CN103183157B - Bottle placer transverse sealing transmission device - Google Patents
Bottle placer transverse sealing transmission device Download PDFInfo
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- CN103183157B CN103183157B CN201210580006.1A CN201210580006A CN103183157B CN 103183157 B CN103183157 B CN 103183157B CN 201210580006 A CN201210580006 A CN 201210580006A CN 103183157 B CN103183157 B CN 103183157B
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- shell fragment
- locating plate
- positioning hole
- bottle placer
- transverse sealing
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Abstract
The present invention relates to bottle placer transverse sealing transmission device, including heat seal bars drive and cutting knife drive, the heat seal bars driving through two drives is corresponding with cutting knife, the output shaft of the first decelerator couples heat seal bars drive, power shaft one end is cased with axle sleeve, axle sleeve is connected with angle locating plate through elastic component, and adjacent elastic members is connected through coupling block；Angle locating plate card is provided with positioning hole；Second reducer output shaft couples cutting knife drive, and power shaft connects adjustment disk, and positioning dish forms two mounting flanges coupling two reducer input shafts with adjustment disk；Regulation card sets avoidance space to put the keeper in located hole, located hole, keeper one end positions, another end is via this space, the keeper being received in this space is held through the opposite end head-clamp of a pair coaxial screw adjustments, in the screw that this opposed inner walls being respectively positioned in this space of formation to screw adjustments is offered, this is vertical and non-intersect with the axis of the second reducer input shaft to the axis of screw adjustments.
Description
Technical field
The present invention relates to bottle placer technical field, particularly relate to the transverse sealing transmission device of a kind of bottle placer.
Background technology
For high-speed sterile bottle placer, the band of rolling, after longitudinal sealing and horizontal sealing, is formed or pincushion or brick or other shapes
The inclusion of shape, wherein, in horizontal sealing position, band both sides are respectively provided with heat seal bars and cutting knife, and heat seal bars and cutting knife act on jointly, wink
Between complete the heat-sealing of filling inclusion and cut task, and then formed inclusion；Owing to the cooperation of heat seal bars and cutting knife needs satisfied same
The requirement of step property, thus the quality of fit controlling the transmission system of corresponding heat seal bars and cutting knife requires just high, existing horizontal sealing passes
Dynamic system, owing to using positive drive, therefore reductor has stress, the situation of leakage of oil and abrasion easily occurs, and reductor seals
Enclose easily bad；And owing to installing and in maintenance process, need regular open head (will heat seal bars transmission system and
The transmission system of cutting knife is separated), therefore excessively complicated transmission mechanism will increase operation easier, is unfavorable for dismounting.
Content of the invention
The technical problem to be solved is to provide one to have higher transmission quality of fit, long service life
And the bottle placer transverse sealing transmission device of convenient disassembly.
Its technical problem to be solved can be implemented by the following technical programs.
A kind of bottle placer transverse sealing transmission device, including the heat seal bars drive rotating in opposite directions and cutting knife drive, through described
One group of heat seal bars that heat seal bars drive drives and the one group of cutting knife one_to_one corresponding driving through described cutting knife drive, described heat-sealing
Rod drive connects the first decelerator, and described cutting knife drive connects the second decelerator；The output shaft connection of described first decelerator
Connecing described heat seal bars drive, one of them end sleeve of the power shaft of described first decelerator is provided with an axle sleeve, described axle sleeve
Linking together through more than one elastomeric element and an angle locating plate, adjacent two elastic portion part is connected through coupling block；Described angle
It is evenly arranged with the positioning hole of row's circular array in the card of degree positioning dish；The output shaft of described second decelerator couples institute
Stating cutting knife drive, the power shaft of described second decelerator connects an adjustment disk, described angle locating plate and described regulation dish type
Become to couple two mounting flanges of described first reducer input shaft and described second reducer input shaft；Wherein, described regulation
Dish card offers an avoidance space, and described avoidance space is used for putting the positioning piece being positioned in arbitrary described positioning hole,
One end of this keeper is positioned through described positioning hole, the other end via or terminate in described avoidance space, be received in described avoidance
The described keeper in space is through clamped by the relative termination of a pair coaxial screw adjustments, and coaxial screw adjustments is divided by this
It is not positioned to be formed in the screwed hole offered in the opposed inner walls in described avoidance space, and, this is to coaxial adjustable diameter and screw adjusting
The axis of part is vertical and non-intersect with the axis of described second reducer input shaft.Use the bottle placer horizontal sealing of technique scheme
Transmission device, beneficially heat seal bars and the corresponding matching of cutting knife during bottle placer horizontal sealing, it is easy to when both are inconsistent accurately regulate
To consistent (angle adjustment of the eccentric adjustment of such as two axle axial angles and two axles circumference)；The abrasion condition of transmission system simultaneously
Less, be conducive to keeping the long service life of parts；The advantage also with easy accessibility.
As the improvement further of the technical program, the distance between the opposed inner walls in described avoidance space is not less than described angle
Spend adjacent two positioning hole pitch-rows and the diameter sum positioning hole that positioning dish card is offered.Advantage of this is that and can ensure that profit
When determining the position relationship of angle locating plate and adjustment disk with any one positioning hole, keeper can fall normally and avoid
In the range of space is drawn a circle to approve, and then conveniently position further.
Also serving as the improvement further of the technical program, the distance between the opposed inner walls in described avoidance space is described angle
1.5 2 times of the adjacent two positioning hole pitch-rows that positioning dish card is offered.The purpose of do so is easy for the position of screw adjustments
More preferable with the matching degree of the position of keeper；For example when the positioning hole falling in this distance range is too much, due to multiple positioning
Hole circumferentially circular array, and the axis of adjustable diameter and screw adjusting line is vertical and non-intersect with place, angle locating plate center of circle axis, because of
This there will be the clamping effect to the keeper in part positioning hole for the screw adjustments afterbody and is deteriorated.
The also improvement further as the technical program, the distance between the opposed inner walls in described avoidance space is described angle
1.5-2 times of the adjacent two positioning hole pitch-rows that positioning dish card is offered, and offer not less than described angle locating plate card
Adjacent two positioning hole pitch-rows and the diameter sum positioning hole.
As the further improvement of the technical program, described adjustment disk offers more than one length and differs and position
The arc gain adapting with the position in the positioning hole of described annular array, the width of described arc gain and described positioning hole
Aperture is identical.Further, arc gain more than one with described at least three being opened on described angle locating plate
Positioning hole is corresponding.The connection being disposed between adaptation angle locating plate and adjustment disk of this arc gain, and by setting
Put the flexible selection that the gain of different length is beneficial to when it meets actually used under different positioning regulations.Equally, utilization is worked as
When three positioning holes are combined positioning with arc gain, the connection positioning to angle locating plate and adjustment disk is that relative securement is with rationally
's.
Also serving as the improvement further of the technical program, described elastomeric element is the shell fragment of annular, and described axle sleeve is through
One shell fragment and the second shell fragment are connected with described angle locating plate；Described axle sleeve and two of the first shell fragment described in described coupling block office
End, including two connecting portions of two connecting portions of described axle sleeve and the first shell fragment and described first shell fragment and coupling block
Totally four connecting portions circumferentially misplace arrangement；Described coupling block and two of the second shell fragment described in described angle locating plate office
End, including two companies of two connecting portions of described coupling block and the second shell fragment and described second shell fragment and angle locating plate
Connect position totally four connecting portion also circumferentially dislocation arrangements.
As one of the preferred embodiments of the present invention, four connecting portions corresponding to described first shell fragment are circumferentially uniform
Dislocation is arranged, each two abutting connection position is 90 ° of arrangements relative to the center of circle of the first shell fragment；Corresponding to described second shell fragment
Four connecting portion circumferentially uniformly dislocation arrangements, each two abutting connection position is 90 ° of arrangements relative to the second shell fragment center of circle.
Can be more preferable by the elastomeric element type of attachment that deflect certain angle relative with two ends connection member connecting portion
The elastic deformation by means of elastomeric element adapt to two coupling spindles the axially distinct heart (i.e. axis is not on one wire) or
There is situation during certain angle in person's two axial lines.And the circumferential misalignment arrangement form of 90 ° is the type of attachment simplifying most, it is simple to raw
Produce, install and debugging.
Also serving as the improvement further of the technical program, described elastomeric element is reed, bellows, elastoplast or torsion
Spring.
The also improvement further as the technical program, described angle locating plate is provided with one group of phase with the abutted surface of adjustment disk
The protuberance coordinating mutually and recess, the female portion and protuberance have the guiding face that guiding coordinates.For example described convex
Going out portion is a frustum, and this frustum is located at the surface near described angular adjustment dish side for the described adjustment disk, the cone-shaped of this frustum
Become to guide the guiding face that described frustum enters described groove；The female portion is a groove, and this groove is opened in described angle and adjusts
The surface of the corresponding side of joint dish.Setting by the especially guiding face of the cooperation by means of protuberance and recess so that serve as two
" mounting flange " that axle couples can assemble with the realization positioning of more convenient and quicker, it is simple to quick assembly and disassembly；And then select again
The corresponding positioning hole selected on angle locating plate controls and regulates two axles relative angle circumferentially.
Also serve as one of the preferred embodiments of the present invention, be formed at an opening of described adjustment disk circumferential edge U outwardly
Shape gap forms described avoidance space, and described screwed hole is formed at this U-shaped gap relative on two inwalls.This U-shaped gap is as keeping away
Allow the space can be more easily for positioning keeper, to realize the relative rotation position of angle locating plate and adjustment disk, especially
It is when two walls are platy structure.
This bottle placer horizontal sealing transmission system is possible not only to adapt to the shape that transmission between centers is not concentric due to axis or there is angle
Condition, can also adjust the circumferential angle of two axles to realize drive coordination when package body horizontal sealing is cut simultaneously；Week in this structure
Including adjustment by a relatively large margin and fine setting two parts to the adjustment of angle, wherein angle adjustment by a relatively large margin is by selecting difference
Positioning hole realizes, the regulation of the fine setting of the angle then screw thread supplying position of two screw adjustments by being located on adjustment disk
Position the particular location in adjustment disk circumference for the keeper, and then realize circumferentially opposed position between adjustment disk and angle locating plate
Fine setting.
Brief description
Below in conjunction with the accompanying drawings a detailed description is made to the detailed description of the invention of the present invention.
Fig. 1 is the structural representation sketch of the present invention；
Fig. 2 is structure and the assembling schematic diagram of Fig. 1 central shaft transmission device；
Fig. 3 is another angle signal of Fig. 2；
Fig. 4 is the cross-sectional view of Fig. 1 central shaft transmission device；
Fig. 5 is the part of meaning structure shown in Fig. 2；
Fig. 6 is the structural representation of adjustment disk in Fig. 2；
In figure: the 21st, 22 shell fragments the 211st, 221 (transmission) chain the 210th, 220 sprocket wheel 3 packaging material
30 package body 310 heat seal bars 320 cutting knife 4 positioning dishes 41 position hole 42 groove
5 adjustment disks the 51st, 52 installation screw 53 boss the 54th, 55 gain 56 gap the 561st, 562
Inwall the 61st, 62 regulation screw the 7th, 9 decelerators the 71st, 91 power shafts the 72nd, 93 output shafts 8 are locked
Tight screw the 81st, 82 attachment screws 11 position screw 100 shaft transmission 101 axle sleeve 103
Coupling block
Detailed description of the invention
Bottle placer horizontal sealing transmission system as shown in Figures 1 to 6, the output shaft 93 of decelerator 9 carries movable sprocket 210 to rotate,
Sprocket wheel 210 drives chain 211, and multiple heat seal bars 310 are fixed on chain 211, each heat seal bars 310 be fixed on chain
One of them cutting knife 320 on 221 cooperates, and through the heat-sealing of heat seal bars 310, is filled with the tubulose packaging material of food liquid beverage
The respective surfaces of 3 is heat-sealed conjunction, cuts through cutting knife 320, uninterrupted ringing simultaneously, and then is formed and a series of include liquid food
Savor the package body 30 of beverage；Wherein chain 221 drives through sprocket wheel 220, and sprocket wheel 220 is driven by the output shaft 72 of decelerator 7.Slow down
One end of the power shaft 91 of device 9 is connected through the power shaft 71 of shaft transmission 100 and decelerator 7.
Coordinate with the moment of cutting knife 320 to meet heat seal bars 310, need to keep both synchronizations；Due to parts
All there is error with installing in processing, the heat seal bars 310 making synchronizes with cutting knife 320 and power shaft 91 is intact with power shaft 71 coordinates nothing
Method realizes simultaneously, thus for keeping the synchronization of heat seal bars 310 and cutting knife 320,71 liang of between centers of power shaft 91 and power shaft occur
Offset distance, the problem of deflection angle are mainly solved by the concrete structure of shaft transmission 100, wherein, and the tool of shaft transmission 100
Body structure and as follows with the input and output annexation at two ends:
Axle sleeve 101 is arranged on the power shaft 91 in left side, the two ends of annular shell fragment 21 connecting bushing 101 respectively and connection
Block 103, wherein radially two ends, by one group of attachment screw 81, shell fragment 21 realizes the connection with axle sleeve 101, relative to connection
The link position of screw 81, circumferentially rotatable 90 ° (with axle center as the center of circle), shell fragment 21 is connected with coupling block 103 and (does not illustrates in figure
Concrete type of attachment, for example, can use the type of attachment of similar attachment screw 81)；Equally, annular shell fragment 22 is by one group even
Connect screw 82 radially two ends and realize the connection with coupling block 103, and relative to the link position of attachment screw 82, circumferentially revolve
Turning in 90 ° (with axle center as the center of circle), shell fragment 22 is connected with positioning dish 4 and (does not illustrates concrete type of attachment in figure, for example, can use similar
The type of attachment of attachment screw 82).Reach fixing successively of axle sleeve the 101st, shell fragment the 21st, coupling block the 103rd, shell fragment 22 and positioning dish 4
Connect.
Positioning dish 4 surface is laid with multiple angle positioning hole 41, and multiple positioning holes 41 are evenly arranged along the axial, at positioning dish
4 cards form and are circular layout；The located hole 41, one end of the positioning screw 11 being plugged in one of them positioning hole 41 is spacing, separately
Clamped by the end of one group of regulation screw 61 and 62 through being arranged on adjustment disk 5 for the one end；Wherein regulate screw 61 and 62 to be located at
In installation screw 51 and 52, the axis of two regulation screws 61 and 62 coincide, the other end connection reducer 7 of adjustment disk 5 defeated
Enter axle 71；The axis of two regulation screws 61 and 62 is vertical and non-intersect with power shaft 71.Wherein, the other end positioning screw 11 is
It is received within the U-shaped gap 56 that the axial edge of adjustment disk 5 is formed, two inwalls 561 and 562 of gap 56 are provided with
Installation screw 51 and 52；Gap 56 essentially provides an avoidance space deposited for positioning screw 11, therefore to ensure
Each positioning hole 41 on positioning dish 4 can be used, and distance L between two inwalls 561 and 562 should be not less than adjacent two
The pitch-row in positioning hole 41 and diameter sum.And the relation when between this distance with adjacent two positioning apertures, hole 41 is maintained at 1.5 to 2 times
Relation when, then facilitate regulation screw 61 and 62 to positioning screw 11 clamping, and then avoid the occurrence of regulation screw (61 and 62)
Extension cannot touch in its interval part positioning hole in positioning screw 11 so that clamping task cannot be completed
Situation.Gap can will be fallen into when the relative position relation adjusted between positioning dish 4 and adjustment disk 5 when actually used
Assign positioning screw 11 in one of them positioning hole 41 of 56 correspondence positions, then utilize two regulation screws 61 and 62 to adjust position
Put and position with final to the termination of clamping and positioning screw 11.Or by adjusting regulation screw 61 and 62 to realize positioning dish 4 He
Relatively rotating until realizing the adjustment to cutter head and heat seal bars position between adjustment disk 5.
In substance form with adjustment disk 5 for the positioning dish 4 of orientation angle and be connected the two of power shaft 91 and power shaft 71
Adpting flange, in addition to utilizing positioning screw 11 and connecting positioning, also one group of lock-screw 8 is by set by positioning dish 4 card
Arc gain 54 and 55 set by positioning hole 4 and adjustment disk 5 card connects positioning.Wherein by selecting suitable positioning hole 41
Compensating the main angle deviation between (power shaft 71 and power shaft 91) between two axles, recycling regulation screw 61 is relative with 62
Make to regulate screw 61 and 62 in the position of installation screw 51 and 52 to interact with the afterbody of positioning screw 11, and then realize
Positioning dish 4 relatively rotates with adjustment disk 5, with the fine setting both realizing, and being disposed to make up and cannot lead to of this fine setting
Cross (the circumferential differential seat angle corresponding to hole 41 for e.g., less than adjacent two positioning) that regioselective hole 41 realizes.Equally for the ease of
Location fit between positioning dish 4 and adjustment disk 5 with relatively rotate, in both disk centre positions, be provided with and cooperate
Groove 42 and boss 53, both are structure with tapering, and conical surface is easy to the cooperation of both guidings；Certainly, this cooperation
Structure is not only convenient for both assemblings, also allows for both separation simultaneously, such as when needing repairing in horizontal sealing position, and the sprocket wheel of both sides
When chain needs separately, now respective driving decelerator to be removed with the sprocket wheel chain transmission system of corresponding side, and this structure is just
Can realize to position dish 4 and adjustment disk 5 as boundary, each still be connected in one with the main body of corresponding transmission mechanism, when related former
When barrier is got rid of, it is only necessary to assemble positioning dish 4 and adjustment disk 5, the benefit so processing equally is, after machine dismounting each time again
During installation, the angular deviation of two axles is possible to and has change, and this structure only needs to adjust the positioning hole of positioning dish 4 and adjustment disk 5
41 and i.e. meet regulation task by regulation screw 61 and the fine setting of 62 pairs of angles, and if split is other connection position
Put, inconsistent due to angular deviation, then unavoidable after mounting also will be by adjusting positioning dish and adjustment disk.On adjustment disk 5
The special trends of two regulation screws 61 and 62 are disposed to meet when regulating angle more accurate, after regulation is fixing when stand under load not
Resilience, unshifts, thus plays the big error of receiving, service precision high after connection.
Additionally, set multiple arc gains can have different flute length, with by the knot from different positioning holes 41
Close and meet more positioning present situation.In order to coordinate needs, the groove width of gain is arranged to identical with positioning aperture, hole 41 as far as possible
Size.
Axle sleeve the 101st, shell fragment 21 and the 22nd, coupling block 103 and positioning dish 4 form a bullet allowing offset distance and angular error
Property connector, has the effect of angle eccentricity compensation, reaches corresponding purpose by the elastic deformation of shell fragment；Shell fragment 21 and 22
Also bellows, elastoplast, torsion spring or reed can be used to replace, need according to corresponding elastic deformation special after simply substituting
Property suitably regulates the type of attachment with both sides connection member.This annular shell fragment at least needs to arrange two, with ensure relative to
For shaft transmission 100, the speed of final input and output side will not fluctuate, and keeps two ends at the uniform velocity to transmit.
Being distributed multiple positioning hole 41 on positioning dish 4 is to can ensure that three or more when each angle
Screw is fixed (needing to coordinate) with gain 54 and 55；Ensure the rigid of this coupling mechanism, groove 42 and boss 53
When being disposed to conveniently install position more accurate, especially two axles angled install when it can easily centering smoothly,
Convenient and swift, precisely reliably.
This shaft transmission 100 provides the elastic transmission coupling mechanism that a kind of adjustable shaft couples angle, can realize two
Connection between part and transmission, it is also possible to be used for having the connection between offset distance and/or two axles of deflection angle and transmission.
Compared with prior art, the invention have the advantages that: that reduce and bottle placer horizontal sealing position heat seal bars is passed
The quality of fit of motivation structure and cutter driving mechanism requires, is applicable not only to both and couples the transmission that position is that coaxial line is installed,
Can be used for that there is the connection between offset distance and/or two axles of deflection angle, to the relative positional accuracy of two axles without sternly during installation
Lattice require.Even if having bigger angle and offset distance error, the installation deformation of constitutional detail also will not be produced.Therefore constitutional detail
Foozle also would not cause assembly deflections, also would not produce additional erection stress, thus avoid additional power
Loss, does not results in infringement to the bearing near axle yet.Simultaneously facilitating the accurate adjustment realizing angle, be conducive to after dismantling is fast
Speed is installed.
Claims (12)
1. a bottle placer transverse sealing transmission device, including the heat seal bars drive rotating in opposite directions and cutting knife drive, through described heat
One group of heat seal bars that envelope rod drive drives and the one group of cutting knife one_to_one corresponding driving through described cutting knife drive, its feature exists
In described heat seal bars drive connects the first decelerator, and described cutting knife drive connects the second decelerator；Described first decelerator
Output shaft couple described heat seal bars drive, one of them end sleeve of the power shaft of described first decelerator is provided with an axle
Set, described axle sleeve links together through more than one elastomeric element and an angle locating plate, and adjacent two elastic portion part is through coupling block
It is connected；It is evenly arranged with the positioning hole of row's circular array in the card of described angle locating plate；Described second decelerator
Output shaft couples described cutting knife drive, and the power shaft of described second decelerator connects an adjustment disk, described angle locating plate with
Described adjustment disk forms two mounting flanges coupling described first reducer input shaft and described second reducer input shaft；Its
In, described adjustment disk card offers an avoidance space, and described avoidance space is used for putting and is positioned in arbitrary described positioning hole
Positioning piece, one end of this keeper is positioned through described positioning hole, the other end via or terminate in described avoidance space, put
In the described keeper in described avoidance space through clamped by the relative termination of a pair coaxial screw adjustments, this is to coaxial spiral shell
Rotation regulating part is respectively positioned in and is formed in the screwed hole offered in the opposed inner walls in described avoidance space, and, this is to coaxially
The axis of screw adjustments vertical and non-intersect with the axis of described second reducer input shaft.
2. bottle placer transverse sealing transmission device according to claim 1, it is characterised in that the opposed inner walls in described avoidance space
Between distance be 1.5 2 times of the adjacent two positioning hole pitch-rows that described angle locating plate card is offered.
3. bottle placer transverse sealing transmission device according to claim 1, it is characterised in that the opposed inner walls in described avoidance space
Between the diameter sums in the adjacent two positioning hole pitch-rows offered not less than described angle locating plate card of distance and positioning hole.
4. bottle placer transverse sealing transmission device according to claim 1, it is characterised in that the opposed inner walls in described avoidance space
Between distance be 1.5 2 times of the adjacent two positioning hole pitch-rows that described angle locating plate card is offered, and be not less than described angle
Spend adjacent two positioning hole pitch-rows and the diameter sum positioning hole that positioning dish card is offered.
5. the bottle placer transverse sealing transmission device according to claim the 1st, the 2nd, 3 or 4, it is characterised in that open on described adjustment disk
It is provided with the arc gain that more than one length differs and the position in positioning hole of position and described annular array adapts, described arc
The width of shape gain is identical with the aperture in described positioning hole.
6. bottle placer transverse sealing transmission device according to claim 5, it is characterised in that arc gain more than one
Corresponding with positioning hole described at least three being opened on described angle locating plate.
7. the bottle placer transverse sealing transmission device according to claim the 1st, the 2nd, 3 or 4, it is characterised in that described elastomeric element is
The shell fragment of annular, described axle sleeve is connected with described angle locating plate through the first shell fragment and the second shell fragment；Described axle sleeve with described
The two ends of the first shell fragment described in coupling block office, including two connecting portions and described first of described axle sleeve and the first shell fragment
Two connecting portions totally four connecting portions of shell fragment and coupling block circumferentially misplace arrangement；Described coupling block is fixed with described angle
The two ends of the second shell fragment described in the dish office of position, including two connecting portions and described second of described coupling block and the second shell fragment
Two connecting portions of shell fragment and angle locating plate totally four connecting portions also circumferentially dislocation arrangements.
8. bottle placer transverse sealing transmission device according to claim 7, it is characterised in that four corresponding to described first shell fragment
Individual connecting portion circumferentially uniformly dislocation arrangement, each two abutting connection position is 90 ° of arrangements relative to the center of circle of the first shell fragment；
Four connecting portions corresponding to described second shell fragment circumferentially uniformly dislocation arrange, each two abutting connection position is relative to the
The two shell fragment centers of circle are 90 ° of arrangements.
9. the bottle placer transverse sealing transmission device according to claim the 1st, the 2nd, 3 or 4, it is characterised in that described elastomeric element is
Reed, bellows, elastoplast or torsion spring.
10. the bottle placer transverse sealing transmission device according to claim the 1st, the 2nd, 3 or 4, it is characterised in that described angle locating plate
Being provided with one group of recess cooperating and protuberance with the abutted surface of described adjustment disk, the female portion and protuberance have leads
Draw the guiding face that both coordinate.
11. bottle placer transverse sealing transmission devices according to claim 10, it is characterised in that the female portion is a groove,
This groove is opened in the surface near described adjustment disk side for the described angle locating plate；Described protuberance is a frustum, this frustum
Being located at the surface near described angle locating plate side for the described adjustment disk, the conical surface of this frustum forms the described frustum of guiding and enters institute
State the guiding face of groove.
The 12. bottle placer transverse sealing transmission devices according to claim the 1st, the 2nd, 3 or 4, it is characterised in that be formed at described regulation
One opening of dish circumferential edge U-shaped gap outwardly forms described avoidance space, and it is relative that described screwed hole is formed at this U-shaped gap
On two inwalls.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210580006.1A CN103183157B (en) | 2011-12-31 | 2012-12-27 | Bottle placer transverse sealing transmission device |
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110455212 | 2011-12-31 | ||
| CN201110455212.5 | 2011-12-31 | ||
| CN2011104552125 | 2011-12-31 | ||
| CN201210580006.1A CN103183157B (en) | 2011-12-31 | 2012-12-27 | Bottle placer transverse sealing transmission device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103183157A CN103183157A (en) | 2013-07-03 |
| CN103183157B true CN103183157B (en) | 2016-10-05 |
Family
ID=48674665
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210580006.1A Active CN103183157B (en) | 2011-12-31 | 2012-12-27 | Bottle placer transverse sealing transmission device |
Country Status (1)
| Country | Link |
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| CN (1) | CN103183157B (en) |
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|---|---|---|---|---|
| DE3331881A1 (en) * | 1982-11-02 | 1984-05-03 | Veb Kombinat Nagema, Ddr 8045 Dresden | Auxiliary drive mechanism |
| EP0134754A2 (en) * | 1983-07-29 | 1985-03-20 | SIG Schweizerische Industrie-Gesellschaft | Method and device for driving the sealing elements of a packaging machine |
| US6276117B1 (en) * | 1999-05-17 | 2001-08-21 | Klockner Bartelt | Adjustable pouch carrier for different size pouches and packaging machine having an adjustable pouch carrier |
| CN2889907Y (en) * | 2005-04-29 | 2007-04-18 | 李小峰 | Transmission mechanism of automatic and continuous packing machine |
| CN201179985Y (en) * | 2008-03-17 | 2009-01-14 | 成都三可实业有限公司 | High-speed full-automatic sheet chewing gum bar shape packing machine |
| CN201604834U (en) * | 2009-12-08 | 2010-10-13 | 杨中德 | Drive system of pillow type packaging machine |
| CN102530330A (en) * | 2012-01-16 | 2012-07-04 | 天津工业大学 | Transversely-sealing and longitudinally-sealing transmission system of intermittent type packer and control method for same |
| CN102700783A (en) * | 2012-03-05 | 2012-10-03 | 天津工业大学 | High-speed novel intermittent packager transmission system and control method thereof |
| CN203228962U (en) * | 2012-12-27 | 2013-10-09 | 纷美(北京)贸易有限公司 | Horizontal seal transmission device of filling machine |
-
2012
- 2012-12-27 CN CN201210580006.1A patent/CN103183157B/en active Active
Patent Citations (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE3331881A1 (en) * | 1982-11-02 | 1984-05-03 | Veb Kombinat Nagema, Ddr 8045 Dresden | Auxiliary drive mechanism |
| EP0134754A2 (en) * | 1983-07-29 | 1985-03-20 | SIG Schweizerische Industrie-Gesellschaft | Method and device for driving the sealing elements of a packaging machine |
| US6276117B1 (en) * | 1999-05-17 | 2001-08-21 | Klockner Bartelt | Adjustable pouch carrier for different size pouches and packaging machine having an adjustable pouch carrier |
| CN2889907Y (en) * | 2005-04-29 | 2007-04-18 | 李小峰 | Transmission mechanism of automatic and continuous packing machine |
| CN201179985Y (en) * | 2008-03-17 | 2009-01-14 | 成都三可实业有限公司 | High-speed full-automatic sheet chewing gum bar shape packing machine |
| CN201604834U (en) * | 2009-12-08 | 2010-10-13 | 杨中德 | Drive system of pillow type packaging machine |
| CN102530330A (en) * | 2012-01-16 | 2012-07-04 | 天津工业大学 | Transversely-sealing and longitudinally-sealing transmission system of intermittent type packer and control method for same |
| CN102700783A (en) * | 2012-03-05 | 2012-10-03 | 天津工业大学 | High-speed novel intermittent packager transmission system and control method thereof |
| CN203228962U (en) * | 2012-12-27 | 2013-10-09 | 纷美(北京)贸易有限公司 | Horizontal seal transmission device of filling machine |
Also Published As
| Publication number | Publication date |
|---|---|
| CN103183157A (en) | 2013-07-03 |
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