or rotating shaft 73, another
End is connected on connection end 710 and 73 can together rotate compression around the shaft with connection end 710, to store energy.
Meanwhile the circumferentially-spaced of the inner hole wall of connecting hole 7101 offers some breach 7111, the second elastic component 72 is with being connected
One end that end 34310 coordinates abuts and is fixed in one of breach 7111, so can adaptability regulation second as needed
The elastic force size of elastic component 72.
Further, the locating part 74 that bottle component 70 also includes being arranged in frame 10 is protected, locating part 74, which is arranged at, keeps out
End 712 is backwards to the side of bottleneck neck 30, for being moved to open shape by closed mode when the relative bottleneck neck 30 of shield bottle part 71
During state, the moving displacement of 71 relative bottleneck neck 30 of limitation shield bottle part.
Please the one of frame 10 is arranged at referring again to Fig. 8, ring shaped transportation mechanism 50 along perpendicular to the direction of bottleneck neck 30
Side, it includes transmitting actuator (not shown), drive sprocket 51, driven sprocket 52, chain 53 and Bottle-clamping board 54.Drive chain
The direction of wheel 51 and driven sprocket 52 along vertical bottleneck neck 30 is arranged at intervals, and chain 53 is surrounded on drive sprocket 51 and driven chain
Between wheel 52, for following drive sprocket 51 and driven sprocket 52 to rotate under the driving of transmission actuator.The ring of Bottle-clamping board 54 is set
In the periphery of chain 53, it is spaced apart the screens 541 for being provided with and being matched with the bottle neck of empty bottle 400 towards the side of bottleneck neck 30.When
Bottle-clamping board 54 with chain 53 around drive sprocket 51 and driven sprocket 52 move when, bottleneck neck 30 is passed through in screens 541 successively, to hold
It is connected on the empty bottle 400 in place of bottleneck neck 30.
Further, ring shaped transportation mechanism 50 includes outer shield bottle plate 55, and it is not connected that outer shield bottle plate 55 is arranged at Bottle-clamping board 54
The side of chain 53, and keep certain distance to form bottle passage that send for transmitting empty bottle 400 with Bottle-clamping board 54, empty bottle 400 blocks
It is held in the screens 541 of Bottle-clamping board 54, outer shield bottle plate 55 holds the part that empty bottle 400 is not fastened in screens 541, by sky
Bottle 400, which is limited in, to be sent in bottle passage and safety and stability is transported to filling and capping device 300.
Further, ring shaped transportation mechanism 50 includes chain backplate 56, chain backplate 56 be surrounded on chain 53 side and/or
Bottom surface, chain 53 is limited in run trace, prevents the wrench deformation of chain 53.In this specific embodiment, chain backplate 56
U-shaped for opening towards screens 541, chain 53 are contained in the opening and Bottle-clamping board 54 in chain backplate 56 and passing through chain backplate 56
Connection, Bottle-clamping board 54 is stretched out outside the opening of chain backplate 56, for accepting empty bottle 400.
Please referring again to Fig. 1, filling and capping device 300 includes filling board (not shown), filling main frame 301, capping master
Machine 302 and starwheel bottle feed 303.Starwheel bottle feed 303 be arranged on filling board and close to ring shaped transportation mechanism 50 be provided with from
The side of movable sprocket 52, for the empty bottle 400 being fastened in the handing-over of 53 annular turning of chain in screens 541.Join in sending bottle
Empty bottle 400 on star-wheel 303 rotates with starwheel bottle feed 303 and is sent to filling main frame 301 and covers main frame 302 to be filled successively
Note and envelope bottle process.
Embedding bottle equipment integrating 100 is blown with straight line below and performs bottle blowing-reason bottle-bottle moving-shield bottle-bottle outlet step, to by straight
The empty bottle 400 that line bottle blowing machine 202 is blown out, which is transmitted to the course of work of filling and capping device 300, to be briefly described：
Figure 10 is refer to, in bottle blowing-reason bottle step, the empty bottle 400 that bottle blowing machine 202 is blown out is exported with form of straight lines, is turned over
Turn tong 223 and clamp lower section bottleneck and the flip vertical 180 degree under upset actuator driving, press from both sides bottle hand 22 and clamp by upset tong
Empty bottle 400 after 223 upsets, the corresponding regulation of folder bottle hand 22 of the driving of sub-bottle actuator 27 are corresponded to bottleneck neck 30, pressed from both sides
The bottle driving folder bottle of actuator 23 hand 22 slides into the port of export of bottleneck neck 30 along the first slide rail 24.
Figure 11 a-11c and Figure 12 are refer to, when carrying out bottle moving step, the piston rod of bottle moving actuator 43 is stretched out (first
During beginning shape, the piston rod of bottle moving actuator 43 is retracted, and now, bottle moving part 40 upwarps to the direction away from empty bottle 400), band turn
One end that moving part 44 is hinged with bottle moving actuator 43 is turned out, and the other end of the tumbler 44 away from bottle moving actuator 43 drives
Transmission connection piece 45 inwardly rotates together with bottle moving part 20, and to close to the direction of empty bottle 400 rotation in bottleneck neck 30 is stayed in, dials
Bottle block 21 is resisted against on empty bottle 400；Second, which slides actuator 47, drives direction of the bottle moving pedestal 41 along parallel bottleneck neck 30 to move
It is dynamic so that bottle pulling block 21 promotes empty bottle 400 to be moved along bottleneck neck 30, and stays in the port of export of bottleneck neck 30 to wait and ring
Shape transport mechanism 50 coordinates.When Bottle-clamping board 54 is moved to first bottleneck for being placed with empty bottle 400 neck 30 along direction of advance
During the port of export, empty bottle 400 is removed bottleneck neck 30 by bottle pulling block 21 in the driving again of bottle moving actuator 43, and is fastened in outer shield
Bottle plate 55 is sent in bottle passage with what Bottle-clamping board 54 was formed.Meanwhile the bottom of bottle of empty bottle 400 is held by supporting plate 493, prevent from dropping, it
Bottle moving actuator 43 drives bottle moving part 20 to reset wait next round and send bottle afterwards, and Bottle-clamping board 54 is with chain 53 to close to starwheel bottle feed
Move in 303 directions.
Figure 13 is refer to, when carrying out shield bottle-bottle outlet step, empty bottle 400 continues to close to starwheel bottle feed 303 with chain 53
Direction is moved, and when second bottleneck neck 30 being moved in direction of advance, empty bottle 400 is connected to supporting for shield bottle part 71
(during due to original state, each shield bottle part 71 outside each bottleneck neck 30 is in the elastic force of the second elastic component 72 on gear end 712
Under effect, keep out end 712 and keep out on locating part 74, and be extending at least partially into the sending in bottle passage of ring shaped transportation mechanism 50), and
When being continued to move to chain 353, it is vertical with bottleneck neck 30 to being moved to close to the direction of bottleneck neck 30 that end 712 is kept out in promotion
When, shield bottle part 71 is that empty bottle 400 moves forward certain mobile space of stepping down, and keeps out end 712 and block bottleneck neck 30,
Prevent empty bottle 400 from sliding into again in bottleneck neck 30.When the overhead screens 541 of Bottle-clamping board 54 is moved to closer drive sprocket
During 51 second bottleneck neck 30, stay in bottleneck neck 30 and do not repeated by the empty bottle 400 in bottle moving to Bottle-clamping board 54
Above-mentioned steps, empty bottle 400 is continuously exported to starwheel bottle feed 303.
The utility model reason bottle send bottle 100, by way of pressing from both sides bottle and bottle moving by linear equipment for blowing 200 with
The empty bottle 400 of clearance-type straight line output is transferred to ring shaped transportation mechanism 50, and ring shaped transportation mechanism 50 uses continous way rotation mode
Empty bottle 400 is exported to the connection for filling and capping device 300, realizing linear equipment for blowing 200 and filling and capping device 300.
Wherein, empty bottle 400 is moved by the way of clamping and bottle moving between linear equipment for blowing 200 and ring shaped transportation mechanism 50,
The setting of tradition longer carrier chain and sub-bottle screw rod is saved, simple in construction and area occupied is smaller.
Embodiment described above only expresses several embodiments of the present utility model, and its description is more specific and detailed,
But therefore it can not be interpreted as the limitation to the utility model patent scope.It should be pointed out that for the common of this area
For technical staff, without departing from the concept of the premise utility, various modifications and improvements can be made, these all belong to
In the scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (10)
1. one kind reason bottle send bottle, it is characterised in that：It is described reason bottle send bottle be connected to linear equipment for blowing with it is filling
Between capping apparatus, and including frame, folder bottle transport mechanism, bottleneck neck, bottle moving component and ring shaped transportation mechanism；The folder bottle
Transport mechanism is arranged in the frame and between the linear equipment for blowing and the bottleneck neck, for clamp by
The empty bottle of the linear equipment for blowing output is simultaneously transferred in the bottleneck neck, and the bottle moving component is arranged at the frame
On, for the empty bottle being connected in the bottleneck neck to be dialed in the ring shaped transportation mechanism, the annular transmission
Mechanism is arranged between the bottleneck neck and the filling and capping device, for accepting as described in removing the bottleneck neck
Empty bottle simultaneously exports to the filling and capping device in a rotative pattern.
2. reason bottle send bottle as claimed in claim 1, it is characterised in that：The folder bottle transport mechanism include installation pedestal,
Press from both sides bottle hand and folder bottle actuator, the installation pedestal are slideably positioned in the frame, the folder bottle hand is arranged at the peace
Filling on pedestal, it can clamp the empty bottle exported by the straight line equipment for blowing under the driving of the folder bottle actuator, and
Moved back and forth in the same direction closer or far from the direction of the bottleneck neck with the installation pedestal one.
3. reason bottle send bottle as claimed in claim 2, it is characterised in that：The folder bottle transport mechanism include the first slide rail,
First slides actuator and the first sliding block, first slide rail be arranged in the frame and along longitudinally be extended in
Between the folder bottle hand and the bottleneck neck, the installation pedestal is slideably positioned in described first by first sliding block and slided
On rail, and it can be slidably reciprocated in the first slide rail described in the described first driving lower edge for sliding actuator.
4. reason bottle send bottle as claimed in claim 3, it is characterised in that：The folder bottle transport mechanism drives including sub-bottle
Part, the sub-bottle actuator are arranged in the installation pedestal, and the folder bottle hand is connected with the sub-bottle actuator, and the folder
The moving direction frame relative with the installation pedestal of bottle hand relatively described frame under the driving of the sub-bottle actuator
Moving direction it is vertical.
5. reason bottle send bottle as claimed in claim 3, it is characterised in that：The bottleneck neck is directed at connection correspondingly
Between first slide rail and the ring shaped transportation mechanism, the bottleneck neck includes being aligned and connecting with first slide rail
Arrival end and the port of export that is connected with the ring shaped transportation mechanism；The bottle moving component include bottle moving pedestal, bottle moving part and
Bottle moving actuator, the bottle moving pedestal are slidably disposed in the frame, and the bottle moving actuator is installed on the bottle moving
On pedestal, the bottle moving part be connected with the bottle moving actuator and can under the driving of the bottle moving actuator to closer or far from
The direction reciprocating rotation of the empty bottle in the bottleneck neck is connected in, and can also be with the bottle moving pedestal to closer or far from institute
State the translation of ring shaped transportation mechanism direction.
6. reason bottle send bottle as claimed in claim 5, it is characterised in that：The bottle moving component includes tumbler and transmission connects
Fitting, one end of the tumbler are hinged with the bottle moving actuator, the relatively described bottle moving actuator of the tumbler it is another
End offers axis hole, and the transmission connection piece is rotationally arranged in the axis hole, and the bottle moving part is fixedly connected on described
On transmission connection piece, and can be with the transmission connection piece to closer or far from the side for being connected in the empty bottle in the bottleneck neck
To reciprocating rotation.
7. reason bottle send bottle as claimed in claim 6, it is characterised in that：The transmission connection piece include the first transmission segment,
Second transmission segment and alignment pin, first transmission segment are axially arranged in the axis hole, one end of second transmission segment
Be sheathed in first transmission segment and fixed by the alignment pin and first transmission segment, second transmission segment it is another
One end is fixedly connected with the bottle moving part；The bottle moving component includes the first elastic component, and one end of first elastic component is fixed
In in first transmission segment, the other end of first elastic component is fixed in second transmission segment.
8. reason bottle send bottle as claimed in claim 7, it is characterised in that：The bottle moving component includes two panels locating shim,
The wherein a piece of locating shim is sheathed on outside first transmission segment, and another locating shim is sheathed on described second and passed
Outside dynamic section；First elastic component is arranged in outside first transmission segment and/or second transmission segment, and relative both ends point
It is not fixed on described in two panels on locating shim and keeps certain starting force.
9. reason bottle send bottle as claimed in claim 1, it is characterised in that：The reason bottle send bottle also to include shield bottle group
Part, the shield bottle component include shield bottle part, the second elastic component and rotating shaft；The rotating shaft protrusion is arranged in the frame and position
In the side of the port of export of the bottleneck neck, the shield bottle part is rotationally sheathed in the rotating shaft, second elasticity
Part is connected between the frame and the shield bottle part, for being the shield bottle part by closing the port of export of the bottleneck neck
The open mode that closed mode switches to the port of export for opening the bottleneck neck provides elastic force.
10. reason bottle send bottle as claimed in claim 1, it is characterised in that：The ring shaped transportation mechanism is along perpendicular to described
The direction of bottleneck neck is arranged in the frame, and including transmission actuator, drive sprocket, driven sprocket, chain and card
Bottle plate；The direction of the drive sprocket and the driven sprocket along the vertical bottleneck neck is arranged at intervals, the chain ring around
Between the drive sprocket and the driven sprocket, the Bottle-clamping board is located on the chain periphery, and it is towards the bottleneck
The side of neck is spaced apart the screens for being provided with and coordinating with the empty bottle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720599242.6U CN207175445U (en) | 2017-05-25 | 2017-05-25 | Reason bottle send bottle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720599242.6U CN207175445U (en) | 2017-05-25 | 2017-05-25 | Reason bottle send bottle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207175445U true CN207175445U (en) | 2018-04-03 |
Family
ID=61733989
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720599242.6U Active CN207175445U (en) | 2017-05-25 | 2017-05-25 | Reason bottle send bottle |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207175445U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108820707A (en) * | 2018-06-21 | 2018-11-16 | 成都顺千和科技有限公司 | A kind of medicine bottle pipeline |
-
2017
- 2017-05-25 CN CN201720599242.6U patent/CN207175445U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108820707A (en) * | 2018-06-21 | 2018-11-16 | 成都顺千和科技有限公司 | A kind of medicine bottle pipeline |
| CN108820707B (en) * | 2018-06-21 | 2023-11-28 | 成都顺千和科技有限公司 | Medicine bottle conveying line |
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Legal Events
| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20190109 Address after: 510700 No. 4 Jiuling Road, Yonghe District, Huangpu Economic and Technological Development Zone, Guangzhou City, Guangdong Province Patentee after: Guangzhou Longbao Technology Co., Ltd. Address before: Room 102-1, No. 3, Sangtian Fourth Road, Yonghe Street, Huangpu District, Guangzhou City, Guangdong 510000 Patentee before: Guangzhou long Billiton Packing Machinery Co., Ltd. |